### Page: https://www.eon.io Title: Eon | Turn cloud backups into live strategic assets Meta Description: Eon is a next-generation cloud backup platform that turns your backups into strategic, usable assets. We've created a storage tier made for cloud backups - efficient, resilient and instantly accessible. Language: en Canonical URL: https://www.eon.io ## Headings Structure: H1: Transform your cloud backups into an accessible, useful asset. H2: Trusted by the world’s biggest brands H2: A new storage tier made for cloud backups. H2: Cloud resources are spiraling out of control. H3: Endlessresources H3: Manualtagging H3: Constantdrift H2: Traditional cloud snapshots aren’t useful, and restoration is a real headache. H3: Backup Policies Driven by Business and Compliance Requirements H3: Cloud Backup Posture Management H3: Global Search H3: Live Access to All Backups H3: Granular File Restoration H3: Eon Dashboard H3: Ransomware Protection Package H2: What if instead of an unusable blackbox snapshot your cloud backup could do this? H2: Make all your old snapshots useful, searchable, and then some. H2: Eon is a cloud-native solution, available to try directly from the AWS marketplace. ## Main Content: H1: Transform your cloud backups into an accessible, useful asset. H2: Trusted by the world’s biggest brands H2: A new storage tier made for cloud backups. H2: Cloud resources are spiraling out of control. H3: Endlessresources H3: Manualtagging H3: Constantdrift H2: Traditional cloud snapshots aren’t useful, and restoration is a real headache. H3: Backup Policies Driven by Business and Compliance Requirements H3: Cloud Backup Posture Management H3: Global Search H3: Live Access to All Backups H3: Granular File Restoration H3: Eon Dashboard H3: Ransomware Protection Package H2: What if instead of an unusable blackbox snapshot your cloud backup could do this? H2: Make all your old snapshots useful, searchable, and then some. H2: Eon is a cloud-native solution, available to try directly from the AWS marketplace. Powering cloud workloads across leading enterprises on AWS, Azure, and Google Cloud. --- ### Page: https://www.eon.io/global-search Title: Global Search | Lightning-fast search across all your backups | Eon Meta Description: Finally, you can search and find exactly what you need across all cloud environments—down to the file. Language: en Canonical URL: https://www.eon.io/global-search ## Headings Structure: H1: Global Search H2: Find data in seconds, not days. H3: Empower your cloud teams H3: Instantly access Eon snapshots H3: Search across all clouds H3: Advanced filtering options ## Main Content: H1: Global Search H2: Find data in seconds, not days. H3: Empower your cloud teams H3: Instantly access Eon snapshots H3: Search across all clouds H3: Advanced filtering options --- ### Page: https://www.eon.io/granular-restoration Title: Granular Restoration | Restore what you need, when you need it. | Eon Meta Description: Eon empowers you to restore specific files from your cloud backups without having to recover entire servers or volumes. Language: en Canonical URL: https://www.eon.io/granular-restoration ## Headings Structure: H1: Granular Restoration H2: Swift and accurate restoration when it counts. H3: Zero in on what you need, and restore it with a click H3: Focus on whatmatters H3: Retrieve data without the downsides ## Main Content: H1: Granular Restoration H2: Swift and accurate restoration when it counts. H3: Zero in on what you need, and restore it with a click H3: Focus on whatmatters H3: Retrieve data without the downsides --- ### Page: https://www.eon.io/pricing Title: Eon Pricing: Born in the cloud. Priced for the cloud. Meta Description: Eon empowers you to restore specific files from your cloud backups without having to recover entire servers or volumes. Language: en Canonical URL: https://www.eon.io/pricing ## Headings Structure: H1: Born in the cloud.Priced for the cloud. ## Main Content: H1: Born in the cloud.Priced for the cloud. Eon offers a cloud-native deployment through a SaaS subscription, making it easy to access and integrate. We have a usage-based billing model, so you only pay once you start backing up data. You’re only billed for data transfer and backup storage on an hourly basis. No contracts, so you can cancel anytime. Eon requires read-only API access, with no need for appliances or agents. --- ### Page: https://www.eon.io/database-explorer Title: Database Explorer | Dive into your backups with SQL queries | Eon Meta Description: Run full SQL queries on backed-up databases without restoring the entire environment. Just select a point in time, run your query, and explore. Language: en Canonical URL: https://www.eon.io/database-explorer ## Headings Structure: H1: Database Explorer H2: Fire off a query and explore. H3: Enabled by Eon snapshots H3: Skip the restore and get straight to the data H3: Runs on NoSQL databases, too ## Main Content: H1: Database Explorer H2: Fire off a query and explore. H3: Enabled by Eon snapshots H3: Skip the restore and get straight to the data H3: Runs on NoSQL databases, too --- ### Page: https://www.eon.io/privacy-policy Title: Eon’s Privacy Policy | For Secure Cloud Backup Posture Management Meta Description: Learn how Eon collects, uses, and protects personal data in our cloud backup and restore platform. We prioritize transparency, security, and compliance. Language: en Canonical URL: https://www.eon.io/privacy-policy ## Headings Structure: H1: Privacy Policy H2: 1. What personal data we collect, why we collect it, and how it is used H2: 2. How we protect and retain your personal data H2: 3. How we share your personal data H2: 4. Your privacy rights H2: 5. International transfers of personal data H2: 6. Use by children H2: 7. Interaction with third party products. H2: 8. Analytic tools / cookies H2: 9. Specific provisions applicable under california privacy law H2: 10. Contact us ## Main Content: H1: Privacy Policy H2: 1. What personal data we collect, why we collect it, and how it is used H2: 2. How we protect and retain your personal data H2: 3. How we share your personal data H2: 4. Your privacy rights H2: 5. International transfers of personal data H2: 6. Use by children H2: 7. Interaction with third party products. H2: 8. Analytic tools / cookies H2: 9. Specific provisions applicable under california privacy law H2: 10. Contact us Last updated: october 1th, 2024 In order to ensure transparency and give you more control over your personal data, this privacy policy (“Privacy Policy”) governs how we eon io, inc. And its affiliates (“Eon”, “we”, “us”) use, collect and store personal data that we collect or receive from or about you (“you”) in connection with (“website”) and in connection with the eon services we provide through the eon platform (“Platform”), (collectively the “Services”). We greatly respect your privacy, which is why we make every effort to provide a platform that would live up to the highest user privacy standards. Please read this privacy policy carefully, so you can fully understand our practices in relation to personal data. Important note: nothing in this privacy policy is intended to limit in any way your statutory rights, including your rights to a remedy or other means of enforcement. Eon’s mission is to seamlessly safeguard businesses’ cloud infrastructure, ensuring automated data-aware compliance-driven backups, with global search across multiple cloud providers, and restoration of either full resources, or individual files and database records.This privacy policy may be updated from time to time and, therefore, we ask you to check back periodically for the latest version of this privacy policy.  If we implement material changes in the way we use your information, in a manner that is different from that stated at the time of collection, we will notify you by posting a notice on our website or by other means and take any additional steps as required by applicable law. I. We process the following personal data: a. Information provided through the Website. When you use the Website, we collect and process full name, email address, and any other personal data you provide us with.b. Information we collect through the Platform. When you create an account and login to our Platform, we collect and process your full name, email address, your password, and any other personal data you provide us with.c. Information automatically collected. We may automatically collect certain information through your use of Eon's Website and Platform, such as cookies, pixels, tracking technologies and similar identifiers (“Technologies”), your Internet protocol (IP) address, and other device identifiers that are automatically assigned to your device, browser type and language, geo-location information, hardware type, operating system, internet service provider and other information about actions taken through the use of the Services and Website.d. Information from Other Sources. Eon may also obtain information about you from other sources, including publicly or commercially available information, and through third-party data platforms, partners and service providers.e. Information you provide to us in person. For example, when you visit one of our exhibition booths or attend one of our events and you provide us with your contact details. We will use this information to answer your inquiries or provide additional information to you.f. Informationwe collect from online interactions. For example, if you attend a webinar, contact us via social media or otherwise interact with our business, including as a representative of a current or prospective customer, supplier or partner, we track and make a record of those interactions, which may contain your contact details, such as full name, email address, messages and any other information that you decide to provide us with. II. We process information for the following purposes: a. To allow you to make use of our Website. We will use your information to allow you to make full use of our Website, including, (i) if you request a demo, we will use your personal data to process and answer your request for a demo; (ii) to answer your questions and to allow you to communicate with us (e.g., by using the Website chat); (iii) to analyze your use of our Website and to improve our Website; and (iv) to customize your experience.b. If you are a user, to provide you access to the Platform. We will use the information, including, without limitation: (i) to allow you to create an account; (ii) to provide you the Platform and to process your requests; (iii) to communicate with you about your use of the Platform and for support purposes; (iv) to fulfill any instruction or request made by you in the context of the Platform; (v) to send you push notifications, and emails regarding your account or certain features of the Platform, including, updates pertaining to create more users and control access rights of such users; (viii) to improve and enhance the Services and for other development, diagnostic and corrective purposes in connection with the Services and other Eon offerings, (ix) to send or have third parties sent you marketing communications and (x) generally to administer and improve the Platform.c. Foradministrative purposes. Eon may use your information (i) to respond to your questions, comments, and other requests for customer support, or information, including information about potential or future services; (ii) for internal quality control purposes; (iii) to establish a business relationship; (iv) to generally administer the Services.d. To Market our Website and Services. Eon may use information to market our Website and Services. Such uses include (i) notifying you about products and services that may be of interest to you; (ii) tailoring content, advertisements, and offers for you, including, targeting and retargeting practices; (iii) conducting market research; (iv) developing and marketing new products and services, and to measure interest in the Services; and (v) as you otherwise consent.e. Security purposes. Some of the above mentioned information will be used for detecting, taking steps to prevent and prosecuting fraud or other illegal activity; to identify and repair errors; to conduct audits; and for security purposes. Information may also be used to comply with applicable laws, with investigations performed by the relevant authorities, law enforcement purposes, and to exercise or defend legal claims.f. De-identified and Aggregated Information Use. In certain cases, we may or will anonymize or de-identify your personal data and further use it for internal and external purposes, including, without limitation, to analyze and improve the Services (including through the use of artificial intelligence) and for research purposes. We may use this anonymous or de-identified information or disclose it to third parties without restrictions (for example, in order to improve our services and enhance your experience with them and/or to develop new product features and improve existing offerings).g. Cookies and Similar Technologies. We, as well as third parties that provide content, advertising, or other functionality on our Website and the Services, use technologies to automatically collect information through the Website and Services. We use technologies that are essentially small data files placed on your device that allow us to record certain pieces of information whenever you visit or interact with the Website and Services. If you would like to opt out of the cookies and similar technologies we employ on the Website and Services, you may do so by blocking, deleting, or disabling them as your browser or device permits or by changing your setting and preferences here III. The lawful basis we rely on for processing personal data are (if and when applicable): a. The data subject has given consent to the processing of his or her personal datab. Processing is necessary for the performance of a contract to which the data subject is party or in order to take steps at the request of the data subject prior to entering into a contract, such as customer’s or your request for more information or to sign up for a trial, which may require the processing of personal data like contact information; c. Processing is necessary for compliance with a legal obligation to which we are subject; and/ord. Processing is necessary for the purposes of the legitimate interest. 2.1. Security. We have implemented and maintain reasonable technical, organizational and security measures designed to protect your information. However, please note that we cannot guarantee that the information will not be compromised as a result of unauthorized penetration to our servers. As the security of information depends in part on the security of the computer, device or network you use to communicate with us and the security you use to protect your user ids and passwords, please make sure to take appropriate measures to protect this information.2.2. Retention of your information. Your information will be stored until we delete our records, or if you send a valid deletion request. Please note that in some circumstances we may store your information for longer periods of time, for example (I) where we are required to do so in accordance with legal, regulatory, tax or accounting requirements, or (ii) for us to have an accurate record of your dealings with us in the event of any complaints or challenges, and/or (iii) if we reasonably believe there is a prospect of litigation relating to your information or dealings. We may share your information as follows: 3.1. The information eon gathers is shared with our partners and other third parties. 3.2. We may also share information with our affiliated companies about you. 3.3. We may use third party service providers to process your information for the purposes outlined above, including, without limitation: 3.3.1. With cloud service providers for hosting purposes3.3.2. With websites and web content creation platforms in order to help us manage our website3.3.3. With email providers, marketing, crm, other similar tool providers 3.3.4. With analytic companies, in order to help us understand and analyze information we collect in accordance with this policy.3.4. To the extent necessary, with regulators, courts, banks or competent authorities, to comply with applicable laws, regulations and rules, and requests of law enforcement, regulatory and other governmental agencies, or if required to do so by court order, as well as for internal compliance procedures and to protect the safety, security, and integrity of eon, our services, customers, employees, property, and the public.3.5. If, in the future, we sell or transfer, or we consider selling or transferring, some or all of our business, shares or assets to a third party, we may disclose your information to such third party (whether actual or potential) in connection with such events. In the event that we are acquired by, or merged with, a third party entity, or in the event of bankruptcy or a comparable event, we reserve the right to transfer, disclose or assign your information in connection with the foregoing events.3.6. Where you have otherwise provided your consent to us for sharing or transferring your information. 4.1. The following rights (which may be subject to certain exemptions or derogations) shall apply to certain individuals (some of which only apply to individuals protected by specific laws):4.1.1. You have the right to withdraw consent to the processing, where consent is the basis of processing. 4.1.2. You have the right, under certain conditions, to access the personal data that we hold and request further details about how we process it.4.1.2. You have the right to demand rectification of inaccurate personal data about you. We will promptly correct any information found to be incorrect.4.1.4 You have the right to object to unlawful data processing under certain conditions.4.1.5. You have the right to the erasure of past data about you (your “right to be forgotten”) under certain conditions.4.1.6. You have the right, under certain conditions, to demand that we restrict the processing of your personal data if you believe we have exceeded the legitimate basis for processing, the processing is no longer necessary, or if you believe your personal data is inaccurate.4.1.7. You have the right, subject to certain conditions, to data portability of personal data concerning you that you provided us in a structured, commonly used, and machine-readable format.4.1.8. The personal data we collect is not used for automated decision-making and profiling, except for automated processes in the context of marketing. As stated above, you can opt out of direct marketing by eon by contacting eon directly or by following the instructions through the unsubscribe options in our email messages.4.2. You can exercise your rights by contacting us at privacy@eon.io. You may use an authorized agent to submit a request on your behalf if you provide the authorized agent written permission signed by you. To protect your privacy, we may take steps to verify your identity before fulfilling your request. Subject to legal and other permissible considerations, we will make every reasonable effort to honor your request promptly in accordance with applicable law or inform you if we require further information in order to fulfil your request. When processing your request, we may ask you for additional information to confirm or verify your identity and for security purposes, before processing and/or honoring your request. We reserve the right to charge a fee where permitted by law, for instance if your request is manifestly unfounded or excessive. In the event that your request would adversely affect the rights and freedoms of others (for example, would impact the duty of confidentiality we owe to others) or if we are legally entitled to deal with your request in a different way than initial requested, we will address your request to the maximum extent possible, all in accordance with applicable law.4.3. Marketing emails – opt-out: you may choose not to receive marketing email of this type by sending a single email with the subject "Block" to privacy@eon.Io. Please note that the email must come from the email account you wish to block or if you receive an unwanted email from us, you can use the unsubscribe link found at the bottom of the email to opt out of receiving future emails, and we will process your request within a reasonable time after receipt. 5.1 We store the personal data with the following storing companies: aws, azure and gcp.5.2. In order to run our business and provide our website to you, we transfer personal data to certain countries around the world, including to our affiliates and service providers, many of whom are located outside of your jurisdiction. Therefore, your personal data may be processed in countries with privacy laws that are different from privacy laws in your country. Whenever we make such transfers, we will use commercially reasonable efforts to implement an appropriate level of protection to your personal data by implementing at least one of the following safeguards:5.2.1. Making sure the destination country has been deemed to provide an adequate level of protection for personal data; and/or5.2.2. By executing implement data onward transfer instruments such as data processing and protection agreements. We do not offer our products or services for use by children and, therefore, we do not knowingly collect information from, and/or about children under the age of 18. If you are under the age of 18, do not provide any information to us without the involvement of a parent or a guardian. In the event that we become aware that you provide information in violation of applicable privacy laws, we reserve the right to delete it. If you believe that we might have any such information, please contact us at privacy@eon.Io. We enable you to interact with third party websites, mobile software applications and products or services that are not owned, or controlled, by us (each, a “Third Party Service”). We are not responsible for the privacy practices or the content of such third party services. Please be aware that third party services can collect information from you. Accordingly, we encourage you to read the terms and conditions and privacy policies of each third party service. Google analytics. The website uses a tool called “Google Analytics” to collect information about use of the website. Google analytics collects information such as how often users visit this website, what pages they visit when they do so, and what other websites they used prior to coming to this website. We use the information we get from google analytics to maintain and improve the website and our products. We do not combine the information collected through the use of google analytics with information we collect. Google’s ability to use and share information collected by google analytics about your visits to this website is restricted by the google analytics terms of service, available at https://marketingplatform.Google.Com/about/analytics/terms/us/, and the google privacy policy, available at http://www.Google.Com/policies/privacy/. You may learn more about how google collects and processes data specifically in connection with google analytics at http://www.Google.Com/policies/privacy/partners/. You may prevent your data from being used by google analytics by downloading and installing the google analytics opt-out browser add-on, available at https://tools.Google.Com/dlpage/gaoptout/. We reserve the right to remove or add new analytic tools, cookies, pixels and other tracking technologies. 9.1. California Privacy Rights: California Civil Code Section 1798.83 permits our customers who are California residents to request certain information regarding our disclosure of information to third parties for their direct marketing purposes. To make such a request, please send an email to privacy@eon.io. Please note that we are only required to respond to one request per customer each year. 9.2. Our California Do Not Track Notice: Do Not Track (“DNT”) is a privacy preference that users can set in certain web browsers.  Please note that we do not respond to or honor DNT signals or similar mechanisms transmitted by web browsers. If you have any questions, concerns or complaints regarding our compliance with this notice and the data protection laws, or if you wish to exercise your rights, we encourage you to first contact us at privacy@eon.Io. --- ### Page: https://www.eon.io/cookies-notice Title: Cookie Notice | Eon Meta Description: Learn how Eon collects, uses, and protects personal data in our cloud backup and restore platform. We prioritize transparency, security, and compliance. Language: en Canonical URL: https://www.eon.io/cookies-notice ## Headings Structure: H1: Cookies Notice ## Main Content: H1: Cookies Notice We use in our Website ("Website") cookies and similar files or technologies to automatically collect and store information about your computer, device, and Website usage, in order to improve their performance and enhance your user experience. We use the general term "cookies" in this notice to refer to these technologies and all such similar technologies that collect information automatically when you are using our Website where this notice is posted. You can find out more about cookies and how to control them in the information below. If you do not accept the use of these cookies, please disable them using the instructions in this cookie notice or by changing your browser settings so that cookies from this Website cannot be placed on your computer or mobile device. Important: disabling cookies on this Website may impair certain Website features. In this cookie notice (“Cookies Notice”), we use the term Eon (and "we", "us" and "our") to refer Eon io Inc. and its affiliates. Cookies are computer files containing small amounts of information which are downloaded to your computer or mobile device when you visit a website.  Cookies can then be sent back to the originating website on each subsequent visit, or to another website that recognizes that cookie. Cookies are widely used in order to make websites work, or to work more efficiently, as well as to provide information to the owners of the website. Cookies do lots of different jobs, like letting you navigate between pages efficiently, remembering your preferences, and generally improving the user experience. Cookies may tell us, for example, whether you have visited our Website before or whether you are a new visitor. There are two broad categories of cookies: Cookies can remain on your computer or mobile device for different periods of time. Some cookies are 'session cookies', meaning that they exist only while your browser is open. These are deleted automatically once you close your browser. Other cookies are 'permanent cookies', meaning that they survive after your browser is closed. They can be used by websites to recognize your computer when you open your browser and browse the Internet again. Web beacons. Cookies are not the only way to recognize or track visitors to a website. We may use other, similar technologies from time to time, like web beacons (sometimes called "tracking pixels" or "clear gifs"). These are small graphics files that contain a unique identifier that enable us to recognize when someone has visited our Website. A tracking pixel is a hyperlink to a resource, usually an image file, embedded into a piece of content like a website or an email. This pixel usually fulfils no purpose related to the content itself; its sole purpose is to establish a communication by Eon to the host of the pixel.This allows us, for example, to monitor the traffic patterns of users from one page within our website to another, to deliver or communicate with cookies, to understand whether you have come to our website from an online advertisement displayed on a third party website, to improve website performance and to measure the success of email marketing campaigns. In most instances, these technologies are reliant on cookies to function, and therefore declining cookies prevents them from functioning. Targeted advertising. Third parties may drop cookies on your computer or mobile device to serve advertising through our Website. These companies may use information about your visits to this and other websites in order to provide relevant advertisements about goods and services that you may be interested in. They may also employ technology that is used to measure the effectiveness of advertisements. The information collected through this process does not enable us or them to identify your name, contact details or other personally identifying details unless you choose to provide these to us. How do we use cookies? ‍We use cookies to: What types of cookies do we use?The types of cookies used by us in connection with the Website can be considered 'essential Website cookies', 'functionality cookies', 'analytics and performance cookies', 'marketing', and 'other technologies'. We've set out some further information below, and the purposes of the cookies we set in the following table. How to control or delete cookies‍You may have the right to decide whether to accept or reject cookies.  When you access our Website, you are presented with a cookie consent mechanism that allows you to accept or reject cookies that are not essential cookies. You may also control cookies by setting your browser to turn off cookies as described further below. If you turn off cookies, web beacon and other technologies will still detect your visits to our Website; however, they will not be associated with information otherwise stored in cookiesAs another way of controlling cookies, most browsers allow you to change your cookie settings. These settings will typically be found in the “options” or “preferences” menu of your browser. In order to understand these settings and learn how to use them, please consult the “Help” function of your browser, or the documentation published online for your particular browser type and version. However, please note that if you choose to refuse cookies you may not be able to use the full functionality of our Website. The following pages have information on how to change your cookies settings for the different browsers: If you use another browser, you can check if the procedure for your browser is mentioned in this explanatory website or here. To opt out of being tracked by Google Analytics across all websites, visit here. Third Party Websites' Cookies When using our Website, you may be directed to other websites, these websites may use their own cookies. We do not have control over the placement of cookies by other websites you visit, even if you are directed to them from our Website.If you use the buttons that allow you to share products and content with your friends via social networks like Facebook, X, LinkedIn, Google, these companies may set a cookie on your computer memory. Find out more about these here:https://www.facebook.com/about/privacyhttps://x.com/en/privacyhttps://www.linkedin.com/legal/privacy-policy http://www.google.com/intl/en-GB/policies/privacy Need More Information? If you would like to find out more about cookies and their use on the Internet, you may find the following link useful: All About Cookies‍Contact us. If you have any questions or comments about this Cookies Notice, or privacy matters generally, please contact us via email at privacy@eon.io. --- ### Page: https://www.eon.io/terms-of-use Title: Terms of Use | Eon Meta Description: Learn how Eon collects, uses, and protects personal data in our cloud backup and restore platform. We prioritize transparency, security, and compliance. Language: en Canonical URL: https://www.eon.io/terms-of-use ## Headings Structure: H1: Terms of Use ## Main Content: H1: Terms of Use Last updated:  October 1st, 2024 Welcome to www.eon.io.com (together with its subdomains, content, Marks and services, each as defined below, the “Site”). Please read the following Terms of Use (the "Agreement") carefully before using this Site so that you are aware of your legal rights and obligations with respect to Eon.io, Inc. and its affiliates ("Eon", "we", "our" or "us"). By accessing or using the Site, you expressly acknowledge and agree that you are entering a legal agreement with us and have understood and agree to comply with, and be legally bound by, this Agreement, together with the Privacy Policy which is hereby incorporated into this Agreement by reference (the date of such acceptance, the "Effective Date"). If you are using the Site on behalf of a company, organization, or other legal entity (collectively, "Company"), you represent and warrant that you have the authority to bind the Company to this Agreement. In such a case, the terms "you" and "your" will refer to both you as an individual and the Company. If you do not have such authority, or if you do not agree with the terms of this Agreement, you must not use the Site on behalf of the Company. You hereby waive any applicable rights to require an original (non-electronic) signature or delivery or retention of non-electronic records, to the extent not prohibited under applicable law. If you do not agree to be bound by this Agreement please do not access or use the Site. --- ### Page: https://www.eon.io/about Title: Meet The First-Ever Cloud Backup Posture Management Platform Meta Description: After years at AWS, we saw cloud backup challenges firsthand. That’s why we built Eon, turning backups into dynamic assets that drive growth. Language: en Canonical URL: https://www.eon.io/about ## Headings Structure: H1: Transform your cloud backups into an accessible, useful asset. H2: Our Story H2: Meet Our Founders H2: Investors H2: Reinventing Cloud Backup H2: News and Events ## Main Content: H1: Transform your cloud backups into an accessible, useful asset. H2: Our Story H2: Meet Our Founders H2: Investors H2: Reinventing Cloud Backup H2: News and Events --- ### Page: https://www.eon.io/platform Title: The First Backup Autopilot for Your Cloud | Eon Meta Description: Eon introduces cloud backup posture management (CBPM) for the first time, revolutionizing how organizations handle cloud backups. Language: en Canonical URL: https://www.eon.io/platform ## Headings Structure: H1: The First Backup Autopilot for Your Cloud H2: One seamless platform that gives your cloud backup everything it's been missing. H3: Total control H3: Instant access H3: Precise restoration H3: Resource efficiency H3: Total control H3: Instant access H3: Precise restoration H3: Resource efficiency H2: Is Eon right for you? H3: Cross-cloud backup & visibility H3: Real-time backup access H3: Goodbye manual tagging H2: All your cloud backup needs for top-notch posture. H3: Autonomous resource mapping and classification H3: Self-driving posture management H3: Dashboard of dreams H3: Hands-off drift protection H3: Backup controls H2: AWS, Azure & Google Cloud ## Main Content: H1: The First Backup Autopilot for Your Cloud H2: One seamless platform that gives your cloud backup everything it's been missing. H3: Total control H3: Instant access H3: Precise restoration H3: Resource efficiency H3: Total control H3: Instant access H3: Precise restoration H3: Resource efficiency H2: Is Eon right for you? H3: Cross-cloud backup & visibility H3: Real-time backup access H3: Goodbye manual tagging H2: All your cloud backup needs for top-notch posture. H3: Autonomous resource mapping and classification H3: Self-driving posture management H3: Dashboard of dreams H3: Hands-off drift protection H3: Backup controls H2: AWS, Azure & Google Cloud --- ### Page: https://www.eon.io/get-a-demo Title: Get a Demo of Eon | The First Cloud Backup Posture Management Solution Meta Description: See how easy it is to transform your backup and get real value in under an hour. Try Eon with no agents, no commitments, and no upfront costs. Language: en Canonical URL: https://www.eon.io/get-a-demo ## Headings Structure: H1: Get a Demo ## Main Content: H1: Get a Demo --- ### Page: https://www.eon.io/resources Title: Resources | Eon Meta Description: All the latest, all in one place. Discover Eon’s breakthroughs, updates, and ideas driving the future of cloud backup. Language: en Canonical URL: https://www.eon.io/resources ## Headings Structure: H1: Resources H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: About SoFi H2: The Challenge H2: Why Eon H2: The Solution H2: The Results H3: Cost Efficiency H3: Speed & Simplicity H3: Compliance & Security H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: About NETGEAR H2: The Challenge H2: Why Eon H2: The Solution H2: The Results H2: How to Prepare for the Next Cloud Outage H2: Why do traditional backup and DR plans fail during cloud outages? H2: What does real cloud outage preparedness look like? H3: Why mindset matters as much as architecture H2: How can you build cloud outage-ready backups? H3: Step 1: Rethink where your backups live H3: Step 2: Make accessibility the goal H3: Step 3: Extend your recovery surface H3: Step 4: Keep your continuity plan practical H2: How do native cloud tools handle this today—and why is it so costly? H2: How does Eon simplify cloud outage readiness? H2: What to Do Before the Next Cloud Outage: Your Cloud Outage Recovery Plan H2: FAQ: Preparing for Cloud Outages and Data Resilience H3: Do I need multi-cloud to be resilient during outages? H3: How often should I test my cloud backup accessibility? H3: Does Eon replace my existing DR plan? H3: How does Eon handle cross-cloud backup and recovery? H3: Is cross-region backup alone enough to protect against full cloud failures? H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: The Problem: Cloud Backup Bills Are Hard to Read H2: Eon’s Solution: Cost Explorer API and Dashboard H2: How to Track Backup Costs by Account, Resource, and Cloud H3: Step 1: See Backup Spend at a Glance H3: Step 2: Drill into High‑Spending Accounts H3: Step 3: Identify High‑Cost Backup Resources and Anomalies H3: Step 4: Automate and Integrate with the Cost Explorer API H3: How Eon Makes Backup Cost Management Simple H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community H2: What Is DynamoDB Day 2025? H2: Who Should Attend DynamoDB Day? H2: What You’ll Learn at DynamoDB Day H3: 1. What’s New in DynamoDB (Marc Pinaud, AWS) H3: 2. Cost-Aware Data Modeling (Alex DeBrie, DynamoDB Book Author) H3: 3. Migrating to DynamoDB Using AI-Guided Workflows (Esteban Serna, AWS) H3: 4. How Ubisoft Scales DynamoDB for Millions of Players (Sébastien Moulin, Ubisoft Online Services) H3: 5. Protecting and Recovering DynamoDB Data (Ron Kimchi, Eon) H3: 6. Running DynamoDB at Scale (Panel Discussion) H2: Why Attend DynamoDB Day 2025 H2: How Eon Supports DynamoDB Teams H2: How to Register for DynamoDB Day H2: DynamoDB Day FAQs H3: Is DynamoDB Day really free? H3: Do I need to attend live? H3: Who’s hosting DynamoDB Day? H3: Will there be Q&A or networking? H3: How do I join? H2: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H2: Why Over-Backing Up Cloud Data Is So Common H2: 5 Signs You’re Over-Backing Up Cloud Data H3: 1) Mixed-Up Backup Types H3: 2) Untagged Snapshots H3: 3) Rising Storage Costs H3: 4) Backup Policy Sprawl H3: 5) Over-Storing Data H2: What Are the Hidden Costs of Redundant Backups? H2: How Does Cloud Backup Posture Management (CBPM) Help? H3: The Bottom Line: Stop Over-Backing Up and Start Optimizing H2: 🚀 Take Control of Your Cloud Data Retention H2: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) H3: 1) Manual and Fragmented Backups Put Your Budget and Compliance at Risk H3: 2) Slow, Inefficient Recovery That Drains Time, Money, and Customer Trust H3: 3) Manual Processes That Break Under Data Growth H2: How IT Leaders Are Eliminating Backup Waste and Reducing Costs H2: What You Gain with a Posture-Aware, Cost-Transparent Backup Strategy H2: No results found ## Main Content: H1: Resources H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: About SoFi H2: The Challenge H2: Why Eon H2: The Solution H2: The Results H3: Cost Efficiency H3: Speed & Simplicity H3: Compliance & Security H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: About NETGEAR H2: The Challenge H2: Why Eon H2: The Solution H2: The Results H2: How to Prepare for the Next Cloud Outage H2: Why do traditional backup and DR plans fail during cloud outages? H2: What does real cloud outage preparedness look like? H3: Why mindset matters as much as architecture H2: How can you build cloud outage-ready backups? H3: Step 1: Rethink where your backups live H3: Step 2: Make accessibility the goal H3: Step 3: Extend your recovery surface H3: Step 4: Keep your continuity plan practical H2: How do native cloud tools handle this today—and why is it so costly? H2: How does Eon simplify cloud outage readiness? H2: What to Do Before the Next Cloud Outage: Your Cloud Outage Recovery Plan H2: FAQ: Preparing for Cloud Outages and Data Resilience H3: Do I need multi-cloud to be resilient during outages? H3: How often should I test my cloud backup accessibility? H3: Does Eon replace my existing DR plan? H3: How does Eon handle cross-cloud backup and recovery? H3: Is cross-region backup alone enough to protect against full cloud failures? H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: The Problem: Cloud Backup Bills Are Hard to Read H2: Eon’s Solution: Cost Explorer API and Dashboard H2: How to Track Backup Costs by Account, Resource, and Cloud H3: Step 1: See Backup Spend at a Glance H3: Step 2: Drill into High‑Spending Accounts H3: Step 3: Identify High‑Cost Backup Resources and Anomalies H3: Step 4: Automate and Integrate with the Cost Explorer API H3: How Eon Makes Backup Cost Management Simple H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community H2: What Is DynamoDB Day 2025? H2: Who Should Attend DynamoDB Day? H2: What You’ll Learn at DynamoDB Day H3: 1. What’s New in DynamoDB (Marc Pinaud, AWS) H3: 2. Cost-Aware Data Modeling (Alex DeBrie, DynamoDB Book Author) H3: 3. Migrating to DynamoDB Using AI-Guided Workflows (Esteban Serna, AWS) H3: 4. How Ubisoft Scales DynamoDB for Millions of Players (Sébastien Moulin, Ubisoft Online Services) H3: 5. Protecting and Recovering DynamoDB Data (Ron Kimchi, Eon) H3: 6. Running DynamoDB at Scale (Panel Discussion) H2: Why Attend DynamoDB Day 2025 H2: How Eon Supports DynamoDB Teams H2: How to Register for DynamoDB Day H2: DynamoDB Day FAQs H3: Is DynamoDB Day really free? H3: Do I need to attend live? H3: Who’s hosting DynamoDB Day? H3: Will there be Q&A or networking? H3: How do I join? H2: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H2: Why Over-Backing Up Cloud Data Is So Common H2: 5 Signs You’re Over-Backing Up Cloud Data H3: 1) Mixed-Up Backup Types H3: 2) Untagged Snapshots H3: 3) Rising Storage Costs H3: 4) Backup Policy Sprawl H3: 5) Over-Storing Data H2: What Are the Hidden Costs of Redundant Backups? H2: How Does Cloud Backup Posture Management (CBPM) Help? H3: The Bottom Line: Stop Over-Backing Up and Start Optimizing H2: 🚀 Take Control of Your Cloud Data Retention H2: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) H3: 1) Manual and Fragmented Backups Put Your Budget and Compliance at Risk H3: 2) Slow, Inefficient Recovery That Drains Time, Money, and Customer Trust H3: 3) Manual Processes That Break Under Data Growth H2: How IT Leaders Are Eliminating Backup Waste and Reducing Costs H2: What You Gain with a Posture-Aware, Cost-Transparent Backup Strategy H2: No results found All the latest, all in one place. Discover Eon’s breakthroughs, updates, and ideas driving the future of cloud backup. —CJ Keefe, Director, Corporate Infrastructure, DevOps & SRE, SoFi SoFi (NASDAQ: SOFI) is a cloud-native financial institution that operates entirely on AWS, running a large multi-region environment designed to support business users and ensure high availability (HA) and disaster recovery (DR), all while meeting strict data residency and compliance requirements. Before Eon, SoFi’s teams were running into issues that slowed recovery and complicated compliance across five AWS regions: With a multi-region architecture designed for HA, DR, and business performance, these gaps made it difficult for a regulated financial institution to maintain consistent resilience and compliance across regions. Eon aligned perfectly with SoFi’s strategy: Cloud-native, agentless, and built for automation at scale. But the differentiators that mattered most came directly from SoFi’s experience: Agentless, zero-infrastructure deploymentNo agents, no scripts, no regional setup. Everything ran through cloud-native APIs. Auto-discovery and data classification across all AWS regionsEon instantly mapped SoFi’s resources across five regions, making deployment nearly invisible. Instant compliance agilityRetention and policy updates were applied in seconds, rather than hours or days. Reliable, fast recoveryEon removed SoFi’s dependency on fragile native snapshots, taking recovery time from a full day to minutes. Fast time to valueFull multi-region rollout completed in a single sprint cycle. Eon replaced SoFi’s snapshot-heavy setup with an agentless, automated backup layer that worked across all five AWS regions without scripts, tagging, or regional configuration. Using auto-discovery, the Eon platform mapped SoFi’s AWS environment in minutes and applied policy-driven protection across accounts and workloads—immutability, encryption, region-specific retention, and logical air-gapping by default. Backups now live in an immutable, logically air-gapped vault, separate from native snapshots and instantly accessible for search, querying, and restores. SoFi’s previous tool required tickets and waiting. Now, with the Eon platform, everything is fast, self-service, and fully reliable. Eon also delivered deep data classification and ransomware detection, giving SoFi’s security team new levels of visibility and control. NETGEAR is a global provider of networking and connectivity solutions with a growing AWS footprint across EC2 workloads and large SQL Server databases. As cloud adoption accelerated and new acquisitions expanded their environments, NETGEAR needed a unified, cloud-native approach to control costs, improve visibility, and shorten recovery times across the business. After nearly eight years of using a legacy provider in a traditional data center environment, the shift to AWS exposed several limitations: Their previous solution wasn’t built for cloud scale, and visibility gaps made cost control and DR planning increasingly difficult. Cloud-native from day one NETGEAR chose Eon because it was purpose-built for cloud workloads rather than retrofitted from on-premise architecture, with the added goal of leveraging backup data as a backend data lake to generate insights using AI technologies. Real-time cost clarity Eon’s Cost Explorer gave NETGEAR instant insight into spend by resource and application, eliminating the delays and inaccuracies of manual reporting. A simple, fast deployment Eon integrated cleanly into their AWS environment. The same team that managed their previous tool deployed Eon in under a week with virtually no retraining. NETGEAR deployed Eon across its AWS workloads as part of a broader shift to a cloud-first backup strategy. With Eon, NETGEAR now benefits from: 35% reduction in backup storage costs Eon’s storage model and automated policy management immediately reduced NETGEAR’s backup spend, helping them meet a company-wide cost mandate. 88% faster recovery for a 10TB SQL Server database Recovery dropped from 24 hours to under three, strengthening their disaster recovery posture and reducing operational risk. Accurate, real-time cost visibility Cost Explorer eliminated manual reporting and enabled chargeback by instance, application, and team. Operational simplicity from day one Deployment was quick, onboarding was minimal, and the team immediately gained clearer visibility and easier day-to-day management. A partnership that accelerates innovation The speed, transparency, and collaboration continued beyond deployment, giving NETGEAR confidence in both the platform and the team behind it. Cloud outages were up by nearly one-fifth in 2024, according to a Parametrix report, and every one of them was a reminder that anything can fail—even the most trusted platforms. Outages disrupt operations, revenue, and customer trust across every industry. Whether you’re running healthcare systems, employee payroll, or SaaS infrastructure, downtime can have real business and human impact. This article shares practical, cost-aware steps cloud teams can take to strengthen their cloud outage preparedness and stay online when the next outage hits. Because most backups live in the same cloud and depend on the same control plane, they go offline when the provider does. Most teams understand outages are inevitable—but the real problem isn’t data loss, it’s data inaccessibility. Even with multi-AZ or cross-region replication, teams often face Insufficient Capacity Errors (ICE) when everyone rushes to restore at once. During major outages, even teams with cross-region DR plans often hesitate to act. Many assume the provider will recover faster than they can rebuild, given the complexity of redeploying full environments—networks, compute, and permissions—just to reach their backups. Others worry the secondary region won’t have enough capacity to handle the surge of recoveries, creating a ripple effect that stalls recovery altogether. So, the real question isn’t “How fast can we recover?”—it’s “Can we access our data when we can’t access the cloud?” True cloud outage preparedness means your data remains accessible, portable, and recoverable, without waiting for your provider to come back online. Being “ready” isn’t just about a DR plan on paper. It’s about being able to: If those actions aren’t possible today, your backups are still dependent—not built for continuity. Technology isn’t the only reason outages hurt. In critical moments, organizations freeze. Engineers know what should happen—spin up the secondary region, validate access—but approval chains, budget freezes, and risk aversion often slow everything down. That’s why outage planning isn’t only about infrastructure. It’s about designing processes that remove hesitation, giving teams safe, automated ways to access data when everything else feels risky. Start by focusing on data accessibility in addition to full environment recovery. Don’t rely solely on local copies in the same region as production. Ensure at least one copy exists in another region—and ideally, it’s written directly to that region rather than duplicated locally first. You shouldn’t need to rebuild infrastructure just to view data. Backups should be searchable, queryable, and immediately usable. Cross-region isn’t enough if both regions belong to the same provider. Add cross-cloud options (AWS ⇆ Azure ⇆ GCP) to stay reachable even during wider disruptions. These practices form the backbone of a strong cloud resilience strategy—one designed for real-world workloads, not ideal scenarios. Resilience doesn’t need to double your infrastructure cost. Traditional cross-region backups require keeping two full copies—one local, one remote—doubling storage and network costs. Eon avoids that by writing directly to the remote region, eliminating redundant local storage. Combined with incremental snapshots and compression, this architecture reduces cross-region spend without sacrificing restore performance. Each major provider (AWS, Azure, Google Cloud) offers native snapshot and replication tools, but they all share the same limitation: backups are stored and managed inside the same control plane that can fail. To maintain true region isolation, you need to replicate snapshots or objects across regions manually—or automate the process with scripts. That means managing multiple policies, storage accounts, IAM roles, and egress costs. It works, but it’s expensive and hard to maintain. Teams pay for duplicate data copies, cross-region transfer fees, and the ongoing management of complex retention policies and IAM roles. Many teams accept the risk—not because they want to, but because true multi-region disaster recovery has been hard to achieve without major cost or complexity. Eon removes those constraints by automating region- and cloud-level redundancy while reducing data transfer and storage duplication. Most tools stop at replication. Eon goes further—turning backups into live, portable data assets that stay accessible across clouds and regions. Here’s how Eon makes outage readiness simple, efficient, and accessible without changing how you already back up data. Together, these capabilities simplify even complex multi-region disaster recovery and give teams control over their data—no matter what happens behind the scenes. Test now, not during the incident. Whether you’re multi-region, multi-cloud, or just getting started, the most important step is testing. Outage resilience isn’t theory—it’s practice. Eon keeps your data continuously accessible across clouds and regions, so you can keep working without waiting for recovery. Your backups stay live, searchable, and ready to restore—no matter what happens in the cloud. Request a demo to see how teams stay online when the unexpected hits. Not necessarily—but you do need independent access to your data. Multi-cloud backups are the strongest safeguard against region-wide or provider-wide outages, but even single-cloud users can improve resilience by backing up to a remote region with an independent control plane. Eon supports both approaches—cross-region and cross-cloud—so your data stays accessible no matter where the outage happens. Test at least once per quarter, and after any major infrastructure change. Most teams test recovery but not accessibility—the ability to search, query, or verify data during an outage. With Eon, you can simulate region failures safely and measure time-to-access without spinning up new infrastructure. No. Eon complements your DR strategy by keeping backups live and usable so you can act faster when DR plans kick in. Instead of rebuilding environments just to reach data, Eon lets you access and restore directly—reducing the scope, cost, and time of traditional failover processes. Eon stores all backups in an open, Parquet-based format with metadata catalogs via Delta Lake and Iceberg. That means backups from AWS, Azure, and GCP can be searched, analyzed, or restored interchangeably—without vendor lock-in or data conversion steps. It’s a good start, but not always enough. If both your primary and backup regions belong to the same cloud, a control plane or authentication failure can still block access. That’s why Eon also enables cross-cloud replication and querying, ensuring data availability even if a provider-wide issue occurs. Cloud provider bills are massive: thousands of line items, multiple accounts or subscriptions, and native cost explorers that lump backup costs in with everything else. And all that spend often grows unexpectedly due to backup sprawl or outdated snapshots. Multi‑cloud teams often end up juggling: Eon’s new Cost Explorer API and Dashboard empower you to see exactly who’s driving backup costs, spot anomalies in minutes, and allocate spend to the right teams, all without spreadsheets or manual reporting. Drill down with the API, or get at‑a‑glance trends in the Dashboard for fast, confident chargeback and cost control. Because Eon is a fully managed SaaS backup solution, your Cost Explorer view reflects the entire cost of your backups, including storage and compute, without hidden charges buried in provider invoices. You’re not running backup jobs in your own accounts, so nothing is missing from the bill. Eon Cost Explorer was built for CloudOps and FinOps teams who need clear answers fast. Here’s how it works. Open the Cost Dashboard, and you immediately see: From the dashboard, you can jump into Cost Explorer to investigate further. Grouping by account quickly confirms which team or business unit is responsible for the bulk of the spend. A common use case is chargeback: Central IT wants to bill each team for the backup resources they control. Before Eon, that meant weeks of manual reporting; now, teams can generate an account-level backup report in minutes and send it straight to the owner. The real power comes when you drill down to individual resources. You might notice that one Azure subscription is spending far more on backups than expected. By grouping by resource type or even resource ID, you can pinpoint the culprit—maybe a restore environment with multiple 1 TB disks or a forgotten bucket eating up storage costs. For teams who need more than an at-a-glance view, use the Cost Explorer API to: Access is controlled via Eon’s RBAC Data Access Control, so you can create users who only see costs for their part of the environment. With Eon Cost Explorer API & Dashboard, you get: Your backup bill stops being a mystery and starts driving action. Start Tracking Backup Costs Now → DynamoDB Day 2025 is a community-first, free virtual event for the builders and operators behind today’s most scalable applications. Happening November 19, it brings together AWS experts, DynamoDB practitioners, and engineers running massive workloads to share real-world lessons on performance, cost, and resilience. Anyone building, operating, or optimizing workloads on DynamoDB, including: Even if you can’t join live, everyone who registers gets access to the full session recordings. Explore the latest DynamoDB features, real-world use cases, and adoption patterns shaping how modern teams build and scale applications. Learn how to model data for predictable performance and billing—and avoid the design mistakes that quietly drive up RCUs and WCUs. See how to migrate a live application from MySQL to DynamoDB with AI-guided workflows for modeling, refactoring, and data movement. Learn how Ubisoft migrated 20 billion records with zero downtime using AWS CDK, Lambda, and DMS—plus how their teams continue to optimize and scale for millions of players worldwide. Discover what actually works—and what doesn’t—for keeping DynamoDB data resilient, secure, and recoverable at enterprise scale. Hear from Alex DeBrie, Esteban Serna, Swetha Salunke (AWS), Talia Kohan (Postman), Liore Shai (Eon), and Devarpi Sheth (Capital One) on how real teams monitor, tune, and protect DynamoDB in production—and how AI is shaping the next generation of operations. Because it’s one day of real, hard-won lessons from AWS and the DynamoDB community. You’ll walk away knowing: DynamoDB teams rely on Eon to protect and unlock the value of their backup data. Eon’s cloud backup and recovery platform automates DynamoDB backups, keeping them immutable, queryable, and cost-efficient—turning backup data into a usable resource for analytics, compliance, and resilience. We’re proud to partner with AWS and the DynamoDB community to make resilience, recovery, and data access simpler for everyone. Learn more about Eon’s Fast, Flexible Amazon DynamoDB Backups. Even if you can’t make it live, registering ensures you’ll receive all the session recordings afterward. Yes. Registration and recordings are 100% free. No. Register and you’ll automatically get all the session recordings. It’s a community-driven event featuring AWS, DynamoDB experts, and partners like Eon. Yes. Each session includes live Q&A, and attendees can interact with speakers throughout the event. Just register here — we’ll send your access details and reminders before the event. Redundant cloud backups are surprisingly common, and they’re draining more than just your budget. Cloud storage makes it easy to back up everything. Sometimes too easy. Without guardrails, manual tagging mistakes, broad retention policies, and “just in case” habits pile up into mountains of duplicate data. The fallout? Budgets balloon, recovery slows, compliance confidence drops, and FinOps reporting turns into a guessing game. The fix isn’t more copies—it’s a smarter backup posture management. That’s where Cloud Backup Posture Management (CBPM) comes in: automating policy enforcement and keeping only the backups that matter. No one sets out to over-back up, but in fast-moving cloud environments, it happens faster than you think. Tagging slips, policies misfire, retention drags on too long, and visibility drops to zero. Before long, costs and complexity spiral. One forgotten checkbox, and suddenly your dev environment is treated like mission-critical prod—and you don’t notice until the bill lands. Tags drift out of date, policies follow suit, and costs spike. Snapshots pile up, but no one knows who owns them. Without accurate ownership, they stay in storage indefinitely, quietly adding to your bill. Your storage bill is climbing faster than your actual data growth, often because you’re paying for redundant or stale backups you’ll never use. Related webinar: Demystify the hidden costs of cloud data retention Juggling multiple accounts, regions, services, and teams is a recipe for chaos. Policies become overly rigid or endlessly complex, with overrides and legacy rules no one dares touch because “they might be important.” One bad setting, like retaining hourly snapshots of staging for a year, can triple your storage footprint. Fear of losing data keeps backups around far longer than they should. That 180-day retention policy for last year’s sprint? Still sitting on your bill, quietly eating budget. Without a central view, zombie backups pile up like digital junk drawers, and traditional tools won’t even alert you when you’re backing up the same volume across three different policies. Extra backups do more than inflate storage — they slow operations, muddy compliance, and bog down recovery. CBPM replaces guesswork with automation. It continuously monitors your environment, applies the right retention, and stops unnecessary duplicates before they ever hit your bill. For a step-by-step look at how to do Cloud Backup Posture Management, see our full guide. Example: A dev environment spins up in us-west-2 without tags. Traditional tools either miss it or apply the wrong retention. CBPM spots it instantly, tags it by workload type, applies a short retention policy, and prevents the surprise bill. Backup should protect your business, not drain it. CBPM keeps what’s important, cuts what’s not, and makes recovery faster. Example in action: StructuredWeb, a channel marketing SaaS serving IBM, Zoom, and others, used Eon’s CBPM to cut through backup clutter and lower costs: “Eon has completely revolutionized our cloud backup strategy, providing the efficiency and scalability needed to support our growing list of enterprise customers. By eliminating complexity and reducing costs, Eon enables us to allocate more resources to innovation and business growth.” — Daniel Nissan, CEO, StructuredWeb Over-backing up your data doesn’t protect your business—it drains it. The fastest way to fix it?Learn how to right-size retention policies, eliminate waste, and stay audit-ready in our Cloud Data Retention session. Save your spot for the Cloud Data Retention webinar and start cutting costs without risking compliance. If your backups haven’t kept up with your cloud infrastructure, they’re quietly draining budget, time, and trust. Here’s where the money goes: When backups live in multiple tools and rely on human upkeep, you get: It’s no surprise that 54% of organizations in the State of Cloud Backup 2025 cite compliance or security risk from mismanaged data. For regulated industries, that can mean missed certifications, fines, or even lost contracts. One enterprise customer told us that reconciling a 5,000-line Azure bill to a single backup server used to be almost impossible. Manual tagging and tracking across multiple tools made it hard to prove spend or spot optimization opportunities until well after the billing cycle closed. Before partnering with Eon, StructuredWeb’s IT team spent hours chasing down backups and navigating complex restore processes. Manual classification and fragmented tools made recovery slow and frustrating, often delaying critical restores. With this kind of setup, selective restores aren’t possible, so teams have to bring back everything during an incident, inflating compute and storage costs while stretching downtime. They weren’t alone. The State of Cloud Backup 2025 found that 38% of organizations aren’t confident they can recover quickly and completely, a gap that’s costly in both revenue and reputation. Only a small fraction of teams in the State of Cloud Backup 2025 have fully automated their backup posture. As cloud environments expand, manual and semi-automated processes break down, leaving gaps that no one notices until it’s too late. We’ve seen teams miss backups for entire regions simply because no one updated a script after adding resources. One fast-growing SaaS company found backup scripts failing silently whenever new workloads spun up. Weeks could pass before anyone caught it, leaving high-value datasets unprotected and forcing the team to re-run massive jobs, which eat into both budget and bandwidth. The first step is spotting the waste with tools like Eon’s Cost Explorer. That visibility doesn’t just cut cloud bills—it gives IT teams back hours they used to spend chasing down backup data across accounts and tools. It quickly surfaces unused snapshots, duplicate datasets, and bloated retention before they drain your budget. One customer told us that, before Eon, reconciling cloud spend across accounts was almost impossible. Now they can roll it up in minutes, pinpoint costly patterns, and act before the bill arrives. From there, high-performing teams make five moves for fast ROI (full guide to improving cloud backup strategy): The result? Innago achieved 40% cost savings by replacing traditional snapshots and duplicate backups with Eon’s backup-optimized storage tier while meeting SOC 2, PCI, and GDPR compliance and maintaining 10–15 minute restore times for Kubernetes and EC2 workloads. When your backups are posture-aware, automated, and cost-transparent, you: How much time does your team spend manually tagging resources for backups? See how Eon automates this entire process in a 10-minute demo. Try a different category and check back soon for more content. --- ### Page: https://www.eon.io/events Title: Eon Events Hub Meta Description: From tech showcases to industry meetups, Eon is always where the action is. Check out where we’ve been and where we’re heading next. Language: en Canonical URL: https://www.eon.io/events ## Headings Structure: H1: Events Hub H2: Are Your Backups Ready for AI? H2: Are Your Backups Ready for AI? H2: DynamoDB Day H2: DynamoDB Day H2: Build Your DynamoDB Backup Game Plan H2: Build Your DynamoDB Backup Game Plan H2: Cloud Backup Posture Management Playbook H2: Cloud Backup Posture Management Playbook H2: Demo: Instant Recovery and Smarter Backups with Eon H2: Demo: Instant Recovery and Smarter Backups with Eon H2: Struggling with slow AWS S3 restores? H2: Struggling with slow AWS S3 restores? H2: How to Cut Cloud Data Retention Costs H2: How to Cut Cloud Data Retention Costs H2: Is your data protected against Ransomware? H2: Is your data protected against Ransomware? H2: Eon @ AWS re:Invent 2025 H2: Eon @ AWS re:Invent 2025 H2: Eon @ Microsoft Ignite 2025 H2: Eon @ Microsoft Ignite 2025 H2: No results found ## Main Content: H1: Events Hub H2: Are Your Backups Ready for AI? H2: Are Your Backups Ready for AI? H2: DynamoDB Day H2: DynamoDB Day H2: Build Your DynamoDB Backup Game Plan H2: Build Your DynamoDB Backup Game Plan H2: Cloud Backup Posture Management Playbook H2: Cloud Backup Posture Management Playbook H2: Demo: Instant Recovery and Smarter Backups with Eon H2: Demo: Instant Recovery and Smarter Backups with Eon H2: Struggling with slow AWS S3 restores? H2: Struggling with slow AWS S3 restores? H2: How to Cut Cloud Data Retention Costs H2: How to Cut Cloud Data Retention Costs H2: Is your data protected against Ransomware? H2: Is your data protected against Ransomware? H2: Eon @ AWS re:Invent 2025 H2: Eon @ AWS re:Invent 2025 H2: Eon @ Microsoft Ignite 2025 H2: Eon @ Microsoft Ignite 2025 H2: No results found From tech showcases to industry meetups, Eon is always where the action is. Check out where we’ve been and where we’re heading next. Most organizations have years of valuable data sitting untouched in cloud backups. This data could accelerate analytics, improve AI models, and eliminate hours of manual discovery work. The problem is, they don’t know what’s inside those backups, where sensitive data lives, or how to surface it without massive effort. In this joint session, Hypershift and Eon show how to unlock the hidden value in your AWS and Azure backups by making them fully searchable, classifiable, and AI-ready without copying data, moving it, or building pipelines. If your backups are just sitting in cold storage—or your AI projects need cleaner, more trustworthy data—this session will show you how to activate what you already own. Can’t make it live? Register and we’ll send the full recording and resources. DynamoDB runs some of the most important, high-scale workloads in the world, and its backup model works differently from relational or VM-based systems. That makes every retention, recovery, and cost decision matter more than teams expect. And because everything fails—and deletes are permanent—you need a backup plan you trust. As DynamoDB footprints grow, the same challenges show up again and again: rising costs as tables multiply, choosing when to use PITR vs. on-demand vs. exports, and figuring out how to make backups actually useful for audits, investigations, or fast recovery. In this Cloud Cuts session, AWS and Eon walk through the DynamoDB backup patterns that work at scale. We’ll cover when each AWS-native feature fits, where teams extend the foundation with smarter workflows, and how to mix these tools confidently without overspending. If you’re running DynamoDB at scale and want cleaner answers on cost, recovery, and compliance, this session gives you the playbook teams are using in the field. Most cloud operations and infrastructure teams already back up data, but without Cloud Backup Posture Management (CBPM), posture breaks down: That’s why Eon, who pioneered CBPM, is teaming up with Google Cloud for a live Cloud Cuts session. In just 30 minutes, you’ll get a practical playbook for how to get started with CBPM, including: Bonus: Everyone who attends will also receive a free cloud backup assessment—get a resilience score and tailored recommendations to improve your posture.‍ Join us for a 30-minute live demo to see how Eon is redefining cloud backup and learn why Eon is the fastest growing company in cloud infrastructure. Expensive, black boxed snapshots are a thing of the past. Integrate your backups into to a powerful data platform.  Eon makes your backup data instantly accessible, cost-efficient, and continuously valuable. Automate regulatory compliance, speed up audits, and gain holistic ransomware detection all while reducing your backup expenses! See how Eon helps you: If backup retention is eating budget without adding value, it’s time to rethink the strategy. That's why AWS’s Anthony Fiore and Eon’s Liore Shai teamed up for this session on how leading teams are cutting backup retention costs—often by double digits—without touching production systems or adding manual work. They covered: For senior tech leaders, this is a rare opportunity to see how AWS + Eon approach retention as both a cost lever and a resilience advantage. See your cloud backups come alive with a demo on instant data access, seamless recovery, and autonomous backup management. Our experts will be there to walk you through how Eon is changing the game in cloud backups. Plus, swing by our booth to ride the Eon Cloud Express and grab exclusive swag, or join our VIP party as we celebrate Eon's first birthday in style at The Palazzo. See backup in action with a live demo on instant access, seamless recovery, and autonomous backup management. Our experts will be on hand to walk you through how Eon is changing the game in cloud backups. Plus, go time travelling in our time machine, pick up some swag, or join us at an exclusive invite-only happy hour with plenty of surprises. Try a different category and check back soon for more content. --- ### Page: https://www.eon.io/compare Title: Compare Cloud Backup Solutions | Eon vs. Competitors Meta Description: Discover how Eon outperforms Rubrik, Commvault, Druva, and AWS Backup across cost, speed, and resilience. Language: en Canonical URL: https://www.eon.io/compare ## Headings Structure: H1: Eon vs. Cloud Backup Competitors H2: How Does Eon Compare to Other Cloud Backup Alternatives? H2: Eon’s backup storage tier makes backups instantly usable and accessible. H2: Eon vs. Other Cloud Backup Vendors H2: Why Eon Is the Choice for Modern Cloud Teams H3: No Setup Headaches H3: Restore in Seconds H3: Built-in Ransomware Response H3: Analytics-Ready Backups H3: Designed for Cloud-Scale Everything H2: Still comparing Eon alternatives? ## Main Content: H1: Eon vs. Cloud Backup Competitors H2: How Does Eon Compare to Other Cloud Backup Alternatives? H2: Eon’s backup storage tier makes backups instantly usable and accessible. H2: Eon vs. Other Cloud Backup Vendors H2: Why Eon Is the Choice for Modern Cloud Teams H3: No Setup Headaches H3: Restore in Seconds H3: Built-in Ransomware Response H3: Analytics-Ready Backups H3: Designed for Cloud-Scale Everything H2: Still comparing Eon alternatives? Eon brings visibility, control, and resilience into your cloud architecture. We help you enforce backup posture automatically, restore exactly what you need instantly, and tap into your data rather than bury it. That’s the difference between Eon's cloud-native platform and the competitors. Eon works out of the box—no agents, no proxies, no tagging. It connects via secure cloud APIs and starts protecting what matters automatically. Granular recovery at the file, record, or table level from any region, workload, or service. Skip rehydration and get back to production faster. Eon constantly monitors for backup anomalies and holds clean snapshots for instant rollback—no third-party tooling required. Backups are stored in open formats (like Parquet), indexed with Delta Lake or Iceberg, and ready to query with SQL or LLMs—no ETL, ever. Eon thrives in multi-cloud, serverless, and high-growth environments delivering smart protection that scales automatically as your infrastructure grows. Schedule a 15-minute demo to see how much simpler and more powerful cloud backup can be. --- ### Page: https://www.eon.io/state-cloud-backup-report Title: State of Cloud Backup Report 2025 | Eon Meta Description: Cloud teams are turning data backups into a competitive advantage by fueling AI, compliance, and resilience. Language: en Canonical URL: https://www.eon.io/state-cloud-backup-report ## Headings Structure: H1: Is Your Backup Strategy Built for What’s Next? H2: Cloud moved on. Data backups didn’t. H3: What You’ll Learn H3: Key Findings at a Glance H3: Bottom Line? ## Main Content: H1: Is Your Backup Strategy Built for What’s Next? H2: Cloud moved on. Data backups didn’t. H3: What You’ll Learn H3: Key Findings at a Glance H3: Bottom Line? Cloud infrastructure is fast, dynamic, and distributed. But too many backup strategies are still built for a static past—manual workflows, brittle scripts, and disconnected tools that can’t keep up with the needs of AI or the stakes of compliance. This report introduces a new, smarter way forward:Cloud Backup Posture Management (CBPM)—a framework for turning backups into a real-time control layer that drives your business forward, with new data storage technology. It’s not just about your data resilience. It’s about how and why you’ll utilize your data. Teams want more from backup. But without CBPM, they’re stuck in the past. --- ### Page: https://www.eon.io/s3-cost-cutting Title: Cut S3 Backup Costs with Eon Meta Description: Reduce S3 backup storage costs by automating cloud backup posture management. Language: en Canonical URL: https://www.eon.io/s3-cost-cutting ## Headings Structure: H1: Optimize AWS S3 Backup Costs with Eon H2: Eon can help you: H3: Rescue up to 50% of your S3 backup costs H3: Instantly access your backed up data H3: Find and restore anything H2: Testimonials H2: Who’s Behind Eon ## Main Content: H1: Optimize AWS S3 Backup Costs with Eon H2: Eon can help you: H3: Rescue up to 50% of your S3 backup costs H3: Instantly access your backed up data H3: Find and restore anything H2: Testimonials H2: Who’s Behind Eon --- ### Page: https://www.eon.io/cost-cutting Title: Cut Backup Costs with Eon Meta Description: Reduce backup storage costs by backing up only what matters—no extra versions, no unnecessary bloat. Language: en Canonical URL: https://www.eon.io/cost-cutting ## Headings Structure: H1: Optimize Cloud Backup Costs with Eon H2: Eon can help you: H3: Rescue up to 50% of your cloud backup costs H3: Instantly access your backed up data H3: Find and restore anything H2: Testimonials H2: Who’s Behind Eon ## Main Content: H1: Optimize Cloud Backup Costs with Eon H2: Eon can help you: H3: Rescue up to 50% of your cloud backup costs H3: Instantly access your backed up data H3: Find and restore anything H2: Testimonials H2: Who’s Behind Eon --- ### Page: https://www.eon.io/amazon-web-services Title: Amazon Web Services | Eon Meta Description: Automate Your AWS data backups and turn them into a live data lake. Language: en Canonical URL: https://www.eon.io/amazon-web-services ## Headings Structure: H1: Amazon Web Services H2: Eon’s Autonomous Backup H2: Better Together H2: FAQs H2: With Eon, your AWS backups become a live strategic asset ## Main Content: H1: Amazon Web Services H2: Eon’s Autonomous Backup H2: Better Together H2: FAQs H2: With Eon, your AWS backups become a live strategic asset Automate Your AWS data backups and turn them into a live data lake Eon is the first Cloud Backup Posture Management (CBPM) platform that automates cloud backups and transforms them into a data lake, at no additional cost. Turning your backups into fully queryable Iceberg tables stored in Amazon, without ETL or data movement. With seamless integrations into Amazon Redshift, Amazon EKS, EMR, SageMaker, QuickSight, Amazon DynamoDB and Bedrock, AWS customers can turn cold backup data into a live data layer, ready for querying, modeling, and decision-making without additional infrastructure or ETL overhead. Organizations running on AWS benefit from Eon’s zero-touch, agentless architecture that scales natively across accounts and regions. Whether you're ingesting backups from AWS or consolidating data from Azure and Google Cloud, Eon centralizes your data into AWS with speed, security, and simplicity. Together, Eon and AWS enable faster recovery, better insights, and stronger resilience — from backup to data lake in minutes. Traditional cloud backups are built for compliance — not for access. They’re locked away 
in cold storage, hard to restore, and expensive to keep. Eon turns that model inside out. Now your AWS backups become: Yes. Eon connects to Redshift, EMR, SageMaker, QuickSight, and more — with no ETL needed. Block, file, object storage, databases (managed & unmanaged), and data warehouses. Yes. Eon enables cross-cloud data ingest and transformation at no extra cost. Eon is fully cloud-native. No agents, no appliances, no hardware dependencies. --- ### Page: https://www.eon.io/microsoft-azure Title: Microsoft Azure | Eon Meta Description: Transform Azure Cloud backups into an immediate data lake. Language: en Canonical URL: https://www.eon.io/microsoft-azure ## Headings Structure: H1: Microsoft Azure H2: Eon for Azure: Autonomous, Queryable Cloud Backup H2: Better Together: Eon + Azure H2: Make Azure Backups Usable in Microsoft Fabric H3: Key benefits H3: How it works H2: FAQs H2: With Eon, your Azure backups become a live data source. ## Main Content: H1: Microsoft Azure H2: Eon for Azure: Autonomous, Queryable Cloud Backup H2: Better Together: Eon + Azure H2: Make Azure Backups Usable in Microsoft Fabric H3: Key benefits H3: How it works H2: FAQs H2: With Eon, your Azure backups become a live data source. Instantly transform Azure backups into a secure, queryable data lake Eon transforms Azure backups into a structured, queryable data lake inside your own Azure environment. Every backup is automatically written as Apache Iceberg tables in Azure Blob Storage, which gives you instant access to historical and point-in-time data without restores or ETL. With native support for Microsoft Fabric and Microsoft OneLake, Azure backups protected by Eon can be queried directly from Power BI, SQL, Spark, and AI workloads. This creates a single, governed place to work with backup, operational, and analytical data. Eon’s agentless platform also provides ransomware recovery, anomaly detection, point-in-time restores, and full Cloud Backup Posture Management (CBPM) for your Azure estate. The result: Azure backup moves from passive protection to an active, trusted data layer that lowers cost and accelerates insight. Eon and Azure work together to simplify data protection, increase resilience, and unlock new value from backup data. With Eon protecting your Azure resources, your backups become: You get lower cloud backup cost, easier management, and a live view of your backed-up data. Eon now integrates directly with Microsoft Fabric and OneLake, allowing organizations to query Azure backup data in place. There is no copying, no restoring, and no ETL required. This gives Azure teams a single, governed path to use point-in-time data for BI, AI, and analytics. This creates the simplest, most secure way for Azure teams to use backup data across Microsoft Fabric. Yes. Eon integrates natively with Microsoft Fabric and OneLake. Azure backups written as Apache Iceberg tables automatically appear in Fabric via OneLake Shortcuts and can be queried as virtualized Delta tables. Eon supports block, file, and object storage, as well as databases and data warehouses (both managed and unmanaged). Yes. Eon supports Azure, AWS, and Google Cloud, and OneLake can connect to backup data across all three through Shortcuts. Yes. Eon is fully SaaS, agentless, and uses Azure-native snapshot APIs. No infrastructure is deployed in your Azure subscription unless you choose a customer-managed vault model. --- ### Page: https://www.eon.io/google-cloud Title: Google Cloud Partner | Eon Meta Description: Activate your Google Cloud data into queryable data lake. Language: en Canonical URL: https://www.eon.io/google-cloud ## Headings Structure: H1: Google Cloud H2: Eon’s Autonomous Backups H2: Better Together H2: FAQs H2: With Eon, your Google Cloud backups become a live strategic asset ## Main Content: H1: Google Cloud H2: Eon’s Autonomous Backups H2: Better Together H2: FAQs H2: With Eon, your Google Cloud backups become a live strategic asset Activate your Google Cloud data into queryable data lake Eon is the first Cloud Backup Posture Management (CBPM) platform that automates cloud backups and transforms them into a data lake. It automates the process of turning backup data into live, queryable Iceberg tables stored in Google Cloud Storage, with no ETL pipelines or manual intervention. Through direct integration with BigQuery, Dataproc, Vertex AI, and Looker, Eon allows you to explore and analyze backup data as part of your broader data and AI stack, helping you move faster, with fewer tools and lower overhead. Eon also provides native anomaly detection, ransomware recovery, and secure point-in-time restores. With no agents or appliances to manage, Eon scales seamlessly across projects, workloads, and multi-cloud environments — all while keeping your data centralized in Google Cloud. Traditional cloud backups are designed for storage — not usability. They’re isolated in cold tiers, costly to manage, and disconnected from the tools that drive insights. Eon reimagines that approach. Now your Google Cloud backups can: Yes. Eon integrates with BigQuery, Dataproc, Vertex AI, Looker, and more. Block, object, and file storage — plus managed and unmanaged databases. Absolutely. Eon supports ingestion from AWS and Azure with no additional cost. Yes. There are no agents or appliances to deploy — Eon runs entirely in the cloud. --- ### Page: https://www.eon.io/autonomous-cloud-backup-posture-management Title: Autonomous Cloud Backup Posture Management | Eon Meta Description: Eon continuously scans, maps and classifies resources, ensuring you back up only what you need–and how long you need it. Language: en Canonical URL: https://www.eon.io/autonomous-cloud-backup-posture-management ## Headings Structure: H1: Autonomous Cloud Backup Posture Management H2: Because backups only matter if they’re completely compliant and actually restorable H3: A single pane of glass H3: Backup storage tier - Cost efficient by design H3: Compliance at scale H3: No more over backing up ## Main Content: H1: Autonomous Cloud Backup Posture Management H2: Because backups only matter if they’re completely compliant and actually restorable H3: A single pane of glass H3: Backup storage tier - Cost efficient by design H3: Compliance at scale H3: No more over backing up --- ### Page: https://www.eon.io/live-data-lake Title: Live Data Lake | Zero-ETL. Built-in catalogs. Queryable from day one | Eon Meta Description: Backups are no longer cold storage. Eon makes them instantly accessible, SQL-ready, and built to power your analytics and AI. Language: en Canonical URL: https://www.eon.io/live-data-lake ## Headings Structure: H1: Live Data Lake H2: Why Backup Storage Isn’t Delivering Value H2: Transform Cloud Backups into a Data Lake H2: Turn Any Database Backup into a Zero-ETL Data Lake H3: Automatic data type conversion H3: Schema inference H3: Flexible storage H2: Built for data and infra teams H2: Query and analyze with the tools you already use ## Main Content: H1: Live Data Lake H2: Why Backup Storage Isn’t Delivering Value H2: Transform Cloud Backups into a Data Lake H2: Turn Any Database Backup into a Zero-ETL Data Lake H3: Automatic data type conversion H3: Schema inference H3: Flexible storage H2: Built for data and infra teams H2: Query and analyze with the tools you already use --- ### Page: https://www.eon.io/ransomware-protection Title: Ransomware Protection | The only way to protect your cloud environment | Eon Meta Description: The first cloud-native ransomware protection package—immutable backups. Intelligent threat detection. Clean, granular recovery. Language: en Canonical URL: https://www.eon.io/ransomware-protection ## Headings Structure: H1: Ransomware Protection H2: Cloud needs its own ransomware defense H3: Air-gapped backup that’s actually enforced H3: Point-in-time recovery down to the file H3: Immutable by design H3: Autonomous ransomware protection H3: Ransomware signals, not just snapshots H2: Built on the NIST framework H3: Identify H3: Protect H3: Detect H3: Respond H3: Recover H2: How Eon’s ransomware package compares ## Main Content: H1: Ransomware Protection H2: Cloud needs its own ransomware defense H3: Air-gapped backup that’s actually enforced H3: Point-in-time recovery down to the file H3: Immutable by design H3: Autonomous ransomware protection H3: Ransomware signals, not just snapshots H2: Built on the NIST framework H3: Identify H3: Protect H3: Detect H3: Respond H3: Recover H2: How Eon’s ransomware package compares Backup posture analysis, PII detection, policy misconfiguration alerts Dual-layer isolation, WORM locks, encrypted snapshots Entropy and extension scanning, ransomware note detection, behavioral anomaly tracking Last known good backup surfacing, RBAC-controlled access, single-pane response dashboard File explorer, clean image selector, rapid restores with threat-aware filtering --- ### Page: https://www.eon.io/use-case/cost-optimization Title: Optimize Your Cloud Backup Storage Costs | Eon Meta Description: Store backups more efficiently—while keeping your data searchable, and ready for fast recovery. Language: en Canonical URL: https://www.eon.io/use-case/cost-optimization ## Headings Structure: H1: Cut cloud backup costs without cutting coverage H2: Efficient storage, instant access H2: Get the Eon advantage with optimized backup storage H3: Purpose-built for backups H3: Cut backup waste from the source H3: Access without overpaying H3: Smarter storage, built-in H3: Backup that pays for itself H2: Eon enables storage efficiency H3: Only backup what you need H3: Store backups efficiently H3: Restore only what matters H3: Instantly access your backed up data H3: Logically air-gapped, durable storage H2: Resources to power your development H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: How to Cut Cloud Backup Retention Costs Without Risking Data H2: Innago Simplifies Backup on AWS and Saves 40% with Eon H2: FAQs H2: Get an assessment ## Main Content: H1: Cut cloud backup costs without cutting coverage H2: Efficient storage, instant access H2: Get the Eon advantage with optimized backup storage H3: Purpose-built for backups H3: Cut backup waste from the source H3: Access without overpaying H3: Smarter storage, built-in H3: Backup that pays for itself H2: Eon enables storage efficiency H3: Only backup what you need H3: Store backups efficiently H3: Restore only what matters H3: Instantly access your backed up data H3: Logically air-gapped, durable storage H2: Resources to power your development H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: How to Cut Cloud Backup Retention Costs Without Risking Data H2: Innago Simplifies Backup on AWS and Saves 40% with Eon H2: FAQs H2: Get an assessment Automate retention, eliminate redundancy, and gain visibility into every byte you back up—across all clouds. Eon’s backup-optimized storage tier reduces costs by storing data efficiently while keeping metadata accessible for instant visibility and recovery. Eon’s storage tier is designed specifically for backups enabling low-cost efficiency that eliminates the overhead of storing backups on general-purpose cloud storage. Surface and resolve backup bloat from misconfigured lifecycle policies, unnecessary object versioning, and over-retained data. Restore what you need, when you 
need it without relying on expensive S3 Standard or Glacier Instant 
Retrieval tiers. Eon’s storage automatically adapts based on usage, retention, and recovery needs—reducing storage waste by default. Eon enables you enough saving on storage cost to offset the cost of backup entirely—making it effectively free. Automatically surface unnecessary versioning, outdated retention policies, and oversized backups. Backup-optimized storage tier based on access patterns meaning keeping your metadata live while minimizing cold storage overhead. Granular, file-level restore in seconds with Eon’s Snapshots. with Eon’s Iceberg-native catalog and object storage API make backup data instantly queryable. No ETL required. Backups are stored in isolated, immutable environments—ensuring ransomware resilience while avoiding the cost and complexity of cross-region replication. Eon cut our cloud backup bill by almost half—without changing a single retention policy. It just works smarter. Director of Infrastructure, Global SaaS Provider For the first time, we could actually see where our backup spend was going. The Cost Explorer saved us hours of spreadsheet work every month. FinOps Lead, Fortune 500 Retailer Defining retention and replication policies used to take days. With Eon, we built global rules once and never touched them again. Cloud Platform Manager, Financial Services Enterprise Eon cuts waste by storing only incremental changes, enforcing retention policies automatically, and eliminating redundant regional copies—all without extra scripting or tooling. Not at all. Eon’s immutability, cross-region recovery, and long-term retention are built in. You pay less because Eon stores smarter, not because it skips coverage. Yes. Eon’s built-in Cost Explorer gives instant visibility into backup costs by account, region, or workload—no manual reports or spreadsheets needed. Most enterprises see a 40–60% reduction in total backup costs within the first 90 days. Results vary by data growth rate and retention policy, but savings are measurable from day one. Yes. Eon supports AWS, Azure, and Google Cloud with consistent retention, encryption, and compliance policies—so you can optimize costs across your entire environment. With Eon, you don’t have to choose between access and affordability. You get both. Backups that you can always use, at a fraction of the cost. --- ### Page: https://www.eon.io/partners Title: Eon Partner Network | Build better, together Meta Description: Partner with Eon to bring smarter, faster, and more usable cloud backups to your customers. Language: en Canonical URL: https://www.eon.io/partners ## Headings Structure: H1: Build better, together H2: Built for the world’s leading cloud environments H2: Amazon Web Services H2: Google Cloud H2: Microsoft Azure H2: Reseller Partners H2: Bridge IT Consulting H2: Cumberland H2: Flagler Technologies H2: Dynamix H2: P1 Technologies H2: IMT H2: Software House International Corp H2: GPNet H2: Capital Data H2: Gotham Technology Group H2: Why Partner with Eon? H3: Strengthen Customers' Cloud Resilience H3: Expand Your Offering H3: Go to Market Together H2: Let’s Collaborate H2: Explore Resources H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: How to Prepare for the Next Cloud Outage H2: Be part of shaping our ecosystem H2: Become A Partner ## Main Content: H1: Build better, together H2: Built for the world’s leading cloud environments H2: Amazon Web Services H2: Google Cloud H2: Microsoft Azure H2: Reseller Partners H2: Bridge IT Consulting H2: Cumberland H2: Flagler Technologies H2: Dynamix H2: P1 Technologies H2: IMT H2: Software House International Corp H2: GPNet H2: Capital Data H2: Gotham Technology Group H2: Why Partner with Eon? H3: Strengthen Customers' Cloud Resilience H3: Expand Your Offering H3: Go to Market Together H2: Let’s Collaborate H2: Explore Resources H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: How to Prepare for the Next Cloud Outage H2: Be part of shaping our ecosystem H2: Become A Partner Partner with Eon to bring smarter, faster, and more usable cloud backups to your customers. Automate Your AWS backups and turn them into a live data lake. Activate your Google Cloud backups into queryable data lake. Transform Azure Cloud backups into an instant data lake. Empower cloud customers to protect their cloud assets, ensure compliance, and defend against ransomware. Introduce your customers to a modern, cloud-native and cost-optimized backup solution that’s easy to use, and designed for AI and analytics workloads. Work side by side with our team to get support for co-selling, co-marketing, and shared growth plans, in addition to visibility to our roadmap and access to partner leadership. Whether you’re referring leads or closing deals, we’ve got your back. Channel margin for resellers Sales & technical onboarding Co-branded materials & marketing support --- ### Page: https://www.eon.io/use-case/aws-dynamodb-backup-at-scale Title: AWS DynamoDB Backup at Scale | Eon Meta Description: Eon delivers smarter DynamoDB backups with unlimited retention, instant recovery, and lower costs—your AWS backup alternative for resilience, compliance, and AI. Language: en Canonical URL: https://www.eon.io/use-case/aws-dynamodb-backup-at-scale ## Headings Structure: H1: DynamoDB backup built for petabyte scale H2: Built for the world’s largest DynamoDB environments H3: Radically lower TCO H3: Faster recovery H3: Active backups H3: Built-in compliance H2: DynamoDB backups that protect, optimize, and restore at any scale H3: Cost efficiency H3: Resilience & recovery H3: Data intelligence & compliance H3: Scalability & activation H2: Three steps to intelligent, scalable DynamoDB backups H3: Ingest H3: Protect & Optimize H3: Activate H2: Resources to power your development H2: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups H2: How to Protect Your S3 Backups: Advice from an AWS Storage Expert H2: Want to Restore Backup Data to Live Databases? H2: FAQs H2: Do more with every DynamoDB backup ## Main Content: H1: DynamoDB backup built for petabyte scale H2: Built for the world’s largest DynamoDB environments H3: Radically lower TCO H3: Faster recovery H3: Active backups H3: Built-in compliance H2: DynamoDB backups that protect, optimize, and restore at any scale H3: Cost efficiency H3: Resilience & recovery H3: Data intelligence & compliance H3: Scalability & activation H2: Three steps to intelligent, scalable DynamoDB backups H3: Ingest H3: Protect & Optimize H3: Activate H2: Resources to power your development H2: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups H2: How to Protect Your S3 Backups: Advice from an AWS Storage Expert H2: Want to Restore Backup Data to Live Databases? H2: FAQs H2: Do more with every DynamoDB backup Unlimited retention, record-level restores, and up to 50% lower TCO than AWS Backup or third-party tools. At enterprise scale, full-table snapshots and short-term retention don’t cut it. Eon uses true incremental capture, compression before transfer, and air-gapped storage to deliver fast, resilient backups that don’t throttle production.
From multi-region replication to record-level restore, it’s the practical way to back up DynamoDB tables that never stop growing.‍ Cut storage costs up to 50% through efficient, incremental backups. Restore at record-level granularity with RPO under one hour. Capture continuous changes without performance impact. Enforce retention and access policies automatically. Eon stores only incremental changes with per-GB pricing—no per-item or restore fees. Most teams cut backup costs by up to 50% compared to AWS Backup or third-party tools. Automated policy enforcement slashes admin overhead by up to 90%, keeping operations lean. Eon provides a true air gap with immutable, isolated backups that protect against ransomware or deletion. Granular restores let you recover a single record or full table in seconds, achieving RPOs as low as 30 minutes with point-in-time consistency. Eon automatically classifies PII, PHI, and PCI data, enforcing policies that align with SOC 2, ISO 27001, HIPAA, and PCI DSS. Every backup stays compliant and audit-ready—no tagging or scripting required. Proven at trillions of records and multi-petabyte scale, Eon turns DynamoDB backups into an active data source. Query data instantly—no full restores—and feed analytics or AI/ML workloads directly from backup.storage. Eon ingests DynamoDB backups into a unified storage intelligence platform that combines protection, optimization, and activation. It delivers granular, near-instant recovery and turns DynamoDB backups into an active, queryable data lake for analytics, compliance, and AI workloads. Capture changes continuously at any scale

Eon connects natively to DynamoDB and ingests only what’s changed without throttling production or running full-table snapshots. From millions to hundreds of terabytes, backups stay lightweight, fast, and predictable. Store data intelligently, cut costs automatically. Every backup is compressed, deduplicated, and stored in an immutable, air-gapped tier. Eon applies retention and classification policies automatically, delivering up to 50% lower TCO while meeting compliance and recovery objectives. Restore, query, and automate in minutes. Restore exactly what you need—one record, a full table, or an entire region—through the console or API. Because Eon's backups enable you to query data directly for AI, analytics, or audits without ETL or GSIs. We were spending over a 
million dollars a year backing 
up DynamoDB tables over 200 TB. With Eon’s incremental snapshots and compression, we cut that in half—and finally got restore times we can trust. Director of Cloud Infrastructure, Global Fintech Restoring a single item used to take hours of work and full-table rollbacks. Now we can search backups like a database and recover one record in minutes. Head of Data Platform, SaaS Provider Our DynamoDB backups now run every four hours across regions with zero impact on production. Eon really works at petabyte scale. Principal Engineer, Consumer Marketplace Platform AWS Backup and Point-in-Time Recovery (PITR) only support full-table restores and 35-day retention. Every scheduled backup creates a complete copy, doubling your storage and recovery costs at scale. Eon takes a different approach: we capture true incremental snapshots, store them in a compressed, immutable tier, and let you restore or query any record instantly. That means no duplicate data, no full-table overkill, and up to 50 percent lower total cost of ownership—with built-in immutability, long-term retention, and cross-region resiliency. Yes. Eon’s record-level restore lets you recover exactly what you lost—whether it’s one item, an attribute, or an entire table—without re-hydrating terabytes of data. You can even send that record to a different table, region, or AWS account for fast validation or remediation. This precision restore cuts recovery time from hours to minutes and eliminates the budget hit of full-table rollbacks. Absolutely. Cross-region and cross-account protection are built into the platform. With a single policy, you can replicate DynamoDB backups across AWS regions or organizational accounts without maintaining duplicate full copies. This reduces both cost and complexity while strengthening disaster-recovery posture and compliance readiness. Eon maintains an RPO as low as 1 hour and an RTO measured in minutes, even for multi-petabyte tables. Incremental snapshots and metadata indexing make restores fast and predictable—no waiting for long full-copy jobs. Eon is proven at extreme scale. One enterprise customer backs up 300 TB DynamoDB tables every four hours with 30-day retention—cutting annual backup spend by roughly 50 percent compared to AWS Backup. Our incremental ingest, pre-transfer compression, and air-gapped storage mean backup performance stays consistent as tables grow, without throttling production or exceeding cost expectations. Yes. Eon stores DynamoDB backups in open Parquet format, so you can run SQL-like queries directly on your backup data—no GSIs, no schema redesign. Teams use this to analyze trends, audit deleted items, or extract custom datasets for compliance reporting, turning backup data into a live, queryable resource instead of a dormant archive. Compliance-grade protection is built in: immutability, RBAC, audit logs, unlimited retention, and encryption in transit + at rest. Every backup is logically air-gapped and policy-enforced to meet GDPR, HIPAA, SOC 2, and other enterprise standards—no manual scripting or third-party add-ons required. Eon turns backups into active, queryable data—cutting costs, accelerating recovery, and unlocking new value for analytics, compliance, and AI. --- ### Page: https://www.eon.io/use-case/improve-compliance-readiness Title: Improve Compliance Readiness | Automate Backup Compliance with Eon Meta Description: Eon automates cloud backup compliance with continuous discovery, classification, and policy-driven enforcement across AWS, Azure, and Google Cloud. Eliminate manual tagging, stay audit-ready for GDPR, HIPAA, and PCI-DSS, and reduce compliance costs while ensuring evidentiary recovery. Language: en Canonical URL: https://www.eon.io/use-case/improve-compliance-readiness ## Headings Structure: H1: Improve compliance readiness H2: Why backup compliance is challenging in the cloud H2: The compliance advantage with Eon H3: Always audit-ready H3: Continuous governance and logging H3: Fast, verifiable recovery H3: Lower overhead, higher confidence H2: Eon automates compliance from backup to recovery H3: Autonomous cloud backup posture management (CBPM) H3: Automated classification H3: Immutable and searchable recovery H3: Policy-driven enforcement across clouds H2: Explore more from Eon H2: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H2: What Cloud Backup Should Look Like When Built for Multi-Cloud Resilience H2: Cloud Backup Compliance: What Cloud Ops Teams Need to Know to Stay Audit-Ready and Cut Costs H2: FAQs H2: How confident are you in your backup compliance? ## Main Content: H1: Improve compliance readiness H2: Why backup compliance is challenging in the cloud H2: The compliance advantage with Eon H3: Always audit-ready H3: Continuous governance and logging H3: Fast, verifiable recovery H3: Lower overhead, higher confidence H2: Eon automates compliance from backup to recovery H3: Autonomous cloud backup posture management (CBPM) H3: Automated classification H3: Immutable and searchable recovery H3: Policy-driven enforcement across clouds H2: Explore more from Eon H2: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H2: What Cloud Backup Should Look Like When Built for Multi-Cloud Resilience H2: Cloud Backup Compliance: What Cloud Ops Teams Need to Know to Stay Audit-Ready and Cut Costs H2: FAQs H2: How confident are you in your backup compliance? Meet audit standards with automated retention, immutable backups, and unified audit logs—built directly into your cloud backup strategy. Regulations don’t stop at production. Backups must retain data securely, support deletion workflows, and stay audit-ready across every region and cloud. Eon unifies classification, retention, and recovery—so compliance isn’t a manual chase. Immutable, versioned backups with automatic audit logs. Eon records every change, access, and restore—giving you instant proof for audits 
or certifications. Built-in policy enforcement ensures retention, encryption, and access controls stay compliant across clouds. Logs consolidate into one view for GDPR, HIPAA, and 
DORA evidence. Run restore tests that meet compliance SLAs and generate audit-ready results. Restore by record or dataset, without breaking retention rules. Eliminate manual scripts and tagging. Automated classification and lifecycle enforcement handle the work, so compliance happens continuously. Continuously discovers misconfigured or noncompliant backups and remediates them automatically—across AWS, Azure, and Google Cloud. Detects PHI, PII, and financial records automatically. Applies retention and deletion policies aligned to GDPR, HIPAA, and PCI DSS. Guarantees tamper-proof, version-locked backups that remain searchable for audits, investigations, or DSAR workflows. Enforces region residency, retention, and recovery policies automatically. Logical deletion workflows keep immutable backups compliant with erasure mandates. We used to spend weeks preparing for audits. With Eon, every backup is versioned, logged, and provable — our last audit passed without a single finding. Director of IT Compliance, Global Financial Services Company Eon turned compliance from a checklist into a built-in control. Immutable backups, audit trails, and classification all happen automatically. VP of Infrastructure Security, Healthcare SaaS Provider Before Eon, every region and cloud had a different retention rule. Now it’s consistent, automated, and audit-ready across AWS, Azure, and GCP. Chief Cloud Architect, Global Retail Enterprise Eon automates compliance controls across clouds—encrypting, classifying, and retaining backups according to each framework’s rules. Immutable storage satisfies HIPAA and PCI retention mandates, while logical deletion and regional policies keep GDPR and DORA data governance aligned and auditable. Native backup tools weren’t built for audit evidence or multi-framework compliance. Eon automatically applies and enforces policies for retention, residency, and deletion, and provides unified, audit-ready logs across AWS, Azure, and Google Cloud—all without custom scripts or spreadsheets. Eon uses logical deletion and lifecycle expiration to remove data from future restores while keeping immutable backups intact until they expire. This satisfies erasure requirements (GDPR Article 17, CCPA § 1798.105) without breaking security or audit chains. Yes. Eon continuously verifies backup and recovery workflows and can generate audit-ready reports showing that restores meet required RTO and RPO targets—a core expectation of frameworks like HIPAA, PCI DSS, and DORA. Eon consolidates AWS CloudTrail, Azure Activity Logs, and GCP Audit Logs into a single view. This unified trail provides visibility across all backup and recovery actions, making it easy to demonstrate compliance and investigate incidents. Eon is SOC 2 Type 2 and ISO 27001 certified, supports HIPAA BAAs, GDPR SCCs, CCPA DPAs, and DORA audit documentation. Compliance evidence can be exported directly for regulators or third-party assessments. Retention is fully policy-driven. You can define duration by data type, region, or framework—from short-term operational backups to multi-year compliance archives. Eon automatically enforces those rules across all clouds. Most teams only find out during an audit. With Eon, compliance is continuous—from encryption to erasure—and proof is one click away. --- ### Page: https://www.eon.io/use-case/accelerate-analytics-and-ai Title: Accelerate Analytics & AI | Unlock Insights from Backup Data with Eon Meta Description: Eon transforms backup data into a queryable, AI-ready data lake—no ETL required. Instantly analyze cross-cloud data, enable ML and forecasting, and unlock hidden value while maintaining backup integrity and recovery. Language: en Canonical URL: https://www.eon.io/use-case/accelerate-analytics-and-ai ## Headings Structure: H1: Unlock analytics and AI from your backed-up data H2: From backup archive to analytics engine H2: How Eon turn backups into a strategic data asset H3: No pipelines, no rehydration H3: Query everything, instantly H3: Unlock hidden value H3: Analytics and recovery in one system H2: How Eon accelerates analytics and AI H3: Integrated metadata cataloging H3: Built-in versioning and lineage H3: AI-ready by default H3: Cross-cloud data access H2: FAQs H2: Leverage your backup data for analytics and AI ## Main Content: H1: Unlock analytics and AI from your backed-up data H2: From backup archive to analytics engine H2: How Eon turn backups into a strategic data asset H3: No pipelines, no rehydration H3: Query everything, instantly H3: Unlock hidden value H3: Analytics and recovery in one system H2: How Eon accelerates analytics and AI H3: Integrated metadata cataloging H3: Built-in versioning and lineage H3: AI-ready by default H3: Cross-cloud data access H2: FAQs H2: Leverage your backup data for analytics and AI Eon transforms backups into a searchable, queryable data layer—ready for analytics, AI, and governance without ETL or rehydration. Your backups already contain the full picture of your business, including transactions, logs, and historical records. Eon makes that data instantly usable across clouds for analytics, AI, and ML workloads without copying, rehydrating, or waiting. Use backup data directly—no need to move, reformat, or restore it first. Granular, fast queries across all backups—from full datasets to specific files, fields, or rows. Turn previously siloed or archived data into insights for forecasting, anomaly detection, and AI training. Backup data is searchable, recoverable, and analytics-ready from day one—with full backup integrity maintained. Eon bridges the gap between protection and insight. Our platform continuously classifies, catalogs, and structures your backup data so it’s always ready for analysis and compliance reporting across AWS, Azure, and Google Cloud. Every backup is indexed and organized using open table formats (Delta Lake, Iceberg), so data teams can quickly discover, filter, and use the data they need. Eon tracks every change—making data fully versioned and auditable across all clouds, with point-in-time recovery and historical queries supported out of the box. No custom ingestion needed. Eon prepares backup data in formats and structures that are immediately compatible with data science and AI workflows. Analyze and model backup data from multiple cloud environments in one place without duplicating or moving datasets. Eon stores backups in open formats like Parquet and Delta Lake, automatically cataloging metadata for instant querying. That means data can be analyzed or fed into AI pipelines without restore, ETL, or export. Completely. Eon eliminates ETL by writing backups directly into analytics-ready formats. You can run queries, train models, or validate data quality directly from the backup layer. Anything that speaks SQL or connects to Parquet/Delta/Iceberg—like Athena, BigQuery, Databricks, Snowflake, or Amazon Bedrock. Eon doesn’t lock you into a proprietary interface. No. The analytics layer is built on top of your existing backups. Storage remains optimized and cost-efficient, while Eon indexes and catalogs data for faster access. Yes. Eon enforces the same role-based access controls, encryption, and retention policies for analytics as it does for backups, ensuring data remains immutable, auditable, and compliant with standards like GDPR, HIPAA, and PCI. Your backups shouldn’t sit idle. With Eon, they power analytics, AI, and faster decisions—all without the extra pipelines. --- ### Page: https://www.eon.io/use-case/simplify-multi-cloud-backups Title: Simplify Multi-Cloud Backups | Unified Cross-Cloud Data Protection with Eon Meta Description: Backup, restore, and protect data across AWS, Azure, and Google Cloud from one platform. Eon eliminates manual backup management, reduces costs, and improves compliance readiness. Language: en Canonical URL: https://www.eon.io/use-case/simplify-multi-cloud-backups ## Headings Structure: H1: Simplify multi-cloud backups with Eon H2: The Multi-Cloud Backup Management Challenge H3: Operational overhead H3: Inefficiencies H3: Security & compliance H2: Eon keeps backup policies, recovery, and protection aligned across clouds. H3: Cross-cloud backup and recovery H3: Cross-region backup for geo-redundancy H3: Multi-cloud backup without vendor lock-in H3: Unified view across providers H2: Backup automation and data storage across AWS, Azure, and Google Cloud H3: Unified backup monitoring and reporting H3: Consistent multi-cloud data protection policies H3: Automated resource discovery H3: Efficient cross-cloud backup, recovery, and air gap H3: Global search, restore, and migration H2: Go deeper on multi-cloud backup posture H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: What Cloud Backup Should Look Like When Built for Multi-Cloud Resilience H2: Cloud Backup Posture Management: What It Is and Why You Need It H2: FAQs H2: Simplify multi-cloud backup without sacrificing control ## Main Content: H1: Simplify multi-cloud backups with Eon H2: The Multi-Cloud Backup Management Challenge H3: Operational overhead H3: Inefficiencies H3: Security & compliance H2: Eon keeps backup policies, recovery, and protection aligned across clouds. H3: Cross-cloud backup and recovery H3: Cross-region backup for geo-redundancy H3: Multi-cloud backup without vendor lock-in H3: Unified view across providers H2: Backup automation and data storage across AWS, Azure, and Google Cloud H3: Unified backup monitoring and reporting H3: Consistent multi-cloud data protection policies H3: Automated resource discovery H3: Efficient cross-cloud backup, recovery, and air gap H3: Global search, restore, and migration H2: Go deeper on multi-cloud backup posture H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: What Cloud Backup Should Look Like When Built for Multi-Cloud Resilience H2: Cloud Backup Posture Management: What It Is and Why You Need It H2: FAQs H2: Simplify multi-cloud backup without sacrificing control Backup, search, and restore across cloudsfrom a unified cloud backup platform. Cloud Architects, DevOps Engineers, and Enterprise IT Directors manage multi-cloud environments adding risk to your data resilience strategy. Native tools create complexities, lock you into disparate dashboards, requiring manual policy management and expensive, redundant data copies within a single provider’s ecosystem. Native tools create complexities, lock you into disparate dashboards, requiring manual policy management and expensive, redundant data copies within a single provider’s ecosystem. Eon is your unified cloud backup platform. It connects all your cloud accounts, so you can set one simple backup strategy that just works everywhere. Protect data in one cloud and restore it instantly in another. Eon makes virtual machine or database recovery across providers simple and fast. Replicate backups across regions or clouds without duplicating storage or managing extra copies. Move data and workloads between clouds with full restore compatibility, without being tied to a single provider See every backup, policy, and restore status in one place. Track posture and coverage across AWS, Azure, and Google Cloud from a unified cloud backup platform. Get a single reporting layer to track posture, coverage, recovery status, and backup health across AWS, Azure, GCP, and more. Manage, monitor, and restore backups across every cloud and business unit from one unified platform. Define and manage backup, retention, and recovery policies once, then apply them consistently across all providers. No manual steps, no policy drift. Eon continuously scans your multi-cloud environment for new buckets, volumes, and databases—ensuring everything is protected, no matter where it lives. Eon performs highly efficient incremental backups, eliminating the storage overhead & cost associated with native, redundant copies. Our agentless architecture provides a true logical air gap, delivering multi-cloud ransomware protection without the complexity. Search backup data globally and recover it anywhere: restore an Azure VM into AWS, pull objects from Google Cloud into another region, or migrate entire workloads across providers—ending vendor lock-in and enabling cross-cloud backup and recovery by default. Before Eon, we had no single view of our backups. Now we can see posture, cost, and recovery status across every cloud from one place. Director of Cloud Engineering, Global Financial Institution We used to test recovery quarterly because it was painful. With Eon, restores take minutes, and compliance testing runs automatically. Head of Site Reliability, Enterprise SaaS Company Eon helped us cut redundant cross-region copies and unify backup policies across AWS, Azure, and GCP. It’s simpler, cheaper, and actually reliable. Cloud Infrastructure Manager, Global Retail Brand Eon gives you one control plane for AWS, Azure, and Google Cloud. It automatically discovers resources, applies consistent backup policies, and tracks posture across every environment—no scripts or manual tagging. Yes. Eon supports cross-cloud backup and recovery, so you can protect data in one cloud and restore it in another. All backups remain immutable, encrypted, and recoverable on demand. Eon enforces retention, encryption, and access rules automatically using Cloud Backup Posture Management (CBPM). When one cloud’s settings change, Eon flags the mismatch and realigns policies instantly. Absolutely. Eon stores backups in isolated, air-gapped vaults with built-in immutability and time-bound access keys so even compromised credentials can’t delete recovery data. Yes. Eon eliminates duplicate copies, keeps transfers region-local, and automatically expires old versions—cutting backup spend by up to 50% without losing coverage. Centralize policies, prove recovery, and close compliance gaps across AWS, Azure, and Google Cloud. --- ### Page: https://www.eon.io/use-case/reduce-s3-backup-costs Title: Reduce S3 Backup Costs | Optimize AWS S3 Storage with Eon Meta Description: Cut Amazon S3 backup costs by up to 60% with Eon. Eliminate expensive versioning, offload data to lower-cost tiers, and restore instantly without hot storage. Gain cross-region redundancy, ransomware-resistant backups, and granular point-in-time recovery—all from a single platform. Language: en Canonical URL: https://www.eon.io/use-case/reduce-s3-backup-costs ## Headings Structure: H1: Reduce S3 backup costs H2: The Advantage for S3 Backups H3: 50% lower S3 storage costs H3: Proven at multi-petabyte scale H3: Granular restores, no rehydration H3: Built-in resilience and compliance H2: Why S3 Backup Costs Keep Rising H2: Cost efficiency meets always-on resilience H3: Agentless, cloud-native deployment H3: Continuous S3 classification H3: Offload + auto-delete H3: Full history, no versioning needed H3: Direct restore without
hot storage costs H3: Cross-region, true backups H2: Explore more from Eon H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: How to Cut Cloud Backup Retention Costs Without Risking Data H2: Innago Simplifies Backup on AWS and Saves 40% with Eon H2: FAQs H2: Ready to reduce your S3 costs and boost resilience? ## Main Content: H1: Reduce S3 backup costs H2: The Advantage for S3 Backups H3: 50% lower S3 storage costs H3: Proven at multi-petabyte scale H3: Granular restores, no rehydration H3: Built-in resilience and compliance H2: Why S3 Backup Costs Keep Rising H2: Cost efficiency meets always-on resilience H3: Agentless, cloud-native deployment H3: Continuous S3 classification H3: Offload + auto-delete H3: Full history, no versioning needed H3: Direct restore without
hot storage costs H3: Cross-region, true backups H2: Explore more from Eon H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: How to Cut Cloud Backup Retention Costs Without Risking Data H2: Innago Simplifies Backup on AWS and Saves 40% with Eon H2: FAQs H2: Ready to reduce your S3 costs and boost resilience? Shrink your S3 footprint, speed up recovery, and simplify protection without relying on versioning or hot storage. Back up only what’s changed without redundant full-bucket snapshots or versioning overhead. From millions of small objects to multi-region environments, Eon handles S3-scale backups at any size. Recover exactly what you need—a single file, folder, or dataset—without full restores or hot-tier costs. Protect against ransomware and compliance risk with immutable, air-gapped backups and automated policies. Native S3 backups waste storage by duplicating full copies, doubling cross-region costs, and overusing versioning. Eon fixes that with incremental, compressed, policy-driven backups—cutting your footprint by up to 50% while keeping every copy secure and instantly recoverable. Eon ingests backup data into a structured, queryable data lake using open formats like Parquet—making it instantly usable for analytics and ML workloads, without traditional ETL. Connect to AWS via read-only APIs—no agents, no infrastructure. Backup what matters, skip what doesn’t. Automatically discovers and classifies all objects across buckets, regions, and accounts to eliminate orphaned data and redundant storage. Automatically move data to lower-cost backup tiers and delete old versions without losing recoverability. Eon Snapshots capture incremental changes and restores objects or records from any point-in-time without relying on S3 versioning. Restore individual objects directly from backup storage, without promoting data to S3 Standard or incurring retrieval charges. Cross-region protection without doubling storage cost. Eon stores only changed data blocks, not full bucket replicas. Eon gave us visibility and control over S3 storage we never had before. We cut our backup costs by half and simplified recovery across every region. Director of Cloud Infrastructure, Global Sports Retailer Our S3 backups were growing out of control. With Eon, we’ve reduced storage by 48% and restored files in minutes instead of hours. Head of DevOps, Global SaaS Platform Before Eon, cross-region backups doubled our cost. Now, we replicate without duplicates—faster, leaner, and finally predictable. Cloud Infrastructure Manager, Fortune 500 Retailer Eon stores only what’s changed—not full bucket copies. Incremental, compressed backups and automated lifecycle deletion reduce redundant data and deliver up to 50% lower storage costs than AWS Backup or manual scripts. No. Eon maintains complete backup history without relying on S3 versioning. That means no versioning overhead, fewer API calls, and lower ongoing storage fees. Yes. Eon is proven at multi-petabyte scale and billions of objects. Backups remain incremental and recoverable—without performance impact or full-copy restores. Eon performs cross-region protection without duplicate copies. Only changed data is replicated, cutting replication costs by half while maintaining full recovery readiness. Absolutely. Eon supports object-level restores directly from backup storage. Recover exactly what you need in seconds—no rehydration or full restore required. Yes. Eon creates immutable, air-gapped backups stored across accounts and regions. Even if production is compromised, your backup data remains secure and recoverable. With Eon, every S3 backup becomes cheaper, faster, and recoverable anywhere without changing how you work. --- ### Page: https://www.eon.io/news Title: Eon Newsroom Meta Description: Psst... People are talking about us. Language: en Canonical URL: https://www.eon.io/news ## Headings Structure: H1: Newsroom ## Main Content: H1: Newsroom For media inquiries please email press@eon.io. --- ### Page: https://www.eon.io/integrations Title: Eon Integrations | Seamless connections. Smarter cloud backups. Meta Description: Transform your cloud backups into a living, searchable, AI-ready data platform without silos, vendor lock-in, or ETL delays. Language: en Canonical URL: https://www.eon.io/integrations ## Headings Structure: H1: Smarter connections for secure, data-driven backups H2: Analytics & Data Lakes H3: Google BigQuery H3: Snowflake H3: Databricks H3: Presto H3: Apache Spark H3: Amazon EMR H3: Amazon Redshift H3: Amazon Lake Formation H3: AWS Glue H3: Microsoft Fabric H2: AI & LLM H3: Vertex AI H3: Amazon Bedrock H3: OpenAI H2: Security & SIEM H3: AWS Security Hub H3: Splunk H3: AWS CloudTrail H3: Event Streaming API H3: Microsoft Sentinel H2: DevOps & CI/CD H3: Terraform Provider H3: Eon SDK H3: Eon CLI H3: Amazon SNS H3: Amazon SQS H3: Azure Service Bus H2: ITSM & Notifications H3: Slack H3: Microsoft Teams H3: ServiceNow H3: PagerDuty H3: Opsgenie H3: Jira H2: Threat Detection H3: Amazon GuardDuty H3: Microsoft Azure Defender H3: SentinelOne H2: Future-Proof Cloud Backup Starts Here ## Main Content: H1: Smarter connections for secure, data-driven backups H2: Analytics & Data Lakes H3: Google BigQuery H3: Snowflake H3: Databricks H3: Presto H3: Apache Spark H3: Amazon EMR H3: Amazon Redshift H3: Amazon Lake Formation H3: AWS Glue H3: Microsoft Fabric H2: AI & LLM H3: Vertex AI H3: Amazon Bedrock H3: OpenAI H2: Security & SIEM H3: AWS Security Hub H3: Splunk H3: AWS CloudTrail H3: Event Streaming API H3: Microsoft Sentinel H2: DevOps & CI/CD H3: Terraform Provider H3: Eon SDK H3: Eon CLI H3: Amazon SNS H3: Amazon SQS H3: Azure Service Bus H2: ITSM & Notifications H3: Slack H3: Microsoft Teams H3: ServiceNow H3: PagerDuty H3: Opsgenie H3: Jira H2: Threat Detection H3: Amazon GuardDuty H3: Microsoft Azure Defender H3: SentinelOne H2: Future-Proof Cloud Backup Starts Here Connect Eon across your cloud, security, AI/ML, and analytics stack to enforce backup governance, surface posture risks, and unlock live, queryable data without ETL. Unlock analytics and AI from your backed-up data with Eon, which automatically registers backups as Iceberg or Delta Lake views for instant access. Bring AI into your backup strategy with LLMs that can query data across time, without lifting snapshots or building pipelines. Surface backup posture risks, misconfigurations, and data exposures in your SIEM and security tools to improve backup compliance readiness. Automate backup policy validation, posture checks, and granular restore testing directly in your pipeline. Stay informed across your ops stack with real-time updates on backup health, posture changes, and recovery events. Detect backup tampering, unauthorized access, and mass deletions with threat signals from Amazon GuardDuty, Azure Defender, and SentinelOne. Whether you’re automating compliance, unifying your data lake, or building AI agents on backup data, Eon connects it all. --- ### Page: https://www.eon.io/careers Title: Careers at Eon | Eonauts Wanted Meta Description: We’re on a mission to make the world’s cloud data faster, safer, and smarter. Language: en Canonical URL: https://www.eon.io/careers ## Headings Structure: H1: Careers at Eon H2: What it means to be an Eonaut H2: How we work, thrive, and win H3: Excellence Above All H3: Radical Ownership H3: Enjoy the Ride H2: Jobs at Eon ## Main Content: H1: Careers at Eon H2: What it means to be an Eonaut H2: How we work, thrive, and win H3: Excellence Above All H3: Radical Ownership H3: Enjoy the Ride H2: Jobs at Eon In other words, the values that make our team unstoppable: We’re building a company that Fortune 500s trust with their most critical infrastructure. That’s why we hire top talent, and hold ourselves to the highest standards. Skill and impact matter more than hierarchy or titles. At Eon, ownership is our modus operandi. We’re flat by design. That means direct collaboration with the founders, and real authority to make decisions that move the company forward. We take fun seriously because happy people build better products. We do everything it takes for our employees to feel supported, rewarded, and have fun along the way. --- ### Page: https://www.eon.io/dynamodb-day Title: DynamoDB Day | Eon Meta Description: A community-driven virtual event for everyone running DynamoDB at scale. Language: en Canonical URL: https://www.eon.io/dynamodb-day ## Headings Structure: H1: DynamoDB Day H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Protecting DynamoDB Data: What Works (and What Doesn’t) for Resilience 
and Recovery H3: Protecting DynamoDB Data: What Works (and What Doesn’t) for Resilience and Recovery H3: Running DynamoDB at Scale H3: Running DynamoDB at Scale H3: DynamoDB Innovation: Evolution and Current State H3: DynamoDB Innovation: Evolution and Current State H3: Modernizing Applications: From Relational Databases 
to DynamoDB Using AI-Guided Workflows H3: Modernizing Applications: From Relational Databases 
to DynamoDB Using AI-Guided Workflows H2: Learn more about Eon for AWS & DynamoDB H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: How to Prepare for the Next Cloud Outage ## Main Content: H1: DynamoDB Day H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Cost-Aware Modeling: Designing for Performance and Spend H3: Protecting DynamoDB Data: What Works (and What Doesn’t) for Resilience 
and Recovery H3: Protecting DynamoDB Data: What Works (and What Doesn’t) for Resilience and Recovery H3: Running DynamoDB at Scale H3: Running DynamoDB at Scale H3: DynamoDB Innovation: Evolution and Current State H3: DynamoDB Innovation: Evolution and Current State H3: Modernizing Applications: From Relational Databases 
to DynamoDB Using AI-Guided Workflows H3: Modernizing Applications: From Relational Databases 
to DynamoDB Using AI-Guided Workflows H2: Learn more about Eon for AWS & DynamoDB H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: How to Prepare for the Next Cloud Outage A community-driven virtual event for everyone running DynamoDB at scale. DynamoDB delivers predictable performance in production and predictable billing on your invoice. In this talk, AWS Data Hero Alex DeBrie explores how to model your data with an eye toward both latency and cost. We'll cover the key factors that affect cost, common modeling mistakes that drive expenses, and how to evaluate trade-offs when designing your data model. DynamoDB delivers predictable performance in production and predictable billing on your invoice. In this talk, AWS Data Hero Alex DeBrie explores how to model your data with an eye toward both latency and cost. We'll cover the key factors that affect cost, common modeling mistakes that drive expenses, and how to evaluate trade-offs when designing your data model. Protecting DynamoDB data goes beyond taking snapshots. In this session, Ron Kimchi, Co-Founder and CTO at Eon, will share lessons learned from protecting large-scale DynamoDB environments—what actually works, and what doesn’t—when it comes to keeping data resilient, recoverable, and compliant at scale. He’ll compare real-world backup and recovery strategies, outline emerging best practices for enterprise workloads, and discuss how to build secure, scalable, and cost-efficient resilience without adding operational complexity. Learn more about Eon’s approach to cloud backup and recovery before the session. What does it really take to run DynamoDB at scale?In this DynamoDB Day closing panel, experts from AWS, Capital One, Postman, and Eon share the hard-won lessons, patterns, and tactics they use to keep DynamoDB workloads fast, resilient, and cost-efficient in production.Hosted by Alex DeBrie, this conversation covers multi-region design, backup strategy, global tables, AI-driven access patterns, cost visibility, high-throughput design choices, common mistakes, and what teams should prioritize as workloads grow.If you manage DynamoDB in any serious environment—enterprise, high-traffic apps, AI workloads, or multi-region systems—this panel is a goldmine. DynamoDB Innovation: Evolution and Current StateSpeaker: Mark Pinaud, Senior Manager, Product Management, AWS DynamoDBIn this DynamoDB Day session, AWS dives into the latest DynamoDB launches, performance improvements, global table updates, generative-AI tooling, and a first look at upcoming enhancements like multi-attribute partition and sort keys for GSIs.If you’re building high-scale workloads on DynamoDB—or modernizing existing ones—this session gives you a clear view of where DynamoDB is today and where it's heading next. See how AWS makes database modernization real in this hands-on demo with Esteban Serna, Principal DynamoDB Specialist SA, AWS. We'll migrate a Typescript app from MySQL to DynamoDB using an AI-guided workflow. Along the way, we'll demonstrate how to use DynamoDB NoSQL Workbench for data modeling, AWS CLI for application refactoring and data processing, and NoSQL Workbench for data movement. --- ### Page: https://www.eon.io/cloud-outage-guide Title: Cloud Outage Guide: Keep Your Data Accessible | Eon Meta Description: Learn how to access your data during cloud outages. A practical 4-step guide for cloud teams on cross-region and cross-cloud continuity. Download free. Language: en Canonical URL: https://www.eon.io/cloud-outage-guide ## Headings Structure: H1: Access Your Data—Even During Cloud Outages H3: What You’ll Learn H3: Why This Guide Matters H3: Who This Guide Helps H3: Get the Cloud Outage Guide ## Main Content: H1: Access Your Data—Even During Cloud Outages H3: What You’ll Learn H3: Why This Guide Matters H3: Who This Guide Helps H3: Get the Cloud Outage Guide Cloud outages are rising across every major provider.And while most teams don’t lose data, they lose the ability to reach it—just when they need it most. This guide breaks down how to design independent data access, so your team can read, search, and restore data even when your primary cloud region is offline. If your team has ever waited out a region failure—or wondered whether backups would actually be usable—this guide is for you. Learn the practical steps to keep your data reachable during the next outage. --- ### Page: https://www.eon.io/news-and-events/eon-cto-and-co-founder-ron-kimchi-to-introduce-eons-next-generation-cloud-backup-platform-in-aws-re-invent-breakout-session Title: Eon CTO and Co-founder Ron Kimchi to Introduce Eon's Next-Generation Cloud Backup Platform in AWS re:Invent Breakout Session | Eon Meta Description: Eon, the next-generation cloud backup platform, announced that its Chief Technology Officer and Co-Founder, Ron Kimchi, will be speaking at a breakout session at AWS re:Invent Language: en Canonical URL: https://www.eon.io/news-and-events/eon-cto-and-co-founder-ron-kimchi-to-introduce-eons-next-generation-cloud-backup-platform-in-aws-re-invent-breakout-session ## Headings Structure: H1: Eon CTO and Co-founder Ron Kimchi to Introduce Eon's Next-Generation Cloud Backup Platform in AWS re:Invent Breakout Session H2: Press Release ## Main Content: H1: Eon CTO and Co-founder Ron Kimchi to Introduce Eon's Next-Generation Cloud Backup Platform in AWS re:Invent Breakout Session H2: Press Release Eon, the next-generation cloud backup platform, announced that its Chief Technology Officer and Co-Founder, Ron Kimchi, will be speaking at a breakout session at AWS re:Invent --- ### Page: https://www.eon.io/news-and-events/eon-emerges-from-stealth-with-127m-to-bring-a-fresh-approach-to-backing-up-cloud-infrastructure Title: Eon emerges from stealth with $127M to bring a fresh approach to backing up cloud infrastructure | Eon Meta Description: A team of founders who sold their last company to Amazon to build a new unit within AWS is setting out to reinvent the tricky business of backing up organizations’ cloud infrastructure. Language: en Canonical URL: https://www.eon.io/news-and-events/eon-emerges-from-stealth-with-127m-to-bring-a-fresh-approach-to-backing-up-cloud-infrastructure ## Headings Structure: H1: Eon emerges from stealth with $127M to bring a fresh approach to backing up cloud infrastructure H2: Press Release ## Main Content: H1: Eon emerges from stealth with $127M to bring a fresh approach to backing up cloud infrastructure H2: Press Release A team of founders who sold their last company to Amazon to build a new unit within AWS is setting out to reinvent the tricky business of backing up organizations’ cloud infrastructure. --- ### Page: https://www.eon.io/news-and-events/eon-launches-out-of-stealth-with-127-million-to-reinvent-cloud-infrastructure-backup Title: Eon Launches out of Stealth with $127 Million to Reinvent Cloud Infrastructure Backup | Eon Meta Description: Founded in January 2024, Eon's vision for the future of cloud backup posture management has attracted funding from Sequoia Capital, Lightspeed Venture Partners, Greenoaks, and dozens of industry leaders Language: en Canonical URL: https://www.eon.io/news-and-events/eon-launches-out-of-stealth-with-127-million-to-reinvent-cloud-infrastructure-backup ## Headings Structure: H1: Eon Launches out of Stealth with $127 Million to Reinvent Cloud Infrastructure Backup H2: Press Release ## Main Content: H1: Eon Launches out of Stealth with $127 Million to Reinvent Cloud Infrastructure Backup H2: Press Release Founded in January 2024, Eon's vision for the future of cloud backup posture management has attracted funding from Sequoia Capital, Lightspeed Venture Partners, Greenoaks, and dozens of industry leaders --- ### Page: https://www.eon.io/news-and-events/eon-partners-with-google-cloud-to-help-enterprises-accelerate-ai-adoption Title: Eon Partners with Google Cloud to Help Enterprises Accelerate AI Adoption | Eon Meta Description: Eon partners with Google Cloud to empower enterprises with faster AI adoption by simplifying data storage, enabling instant access to cloud-scale data, and supporting seamless integration into AI and analytics workflows. Language: en Canonical URL: https://www.eon.io/news-and-events/eon-partners-with-google-cloud-to-help-enterprises-accelerate-ai-adoption ## Headings Structure: H1: Eon Partners with Google Cloud to Help Enterprises Accelerate AI Adoption H2: Press Release ## Main Content: H1: Eon Partners with Google Cloud to Help Enterprises Accelerate AI Adoption H2: Press Release Eon partners with Google Cloud to empower enterprises with faster AI adoption by simplifying data storage, enabling instant access to cloud-scale data, and supporting seamless integration into AI and analytics workflows. --- ### Page: https://www.eon.io/news-and-events/eon-unveils-the-first-cloud-native-ransomware-protection-package-for-cloud-based-companies Title: Eon Unveils the First Cloud-Native Ransomware Protection Package for Cloud-Based Companies | Eon Meta Description: Eon has launched a ransomware package that provides automated, immutable protection for cloud environments, reducing recovery to minutes and minimizing interruptions to business operations. Language: en Canonical URL: https://www.eon.io/news-and-events/eon-unveils-the-first-cloud-native-ransomware-protection-package-for-cloud-based-companies ## Headings Structure: H1: Eon Unveils the First Cloud-Native Ransomware Protection Package for Cloud-Based Companies H2: Press Release ## Main Content: H1: Eon Unveils the First Cloud-Native Ransomware Protection Package for Cloud-Based Companies H2: Press Release Eon has launched a ransomware package that provides automated, immutable protection for cloud environments, reducing recovery to minutes and minimizing interruptions to business operations. --- ### Page: https://www.eon.io/news-and-events/eons-valuation-reaches-1-4-billion-in-under-a-year-becoming-the-fastest-growing-company-in-cloud-infrastructure Title: Eon's Valuation Reaches $1.4 Billion in Under a Year, Becoming the Fastest Growing Company in Cloud Infrastructure | Eon Meta Description: The next-generation cloud backup platform, announced today that it has raised a $70 million Series C funding round led by BOND, growing its valuation to $1.4 billion. Language: en Canonical URL: https://www.eon.io/news-and-events/eons-valuation-reaches-1-4-billion-in-under-a-year-becoming-the-fastest-growing-company-in-cloud-infrastructure ## Headings Structure: H1: Eon's Valuation Reaches $1.4 Billion in Under a Year, Becoming the Fastest Growing Company in Cloud Infrastructure H2: Press Release ## Main Content: H1: Eon's Valuation Reaches $1.4 Billion in Under a Year, Becoming the Fastest Growing Company in Cloud Infrastructure H2: Press Release The next-generation cloud backup platform, announced today that it has raised a $70 million Series C funding round led by BOND, growing its valuation to $1.4 billion. --- ### Page: https://www.eon.io/news-and-events/microsoft-database-backups Title: Eon Collaborates with Microsoft to Turn Database Backups into a Growth Engine for Enterprises | Eon Meta Description: New Eon integration with Microsoft Fabric and Microsoft OneLake eliminates costly data duplication, turning database backups into live, queryable assets for AI and analytics. Language: en Canonical URL: https://www.eon.io/news-and-events/microsoft-database-backups ## Headings Structure: H1: Eon Collaborates with Microsoft to Turn Database Backups into a Growth Engine for Enterprises H2: Press Release ## Main Content: H1: Eon Collaborates with Microsoft to Turn Database Backups into a Growth Engine for Enterprises H2: Press Release New Eon integration with Microsoft Fabric and Microsoft OneLake eliminates costly data duplication, turning database backups into live, queryable assets for AI and analytics. NEW YORK – November 18, 2025 – Eon, a leader in automating and activating cloud database backups, today announced a new integration with Microsoft Fabric and Microsoft OneLake, enabling enterprises to cut cloud storage costs by up to 50% while accelerating analytics, AI/ML training, and business intelligence through instant access to backup data. Data and AI-powered enterprises must backup their data assets to protect from corruptions, human error, and security threats. Due to this requirement, enterprises are forced to create and maintain multiple copies of the same data for backup and for analytics and AI, greatly increasing cloud storage costs and operational complexity. With this integration, Fabric customers can instantly access their Eon-protected data stored in Microsoft Azure or other cloud providers through Microsoft OneLake, Fabric’s unified data lake using open data formats, without duplicating data or running complex ETL pipelines. “The economics of cloud data management just fundamentally changed,” said Ofir Ehrlich, CEO and co-founder of Eon. “We’re turning the most secure copy of a company’s data — the backup — into a live, usable asset. It’s a breakthrough that delivers instant data access, accelerates data team velocity, and lowers cloud spend, all without compromising security." Eon-managed data is automatically visible in Fabric and AI Foundry, as well as third-party engines using the OneLake Table APIs and Apache Iceberg, giving teams instant access without additional setup. The data remains protected and governed, following Fabric’s highest security standards, ensuring organizations retain strict access oversight. “Regularly backing up operational databases is a recommended best practice for all our customers,” said Dipti Borkar, VP & GM of Microsoft OneLake and ISV Ecosystem at Microsoft. “With Eon’s integration with Microsoft OneLake, customers can securely connect and query their backup data via Microsoft Fabric, Power BI, or any engine that integrates with OneLake, unlocking insights faster and achieving measurable cost savings all while enhancing the overall value of data for business intelligence and AI.” Eon’s integration with Microsoft OneLake is available now in public preview. Learn more at eon.io/microsoft-azure. Eon is the leader in autonomous cloud backup and data resilience, providing instant access to enterprises’ largest unused data source – their cloud backups – to unlock their true potential and make them immediately useful for AI and analytics. As the first cloud-native cloud backup posture management (CBPM) platform, Eon automates and converts complex and costly cloud backup into a unified, queryable data lake, enabling fast and easy data recovery, simplifying compliance, and powering deep analytics. Founded by the team behind CloudEndure (acquired by Amazon) and AWS’s disaster recovery services, Eon is backed by Sequoia, Lightspeed, Greenoaks, BOND, and dozens of industry leaders. For more information and to learn more, please visit https://www.eon.io/. Press inquiries: press@eon.io --- ### Page: https://www.eon.io/news-and-events/opinion-the-cloud-availability-fallacy-the-biggest-risk-of-the-digital-era Title: The cloud availability fallacy: The biggest risk of the digital era | Eon Meta Description: "Data accessibility must be an integral part of business planning. Instead of focusing solely on recovering full cloud environments, organizations must think about continuous data availability," writes Ron Kimchi, Co-Founder and CTO of Eon. Language: en Canonical URL: https://www.eon.io/news-and-events/opinion-the-cloud-availability-fallacy-the-biggest-risk-of-the-digital-era ## Headings Structure: H1: The cloud availability fallacy: The biggest risk of the digital era H2: Press Release ## Main Content: H1: The cloud availability fallacy: The biggest risk of the digital era H2: Press Release "Data accessibility must be an integral part of business planning. Instead of focusing solely on recovering full cloud environments, organizations must think about continuous data availability," writes Ron Kimchi, Co-Founder and CTO of Eon. --- ### Page: https://www.eon.io/news-and-events/sequoia-backed-eon-worth-1-4-billion-11-months-after-founding Title: Sequoia-Backed Eon Worth $1.4 Billion 11 Months After Founding | Eon Meta Description: Cloud backup startup Eon Inc. has closed a new funding round that values the company at $1.4 billion less than a year after its founding — an unusually speedy trajectory to unicorn status. Language: en Canonical URL: https://www.eon.io/news-and-events/sequoia-backed-eon-worth-1-4-billion-11-months-after-founding ## Headings Structure: H1: Sequoia-Backed Eon Worth $1.4 Billion 11 Months After Founding H2: Press Release ## Main Content: H1: Sequoia-Backed Eon Worth $1.4 Billion 11 Months After Founding H2: Press Release Cloud backup startup Eon Inc. has closed a new funding round that values the company at $1.4 billion less than a year after its founding — an unusually speedy trajectory to unicorn status. --- ### Page: https://www.eon.io/news-and-events/series-d-funding Title: Eon, the First Cloud Storage Platform to Unlock Backup Data for Enterprise AI, Raises $300M Led by Elad Gil | Eon Meta Description: The round includes prior lead investors Sequoia Capital, Lightspeed Venture Partners, Greenoaks, and BOND, with participation from Affinity, Omri Casspi, Vine Ventures and others, tripling Eon’s valuation to $4B amidst explosive customer traction. Language: en Canonical URL: https://www.eon.io/news-and-events/series-d-funding ## Headings Structure: H1: Eon, the First Cloud Storage Platform to Unlock Backup Data for Enterprise AI, Raises $300M Led by Elad Gil H2: Press Release ## Main Content: H1: Eon, the First Cloud Storage Platform to Unlock Backup Data for Enterprise AI, Raises $300M Led by Elad Gil H2: Press Release The round includes prior lead investors Sequoia Capital, Lightspeed Venture Partners, Greenoaks, and BOND, with participation from Affinity, Omri Casspi, Vine Ventures and others, tripling Eon’s valuation to $4B amidst explosive customer traction. NEW YORK — December 2, 2025 — Eon, the first to unlock cloud data backups for enterprise AI, today announced that it has raised a $300 million Series D funding round led by Elad Gil of Gil Capital. The round brings Eon’s total funding to $500 million since its founding less than two years ago, and increases its valuation to $4 billion, positioning it as the fastest-growing company in cloud infrastructure. The round included returning investors Sequoia Capital, Lightspeed Venture Partners, Greenoaks, and BOND. “Eon has built a foundation for the future that makes AI and broader enterprise intelligence possible.” said Ofir Ehrlich, Co-Founder and CEO of Eon. “We hear from customers that they are solving for two critical challenges: first, storing enterprise data efficiently and compliantly to minimize risk, and second, transforming the data goldmine they’re sitting on into active fuel for their business and AI strategies.” The funding follows a year of exceptional growth for Eon. Founded by the team that built and led AWS Disaster Recovery and Migration services, Eon is a trusted partner for enterprises seeking to unify, protect, and activate structured and unstructured data across multi-cloud environments. In the race to integrate and operationalize AI, enterprises are discovering their most valuable data is largely inaccessible, locked inside legacy backup storage. Eon turns that dormant data from both IaaS and PaaS services into a live, browsable, searchable and queryable foundation for AI training and analytics, unlocking new business value. "Before Eon, accessing critical data meant dealing with tickets, manual snapshots, and waiting an entire day. It was a complex and costly process, an operational bottleneck preventing growth within the cloud," said CJ Keefe, Director of Corporate Infrastructure, DevOps, and SRE at SoFi, an Eon customer. "Now, our data is instantly accessible in a self-service format. It's eliminated manual toil around access and usability, accelerating our data preparation time by over 90%. We've experienced firsthand how Eon is shaping data resilience from passive insurance to an active, measurable engine for speed and self-service." Eon's transformative platform automates ingestion from cloud data sources across AWS, Microsoft Azure, and Google Cloud under a single pane of glass. This unlocks cloud data by converting static backups into an accessible data lake—turning them into live, portable assets for AI, analytics, and recovery. Customers use Eon to automate backup posture, reduce compliance risk, and eliminate infrastructure waste. By moving data from primary storage into Eon's secondary storage, the platform maintains direct object storage API access while delivering efficiency, including backup cost reduction of 30 to 50 percent. “Eon is building one of the most important layers of the modern enterprise stack,” said Elad Gil, lead investor for the Series D. “Data is the most valuable, invisible asset on every company’s balance sheet. Companies will sink or swim based on their ability to access, analyze, and build on their data, and Eon's momentum comes from making that possible in a new way." Eon will use the new capital to accelerate R&D, global hiring, and U.S. market expansion while deepening its integrations with leading cloud providers. The company is strengthening strategic partnerships with AWS, Microsoft Azure, and Google Cloud as well as other technology leaders to extend its platform’s reach and interoperability. Eon’s leadership team includes co-founders Ofir Ehrlich (CEO), Gonen Stein (President) and Ron Kimchi (CTO), as well as Avi Biton (CFO) and Moshe Milman (CSO). To learn more about Eon, please visit https://www.eon.io/. Eon is the leader in autonomous cloud backup and data resilience, providing instant access to enterprises’ largest unused data source – their cloud backups – to unlock their true potential and make them immediately useful for AI and analytics. As the first cloud backup posture management (CBPM) platform, Eon automates and converts complex and costly cloud backups into a unified, queryable data lake, enabling fast and easy data recovery, simplifying compliance, and powering deep analytics. Founded by Ofir Ehrlich, Gonen Stein and Ron Kimchi, the team that built and led the AWS Disaster Recovery and Migration services, Eon is backed by Sequoia, Lightspeed, Greenoaks, BOND, Elad Gil and dozens of industry leaders. For more information and to learn more, please visit https://www.eon.io/. Press inquiries: press@eon.io --- ### Page: https://www.eon.io/pdfs/eon-cloud-backups Title: Eon Cloud Backups | Eon Language: en Canonical URL: https://www.eon.io/pdfs/eon-cloud-backups ## Headings Structure: H1: Eon Cloud Backups ## Main Content: H1: Eon Cloud Backups --- ### Page: https://www.eon.io/pdfs/eon-overview Title: No title Language: en Canonical URL: https://www.eon.io/pdfs/eon-overview ## Headings Structure: No headings found ## Main Content: <[^_�9������q�S���ٯ4d��[�$��]/w���#�� &<~'m��@�z>�t\���`+�<� 4<�Ј�Y � �S�AE,Q�^>�S��y`�U9�Y ��s�K�{�@��#s�҂tYErq�``�RqJ�,����t�uH}�O�B���7�?�só���d���s"�Z �0�Zi�P DTC���@�%,�/H����C9�Y�6_���u�;�v~��;_p�Gl��1�� ���� ����>�&��},g��qDJ�_���Ёt��K�"������y���z�u�D�2Cf�dO��h/��C4�=� $�8�$�� �:�k��H-�%�]��d�? ��7�퟈5bJ��B,Ò}S���z�-ջM&E.������ER\��: ��;���Rdӱ��Q��#>d�@�E���h�i�2��>��3��`_�� 3�4�ļjXWk]�(˪��,���0R�U����p��h���\Nuj�M�zU}�,_D�jk��V8yg��Lȓ�#�?��dc!��q�)�S���J�;ӿhthDT�~���j2wZK�b���4��Q�$����P��'��j�+{�d}v�Ɠ�`�����Q�4��'��Y3��uΝ�f�'�ʒ�j����p��\�^��r�1?|&n��ur/4��ɽॗ&���� ��o��*�H�%�w�. 1NR�gYɔ�|#%��|�'/�V�R����@ *d�\�J���Շ.xn�|TX�{���p?�X/�U�O{�H��G��-�4�[��ן"�/�30����_�*���)�cϹ��@�v�(��q-n(Z�5��Ly��wD�xFigiNHߣT��Jak��ι���m���܈��N�fr纒���[����3��#n Dk�Cm85���z��]���>��MV��|�=���y���E~�4y���տ���D�֋-7@_�!0���A����dEA�� ��^zMq��`����Bgo.��d 7-�OܹP�����%�cj�{��ښa�4i�P����~��d`�W(5X�|Bцyn��˽�㣵��{�L9�'�&����=�)��|�#� M}A>�3R�w�H�&簹-Y:^�|X�G��9՗"��SKÛ�|ԋ� 0�rtx�� yf�������` � ɋ�+����/w .�,��Iԃ;S-Ǔ'V&���Σ^�+�Y7����&[��b��Ǵ� @U��;�I%܏�\2��W$IW�ٗs(�Id��3�_KKb�5bl߯�X5��L���Љ� �CY��m$�(�bl��� ��XII� ��4c9"����J^?KL&�,�[*�Z�&�V���U �ƹCsV2�faXŐ�-�ա������O� K��ѷ4���U9��k�5�Z��ec��9�2����h�"��g�L Gϐ:t �|x���4l@(�#�J�c^q[�U(�ҐI !I�$=R�`�o�S�xN��7>�����C��7���5��j� �=ы����H��c�' ��N��-��C#~w�������k<��.��R׶di�$D2��� �_J�U�A���r�T���uѴE��\�2� ��Mtp��e�\��*̃�P�_:g�X�&�� n~�)s��(W�G�41�j4 �kF/��M�X�I`��/CeP��W�d�g�$<>�|��B����d�|~X7w�'x��<�㧽4w�7^�]��2��72@}j�N�����[�d����K � �y����O]��Q�,�Z8$65�~L�X��|�*�l�(V��Uwng<�����y�#Fxz������� Q<�9���0�Z] ��`�F�o��7Fv���������La�I�4d�H����G8 �GC#i��VԐ ��]�$�H;p@ل�R%���/�w�l ���v�'���u�p����-�� �q� �Ru�����,�z'� 8�5S����-ox�^wuMK����K �ק<�!7z D,rߗ���I�~U>N�]7ҭ�ǐ���f.�o�ʦI/�_ �N�n_ ���_��i3Ggb�K�y��0;I#4�'�9!j�@ �C0l��Šh�����O�W�-T�6�mT[\���]Dx�r�:�Ʌ �>ۦC�G�E���gD@��͉`L�Y`;ڦE�e�͋pֺ�̈�������Ѐ~yJ���� 7Ͳ�`�v2$�dmQ$D��q�$-�~@%���Δ(5��J��Ŗ �ʪNT6�� �����c'i�|϶i6l��4�NO ��gjئO�[|��];��Čo�M����/�n�]Z��bN�p�oP���R@�?d�)��[Щ�m�'�iH�H����~-������O(�\�{�� a��\�P����jY�WEoL%Ưb[PJZ�#���6��(� [� *㬋$��:i�8F�S���L�8�9������Ʃ �l�������}�K̻�vƭ@"a(T�^T���#^6��1��V�l�F�sjJz�]=�r* �������h8�\|U�pP����:7B���z��G�<4��7M` #�`�ٳ��8 SQ?�ݫpUἓ�E���l�b��3.�5�˼�����$�\�,�^�P�O*� �}�����V|���*�C���N9 ���N�-(wb��]X6<�X����wlG$ �eUf^��@�#:��G�tiԮ�ldS�%�p��g@�z�]fL���(�D�B!+kMGqnt�� �l�\�:ҚLݠܧJ''!����CF��I�@��4�R�4��R�')�����*6Yv�sRK6 4f�R;D[�Q9Н�F�h�����=)���o�c������*´�ؕI7Wu(�D�p%�/M��WgP�;}73"İ����jɲc�a[� ���4o��'��'�UCU�?��-Qɣs��z�<�*�i��i�X�0J~��źL/�;��7�o����0 ��L����\ (b���'�7���!��'Fa�g�6#�y(V'͙� K�t�?kFʛ�i}j�l�8}x4��_�N�����p�2.ZI�c�N&(m^*����c�ly�6��۷�>�|0������qSp5T�PY=i`�&/� �ғ.�:����O?�A�k��SԚ ��K:�L��|%I��j�` F�4�8�}��W�K�o�o���`V��\��yM�`.u`����] ���G?t��r�>�_����p2q�$y���!��o^��ƍP;f2�A�:F������8w���X�����7��E�!�H�/y��R#�Hx�����Y�l����N5�$�{�$��"�֓9�})�� ?K39?wЈHI��� �.�!�0{��J�y��m��d|�K+0��P� �硕!Gyh�u�W�����P�(��A�rUp�e[N�$U,M��ˍU��`:�"�0(���"}��7�\I���Z�$��f"�#b%6���j�wi��`6��6Z��%�����@?��`5��&� 4M T0�n<=6���i\�q��"������}d3������`�&ƨ�ȅƎ j 2�k�š��0�ȷU�0�]$��j\������c'i�wgQ(���j����BW3T��e�d<֖:��I��s���k�|F:|��cTM�"?Ź M��n��u���3�a�F�ĥ�����k���0�BMLe�TJ�T���Ũƶ�ڜ��JR�㤗�0S� �l%/����kd�^��Ƥ�!�Q5�r4��"{DI,:9v 4�Qٟ����x��}H�v-�1N8�3#:-�D�!�kK�Z6U��<,Z��&�����l�J ),*�P8���$z���F}k��ͻ�~M9˝a ߽{�Lt���qu߯.ʶ�� k��b<:>�_@�qYMg^��[��M@z.|��F]�+15) ���? 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Find out which solution fits cloud-first teams best. Language: en Canonical URL: https://www.eon.io/compare/eon-vs-aws-backup ## Headings Structure: H1: Eon vs. AWS Backup H2: Why Are Teams Outgrowing AWS Backup and Switching to Eon? H2: Feature Comparison:Eon vs. AWS Backup H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency ## Main Content: H1: Eon vs. AWS Backup H2: Why Are Teams Outgrowing AWS Backup and Switching to Eon? H2: Feature Comparison:Eon vs. AWS Backup H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency Both AWS Backup and Eon are agentless and AWS-native. But only Eon supports true multi-cloud backup, including Azure and Google Cloud. AWS Backup requires manual tagging and policy creation, which often leaves workloads underprotected. Eon automatically: AWS Backup limits recovery to 5 items per restore job and doesn’t support instant search or file-level retrieval. Eon enables: AWS Backup does not include ransomware detection, monitoring, or clean snapshot handling. Eon includes: AWS Backup incurs hidden costs via: --- ### Page: https://www.eon.io/compare/eon-vs-cohesity Title: Eon vs Cohesity | Cloud-Native Backup vs Data Protection Platforms Meta Description: Compare Eon and Cohesity across cloud readiness, restore speed, posture automation, and cost efficiency. Learn which platform supports cloud-native scale better. Language: en Canonical URL: https://www.eon.io/compare/eon-vs-cohesity ## Headings Structure: H1: Eon vs. Cohesity H2: Why Are Cloud Teams Upgrading from Cohesity to Eon in 2025? H2: Feature Comparison:Eon vs. Cohesity H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency ## Main Content: H1: Eon vs. Cohesity H2: Why Are Cloud Teams Upgrading from Cohesity to Eon in 2025? H2: Feature Comparison:Eon vs. Cohesity H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency Cohesity’s virtual cluster nodes must be deployed inside your cloud, where they require ongoing maintenance, scaling, and patching. You also foot the bill for those nodes, including compute, storage, and all operational overhead. Eon skips all of that: Cohesity users still manage backup scope via tagging and static policies, which don’t scale well in dynamic multi-account environments. Eon introduces full Cloud Backup Posture Management (CBPM): Cohesity offers strong snapshot capabilities, but often at the VM or full-volume level. Cohesity emphasizes immutability, but its capabilities are limited beyond that. Eon adds intelligence: Cohesity adds cost through infrastructure, versioning-based storage, and licensed ransomware modules. Eon reduces spend across the board: --- ### Page: https://www.eon.io/compare/eon-vs-commvault Title: Eon vs Commvault | Modern Backup Platform Comparison Meta Description: Explore the differences between Eon and Commvault for cloud-native, hybrid, and multi-cloud backup. See how cost, automation, and restore options stack up. Language: en Canonical URL: https://www.eon.io/compare/eon-vs-commvault ## Headings Structure: H1: Eon vs. Commvault H2: Why Are Cloud-Native Teams Moving from Commvault to Eon in 2025? H2: Feature Comparison:Eon vs. Commvault H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency ## Main Content: H1: Eon vs. Commvault H2: Why Are Cloud-Native Teams Moving from Commvault to Eon in 2025? H2: Feature Comparison:Eon vs. Commvault H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency Commvault’s architecture requires deploying backup servers and proxies in the cloud. These components must be patched, monitored, and scaled manually. You’re also billed by your cloud provider for the compute and storage powering that infrastructure. Eon is fully cloud-native and deploys with no infrastructure, agents, or performance impact. Commvault is powerful, but it demands tagging, scripts, and oversight. Eon delivers cloud backup posture management (CBPM): With Commvault, recovery often means a full system restore or digging through complex interfaces. Commvault focuses on snapshot immutability and secure storage, but lacks active threat detection and rollback capabilities. Eon includes: Commvault introduces cost via: --- ### Page: https://www.eon.io/compare/eon-vs-dell-powerprotect Title: Eon vs Dell PowerProtect | Compare Cloud Backup Platforms Meta Description: Explore how Eon and Dell PowerProtect differ in cloud-native backup, recovery performance, and total cost. See which fits modern, multi-cloud environments best. Language: en Canonical URL: https://www.eon.io/compare/eon-vs-dell-powerprotect ## Headings Structure: H1: Eon vs. Dell PowerProtect H2: Why Are Cloud-First Teams Choosing Eon Over Dell in 2025? H2: Feature Comparison:Eon vs. Dell PowerProtect H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency ## Main Content: H1: Eon vs. Dell PowerProtect H2: Why Are Cloud-First Teams Choosing Eon Over Dell in 2025? H2: Feature Comparison:Eon vs. Dell PowerProtect H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency Dell’s architecture depends on PowerProtect Data Manager and associated infrastructure, which must be deployed, patched, and scaled by your team. That infrastructure runs on your cloud account, adding ongoing compute, storage, and admin costs. Eon deploys without agents, proxies, or infrastructure — fully integrated via read-only cloud APIs, with support for AWS-native services and modern architectures. Tagging and manual policy enforcement leave gaps, especially in dynamic cloud environments. Eon closes them with: Dell's recovery model is largely based on bulk restore and long recovery time objectives (RTOs). Eon flips that model: PowerProtect includes immutability and isolated recovery environments, but detection and rollback must be bolted on. Eon includes: Dell’s backup model incurs costs from infrastructure, licensing, and inefficient snapshot management. Eon removes these constraints: --- ### Page: https://www.eon.io/compare/eon-vs-druva Title: Eon vs Druva | Cloud Backup Alternatives Compared Meta Description: Compare Eon and Druva across pricing, recovery, and posture automation. Understand key differences in flexibility, analytics, and SaaS platform support. Language: en Canonical URL: https://www.eon.io/compare/eon-vs-druva ## Headings Structure: H1: Eon vs. Druva H2: Why Are Modern Teams Replacing Druva with Eon in 2025? H2: Feature Comparison:Eon vs. Druva H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency ## Main Content: H1: Eon vs. Druva H2: Why Are Modern Teams Replacing Druva with Eon in 2025? H2: Feature Comparison:Eon vs. Druva H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency Druva delivers SaaS-based backup, focusing primarily on hosted snapshots, which offer less control over the data plane and deployment optimization. Eon is infrastructure-free and fully cloud-native, with native integration for AWS, Azure, and Google Cloud workloads. Druva requires tagging and policy creation to enforce protection coverage, increasing complexity at scale. Eon removes this entirely: Druva’s recovery options are limited to full system or image-based restores, with restrictions on the level of granularity available for recovery. Eon offers: While Druva provides immutability, it lacks built-in detection and rollback. Eon includes: Druva pricing includes storage and support, but can still obscure costs through over-retention and inefficient backup models. --- ### Page: https://www.eon.io/compare/eon-vs-rubrik Title: Eon vs Rubrik | Compare Cloud-Native Backup Platforms Meta Description: See how Eon compares to Rubrik on cost, recovery speed, and cloud-native capabilities. Explore key differences in architecture, automation, and TCO. Language: en Canonical URL: https://www.eon.io/compare/eon-vs-rubrik ## Headings Structure: H1: Eon vs. Rubrik H2: Why Are Cloud-First Teams Replacing Rubrik with Eon in 2025? H2: Feature Comparison:Eon vs. Rubrik H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency ## Main Content: H1: Eon vs. Rubrik H2: Why Are Cloud-First Teams Replacing Rubrik with Eon in 2025? H2: Feature Comparison:Eon vs. Rubrik H2: 1. Deployment & Architecture H2: 2. Backup Posture Management H2: 3. Recovery & Access H2: 4. Ransomware Protection H2: 5. Cost & Operational Efficiency Rubrik’s cloud architecture relies on virtual infrastructure that your team must deploy and maintain, including EC2 instances, block storage, and network configuration, often separately in each cloud or region. Even in agentless mode, Rubrik orchestrates native AWS snapshots from within your environment, introducing compute costs and storage inefficiencies. Archival mode adds costly API usage and increases TCO. Eon is fully cloud-native and agentless with no infrastructure to deploy, no scripts to maintain, and zero customer-side compute or API costs. Rubrik relies on manual tagging and static backup policies, which increases the risk of missed coverage, configuration drift, and operational overhead. Eon’s Cloud Backup Posture Management (CBPM) automates the full lifecycle: Rubrik’s recovery experience leaves key gaps for teams needing fast, precise, cross-cloud recovery: Eon, by contrast, supports: Rubrik provides basic immutability but lacks advanced threat detection and recovery depth. Rubrik customers often face unnecessary costs: Eon avoids these pitfalls: --- ### Page: https://www.eon.io/event/aws-s3-backup-restore Title: Struggling with slow AWS S3 restores? | Eon Language: en Canonical URL: https://www.eon.io/event/aws-s3-backup-restore ## Headings Structure: H1: Struggling with slow AWS S3 restores? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode H3: Complete the form to watch the latest episode ## Main Content: H1: Struggling with slow AWS S3 restores? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode H3: Complete the form to watch the latest episode Cloud Cuts hosted by Gonen Stein, featuring guest speaker Anthony Fiore Struggling with slow AWS S3 restores? Watch Eon’s Gonen Stein and Anthony Fiore from AWS break down how to speed up restores, cut costs, and keep your backups working for you—not against you. --- ### Page: https://www.eon.io/event/backup-data-ai Title: Are Your Backups Ready for AI? | Eon Language: en Canonical URL: https://www.eon.io/event/backup-data-ai ## Headings Structure: H1: Are Your Backups Ready for AI? H2: Our speakers H2: Unlock your backups for AI today H2: Ready to learn more? H2: Register Now ## Main Content: H1: Are Your Backups Ready for AI? H2: Our speakers H2: Unlock your backups for AI today H2: Ready to learn more? H2: Register Now Your backups are an AI goldmine—you’re just not using them yet. Most organizations have years of valuable data sitting untouched in cloud backups. This data could accelerate analytics, improve AI models, and eliminate hours of manual discovery work. The problem is, they don’t know what’s inside those backups, where sensitive data lives, or how to surface it without massive effort. In this joint session, Hypershift and Eon show how to unlock the hidden value in your AWS and Azure backups by making them fully searchable, classifiable, and AI-ready without copying data, moving it, or building pipelines. If your backups are just sitting in cold storage—or your AI projects need cleaner, more trustworthy data—this session will show you how to activate what you already own. Can’t make it live? Register and we’ll send the full recording and resources. --- ### Page: https://www.eon.io/event/cloud-backup-posture-management Title: Cloud Backup Posture Management Playbook | Eon Language: en Canonical URL: https://www.eon.io/event/cloud-backup-posture-management ## Headings Structure: H1: Cloud Backup Posture Management Playbook H2: Our speakers H2: Backups aren’t the problem. Posture is. H2: Ready to learn more? H2: Watch Now H3: Watch Now ## Main Content: H1: Cloud Backup Posture Management Playbook H2: Our speakers H2: Backups aren’t the problem. Posture is. H2: Ready to learn more? H2: Watch Now H3: Watch Now The new discipline for making backups compliant, cost-efficient, reliable, and more useful across clouds Most cloud operations and infrastructure teams already back up data, but without Cloud Backup Posture Management (CBPM), posture breaks down: That’s why Eon, who pioneered CBPM, is teaming up with Google Cloud for a live Cloud Cuts session. In just 30 minutes, you’ll get a practical playbook for how to get started with CBPM, including: Bonus: Everyone who attends will also receive a free cloud backup assessment—get a resilience score and tailored recommendations to improve your posture.‍ --- ### Page: https://www.eon.io/event/cloud-data-retention Title: How to Cut Cloud Data Retention Costs | Eon Language: en Canonical URL: https://www.eon.io/event/cloud-data-retention ## Headings Structure: H1: How to Cut Cloud Data Retention Costs H2: Our speakers H2: Demystify the hidden costs cloud data retention H2: Ready to learn more? H2: Register Now ## Main Content: H1: How to Cut Cloud Data Retention Costs H2: Our speakers H2: Demystify the hidden costs cloud data retention H2: Ready to learn more? H2: Register Now 3 proven steps to reduce spend and stay compliant If backup retention is eating budget without adding value, it’s time to rethink the strategy. That's why AWS’s Anthony Fiore and Eon’s Liore Shai teamed up for this session on how leading teams are cutting backup retention costs—often by double digits—without touching production systems or adding manual work. They covered: For senior tech leaders, this is a rare opportunity to see how AWS + Eon approach retention as both a cost lever and a resilience advantage. --- ### Page: https://www.eon.io/event/dynamodb-backup Title: Build Your DynamoDB Backup Game Plan | Eon Meta Description: Learn how to build a cost-efficient, compliant DynamoDB backup strategy using AWS-native features and practical workflows. Join AWS and Eon for real-world tips on PITR, retention, item-level restores, and making DynamoDB backups usable for audits, recovery, and analytics. Language: en Canonical URL: https://www.eon.io/event/dynamodb-backup ## Headings Structure: H1: Build Your DynamoDB Backup Game Plan H2: Our speakers H2: Build a DynamoDB backup plan that actually works at scale H2: Ready to learn more? H2: Watch Now H3: Watch Now ## Main Content: H1: Build Your DynamoDB Backup Game Plan H2: Our speakers H2: Build a DynamoDB backup plan that actually works at scale H2: Ready to learn more? H2: Watch Now H3: Watch Now Reduce cost, meet compliance, and get more value from DynamoDB backups DynamoDB runs some of the most important, high-scale workloads in the world, and its backup model works differently from relational or VM-based systems. That makes every retention, recovery, and cost decision matter more than teams expect. And because everything fails—and deletes are permanent—you need a backup plan you trust. As DynamoDB footprints grow, the same challenges show up again and again: rising costs as tables multiply, choosing when to use PITR vs. on-demand vs. exports, and figuring out how to make backups actually useful for audits, investigations, or fast recovery. In this Cloud Cuts session, AWS and Eon walk through the DynamoDB backup patterns that work at scale. We’ll cover when each AWS-native feature fits, where teams extend the foundation with smarter workflows, and how to mix these tools confidently without overspending. If you’re running DynamoDB at scale and want cleaner answers on cost, recovery, and compliance, this session gives you the playbook teams are using in the field. --- ### Page: https://www.eon.io/event/dynamodb-day Title: DynamoDB Day | Eon Language: en Canonical URL: https://www.eon.io/event/dynamodb-day ## Headings Structure: H1: DynamoDB Day H2: Our speakers H2: Ready to learn more? ## Main Content: H1: DynamoDB Day H2: Our speakers H2: Ready to learn more? A community-driven virtual event for everyone running DynamoDB at scale --- ### Page: https://www.eon.io/event/eon-at-aws-summit-2025 Title: Eon at AWS Summit New York City 2025 | Eon Meta Description: See you at booth #125 Language: en Canonical URL: https://www.eon.io/event/eon-at-aws-summit-2025 ## Headings Structure: H1: Eon at AWS Summit New York City 2025 H2: Our speakers H2: Eon at AWS Summit New York City 2025 H2: Ready to learn more? H3: Visit us at booth #125 H3: Eon X Sequoia Capital Happy Hour (invite only) H2: Discover more about Eon. Sign up for our white paper. ## Main Content: H1: Eon at AWS Summit New York City 2025 H2: Our speakers H2: Eon at AWS Summit New York City 2025 H2: Ready to learn more? H3: Visit us at booth #125 H3: Eon X Sequoia Capital Happy Hour (invite only) H2: Discover more about Eon. Sign up for our white paper. Join us at booth #125 for the next big thing Catch a live demo of how Eon turns cloud backups into a live data lake—ready for AI, analytics, and real-time recovery. Our team will walk you through how we automate and activate your largest data footprint, making backup not just protection—but a catalyst for growth. Then cool off from the NYC heat and join us for an exclusive happy hour co-hosted with Sequoia Capital. Step into our VR experience, catch presentations, and see Eon in action. Don't forget to grab some exclusive Eon swag while you're at it. Join us for an exclusive happy hour at the members only ZZ's Club for Backup talk and some well deserved drink(s). --- ### Page: https://www.eon.io/event/eon-at-google-cloud-next-2025 Title: Eon at Google Cloud Next 2025 | Eon Meta Description: Eon at Google Cloud Next 2025 Language: en Canonical URL: https://www.eon.io/event/eon-at-google-cloud-next-2025 ## Headings Structure: H1: Eon at Google Cloud Next 2025 H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Visit us at booth #1770 H3: Cloud Talk with Ron Kimchi, Eon's CTO and Co-founder H3: Eon’s Time Capsule Club (invite only) H2: Discover more about Eon. Sign up for our white paper. ## Main Content: H1: Eon at Google Cloud Next 2025 H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Visit us at booth #1770 H3: Cloud Talk with Ron Kimchi, Eon's CTO and Co-founder H3: Eon’s Time Capsule Club (invite only) H2: Discover more about Eon. Sign up for our white paper. Join us for the next big thing See backup in action with a live demo on instant access, seamless recovery, and autonomous backup management. Our experts will be on hand to walk you through how Eon is changing the game in cloud backups. Plus, go time travelling in our time machine, pick up some swag, or step back in time to the 1920’s at an exclusive invite-only VIP event for the future of backup. Step into our time machine experience, catch hourly presentations, and see Eon in action with a live demo. Plus, grab exclusive Eon Time Traveler swag. Hear from our CTO and co-founder as he shares insights and what’s next in the world of backups and data resilience. Step into our 1920’s speakeasy and be transported to the past to chat about the future. --- ### Page: https://www.eon.io/event/eon-at-microsoft-ignite-2025 Title: Eon @ Microsoft Ignite 2025 | Eon Language: en Canonical URL: https://www.eon.io/event/eon-at-microsoft-ignite-2025 ## Headings Structure: H1: Eon @ Microsoft Ignite 2025 H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Visit Us at Booth #643 H3: Theater Session with Eon & Microsoft H3: Time Capsule Club by Eon & Soma Capital (invite only) H2: Discover more about Eon. Sign up for our white paper. ## Main Content: H1: Eon @ Microsoft Ignite 2025 H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Visit Us at Booth #643 H3: Theater Session with Eon & Microsoft H3: Time Capsule Club by Eon & Soma Capital (invite only) H2: Discover more about Eon. Sign up for our white paper. Join us for the next big thing See backup in action with a live demo on instant access, seamless recovery, and autonomous backup management. Our experts will be on hand to walk you through how Eon is changing the game in cloud backups. Plus, go time travelling in our time machine, pick up some swag, or join us at an exclusive invite-only happy hour with plenty of surprises. Step into our time machine experience, catch hourly presentations, and see Eon in action with a live demo. Plus, grab exclusive Eon Time Traveler swag. Join us in the Expo Theater as Liore Shai, Solutions Architect at Eon, and Roy Hasson, Sr. Director of Product at Microsoft, uncover why backup data has been an untapped analytics source — until now. Join us on Nov 18 for an exclusive happy hour featuring a Prohibition-era whiskey tasting and innovative bites with our group of industry leaders. --- ### Page: https://www.eon.io/event/eon-at-re-invent-2025 Title: Eon @ AWS re:Invent 2025 | Eon Language: en Canonical URL: https://www.eon.io/event/eon-at-re-invent-2025 ## Headings Structure: H1: Eon @ AWS re:Invent 2025 H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Visit us at booth #529 H3: Breakout session with Eon & SoFi H3: Eon’s First Class Club @ The Palazzo H2: Discover more about Eon. Sign up for our white paper. ## Main Content: H1: Eon @ AWS re:Invent 2025 H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Visit us at booth #529 H3: Breakout session with Eon & SoFi H3: Eon’s First Class Club @ The Palazzo H2: Discover more about Eon. Sign up for our white paper. Step aboard to the future of cloud backup See your cloud backups come alive with a demo on instant data access, seamless recovery, and autonomous backup management. Our experts will be there to walk you through how Eon is changing the game in cloud backups. Plus, swing by our booth to ride the Eon Cloud Express and grab exclusive swag, or join our VIP party as we celebrate Eon's first birthday in style at The Palazzo. Find us in the Expo Hall and step into the future with our interactive VR experience, hourly presentations, and customized demos with Eon experts. Plus, grab exclusive swag and enter our raffle to win a pair of Ray-Ban Meta Glasses! Hear from Ron Kimchi, CTO & Co-Founder at Eon, as he shares how Eon can deliver hyperscale protection, automate operations, and turn backups into a queryable data lake. He'll be joined by SoFi's CJ Keefe to uncover how Eon is turning their backup data into a resource that drives agility, compliance, and innovation. Join Eon as we toast to an incredible first year with live music, innovative sips and bites, plus plenty of nostalgic surprises. --- ### Page: https://www.eon.io/event/eon-demo-webinar Title: Demo: Instant Recovery and Smarter Backups with Eon | Eon Meta Description: See how Eon transforms cloud backups into instantly accessible, cost-efficient assets in a live 30-minute demo. Language: en Canonical URL: https://www.eon.io/event/eon-demo-webinar ## Headings Structure: H1: Demo: Instant Recovery and Smarter Backups with Eon H2: Our speakers H2: Modern Backup That Makes a Real Impact H2: Ready to learn more? H2: Complete the form to watch the latest episode H3: Complete the form to watch the latest episode ## Main Content: H1: Demo: Instant Recovery and Smarter Backups with Eon H2: Our speakers H2: Modern Backup That Makes a Real Impact H2: Ready to learn more? H2: Complete the form to watch the latest episode H3: Complete the form to watch the latest episode Learn how to make cloud backups instantly accessible, resilient, and efficient. Join us for a 30-minute live demo to see how Eon is redefining cloud backup and learn why Eon is the fastest growing company in cloud infrastructure. Expensive, black boxed snapshots are a thing of the past. Integrate your backups into to a powerful data platform.  Eon makes your backup data instantly accessible, cost-efficient, and continuously valuable. Automate regulatory compliance, speed up audits, and gain holistic ransomware detection all while reducing your backup expenses! See how Eon helps you: --- ### Page: https://www.eon.io/event/eon-sequoia-partner-private-happy-hour Title: Eon x Sequoia Private Happy Hour @ ZZ's Club | Eon Meta Description: Join us after the AWS NY Summit for drinks, bites, and good conversation at ZZ’s Club—a members-only social club and New York staple just steps from the Javits. Language: en Canonical URL: https://www.eon.io/event/eon-sequoia-partner-private-happy-hour ## Headings Structure: H1: Eon x Sequoia Private Happy Hour @ ZZ's Club H2: Our speakers H2: Eon x Sequoia Private Happy Hour H2: Ready to learn more? H2: Request an invite – limited space available ## Main Content: H1: Eon x Sequoia Private Happy Hour @ ZZ's Club H2: Our speakers H2: Eon x Sequoia Private Happy Hour H2: Ready to learn more? H2: Request an invite – limited space available Join us for an exclusive happy hour with smart people and drinks Join us for an unfiltered conversation at the crossroads of tech, data, and disruption. We’re co-hosting an exclusive happy hour with Sequoia Capital following the AWS New York Summit—gathering a small group of leaders, execs, and innovators in one of the city’s most iconic member's only: ZZ’s Club. This is a private, invite-only event designed to foster meaningful conversations over excellent drinks. --- ### Page: https://www.eon.io/event/happy-hour-microsoft-ignite-2025 Title: Join us for the Time Capsule Club @ Microsoft Ignite | Eon Meta Description: Join the VIP Happy Hour Hosted by Eon x Soma Capital. Step back in time to talk about the future at our invite-only cocktail reception. Language: en Canonical URL: https://www.eon.io/event/happy-hour-microsoft-ignite-2025 ## Headings Structure: H1: Join us for the Time Capsule Club @ Microsoft Ignite H2: Our speakers H2: Time Capsule Club Hosted by Eon & Soma Capital. An exclusive VIP experience. H2: Ready to learn more? H2: Request an invite – limited space available ## Main Content: H1: Join us for the Time Capsule Club @ Microsoft Ignite H2: Our speakers H2: Time Capsule Club Hosted by Eon & Soma Capital. An exclusive VIP experience. H2: Ready to learn more? H2: Request an invite – limited space available Step back in time to talk about the future at our VIP cocktail reception Join us for an unfiltered conversation at the crossroads of tech, data, and disruption. Some conversations deserve more than a conference booth. That’s why we’re hosting an exclusive invite-only happy hour at Microsoft Ignite that'll transport you back to the Golden Age! Join Eon and Soma Capital for expertly crafted cocktails straight from the 1920s while hearing from industry leaders on the future of cloud backup and ransomware recovery. We'll have a few surprises throughout the evening that you won't want to miss! Request an invite, but remember space is extremely limited. --- ### Page: https://www.eon.io/event/is-your-data-protected-against-ransomware Title: Is your data protected against Ransomware? | Eon Language: en Canonical URL: https://www.eon.io/event/is-your-data-protected-against-ransomware ## Headings Structure: H1: Is your data protected against Ransomware? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode H3: Complete the form to watch the latest episode ## Main Content: H1: Is your data protected against Ransomware? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode H3: Complete the form to watch the latest episode Cloud Cuts hosted by Gonen Stein, featuring guest speaker Mansi Vaghela Ransomware now targets backups, making recovery impossible if they’re not protected. Watch Eon’s Gonen Stein and Mansi Vaghela from AWS break down how immutable storage, anomaly detection, and rapid recovery keep your data safe—even in an attack. --- ### Page: https://www.eon.io/event/join-us-at-eon-time-capsule-club Title: Join us for the Time Capsule Club @ Google Cloud Next | Eon Meta Description: Join Time Capsule Club, Hosted by Eon x Quiet Capital. Step back in time to talk about the future at our VIP cocktail reception Language: en Canonical URL: https://www.eon.io/event/join-us-at-eon-time-capsule-club ## Headings Structure: H1: Join us for the Time Capsule Club @ Google Cloud Next H2: Our speakers H2: Time Capsule Club Hosted by Eon x Quiet Capital. An exclusive VIP experience H2: Ready to learn more? H2: Request an invite – limited space available ## Main Content: H1: Join us for the Time Capsule Club @ Google Cloud Next H2: Our speakers H2: Time Capsule Club Hosted by Eon x Quiet Capital. An exclusive VIP experience H2: Ready to learn more? H2: Request an invite – limited space available Step back in time to talk about the future at our VIP cocktail reception Join us for an unfiltered conversation at the crossroads of tech, data, and disruption. Some conversations deserve more than a conference booth. That’s why we’re hosting a one-night-only 1920s speakeasy experience where history, innovation, and bold ideas meet. Join us for live music, hand-crafted cocktails, and an exclusive fireside chat with industry leaders discussing the future of cloud backup and ransomware recovery. It’s a chance to unwind in an intimate, unforgettable setting. Request an invite, but remember space is extremely limited. --- ### Page: https://www.eon.io/event/learn-about-eon-ignite Title: Eon's Next-Gen Cloud Backups | Eon Meta Description: Learn more about Eon and check out why Eon & Microsoft Azure are a match made in the cloud. Language: en Canonical URL: https://www.eon.io/event/learn-about-eon-ignite ## Headings Structure: H1: Eon's Next-Gen Cloud Backups H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Meet Our Team at Ignite H3: Theater Session with Eon & Microsoft H3: Better Together: Eon & Azure H2: Discover more about Eon. Sign up for our white paper. ## Main Content: H1: Eon's Next-Gen Cloud Backups H2: Our speakers H2: Experience backup like never before H2: Ready to learn more? H3: Meet Our Team at Ignite H3: Theater Session with Eon & Microsoft H3: Better Together: Eon & Azure H2: Discover more about Eon. Sign up for our white paper. Learn more about Eon @ Microsoft Ignite Eon is changing the cloud data backup space by introducing a new storage tier that turns backups into live strategic assets — seamlessly automated, radically cost-efficient, and instantly usable for AI and analytics. On Azure, Eon unifies backup, recovery, and ransomware protection across Blob, SQL, and virtual machines, providing teams with continuous visibility and control through a single, cloud-native platform. Find us in The Hub at booth #643 to go time travelling in our time machine, get a 1:1 demo, or enter a raffle for your very own Back to the Future LEGO set. Book a 30-minute session with our experts to learn how you can turn your cloud backups into live strategic assets, all while lowering your TCO. Join us in the Expo Theater as Liore Shai, Solutions Architect at Eon, and Roy Hasson, Sr. Director of Product at Microsoft, uncover why backup data has been an untapped analytics source — until now. With Azure Blob Storage, Microsoft Fabric, and Eon, your backups become more than protection — they become a unified data source for analytics, AI, and operations. Together, we bring security, simplicity, and intelligence to cloud data management. --- ### Page: https://www.eon.io/event/reinvent-party-2025 Title: Join us for Eon's First Class Club @ AWS re:Invent | Eon Meta Description: Join Eon for an unforgettable evening as we toast to our first year. Step onto The Palazzo pool deck for an evening of live music, nostalgic surprises, and innovative sips and bites you won't want to miss. Language: en Canonical URL: https://www.eon.io/event/reinvent-party-2025 ## Headings Structure: H1: Join us for Eon's First Class Club @ AWS re:Invent H2: Our speakers H2: First Class Club hosted by Eon & AWS H2: Ready to learn more? H2: Request an invite – limited space available ## Main Content: H1: Join us for Eon's First Class Club @ AWS re:Invent H2: Our speakers H2: First Class Club hosted by Eon & AWS H2: Ready to learn more? H2: Request an invite – limited space available A year of growth. A night of celebration. Join us for an unfiltered conversation at the crossroads of tech, data, and disruption. Join Eon and AWS for a first class happy hour at CAPRI at The Palazzo as Eon toasts to our first year! Step onto the pool deck for an evening of live music, nostalgic surprises, and innovative sips and bites you won't want to miss. Plus, join insightful conversations with top engineering and tech leaders from across the country, and get direct access Eon's leadership team. Spaces are limited, so request an invite below. Curious to know where else you can find Eon at re:Invent? Check out our schedule for the week here. --- ### Page: https://www.eon.io/event/ungated-aws-s3-backup-restore Title: Struggling with slow AWS S3 restores? | Eon Language: en Canonical URL: https://www.eon.io/event/ungated-aws-s3-backup-restore ## Headings Structure: H1: Struggling with slow AWS S3 restores? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode ## Main Content: H1: Struggling with slow AWS S3 restores? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode Cloud Cuts hosted by Gonen Stein, featuring guest speaker Anthony Fiore Struggling with slow AWS S3 restores? Watch Eon’s Gonen Stein and Anthony Fiore from AWS break down how to speed up restores, cut costs, and keep your backups working for you—not against you. --- ### Page: https://www.eon.io/event/ungated-is-your-data-protected-against-ransomware Title: Is your data protected against Ransomware? | Eon Language: en Canonical URL: https://www.eon.io/event/ungated-is-your-data-protected-against-ransomware ## Headings Structure: H1: Is your data protected against Ransomware? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode ## Main Content: H1: Is your data protected against Ransomware? H2: Our speakers H2: Ready to learn more? H2: Complete the form to watch the latest episode Cloud Cuts hosted by Gonen Stein, featuring guest speaker Mansi Vaghela Ransomware now targets backups, making recovery impossible if they’re not protected. Watch Eon’s Gonen Stein and Mansi Vaghela from AWS break down how immutable storage, anomaly detection, and rapid recovery keep your data safe—even in an attack. --- ### Page: https://www.eon.io/blog/2025-state-cloud-backup Title: 2025 State of Cloud Backup: Where Enterprises Fall Short and How to Catch Up | Eon Meta Description: New data from over 150 IT and cloud leaders reveals why cloud backup strategies are falling behind—and what teams are doing to catch up. Language: en Canonical URL: https://www.eon.io/blog/2025-state-cloud-backup ## Headings Structure: H1: 2025 State of Cloud Backup: Where Enterprises Fall Short and How to Catch Up H1: 2025 State of Cloud Backup: Where Enterprises Fall Short and How to Catch Up H2: Quick Summary H2: Four Backup Posture Gaps to Fix Now H3: 1. Outdated Processes, Tool Fragmentation, and Incomplete Backup Strategies H3: 2. Poor Visibility Leaves Data at Risk H3: 3. Recovery Remains Slow, Inflexible, and Costly H3: 4. Ransomware Protection Is Still Too Thin H2: Three Strategic Shifts Already Underway H3: 1. Automation Is Picking Up—But Most Teams Aren’t There Yet H3: 2. Backup Is Emerging a Queryable, Intelligent Data Lake H3: 3. Multi-Cloud Demands Real-Time Visibility H2: Take Action: Steps to Modernize Your Cloud Data Backup H3: 1. Audit and Test Your Backup Posture—Regularly H3: 2. Consolidate Tools for Better Visibility H3: 3. Automate Discovery and Policy Enforcement H3: 4. Implement Cloud-First Ransomware Protections H3: 5. Leverage Backup as an AI-Ready Data Asset H2: Backup Isn’t Just a Safety Net Anymore H2: Team Eon H2: Quick Summary H2: Four Backup Posture Gaps to Fix Now H3: 1. Outdated Processes, Tool Fragmentation, and Incomplete Backup Strategies H3: 2. Poor Visibility Leaves Data at Risk H3: 3. Recovery Remains Slow, Inflexible, and Costly H3: 4. Ransomware Protection Is Still Too Thin H2: Three Strategic Shifts Already Underway H3: 1. Automation Is Picking Up—But Most Teams Aren’t There Yet H3: 2. Backup Is Emerging a Queryable, Intelligent Data Lake H3: 3. Multi-Cloud Demands Real-Time Visibility H2: Take Action: Steps to Modernize Your Cloud Data Backup H3: 1. Audit and Test Your Backup Posture—Regularly H3: 2. Consolidate Tools for Better Visibility H3: 3. Automate Discovery and Policy Enforcement H3: 4. Implement Cloud-First Ransomware Protections H3: 5. Leverage Backup as an AI-Ready Data Asset H2: Backup Isn’t Just a Safety Net Anymore H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: 2025 State of Cloud Backup: Where Enterprises Fall Short and How to Catch Up H1: 2025 State of Cloud Backup: Where Enterprises Fall Short and How to Catch Up H2: Quick Summary H2: Four Backup Posture Gaps to Fix Now H3: 1. Outdated Processes, Tool Fragmentation, and Incomplete Backup Strategies H3: 2. Poor Visibility Leaves Data at Risk H3: 3. Recovery Remains Slow, Inflexible, and Costly H3: 4. Ransomware Protection Is Still Too Thin H2: Three Strategic Shifts Already Underway H3: 1. Automation Is Picking Up—But Most Teams Aren’t There Yet H3: 2. Backup Is Emerging a Queryable, Intelligent Data Lake H3: 3. Multi-Cloud Demands Real-Time Visibility H2: Take Action: Steps to Modernize Your Cloud Data Backup H3: 1. Audit and Test Your Backup Posture—Regularly H3: 2. Consolidate Tools for Better Visibility H3: 3. Automate Discovery and Policy Enforcement H3: 4. Implement Cloud-First Ransomware Protections H3: 5. Leverage Backup as an AI-Ready Data Asset H2: Backup Isn’t Just a Safety Net Anymore H2: Team Eon H2: Quick Summary H2: Four Backup Posture Gaps to Fix Now H3: 1. Outdated Processes, Tool Fragmentation, and Incomplete Backup Strategies H3: 2. Poor Visibility Leaves Data at Risk H3: 3. Recovery Remains Slow, Inflexible, and Costly H3: 4. Ransomware Protection Is Still Too Thin H2: Three Strategic Shifts Already Underway H3: 1. Automation Is Picking Up—But Most Teams Aren’t There Yet H3: 2. Backup Is Emerging a Queryable, Intelligent Data Lake H3: 3. Multi-Cloud Demands Real-Time Visibility H2: Take Action: Steps to Modernize Your Cloud Data Backup H3: 1. Audit and Test Your Backup Posture—Regularly H3: 2. Consolidate Tools for Better Visibility H3: 3. Automate Discovery and Policy Enforcement H3: 4. Implement Cloud-First Ransomware Protections H3: 5. Leverage Backup as an AI-Ready Data Asset H2: Backup Isn’t Just a Safety Net Anymore H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community New data from over 150 IT and cloud leaders reveals why cloud backup strategies are falling behind—and what teams are doing to catch up. New data from over 150 IT and cloud leaders reveals why cloud backup strategies are falling behind—and what teams are doing to catch up. Cloud adoption is accelerating, with the global cloud infrastructure market projected to reach $838 billion by 2034. Yet many backup strategies remain outdated, fragmented, and costly, leaving companies vulnerable to data loss, compliance risks, and missed business opportunities. Based on insights from 150+ IT and cloud leaders at Google Cloud Next, the 2025 State of Cloud Data Backup report reveals where backup strategies are breaking down—and where forward-thinking teams are already adapting. This overview shares key findings to help you identify Cloud Backup Posture Management (CBPM) gaps, benchmark your approach, and take steps toward a more resilient, intelligent backup strategy. Whether you’re a CIO, CISO, platform engineer, cloud architect, or IT manager, this summary is designed to help you take action. Despite rapid advances in cloud infrastructure, 38% of organizations still rely on basic disaster recovery (DR) tools provided by their cloud provider, or have no formal backup strategy in place at all. While provider-native tools offer convenience, they come with trade-offs: limited platform coverage, high recovery costs, vendor lock-in, and rigid, snapshot-based recovery. As environments become more dynamic and distributed, relying on a single provider’s tools leaves critical data exposed. The future is multi-cloud. Organizations need one unified backup approach—built for visibility, automation, and control across platforms. Fragmentation makes things worse. One in five organizations juggle multiple backup tools, resulting in policy drift and operational inefficiency. Meanwhile, 51% still rely on manual or semi-automated processes, which slow down recovery and increase the risk of failure or human error. 39% of organizations have experienced cloud data loss or aren’t confident in the integrity of their backups. Without full visibility, teams can’t verify what’s covered, what’s exposed, or what’s missing. Shadow resources, misconfigured storage, and untagged volumes slip through the cracks—especially in fast-moving, multi-cloud environments. Gaps in discovery and classification create blind spots that compromise recovery when it counts most. 54% of organizations cite compliance and data mismanagement as their top concerns—yet many still rely on full snapshot restores and rarely test their recovery workflows. Legacy methods slow everything down. Pulling entire volumes just to recover a single file incurs cloud storage charges and prolongs the recovery time. Without granular restore options and regular validation, teams risk compliance failures, extended downtime, and rising costs every time recovery is needed. Cloud ransomware is growing fast, and backups are a prime target. Yet 69% of organizations still lack layered protection, with many relying on a single line of defense or none at all. Nearly one in four of all data loss cases is attributed to ransomware or data breaches. Without immutable storage, air gaps, anomaly detection, and automated recovery playbooks, even a minor incident can trigger major disruption. While our report primarily highlights the vast and growing gap between cloud acceleration and cloud backups, it also reveals the trends and strategies that professionals are already adopting to create a better future for cloud backups. Only 5% of organizations report having a fully automated cloud backup posture, despite 79% investing in overall backup improvements. That momentum is promising, but most teams are still stuck at the surface level. Real automation isn’t about scripts and scheduled jobs. It’s about real-time discovery, automatic classification, and continuous policy enforcement across platforms. Without that, teams remain reactive, and risks go unchecked. In today’s environments, automation is more than just a time-saver—it’s a strategic imperative. Backups aren’t just for recovery anymore. As AI and analytics initiatives gain momentum, more organizations are realizing that backup data can be a powerful asset. And we’re hearing the same from our customers: forward-looking teams want to unlock backup data for analytics, compliance audits, AI/ML pipelines, and cloud migrations. This isn’t yet a widespread practice, but it’s quickly becoming a business requirement. The need to access more of your enterprise data is growing fast, and backup is one of the largest—and most overlooked—sources. The opportunity is clear. The challenge lies in execution. Multi-cloud backup strategies boost flexibility and resilience—but they also increase complexity. As environments span providers, visibility breaks down. Teams can’t easily see what’s protected, where gaps exist, or if policies are being enforced consistently. That’s why real-time, cross-cloud visibility isn’t a luxury—it’s a baseline requirement. Without it, blind spots persist, recovery slows, and compliance risk increases. Solving for visibility means continuously discovering, classifying, and monitoring assets across every environment as well as having a centralized way to oversee the full environment. Based on our report, here are the key steps organizations can take now to build smarter, more resilient cloud backups: Begin with a comprehensive audit to identify blind spots, recovery gaps, and hidden risks. A strong posture audit also prepares you for whatever comes next—whether that’s a compliance check, a breach, or an outage. Don’t stop there. Recovery testing should be routine. More clouds shouldn’t mean more backup tools. A unified platform—built for hybrid and multi-cloud—simplifies management, improves visibility, and helps keep policies consistent. Automating discovery ensures that new resources are found and protected in real-time. Automating policy enforcement ensures consistent and compliant coverage. Ransomware isn’t slowing down—and cloud backups are a prime target. Air-gapped, immutable storage, anomaly detection, and automated recovery workflows form a layered defense that helps teams stay ready. Backups shouldn’t be locked away for safekeeping—they should be put to work. By organizing backup data into a structured, queryable lake, teams can enable analytics, accelerate compliance audits, support AI/ML, and streamline migrations. It’s not just a shift in storage—it’s a shift in mindset. Your backup posture reflects your cloud maturity. With the right strategy, it can become a driver of resilience, compliance, and innovation. Yes, the gaps are real—and so is the momentum. Teams are already moving toward smarter, more dynamic backup architectures. The full 2025 State of Cloud Data Backup report goes deeper, with data, frameworks, and next steps for cloud-forward IT teams. Download the full report and take the next step toward smarter cloud resilience. Cloud adoption is accelerating, with the global cloud infrastructure market projected to reach $838 billion by 2034. Yet many backup strategies remain outdated, fragmented, and costly, leaving companies vulnerable to data loss, compliance risks, and missed business opportunities. Based on insights from 150+ IT and cloud leaders at Google Cloud Next, the 2025 State of Cloud Data Backup report reveals where backup strategies are breaking down—and where forward-thinking teams are already adapting. This overview shares key findings to help you identify Cloud Backup Posture Management (CBPM) gaps, benchmark your approach, and take steps toward a more resilient, intelligent backup strategy. Whether you’re a CIO, CISO, platform engineer, cloud architect, or IT manager, this summary is designed to help you take action. Despite rapid advances in cloud infrastructure, 38% of organizations still rely on basic disaster recovery (DR) tools provided by their cloud provider, or have no formal backup strategy in place at all. While provider-native tools offer convenience, they come with trade-offs: limited platform coverage, high recovery costs, vendor lock-in, and rigid, snapshot-based recovery. As environments become more dynamic and distributed, relying on a single provider’s tools leaves critical data exposed. The future is multi-cloud. Organizations need one unified backup approach—built for visibility, automation, and control across platforms. Fragmentation makes things worse. One in five organizations juggle multiple backup tools, resulting in policy drift and operational inefficiency. Meanwhile, 51% still rely on manual or semi-automated processes, which slow down recovery and increase the risk of failure or human error. 39% of organizations have experienced cloud data loss or aren’t confident in the integrity of their backups. Without full visibility, teams can’t verify what’s covered, what’s exposed, or what’s missing. Shadow resources, misconfigured storage, and untagged volumes slip through the cracks—especially in fast-moving, multi-cloud environments. Gaps in discovery and classification create blind spots that compromise recovery when it counts most. 54% of organizations cite compliance and data mismanagement as their top concerns—yet many still rely on full snapshot restores and rarely test their recovery workflows. Legacy methods slow everything down. Pulling entire volumes just to recover a single file incurs cloud storage charges and prolongs the recovery time. Without granular restore options and regular validation, teams risk compliance failures, extended downtime, and rising costs every time recovery is needed. Cloud ransomware is growing fast, and backups are a prime target. Yet 69% of organizations still lack layered protection, with many relying on a single line of defense or none at all. Nearly one in four of all data loss cases is attributed to ransomware or data breaches. Without immutable storage, air gaps, anomaly detection, and automated recovery playbooks, even a minor incident can trigger major disruption. While our report primarily highlights the vast and growing gap between cloud acceleration and cloud backups, it also reveals the trends and strategies that professionals are already adopting to create a better future for cloud backups. Only 5% of organizations report having a fully automated cloud backup posture, despite 79% investing in overall backup improvements. That momentum is promising, but most teams are still stuck at the surface level. Real automation isn’t about scripts and scheduled jobs. It’s about real-time discovery, automatic classification, and continuous policy enforcement across platforms. Without that, teams remain reactive, and risks go unchecked. In today’s environments, automation is more than just a time-saver—it’s a strategic imperative. Backups aren’t just for recovery anymore. As AI and analytics initiatives gain momentum, more organizations are realizing that backup data can be a powerful asset. And we’re hearing the same from our customers: forward-looking teams want to unlock backup data for analytics, compliance audits, AI/ML pipelines, and cloud migrations. This isn’t yet a widespread practice, but it’s quickly becoming a business requirement. The need to access more of your enterprise data is growing fast, and backup is one of the largest—and most overlooked—sources. The opportunity is clear. The challenge lies in execution. Multi-cloud backup strategies boost flexibility and resilience—but they also increase complexity. As environments span providers, visibility breaks down. Teams can’t easily see what’s protected, where gaps exist, or if policies are being enforced consistently. That’s why real-time, cross-cloud visibility isn’t a luxury—it’s a baseline requirement. Without it, blind spots persist, recovery slows, and compliance risk increases. Solving for visibility means continuously discovering, classifying, and monitoring assets across every environment as well as having a centralized way to oversee the full environment. Based on our report, here are the key steps organizations can take now to build smarter, more resilient cloud backups: Begin with a comprehensive audit to identify blind spots, recovery gaps, and hidden risks. A strong posture audit also prepares you for whatever comes next—whether that’s a compliance check, a breach, or an outage. Don’t stop there. Recovery testing should be routine. More clouds shouldn’t mean more backup tools. A unified platform—built for hybrid and multi-cloud—simplifies management, improves visibility, and helps keep policies consistent. Automating discovery ensures that new resources are found and protected in real-time. Automating policy enforcement ensures consistent and compliant coverage. Ransomware isn’t slowing down—and cloud backups are a prime target. Air-gapped, immutable storage, anomaly detection, and automated recovery workflows form a layered defense that helps teams stay ready. Backups shouldn’t be locked away for safekeeping—they should be put to work. By organizing backup data into a structured, queryable lake, teams can enable analytics, accelerate compliance audits, support AI/ML, and streamline migrations. It’s not just a shift in storage—it’s a shift in mindset. Your backup posture reflects your cloud maturity. With the right strategy, it can become a driver of resilience, compliance, and innovation. Yes, the gaps are real—and so is the momentum. Teams are already moving toward smarter, more dynamic backup architectures. The full 2025 State of Cloud Data Backup report goes deeper, with data, frameworks, and next steps for cloud-forward IT teams. Download the full report and take the next step toward smarter cloud resilience. --- ### Page: https://www.eon.io/blog/amazon-dynamodb-backup Title: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups | Eon Meta Description: Eon’s Amazon DynamoDB backups let you save only what’s changed, bring back exactly what you lost, and search your backups down to the file—no full-table overkill or GSI costs. Language: en Canonical URL: https://www.eon.io/blog/amazon-dynamodb-backup ## Headings Structure: H1: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups H1: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups H2: Quick Summary H2: Why is backing up Amazon DynamoDB so difficult? H2: What You Can Do with Eon for Amazon DynamoDB H3: 1. True Incremental Backups H3: 2. Record-Level Restore H3: 3. Query Backup Snapshots Like a Database H3: 4. API-Powered Recovery Workflows H2: How to Back Up Amazon DynamoDB (Without Losing Your Mind) H2: Back Up Amazon DynamoDB with Eon H2: Amazon DynamoDB Backups That Work Like Your Team Does H2: Frequently Asked Questions (FAQ) H3: What is the best way to back up Amazon DynamoDB? H3: How long can I retain Amazon DynamoDB backups? H3: Does Eon also cover compliance and resilience requirements for Amazon DynamoDB? H2: Liore Shai and Daniel Goldenstein H2: Quick Summary H2: Why is backing up Amazon DynamoDB so difficult? H2: What You Can Do with Eon for Amazon DynamoDB H3: 1. True Incremental Backups H3: 2. Record-Level Restore H3: 3. Query Backup Snapshots Like a Database H3: 4. API-Powered Recovery Workflows H2: How to Back Up Amazon DynamoDB (Without Losing Your Mind) H2: Back Up Amazon DynamoDB with Eon H2: Amazon DynamoDB Backups That Work Like Your Team Does H2: Frequently Asked Questions (FAQ) H3: What is the best way to back up Amazon DynamoDB? H3: How long can I retain Amazon DynamoDB backups? H3: Does Eon also cover compliance and resilience requirements for Amazon DynamoDB? H2: Liore Shai and Daniel Goldenstein H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups H1: Eon Now Offers Fast, Flexible Amazon DynamoDB Backups H2: Quick Summary H2: Why is backing up Amazon DynamoDB so difficult? H2: What You Can Do with Eon for Amazon DynamoDB H3: 1. True Incremental Backups H3: 2. Record-Level Restore H3: 3. Query Backup Snapshots Like a Database H3: 4. API-Powered Recovery Workflows H2: How to Back Up Amazon DynamoDB (Without Losing Your Mind) H2: Back Up Amazon DynamoDB with Eon H2: Amazon DynamoDB Backups That Work Like Your Team Does H2: Frequently Asked Questions (FAQ) H3: What is the best way to back up Amazon DynamoDB? H3: How long can I retain Amazon DynamoDB backups? H3: Does Eon also cover compliance and resilience requirements for Amazon DynamoDB? H2: Liore Shai and Daniel Goldenstein H2: Quick Summary H2: Why is backing up Amazon DynamoDB so difficult? H2: What You Can Do with Eon for Amazon DynamoDB H3: 1. True Incremental Backups H3: 2. Record-Level Restore H3: 3. Query Backup Snapshots Like a Database H3: 4. API-Powered Recovery Workflows H2: How to Back Up Amazon DynamoDB (Without Losing Your Mind) H2: Back Up Amazon DynamoDB with Eon H2: Amazon DynamoDB Backups That Work Like Your Team Does H2: Frequently Asked Questions (FAQ) H3: What is the best way to back up Amazon DynamoDB? H3: How long can I retain Amazon DynamoDB backups? H3: Does Eon also cover compliance and resilience requirements for Amazon DynamoDB? H2: Liore Shai and Daniel Goldenstein H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Eon’s Amazon DynamoDB backups let you save only what’s changed, bring back exactly what you lost, and search your backups down to the file—no full-table overkill or GSI costs. Eon’s Amazon DynamoDB backups let you save only what’s changed, bring back exactly what you lost, and search your backups down to the file—no full-table overkill or GSI costs. Backing up Amazon DynamoDB can be a pain. Eon’s new Amazon DynamoDB support brings cost-efficient and intelligent protection to one of AWS’s most widely used NoSQL services. Whether you're dealing with terabytes of real-time order data or high-velocity microservice logs, Eon now gives you control, speed, and visibility across your backups, making recovery faster. Backing up Amazon DynamoDB can be surprisingly hard, especially at scale. Native options like AWS Backup and Point-in-Time Recovery (PITR) come with serious limitations: It’s no wonder many teams end up skipping backups or settling for brittle manual workflows. Eon is built to solve the real challenges of backing up Amazon DynamoDB without the usual complexity. Eon only back up what’s changed, so you’re not storing the same data over and over again. That means: Whether you're backing up once a day or once an hour, Eon keeps Amazon DynamoDB backup storage costs predictable and efficient. No more restoring 10TB of data to fix one mistake. Eon lets you rewind to any point in time and recover exactly the record you need. You can even send that record to a different table, region, or AWS account—without touching the rest. This enables Amazon DynamoDB recovery to be faster, cheaper, and more targeted.  From disaster recovery to compliance fixes, or those “oops” moments when you just need a single item back, Eon lets you instantly access your backups. Amazon DynamoDB doesn’t support rich querying unless you’ve built the perfect schema and GSIs up front. But most developers can’t predict every future use case. Eon turns your Amazon DynamoDB backup snapshots into queryable datasets—automatically. Run SQL-like queries on your backup data to: Need to recover recent records to a table in another region? With Eon’s API, you can automate the moment and grab just what you need to get back to business fast. Here’s how customers are using it: These workflows make Eon ideal for Amazon DynamoDB disaster recovery scenarios where speed, scale, and precision matter. No more duct-taped scripts or crossed fingers. Here’s how we help you skip the clutter and stay in control: Whether you're preparing for an audit or bouncing back from a failure, Eon helps you stay ready, recover fast, and move on. Already using Eon? You’re covered. Just define your Amazon DynamoDB backup policy, and we’ll handle the rest—incremental snapshots, recovery options, and even schema indexing for analysis. Here’s how Eon makes backup simple from day one: It’s how backup should work: fast, flexible, and built for how real teams operate. And the foundations are non-negotiable: immutability, long-term retention, RBAC, audit-ready logs, and cross-region/account recovery—built in. Want to see it in action? Let’s talk. We’ll show you how Eon makes backing up Amazon DynamoDB simple, fast, and finally frustration-free. The best way to back up Amazon DynamoDB is to use a solution like Eon that supports incremental backups, lets you recover specific records, and gives you full query access. This reduces cost, speeds up recovery, and enables richer data use cases beyond what AWS PITR and scheduled backups offer. Amazon’s Point-in-Time Recovery only supports backup retention for up to 35 days. With Eon, you can retain Amazon DynamoDB backups for as long as your compliance, analytics, or operational needs require. Absolutely. Eon includes immutability, unlimited retention, RBAC, audit-ready logging, and cross-region/account recovery as standard. Those are table stakes—we just go further with record-level restore, queryable backups, and API-driven workflows. Backing up Amazon DynamoDB can be a pain. Eon’s new Amazon DynamoDB support brings cost-efficient and intelligent protection to one of AWS’s most widely used NoSQL services. Whether you're dealing with terabytes of real-time order data or high-velocity microservice logs, Eon now gives you control, speed, and visibility across your backups, making recovery faster. Backing up Amazon DynamoDB can be surprisingly hard, especially at scale. Native options like AWS Backup and Point-in-Time Recovery (PITR) come with serious limitations: It’s no wonder many teams end up skipping backups or settling for brittle manual workflows. Eon is built to solve the real challenges of backing up Amazon DynamoDB without the usual complexity. Eon only back up what’s changed, so you’re not storing the same data over and over again. That means: Whether you're backing up once a day or once an hour, Eon keeps Amazon DynamoDB backup storage costs predictable and efficient. No more restoring 10TB of data to fix one mistake. Eon lets you rewind to any point in time and recover exactly the record you need. You can even send that record to a different table, region, or AWS account—without touching the rest. This enables Amazon DynamoDB recovery to be faster, cheaper, and more targeted.  From disaster recovery to compliance fixes, or those “oops” moments when you just need a single item back, Eon lets you instantly access your backups. Amazon DynamoDB doesn’t support rich querying unless you’ve built the perfect schema and GSIs up front. But most developers can’t predict every future use case. Eon turns your Amazon DynamoDB backup snapshots into queryable datasets—automatically. Run SQL-like queries on your backup data to: Need to recover recent records to a table in another region? With Eon’s API, you can automate the moment and grab just what you need to get back to business fast. Here’s how customers are using it: These workflows make Eon ideal for Amazon DynamoDB disaster recovery scenarios where speed, scale, and precision matter. No more duct-taped scripts or crossed fingers. Here’s how we help you skip the clutter and stay in control: Whether you're preparing for an audit or bouncing back from a failure, Eon helps you stay ready, recover fast, and move on. Already using Eon? You’re covered. Just define your Amazon DynamoDB backup policy, and we’ll handle the rest—incremental snapshots, recovery options, and even schema indexing for analysis. Here’s how Eon makes backup simple from day one: It’s how backup should work: fast, flexible, and built for how real teams operate. And the foundations are non-negotiable: immutability, long-term retention, RBAC, audit-ready logs, and cross-region/account recovery—built in. Want to see it in action? Let’s talk. We’ll show you how Eon makes backing up Amazon DynamoDB simple, fast, and finally frustration-free. The best way to back up Amazon DynamoDB is to use a solution like Eon that supports incremental backups, lets you recover specific records, and gives you full query access. This reduces cost, speeds up recovery, and enables richer data use cases beyond what AWS PITR and scheduled backups offer. Amazon’s Point-in-Time Recovery only supports backup retention for up to 35 days. With Eon, you can retain Amazon DynamoDB backups for as long as your compliance, analytics, or operational needs require. Absolutely. Eon includes immutability, unlimited retention, RBAC, audit-ready logging, and cross-region/account recovery as standard. Those are table stakes—we just go further with record-level restore, queryable backups, and API-driven workflows. --- ### Page: https://www.eon.io/blog/amazon-eks-backup Title: Kubernetes Backups for Amazon EKS: How Eon Compares to Legacy Tools | Eon Meta Description: Legacy backup platforms weren't built for Kubernetes. This post breaks down why EKS environments need a Kubernetes-specific approach and how Eon delivers smarter, faster, and safer backups. Language: en Canonical URL: https://www.eon.io/blog/amazon-eks-backup ## Headings Structure: H1: Kubernetes Backups for Amazon EKS: How Eon Compares to Legacy Tools H1: Kubernetes Backups for Amazon EKS: How Eon Compares to Legacy Tools H2: Quick Summary H2: Why isn’t EKS backup handled automatically? H2: What problems do legacy backup tools cause in EKS? H2: How does Eon approach EKS backup differently? H3: Eon vs. Legacy Tools: Feature-by-Feature Comparison H3: How does Eon discover and organize Kubernetes resources? H3: Can I control what gets backed up and how often? H2: What does Eon’s restore process look like in real life? H2: Key Takeaways: Smarter EKS Backup, Done Right H2: Ready to Simplify Your EKS Backup Strategy? H2: EKS Backup FAQs: What Cloud Ops and SRE Teams Need to Know H3: What’s the best way to back up EKS persistent volumes? H3: Do I need to back up stateless Kubernetes clusters? H3: How does Eon differ from traditional Kubernetes backup tools? H2: Daniel Goldenstein Bar H2: Quick Summary H2: Why isn’t EKS backup handled automatically? H2: What problems do legacy backup tools cause in EKS? H2: How does Eon approach EKS backup differently? H3: Eon vs. Legacy Tools: Feature-by-Feature Comparison H3: How does Eon discover and organize Kubernetes resources? H3: Can I control what gets backed up and how often? H2: What does Eon’s restore process look like in real life? H2: Key Takeaways: Smarter EKS Backup, Done Right H2: Ready to Simplify Your EKS Backup Strategy? H2: EKS Backup FAQs: What Cloud Ops and SRE Teams Need to Know H3: What’s the best way to back up EKS persistent volumes? H3: Do I need to back up stateless Kubernetes clusters? H3: How does Eon differ from traditional Kubernetes backup tools? H2: Daniel Goldenstein Bar H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Kubernetes Backups for Amazon EKS: How Eon Compares to Legacy Tools H1: Kubernetes Backups for Amazon EKS: How Eon Compares to Legacy Tools H2: Quick Summary H2: Why isn’t EKS backup handled automatically? H2: What problems do legacy backup tools cause in EKS? H2: How does Eon approach EKS backup differently? H3: Eon vs. Legacy Tools: Feature-by-Feature Comparison H3: How does Eon discover and organize Kubernetes resources? H3: Can I control what gets backed up and how often? H2: What does Eon’s restore process look like in real life? H2: Key Takeaways: Smarter EKS Backup, Done Right H2: Ready to Simplify Your EKS Backup Strategy? H2: EKS Backup FAQs: What Cloud Ops and SRE Teams Need to Know H3: What’s the best way to back up EKS persistent volumes? H3: Do I need to back up stateless Kubernetes clusters? H3: How does Eon differ from traditional Kubernetes backup tools? H2: Daniel Goldenstein Bar H2: Quick Summary H2: Why isn’t EKS backup handled automatically? H2: What problems do legacy backup tools cause in EKS? H2: How does Eon approach EKS backup differently? H3: Eon vs. Legacy Tools: Feature-by-Feature Comparison H3: How does Eon discover and organize Kubernetes resources? H3: Can I control what gets backed up and how often? H2: What does Eon’s restore process look like in real life? H2: Key Takeaways: Smarter EKS Backup, Done Right H2: Ready to Simplify Your EKS Backup Strategy? H2: EKS Backup FAQs: What Cloud Ops and SRE Teams Need to Know H3: What’s the best way to back up EKS persistent volumes? H3: Do I need to back up stateless Kubernetes clusters? H3: How does Eon differ from traditional Kubernetes backup tools? H2: Daniel Goldenstein Bar H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Legacy backup platforms weren't built for Kubernetes. This post breaks down why EKS environments need a Kubernetes-specific approach and how Eon delivers smarter, faster, and safer backups. Legacy backup platforms weren't built for Kubernetes. This post breaks down why EKS environments need a Kubernetes-specific approach and how Eon delivers smarter, faster, and safer backups. Amazon Elastic Kubernetes Service (EKS) helps engineering teams scale containerized applications in the cloud, without the burden of managing Kubernetes control plane infrastructure. EKS takes the grunt work out of managing Kubernetes control planes, but when it comes to backing up your stateful workloads, the complexity is very much still alive. Backing up an EKS cluster, especially one running databases, internal tools, or persistent services, introduces new challenges. You’re dealing with namespace separation, persistent volumes, secrets, and tightly coupled configurations that traditional VM-based backup tools simply aren’t designed to handle. This post explores why EKS backup is essential for modern cloud-native environments, the gaps in conventional solutions, and how Eon helps you protect your Kubernetes data without creating operational drag. Amazon EKS takes the heavy lifting out of managing the Kubernetes control plane, but that doesn’t mean you're off the hook. Under AWS’s shared responsibility model, you're still accountable for everything running on your worker nodes. That includes stateful workloads, persistent volumes, and cluster-specific configurations, all of which need a backup strategy that understands how Kubernetes actually works. In these environments: Without a purpose-built backup strategy, one wrong config or cluster hiccup can spiral into downtime, finger-pointing, and a lot of YAML you didn’t plan on touching today. That's why a robust Kubernetes cloud backup approach is mission-critical. Most legacy backup platforms were built for monolithic applications and virtual machines. They don’t understand Kubernetes concepts like namespaces, PVCs, or pod identity, which makes them a poor fit for Kubernetes backup and restore scenarios. Here’s where they typically fail: Eon was purpose-built for Kubernetes cluster backup and restore, with deep integration for Amazon EKS environments. Our platform understands Kubernetes. We back up data the way your clusters are actually structured, not forcing you to translate them into legacy VM paradigms. Here’s how Eon stacks up against traditional tools when it comes to managing EKS backup at scale: Once you grant Eon access to your EKS control plane, the platform automatically discovers backup-eligible resources across your clusters. Each Kubernetes namespace is treated as an independent unit—a practical and secure way to organize backup policies and ensure alignment with how your teams actually deploy and manage apps. Not every workload needs to be backed up. Our Cloud Backup Posture Management (CBPM) platform gives you full control without the overhead. You can: But Eon goes even further with intelligent data classification. When onboarding your EKS clusters, we analyze each namespace to identify: This helps you prioritize what to back up and apply the right policy without guesswork. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists And for data-rich environments, we also support granular database search and restore for workloads running on PVCs—the same powerful restore functionality we offer for EC2-based databases. You stay in control of your backup posture, without babysitting jobs or writing brittle scripts to fill in tool gaps. The best backups are the ones you can restore fast. Eon ensures that restoration happens in the right context, meaning: Whether recovering from a failed deployment or performing a disaster recovery operation, Eon ensures your Kubernetes backup strategy delivers real-world resilience, not just theoretical safety. Amazon EKS simplifies Kubernetes operations, but backing up stateful data remains a complex task Legacy backup tools aren't built for Kubernetes, leading to misconfigurations, slow recovery, and wasted effort Eon provides a Kubernetes backup platform that: Eon makes it easy to protect your Kubernetes workloads without diving into endless YAML, scripting backup jobs, or managing third-party tooling. Request a personalized demo and see how Eon can transform your EKS backup posture today. Curious about how to back up Amazon EKS the right way? These frequently asked questions cover persistent volumes, Kubernetes backup strategies, and how Eon removes the usual complexity. The most effective way to back up EKS persistent volumes is by using a platform that understands how stateful data is stored and accessed in EKS. Eon automatically discovers and protects Persistent Volumes (PVs) and Persistent Volume Claims (PVCs) at the namespace level so your backup policies stay efficient, accurate, and aligned with how your clusters actually run. Generally, stateless workloads in Kubernetes don’t need to be backed up. They’re easily redeployed and don’t retain critical data between restarts. But once your cluster includes databases, persistent storage, or configuration stored in Kubernetes Secrets, backup becomes essential. Eon intelligently filters out the noise and ensures only stateful, high-value resources are captured. Most legacy tools were built for VMs, not containers. They treat Kubernetes like just another layer of infrastructure. Eon is different: In short, it means less effort, more control, and backups that are actually useful when you need them. Amazon Elastic Kubernetes Service (EKS) helps engineering teams scale containerized applications in the cloud, without the burden of managing Kubernetes control plane infrastructure. EKS takes the grunt work out of managing Kubernetes control planes, but when it comes to backing up your stateful workloads, the complexity is very much still alive. Backing up an EKS cluster, especially one running databases, internal tools, or persistent services, introduces new challenges. You’re dealing with namespace separation, persistent volumes, secrets, and tightly coupled configurations that traditional VM-based backup tools simply aren’t designed to handle. This post explores why EKS backup is essential for modern cloud-native environments, the gaps in conventional solutions, and how Eon helps you protect your Kubernetes data without creating operational drag. Amazon EKS takes the heavy lifting out of managing the Kubernetes control plane, but that doesn’t mean you're off the hook. Under AWS’s shared responsibility model, you're still accountable for everything running on your worker nodes. That includes stateful workloads, persistent volumes, and cluster-specific configurations, all of which need a backup strategy that understands how Kubernetes actually works. In these environments: Without a purpose-built backup strategy, one wrong config or cluster hiccup can spiral into downtime, finger-pointing, and a lot of YAML you didn’t plan on touching today. That's why a robust Kubernetes cloud backup approach is mission-critical. Most legacy backup platforms were built for monolithic applications and virtual machines. They don’t understand Kubernetes concepts like namespaces, PVCs, or pod identity, which makes them a poor fit for Kubernetes backup and restore scenarios. Here’s where they typically fail: Eon was purpose-built for Kubernetes cluster backup and restore, with deep integration for Amazon EKS environments. Our platform understands Kubernetes. We back up data the way your clusters are actually structured, not forcing you to translate them into legacy VM paradigms. Here’s how Eon stacks up against traditional tools when it comes to managing EKS backup at scale: Once you grant Eon access to your EKS control plane, the platform automatically discovers backup-eligible resources across your clusters. Each Kubernetes namespace is treated as an independent unit—a practical and secure way to organize backup policies and ensure alignment with how your teams actually deploy and manage apps. Not every workload needs to be backed up. Our Cloud Backup Posture Management (CBPM) platform gives you full control without the overhead. You can: But Eon goes even further with intelligent data classification. When onboarding your EKS clusters, we analyze each namespace to identify: This helps you prioritize what to back up and apply the right policy without guesswork. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists And for data-rich environments, we also support granular database search and restore for workloads running on PVCs—the same powerful restore functionality we offer for EC2-based databases. You stay in control of your backup posture, without babysitting jobs or writing brittle scripts to fill in tool gaps. The best backups are the ones you can restore fast. Eon ensures that restoration happens in the right context, meaning: Whether recovering from a failed deployment or performing a disaster recovery operation, Eon ensures your Kubernetes backup strategy delivers real-world resilience, not just theoretical safety. Amazon EKS simplifies Kubernetes operations, but backing up stateful data remains a complex task Legacy backup tools aren't built for Kubernetes, leading to misconfigurations, slow recovery, and wasted effort Eon provides a Kubernetes backup platform that: Eon makes it easy to protect your Kubernetes workloads without diving into endless YAML, scripting backup jobs, or managing third-party tooling. Request a personalized demo and see how Eon can transform your EKS backup posture today. Curious about how to back up Amazon EKS the right way? These frequently asked questions cover persistent volumes, Kubernetes backup strategies, and how Eon removes the usual complexity. The most effective way to back up EKS persistent volumes is by using a platform that understands how stateful data is stored and accessed in EKS. Eon automatically discovers and protects Persistent Volumes (PVs) and Persistent Volume Claims (PVCs) at the namespace level so your backup policies stay efficient, accurate, and aligned with how your clusters actually run. Generally, stateless workloads in Kubernetes don’t need to be backed up. They’re easily redeployed and don’t retain critical data between restarts. But once your cluster includes databases, persistent storage, or configuration stored in Kubernetes Secrets, backup becomes essential. Eon intelligently filters out the noise and ensures only stateful, high-value resources are captured. Most legacy tools were built for VMs, not containers. They treat Kubernetes like just another layer of infrastructure. Eon is different: In short, it means less effort, more control, and backups that are actually useful when you need them. --- ### Page: https://www.eon.io/blog/aws-backup-vs-eon Title: AWS Backup vs. Eon: What to Consider When Selecting a Cloud Data Backup Solution in 2025 | Eon Meta Description: Compare AWS Backup and Eon to discover which cloud backup solution delivers better performance, lower costs, and stronger protection in 2025. Language: en Canonical URL: https://www.eon.io/blog/aws-backup-vs-eon ## Headings Structure: H1: AWS Backup vs. Eon: What to Consider When Selecting a Cloud Data Backup Solution in 2025 H1: AWS Backup vs. Eon: What to Consider When Selecting a Cloud Data Backup Solution in 2025 H2: Quick Summary H2: AWS Backup vs Eon: Feature Comparison Overview H2: 1. Manual Tagging vs. Autonomous CBPM H2: 2. Backup Data Access H2: 3. Multi-Cloud Support H2: 4. AWS Backup Storage Costs vs Eon Savings H2: 5. Ransomware Protection: How AWS Backup and Eon Compare H2: 6. Backup Compliance for HIPAA, GDPR, SOC 2 H2: 7. Deploying AWS Backup vs. Eon H2: AWS Backup Limitations Compared to Eon H2: Choosing the Best AWS Backup Alternative: Why Eon Wins H2: AWS Backup vs Eon: FAQs H3: Is AWS Backup enough for multi-cloud environments? H3: Does Eon support GDPR and HIPAA compliance for cloud backups? H3: How quickly can you access backed-up data with Eon? H3: How does Eon protect against ransomware attacks? H2: Team Eon H2: Quick Summary H2: AWS Backup vs Eon: Feature Comparison Overview H2: 1. Manual Tagging vs. Autonomous CBPM H2: 2. Backup Data Access H2: 3. Multi-Cloud Support H2: 4. AWS Backup Storage Costs vs Eon Savings H2: 5. Ransomware Protection: How AWS Backup and Eon Compare H2: 6. Backup Compliance for HIPAA, GDPR, SOC 2 H2: 7. Deploying AWS Backup vs. Eon H2: AWS Backup Limitations Compared to Eon H2: Choosing the Best AWS Backup Alternative: Why Eon Wins H2: AWS Backup vs Eon: FAQs H3: Is AWS Backup enough for multi-cloud environments? H3: Does Eon support GDPR and HIPAA compliance for cloud backups? H3: How quickly can you access backed-up data with Eon? H3: How does Eon protect against ransomware attacks? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: AWS Backup vs. Eon: What to Consider When Selecting a Cloud Data Backup Solution in 2025 H1: AWS Backup vs. Eon: What to Consider When Selecting a Cloud Data Backup Solution in 2025 H2: Quick Summary H2: AWS Backup vs Eon: Feature Comparison Overview H2: 1. Manual Tagging vs. Autonomous CBPM H2: 2. Backup Data Access H2: 3. Multi-Cloud Support H2: 4. AWS Backup Storage Costs vs Eon Savings H2: 5. Ransomware Protection: How AWS Backup and Eon Compare H2: 6. Backup Compliance for HIPAA, GDPR, SOC 2 H2: 7. Deploying AWS Backup vs. Eon H2: AWS Backup Limitations Compared to Eon H2: Choosing the Best AWS Backup Alternative: Why Eon Wins H2: AWS Backup vs Eon: FAQs H3: Is AWS Backup enough for multi-cloud environments? H3: Does Eon support GDPR and HIPAA compliance for cloud backups? H3: How quickly can you access backed-up data with Eon? H3: How does Eon protect against ransomware attacks? H2: Team Eon H2: Quick Summary H2: AWS Backup vs Eon: Feature Comparison Overview H2: 1. Manual Tagging vs. Autonomous CBPM H2: 2. Backup Data Access H2: 3. Multi-Cloud Support H2: 4. AWS Backup Storage Costs vs Eon Savings H2: 5. Ransomware Protection: How AWS Backup and Eon Compare H2: 6. Backup Compliance for HIPAA, GDPR, SOC 2 H2: 7. Deploying AWS Backup vs. Eon H2: AWS Backup Limitations Compared to Eon H2: Choosing the Best AWS Backup Alternative: Why Eon Wins H2: AWS Backup vs Eon: FAQs H3: Is AWS Backup enough for multi-cloud environments? H3: Does Eon support GDPR and HIPAA compliance for cloud backups? H3: How quickly can you access backed-up data with Eon? H3: How does Eon protect against ransomware attacks? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Compare AWS Backup and Eon to discover which cloud backup solution delivers better performance, lower costs, and stronger protection in 2025. Compare AWS Backup and Eon to discover which cloud backup solution delivers better performance, lower costs, and stronger protection in 2025. If you’re exploring backup alternatives or ways to optimize backup costs, you’re not alone. Many organizations find their existing backup strategies limited in flexibility, costly at scale, and lacking critical features like instant recovery and ransomware protection. In this guide, we compare AWS Backup vs. Eon, one of the top alternatives for multi-cloud, cost-efficient, and secure cloud backup in 2025. See how Eon delivers better performance, faster recovery, and stronger compliance for modern cloud infrastructure. Cloud Backup Posture Management (CBPM) ensures your cloud backups are set up correctly and running smoothly. It helps you keep your data safe, secure, and always ready for recovery, no matter what happens. AWS Backup: Manual resource tagging and backup policy setup increase the risks of error and operational overhead. Missed resources can lead to a higher data loss risk and lower compliance. Eon: Provides fully autonomous CBPM that continuously maps, classifies, and groups cloud resources. No manual tagging required! Eon adapts automatically to changes in your cloud environments, ensuring backups always align with compliance and business requirements. With instant access to backups, you can quickly find the specific objects, files, or datasets you need, which saves you a ton of time and frustration. Whether for a compliance check or fixing an error, getting back to business quickly is key. It also gives you more control over how you recover your data, so you can do it the way that works best for you—no full system restore necessary. Simple, fast, and effective. AWS Backup: AWS recently introduced item-level recovery for EBS snapshots and S3 backups, but there is no cross-region aggregated search and associated costs. The search functionality requires a specific configuration, and pricing is based on the number of items indexed and searched. There's no option to restore more than five items in a single restore job, which must also be configured in advance. Additionally, the search process is asynchronous and incurs a cost per search. AWS does not maintain index differentials, meaning that searching across multiple backups results in a linear cost increase. Furthermore, it is impossible to query RDS or the Database on EC2. Overall, the solution is costly, requires complex indexing, and is limited to S3 and EBS backups. Access to backed-up data is restricted, requiring users to know the exact location of the data, and retrieval times can be slow. Eon: Eon offers instant access to individual files, folders, and database records without needing to restore the entire environment. It enables direct SQL queries on managed or self-managed EC2 instances, making the data immediately actionable for audits, forensics, or analytics. Eon supports full SQL search across RDS backups and self-managed databases on EC2. It also provides seamless file and object search across all snapshots at no additional cost. This allows instant access to backed-up files, tables, and records, saving time and resources. Case Study: StructuredWeb achieved a 98% reduction in backup retrieval time with Eon​ Many companies are going the multi-cloud route, spreading their data and services across different cloud platforms to get the best of what each has to offer. While it sounds great in theory, there are real challenges when it comes to backup, recovery, and security. The more clouds you use, the more complicated things can get. Keeping track of where your data is, ensuring it’s backed up correctly across all those clouds, and ensuring it’s secure is a lot to handle. Plus, if something goes wrong, recovery can become a real puzzle. It’s why companies need a solid strategy to manage all these moving parts, ensuring they have a clear, unified approach to protecting their data, no matter where it lives. AWS Backup: Limited to AWS environments. It does not provide seamless multi-cloud backup management. Eon: Eon supports AWS, Azure, and Google Cloud, offering a unified backup solution across multiple cloud providers, simplifying backup management in hybrid and multi-cloud environments. All searches are multi-region and multi-account, so there's no need to change regions in AWS to perform restores or similar operations. Eon also provides granular item-level restores, preventing full restoration and supporting cross-region backups with a single copy. Balancing cost and storage quantity is like trying to walk a tightrope: You want to ensure you have enough space to keep everything you need, but you don’t want to end up paying for more than you actually use. AWS Backup: Item-level search and recovery incur additional costs, and inefficient storage practices can drive up expenses. Versioning is required, which leads to higher storage costs. Ransomware attacks are evolving fast, and the cloud isn’t immune. Enterprises that rely on cloud-based infrastructure are realizing that traditional security measures aren’t enough to protect their critical data from encryption-based threats. Attackers no longer just target production environments or even standard data storage locations. They’re going straight for backups. AWS Backup: No native ransomware detection or automated anomaly monitoring. Eon: The ransomware package includes anomaly detection, air-gapped backups, immutable storage, and instant rollback capabilities. Monitor for unusual file changes, deletions, and suspicious activity to quickly restore systems to the last known good state. AWS Backup: Relies on AWS’s overall platform compliance certifications (like HIPAA and GDPR), but does not automatically ensure that individual backups are configured to meet regulatory requirements. Manual tagging and policy setup are still required to remain compliant. Eon: Automatically aligns backup policies to compliance needs, helping organizations meet standards like HIPAA, GDPR, and SOC 2. Achieve faster audit-readiness without manual intervention​ Eon is designed to integrate with your cloud environment quickly and painlessly: You’ll be up and running faster, saving your IT team from months of configuration work. When considering AWS Backup, keep these limitations in mind: Choose AWS Backup if you operate entirely within AWS, have minimal data recovery needs, and are willing to manage backup policies manually. Choose Eon if you want: Eon transforms cloud backup from a necessary cost center into a strategic advantage. Ready to see the difference? Schedule a live demo of Eon today and redefine your cloud backup experience No. AWS Backup is designed solely for AWS services. AWS Backup won't meet your needs if your organization uses multiple cloud providers. Eon offers native multi-cloud support. Yes. Eon automates backup posture management to align with compliance policies like GDPR, HIPAA, and PCI-DSS. StructuredWeb achieved full compliance within just 30 days of switching to Eon​. Eon provides instant file, folder, and record-level access across all backups without full restores, achieving up to 98% faster retrieval times. Eon offers built-in ransomware detection, air-gapped and immutable backups, automated anomaly monitoring, and instant recovery to the last safe state—protecting your backups proactively, not reactively. If you’re exploring backup alternatives or ways to optimize backup costs, you’re not alone. Many organizations find their existing backup strategies limited in flexibility, costly at scale, and lacking critical features like instant recovery and ransomware protection. In this guide, we compare AWS Backup vs. Eon, one of the top alternatives for multi-cloud, cost-efficient, and secure cloud backup in 2025. See how Eon delivers better performance, faster recovery, and stronger compliance for modern cloud infrastructure. Cloud Backup Posture Management (CBPM) ensures your cloud backups are set up correctly and running smoothly. It helps you keep your data safe, secure, and always ready for recovery, no matter what happens. AWS Backup: Manual resource tagging and backup policy setup increase the risks of error and operational overhead. Missed resources can lead to a higher data loss risk and lower compliance. Eon: Provides fully autonomous CBPM that continuously maps, classifies, and groups cloud resources. No manual tagging required! Eon adapts automatically to changes in your cloud environments, ensuring backups always align with compliance and business requirements. With instant access to backups, you can quickly find the specific objects, files, or datasets you need, which saves you a ton of time and frustration. Whether for a compliance check or fixing an error, getting back to business quickly is key. It also gives you more control over how you recover your data, so you can do it the way that works best for you—no full system restore necessary. Simple, fast, and effective. AWS Backup: AWS recently introduced item-level recovery for EBS snapshots and S3 backups, but there is no cross-region aggregated search and associated costs. The search functionality requires a specific configuration, and pricing is based on the number of items indexed and searched. There's no option to restore more than five items in a single restore job, which must also be configured in advance. Additionally, the search process is asynchronous and incurs a cost per search. AWS does not maintain index differentials, meaning that searching across multiple backups results in a linear cost increase. Furthermore, it is impossible to query RDS or the Database on EC2. Overall, the solution is costly, requires complex indexing, and is limited to S3 and EBS backups. Access to backed-up data is restricted, requiring users to know the exact location of the data, and retrieval times can be slow. Eon: Eon offers instant access to individual files, folders, and database records without needing to restore the entire environment. It enables direct SQL queries on managed or self-managed EC2 instances, making the data immediately actionable for audits, forensics, or analytics. Eon supports full SQL search across RDS backups and self-managed databases on EC2. It also provides seamless file and object search across all snapshots at no additional cost. This allows instant access to backed-up files, tables, and records, saving time and resources. Case Study: StructuredWeb achieved a 98% reduction in backup retrieval time with Eon​ Many companies are going the multi-cloud route, spreading their data and services across different cloud platforms to get the best of what each has to offer. While it sounds great in theory, there are real challenges when it comes to backup, recovery, and security. The more clouds you use, the more complicated things can get. Keeping track of where your data is, ensuring it’s backed up correctly across all those clouds, and ensuring it’s secure is a lot to handle. Plus, if something goes wrong, recovery can become a real puzzle. It’s why companies need a solid strategy to manage all these moving parts, ensuring they have a clear, unified approach to protecting their data, no matter where it lives. AWS Backup: Limited to AWS environments. It does not provide seamless multi-cloud backup management. Eon: Eon supports AWS, Azure, and Google Cloud, offering a unified backup solution across multiple cloud providers, simplifying backup management in hybrid and multi-cloud environments. All searches are multi-region and multi-account, so there's no need to change regions in AWS to perform restores or similar operations. Eon also provides granular item-level restores, preventing full restoration and supporting cross-region backups with a single copy. Balancing cost and storage quantity is like trying to walk a tightrope: You want to ensure you have enough space to keep everything you need, but you don’t want to end up paying for more than you actually use. AWS Backup: Item-level search and recovery incur additional costs, and inefficient storage practices can drive up expenses. Versioning is required, which leads to higher storage costs. Ransomware attacks are evolving fast, and the cloud isn’t immune. Enterprises that rely on cloud-based infrastructure are realizing that traditional security measures aren’t enough to protect their critical data from encryption-based threats. Attackers no longer just target production environments or even standard data storage locations. They’re going straight for backups. AWS Backup: No native ransomware detection or automated anomaly monitoring. Eon: The ransomware package includes anomaly detection, air-gapped backups, immutable storage, and instant rollback capabilities. Monitor for unusual file changes, deletions, and suspicious activity to quickly restore systems to the last known good state. AWS Backup: Relies on AWS’s overall platform compliance certifications (like HIPAA and GDPR), but does not automatically ensure that individual backups are configured to meet regulatory requirements. Manual tagging and policy setup are still required to remain compliant. Eon: Automatically aligns backup policies to compliance needs, helping organizations meet standards like HIPAA, GDPR, and SOC 2. Achieve faster audit-readiness without manual intervention​ Eon is designed to integrate with your cloud environment quickly and painlessly: You’ll be up and running faster, saving your IT team from months of configuration work. When considering AWS Backup, keep these limitations in mind: Choose AWS Backup if you operate entirely within AWS, have minimal data recovery needs, and are willing to manage backup policies manually. Choose Eon if you want: Eon transforms cloud backup from a necessary cost center into a strategic advantage. Ready to see the difference? Schedule a live demo of Eon today and redefine your cloud backup experience No. AWS Backup is designed solely for AWS services. AWS Backup won't meet your needs if your organization uses multiple cloud providers. Eon offers native multi-cloud support. Yes. Eon automates backup posture management to align with compliance policies like GDPR, HIPAA, and PCI-DSS. StructuredWeb achieved full compliance within just 30 days of switching to Eon​. Eon provides instant file, folder, and record-level access across all backups without full restores, achieving up to 98% faster retrieval times. Eon offers built-in ransomware detection, air-gapped and immutable backups, automated anomaly monitoring, and instant recovery to the last safe state—protecting your backups proactively, not reactively. --- ### Page: https://www.eon.io/blog/aws-cloud-ransomware Title: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware | Eon Meta Description: Ransomware isn’t just locking data—it’s going after your backups. This blog recaps a candid conversation between AWS and Eon on what it really takes to prepare, protect, and recover in the cloud era. Language: en Canonical URL: https://www.eon.io/blog/aws-cloud-ransomware ## Headings Structure: H1: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware H1: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware H2: Quick Summary H2: Cloud-First Doesn’t Mean Threat-Proof H2: The Growing Threat of Cloud Ransomware H2: How AWS Hardens the Cloud Against Ransomware H2: Building Strong Ransomware Backup & Recovery H2: How Eon Automates NIST-Aligned Backup Protection H2: The Blueprint for Cloud Ransomware Resilience Starts Here H2: Team Eon H2: Quick Summary H2: Cloud-First Doesn’t Mean Threat-Proof H2: The Growing Threat of Cloud Ransomware H2: How AWS Hardens the Cloud Against Ransomware H2: Building Strong Ransomware Backup & Recovery H2: How Eon Automates NIST-Aligned Backup Protection H2: The Blueprint for Cloud Ransomware Resilience Starts Here H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware H1: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware H2: Quick Summary H2: Cloud-First Doesn’t Mean Threat-Proof H2: The Growing Threat of Cloud Ransomware H2: How AWS Hardens the Cloud Against Ransomware H2: Building Strong Ransomware Backup & Recovery H2: How Eon Automates NIST-Aligned Backup Protection H2: The Blueprint for Cloud Ransomware Resilience Starts Here H2: Team Eon H2: Quick Summary H2: Cloud-First Doesn’t Mean Threat-Proof H2: The Growing Threat of Cloud Ransomware H2: How AWS Hardens the Cloud Against Ransomware H2: Building Strong Ransomware Backup & Recovery H2: How Eon Automates NIST-Aligned Backup Protection H2: The Blueprint for Cloud Ransomware Resilience Starts Here H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Ransomware isn’t just locking data—it’s going after your backups. This blog recaps a candid conversation between AWS and Eon on what it really takes to prepare, protect, and recover in the cloud era. Ransomware isn’t just locking data—it’s going after your backups. This blog recaps a candid conversation between AWS and Eon on what it really takes to prepare, protect, and recover in the cloud era. In our latest Cloud Cuts episode, Eon Co-founder Gonen Stein sits down with Mansi Vaghela, a Senior Partner Solutions Architect at AWS, for an unfiltered conversation about the modern ransomware threat – and how to stay ready. With ransomware attacks escalating across industries and cloud adoption continuing to rise, this is a must-listen episode for security leaders and cloud teams alike. Want to hear how AWS thinks about ransomware recovery?👉 Watch the full episode Let’s walk through some key insights from the session. Ransomware has become one of the most common and damaging cybersecurity threats businesses face today. As early as 2021, Gartner predicted that 75% of IT organizations would face one or more ransomware threats by 2025. The potential financial cost? Up to $20 billion annually. Beyond the financial ransom itself, the long tail of damage lies in prolonged downtime, regulatory fallout, and reputational harm. For cloud-first companies, the risks are amplified. With critical data backups distributed across dynamic environments and no physical perimeter to protect assets, a single compromised credential or misconfigured permission can trigger a chain of events that takes entire operations offline, locks teams out of their own data, and incurs steep recovery costs. In cloud environments, attackers often gain access by exploiting long-lived credentials and excessive permissions, reminders of just how essential identity and access management has become. One of the central themes of Gonen and Mansi’s conversation is the importance of guidelines like the NIST Cybersecurity Framework in helping companies structure their approach to cyber defense. AWS, Mansi explains, always strives to offer the powerful tools that their customers need to align with the NIST Cybersecurity Framework. From automated patching and Blue-Green deployment architectures to credential management using AWS Secrets Manager and Systems Manager (SSM), AWS delivers baked-in benefits that reduce the manual lift traditionally required to stay secure. The conversation also goes into depth on AWS’s “multi-layer approach” – a comprehensive strategy that includes strong access controls, network segmentation, encryption, and continuous monitoring. Implementing least privilege access across accounts and regions plays a critical role in this approach, helping prevent hackers from achieving lateral movement through an organization's cloud architecture in the event of a breach. And if an attack does happen? AWS provides layered support, including incident response playbooks, real-time logging via CloudTrail, threat detection through Amazon GuardDuty, and a robust ecosystem of solutions partners, including Eon. But what happens when attackers succeed in locking organizations out of their data? Here, backup protection and recovery become a business-critical function, not just a technical one. The key lies in regular testing and validation. Accordingly, AWS recommends that companies undergo frequent testing and validation of backup recovery procedures to ensure that data can be retrieved without corruption or delays. If an organization hasn’t tested its restore process in six months, it is time to start. Backups that aren’t verifiable as being up to date aren’t backups. They’re just assumptions. Another critical point from the session is that backing up data doesn’t make it inherently secure – you have to secure the backup environment itself. Mansi emphasizes the importance of air-gapped or logically isolated backups that malicious actors cannot access or overwrite during an attack. This is where the concept of a “secure backup account structure” comes in – ensuring that even if data production environments are compromised, backed-up data remains untouched and recoverable. As they build backup and recovery strategies, too many companies overlook the gap between infrastructure security and data protection, referred to as the "shared responsibility model." Companies can trust their cloud vendor to manage the security of the cloud, but customers are responsible for the security of what they’ve stored in the cloud. AWS ensures the infrastructure is sound, but customers are responsible for managing data access, permissions, and backup integrity. And in the case of cloud data protection, “locking your doors” takes more than a key – it’s a responsibility that includes exacting granular control over user permissions, monitoring anomalies, and ensuring backups are safely stored and recoverable. Many customers find that managing security responsibilities in the cloud, especially backup management, is far from straightforward. Cloud environments are dynamic, resources are spun up and down constantly, and traditional backup tools, often designed for on-prem environments, simply can’t keep pace. Eon’s end-to-end ransomware package was built precisely to fill this gap. It's not a bolt-on feature or a set of generic scripts. It's a fully integrated part of Eon’s Cloud Backup Posture Management (CBPM) platform – a system that continuously assesses, adjusts, and optimizes backups in real-time. Eon Snapshots, which are Eon’s purpose-built backup storage tier, allow instant access to data backups and granular restores, including file-level and row-level recovery for structured data. That means teams can recover exactly what they need—faster and cheaper—without the overhead of full snapshot restores. Eon continuously discovers and classifies resources to ensure backup policies remain aligned with your live cloud posture—eliminating “backup drift” and protecting newly created assets automatically. It also helps teams cut through cloud sprawl by decommissioning backups for obsolete resources. What makes Eon unique is its awareness of the data inside the cloud—not just the infrastructure around it. Eon can proactively detect ransomware’s impact across both structured data (like database records) and unstructured data (like files in object storage or virtual machines). That visibility means faster detection, clearer scope, and smarter recovery. And when it comes to ransomware, Eon’s platform aligns directly with the NIST Cybersecurity Framework, covering all five pillars: Eon also delivers this protection in a cost-effective way. Because it performs incremental backups and scans, Eon avoids the overhead of full data scans or full snapshot restores—unlike many detection tools that require a complete rescan every time. That means teams get continuous protection and insight, without continuously spiking their cloud bill. Article: Complete Guide to Protecting Your Cloud Environments from Ransomware The threat of ransomware isn’t going anywhere. If anything, it’s evolving faster than many organizations’ ability to adapt. That’s why security leaders today must craft a proactive ransomware protection strategy that is concerned not just with preventing attacks but also with building infrastructure ready to recover from them. The insights from this Cloud Cuts episode offer a blueprint for doing exactly that. Whether it’s enforcing stronger credential management, separating backups from production environments, or adopting automated posture management tools like Eon, the takeaway is clear: resilience isn’t optional. It’s the new baseline. 🎧 Listen to the full Cloud Cuts episode on Ransomware Featuring: • Mansi Vaghela – Senior Partner Solutions Architect, AWS • Gonen Stein – President & Co-Founder, Eon 🔽 Download the episode now Register for the next episode of Cloud Cuts Live: How to Cut Cloud Data Retention Costs In our latest Cloud Cuts episode, Eon Co-founder Gonen Stein sits down with Mansi Vaghela, a Senior Partner Solutions Architect at AWS, for an unfiltered conversation about the modern ransomware threat – and how to stay ready. With ransomware attacks escalating across industries and cloud adoption continuing to rise, this is a must-listen episode for security leaders and cloud teams alike. Want to hear how AWS thinks about ransomware recovery?👉 Watch the full episode Let’s walk through some key insights from the session. Ransomware has become one of the most common and damaging cybersecurity threats businesses face today. As early as 2021, Gartner predicted that 75% of IT organizations would face one or more ransomware threats by 2025. The potential financial cost? Up to $20 billion annually. Beyond the financial ransom itself, the long tail of damage lies in prolonged downtime, regulatory fallout, and reputational harm. For cloud-first companies, the risks are amplified. With critical data backups distributed across dynamic environments and no physical perimeter to protect assets, a single compromised credential or misconfigured permission can trigger a chain of events that takes entire operations offline, locks teams out of their own data, and incurs steep recovery costs. In cloud environments, attackers often gain access by exploiting long-lived credentials and excessive permissions, reminders of just how essential identity and access management has become. One of the central themes of Gonen and Mansi’s conversation is the importance of guidelines like the NIST Cybersecurity Framework in helping companies structure their approach to cyber defense. AWS, Mansi explains, always strives to offer the powerful tools that their customers need to align with the NIST Cybersecurity Framework. From automated patching and Blue-Green deployment architectures to credential management using AWS Secrets Manager and Systems Manager (SSM), AWS delivers baked-in benefits that reduce the manual lift traditionally required to stay secure. The conversation also goes into depth on AWS’s “multi-layer approach” – a comprehensive strategy that includes strong access controls, network segmentation, encryption, and continuous monitoring. Implementing least privilege access across accounts and regions plays a critical role in this approach, helping prevent hackers from achieving lateral movement through an organization's cloud architecture in the event of a breach. And if an attack does happen? AWS provides layered support, including incident response playbooks, real-time logging via CloudTrail, threat detection through Amazon GuardDuty, and a robust ecosystem of solutions partners, including Eon. But what happens when attackers succeed in locking organizations out of their data? Here, backup protection and recovery become a business-critical function, not just a technical one. The key lies in regular testing and validation. Accordingly, AWS recommends that companies undergo frequent testing and validation of backup recovery procedures to ensure that data can be retrieved without corruption or delays. If an organization hasn’t tested its restore process in six months, it is time to start. Backups that aren’t verifiable as being up to date aren’t backups. They’re just assumptions. Another critical point from the session is that backing up data doesn’t make it inherently secure – you have to secure the backup environment itself. Mansi emphasizes the importance of air-gapped or logically isolated backups that malicious actors cannot access or overwrite during an attack. This is where the concept of a “secure backup account structure” comes in – ensuring that even if data production environments are compromised, backed-up data remains untouched and recoverable. As they build backup and recovery strategies, too many companies overlook the gap between infrastructure security and data protection, referred to as the "shared responsibility model." Companies can trust their cloud vendor to manage the security of the cloud, but customers are responsible for the security of what they’ve stored in the cloud. AWS ensures the infrastructure is sound, but customers are responsible for managing data access, permissions, and backup integrity. And in the case of cloud data protection, “locking your doors” takes more than a key – it’s a responsibility that includes exacting granular control over user permissions, monitoring anomalies, and ensuring backups are safely stored and recoverable. Many customers find that managing security responsibilities in the cloud, especially backup management, is far from straightforward. Cloud environments are dynamic, resources are spun up and down constantly, and traditional backup tools, often designed for on-prem environments, simply can’t keep pace. Eon’s end-to-end ransomware package was built precisely to fill this gap. It's not a bolt-on feature or a set of generic scripts. It's a fully integrated part of Eon’s Cloud Backup Posture Management (CBPM) platform – a system that continuously assesses, adjusts, and optimizes backups in real-time. Eon Snapshots, which are Eon’s purpose-built backup storage tier, allow instant access to data backups and granular restores, including file-level and row-level recovery for structured data. That means teams can recover exactly what they need—faster and cheaper—without the overhead of full snapshot restores. Eon continuously discovers and classifies resources to ensure backup policies remain aligned with your live cloud posture—eliminating “backup drift” and protecting newly created assets automatically. It also helps teams cut through cloud sprawl by decommissioning backups for obsolete resources. What makes Eon unique is its awareness of the data inside the cloud—not just the infrastructure around it. Eon can proactively detect ransomware’s impact across both structured data (like database records) and unstructured data (like files in object storage or virtual machines). That visibility means faster detection, clearer scope, and smarter recovery. And when it comes to ransomware, Eon’s platform aligns directly with the NIST Cybersecurity Framework, covering all five pillars: Eon also delivers this protection in a cost-effective way. Because it performs incremental backups and scans, Eon avoids the overhead of full data scans or full snapshot restores—unlike many detection tools that require a complete rescan every time. That means teams get continuous protection and insight, without continuously spiking their cloud bill. Article: Complete Guide to Protecting Your Cloud Environments from Ransomware The threat of ransomware isn’t going anywhere. If anything, it’s evolving faster than many organizations’ ability to adapt. That’s why security leaders today must craft a proactive ransomware protection strategy that is concerned not just with preventing attacks but also with building infrastructure ready to recover from them. The insights from this Cloud Cuts episode offer a blueprint for doing exactly that. Whether it’s enforcing stronger credential management, separating backups from production environments, or adopting automated posture management tools like Eon, the takeaway is clear: resilience isn’t optional. It’s the new baseline. 🎧 Listen to the full Cloud Cuts episode on Ransomware Featuring: • Mansi Vaghela – Senior Partner Solutions Architect, AWS • Gonen Stein – President & Co-Founder, Eon 🔽 Download the episode now Register for the next episode of Cloud Cuts Live: How to Cut Cloud Data Retention Costs --- ### Page: https://www.eon.io/blog/aws-s3-backup Title: How to Protect Your S3 Backups: Advice from an AWS Storage Expert | Eon Meta Description: Discover what’s changing in the S3 cloud backup landscape and how to stay resilient. Language: en Canonical URL: https://www.eon.io/blog/aws-s3-backup ## Headings Structure: H1: How to Protect Your S3 Backups: Advice from an AWS Storage Expert H1: How to Protect Your S3 Backups: Advice from an AWS Storage Expert H2: Quick Summary H2: Why S3 Is More Critical and More Complex Than Ever H2: Who's Actually Responsible for Your Data? H2: How AWS Built S3 to Be Resilient H2: Addressing Backup Gaps H2: Get More from Your S3 Backups H2: A Blueprint for Smarter S3 Backups H2: Want to hear the whole conversation? H2: Team Eon H2: Quick Summary H2: Why S3 Is More Critical and More Complex Than Ever H2: Who's Actually Responsible for Your Data? H2: How AWS Built S3 to Be Resilient H2: Addressing Backup Gaps H2: Get More from Your S3 Backups H2: A Blueprint for Smarter S3 Backups H2: Want to hear the whole conversation? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: How to Protect Your S3 Backups: Advice from an AWS Storage Expert H1: How to Protect Your S3 Backups: Advice from an AWS Storage Expert H2: Quick Summary H2: Why S3 Is More Critical and More Complex Than Ever H2: Who's Actually Responsible for Your Data? H2: How AWS Built S3 to Be Resilient H2: Addressing Backup Gaps H2: Get More from Your S3 Backups H2: A Blueprint for Smarter S3 Backups H2: Want to hear the whole conversation? H2: Team Eon H2: Quick Summary H2: Why S3 Is More Critical and More Complex Than Ever H2: Who's Actually Responsible for Your Data? H2: How AWS Built S3 to Be Resilient H2: Addressing Backup Gaps H2: Get More from Your S3 Backups H2: A Blueprint for Smarter S3 Backups H2: Want to hear the whole conversation? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Discover what’s changing in the S3 cloud backup landscape and how to stay resilient. Discover what’s changing in the S3 cloud backup landscape and how to stay resilient. In this episode of Cloud Cuts, Eon Co-founder Gonen Stein sits down with AWS Senior Storage Specialist Anthony Fiore to unpack the evolving S3 landscape. From the shared responsibility model to the rise of ransomware threats, they explore what it takes to protect mission-critical cloud data today – and what’s coming next. Want to hear how AWS thinks about S3 backups?Watch the full episode As cloud adoption accelerates, so do the risks and realities organizations must navigate. In particular, the role of Amazon S3 has evolved from simple storage to mission-critical infrastructure, bringing new challenges to light. Amazon S3 remains the backbone of cloud storage infrastructure. However, the explosive growth of mission-critical data, along with rising complexity and compliance demands, is reshaping how companies approach S3 backups. The notion that “everything fails…” is not a pessimistic view. It’s just the reality of operating the cloud. And with that reality comes an urgent need for smarter, more resilient backup strategies. S3’s impressive 11 nines (99.999999999%) of durability and built-in distribution across three Availability Zones give customers invaluable peace of mind, ensuring that their cloud infrastructure is stable and built to last. However, durability is no longer the only concern – customers are increasingly focused on protecting against accidental deletions, regulatory non-compliance, sophisticated cloud ransomware threats, and operational complexity at scale. And with AI workloads and cross-region architectures multiplying the volume of stored data, S3 is more vital (and more vulnerable) than ever. But even with S3’s durability and built-in safeguards, companies can’t afford to assume their data is fully protected. Enter the critical concept of shared responsibility – and the gaps it leaves unaddressed. Even with S3’s proprietary tools, many companies overlook the discrepancy between infrastructure security and data protection, referred to as the Shared responsibility model. Companies can trust their cloud vendor to manage the security of the cloud, but customers are responsible for the security of what they’ve stored in the cloud. In other words, AWS ensures secure infrastructure, but it is the customer’s responsibility to manage data access, permissions, and backup integrity – a task that requires exacting granular control over user permissions, monitoring anomalies, and ensuring backups are safely stored and recoverable. To aid in this effort, AWS offers services like Amazon Macie, which uses machine learning to automatically identify and classify sensitive data like PII and financial records. Macie also detects access anomalies and flags exposure risks before they turn into breaches. At AWS, the philosophy is resilience by design. Key features like S3 Versioning, S3 Object Lock, and Cross-Region Replication (CRR) are all available to help customers protect against threats beyond system failure. Alongside services like Amazon Macie, these tools form a security model that is inherently multi-layered, but still reliant on customers to implement the right configurations. And while that potent combination of features and solutions offers the bedrock upon which companies can build their cloud operations, customers are still left responsible and in need of additional guardrails and automation, particularly when it comes to backup and recovery at scale. AWS lays the groundwork for S3 resilience, but many organizations still face critical gaps when it comes to the customer’s side of the shared responsibility model. That’s where Eon comes in. In a truly symbiotic fashion, AWS provides the foundation while Eon addresses the practical pain points companies face on the customer side of the shared responsibility model. In this episode, Gonen outlines three persistent challenges: Eon’s platform is purpose-built to address these challenges. Here’s how: Together, AWS and Eon form a layered defense strategy that redefines what effective S3 backup looks like in today’s cloud-first world. Eon offers S3 users several meaningful upgrades. S3 is one of the most reliable storage services available, but backups must still be protected, managed, and recoverable. Fortunately, between AWS’s robust front-facing infrastructure and Eon’s intelligent automation layer, organizations can now access a full-stack blueprint for S3 backup success. Whether your team is dealing with accidental deletions, compliance audits, or the looming threat of ransomware, proactive data protection isn’t just a “nice to have”—it’s mission-critical. Watch the full episode of Cloud Cuts: S3 Backups with AWS’s Anthony Fiore Register for the next episode of Cloud Cuts Live: How to Cut Cloud Data Retention Costs In this episode of Cloud Cuts, Eon Co-founder Gonen Stein sits down with AWS Senior Storage Specialist Anthony Fiore to unpack the evolving S3 landscape. From the shared responsibility model to the rise of ransomware threats, they explore what it takes to protect mission-critical cloud data today – and what’s coming next. Want to hear how AWS thinks about S3 backups?Watch the full episode As cloud adoption accelerates, so do the risks and realities organizations must navigate. In particular, the role of Amazon S3 has evolved from simple storage to mission-critical infrastructure, bringing new challenges to light. Amazon S3 remains the backbone of cloud storage infrastructure. However, the explosive growth of mission-critical data, along with rising complexity and compliance demands, is reshaping how companies approach S3 backups. The notion that “everything fails…” is not a pessimistic view. It’s just the reality of operating the cloud. And with that reality comes an urgent need for smarter, more resilient backup strategies. S3’s impressive 11 nines (99.999999999%) of durability and built-in distribution across three Availability Zones give customers invaluable peace of mind, ensuring that their cloud infrastructure is stable and built to last. However, durability is no longer the only concern – customers are increasingly focused on protecting against accidental deletions, regulatory non-compliance, sophisticated cloud ransomware threats, and operational complexity at scale. And with AI workloads and cross-region architectures multiplying the volume of stored data, S3 is more vital (and more vulnerable) than ever. But even with S3’s durability and built-in safeguards, companies can’t afford to assume their data is fully protected. Enter the critical concept of shared responsibility – and the gaps it leaves unaddressed. Even with S3’s proprietary tools, many companies overlook the discrepancy between infrastructure security and data protection, referred to as the Shared responsibility model. Companies can trust their cloud vendor to manage the security of the cloud, but customers are responsible for the security of what they’ve stored in the cloud. In other words, AWS ensures secure infrastructure, but it is the customer’s responsibility to manage data access, permissions, and backup integrity – a task that requires exacting granular control over user permissions, monitoring anomalies, and ensuring backups are safely stored and recoverable. To aid in this effort, AWS offers services like Amazon Macie, which uses machine learning to automatically identify and classify sensitive data like PII and financial records. Macie also detects access anomalies and flags exposure risks before they turn into breaches. At AWS, the philosophy is resilience by design. Key features like S3 Versioning, S3 Object Lock, and Cross-Region Replication (CRR) are all available to help customers protect against threats beyond system failure. Alongside services like Amazon Macie, these tools form a security model that is inherently multi-layered, but still reliant on customers to implement the right configurations. And while that potent combination of features and solutions offers the bedrock upon which companies can build their cloud operations, customers are still left responsible and in need of additional guardrails and automation, particularly when it comes to backup and recovery at scale. AWS lays the groundwork for S3 resilience, but many organizations still face critical gaps when it comes to the customer’s side of the shared responsibility model. That’s where Eon comes in. In a truly symbiotic fashion, AWS provides the foundation while Eon addresses the practical pain points companies face on the customer side of the shared responsibility model. In this episode, Gonen outlines three persistent challenges: Eon’s platform is purpose-built to address these challenges. Here’s how: Together, AWS and Eon form a layered defense strategy that redefines what effective S3 backup looks like in today’s cloud-first world. Eon offers S3 users several meaningful upgrades. S3 is one of the most reliable storage services available, but backups must still be protected, managed, and recoverable. Fortunately, between AWS’s robust front-facing infrastructure and Eon’s intelligent automation layer, organizations can now access a full-stack blueprint for S3 backup success. Whether your team is dealing with accidental deletions, compliance audits, or the looming threat of ransomware, proactive data protection isn’t just a “nice to have”—it’s mission-critical. Watch the full episode of Cloud Cuts: S3 Backups with AWS’s Anthony Fiore Register for the next episode of Cloud Cuts Live: How to Cut Cloud Data Retention Costs --- ### Page: https://www.eon.io/blog/cloud-backup-business-asset Title: Beyond Recovery: Cloud Backup as a Business Asset | Eon Meta Description: Backups were built for recovery, but they’re also a goldmine of historical data no one’s using. Most teams haven’t modernized their backup strategy to meet the demands of AI, compliance, or multi-cloud scale. This post examines how visionary platform leaders are reevaluating backup as a strategic asset. Language: en Canonical URL: https://www.eon.io/blog/cloud-backup-business-asset ## Headings Structure: H1: Beyond Recovery: Cloud Backup as a Business Asset H1: Beyond Recovery: Cloud Backup as a Business Asset H2: Quick Summary H2: Why Cloud Backups Need to Support AI, Compliance, and Multi-Cloud Growth H2: What Happens When You Actually Use Your Backup Data H2: What’s Preventing Cloud Ops Teams from Using Their Backup Data? H3: 1. Backups Are Still Siloed H3: 2. Too Many Tools Create Blind Spots H3: 3. Backup Improvements Aren’t a Priority H2: What You Can Do with a Better Cloud Backup Posture H2: Is Your Team Ready to Treat Backup as a Strategic Asset? H2: Team Eon H2: Quick Summary H2: Why Cloud Backups Need to Support AI, Compliance, and Multi-Cloud Growth H2: What Happens When You Actually Use Your Backup Data H2: What’s Preventing Cloud Ops Teams from Using Their Backup Data? H3: 1. Backups Are Still Siloed H3: 2. Too Many Tools Create Blind Spots H3: 3. Backup Improvements Aren’t a Priority H2: What You Can Do with a Better Cloud Backup Posture H2: Is Your Team Ready to Treat Backup as a Strategic Asset? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Beyond Recovery: Cloud Backup as a Business Asset H1: Beyond Recovery: Cloud Backup as a Business Asset H2: Quick Summary H2: Why Cloud Backups Need to Support AI, Compliance, and Multi-Cloud Growth H2: What Happens When You Actually Use Your Backup Data H2: What’s Preventing Cloud Ops Teams from Using Their Backup Data? H3: 1. Backups Are Still Siloed H3: 2. Too Many Tools Create Blind Spots H3: 3. Backup Improvements Aren’t a Priority H2: What You Can Do with a Better Cloud Backup Posture H2: Is Your Team Ready to Treat Backup as a Strategic Asset? H2: Team Eon H2: Quick Summary H2: Why Cloud Backups Need to Support AI, Compliance, and Multi-Cloud Growth H2: What Happens When You Actually Use Your Backup Data H2: What’s Preventing Cloud Ops Teams from Using Their Backup Data? H3: 1. Backups Are Still Siloed H3: 2. Too Many Tools Create Blind Spots H3: 3. Backup Improvements Aren’t a Priority H2: What You Can Do with a Better Cloud Backup Posture H2: Is Your Team Ready to Treat Backup as a Strategic Asset? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Backups were built for recovery, but they’re also a goldmine of historical data no one’s using. Most teams haven’t modernized their backup strategy to meet the demands of AI, compliance, or multi-cloud scale. This post examines how visionary platform leaders are reevaluating backup as a strategic asset. Backups were built for recovery, but they’re also a goldmine of historical data no one’s using. Most teams haven’t modernized their backup strategy to meet the demands of AI, compliance, or multi-cloud scale. This post examines how visionary platform leaders are reevaluating backup as a strategic asset. Most teams still view backups as a safety net, focusing on restore points, snapshot schedules, and compliance checkboxes. But that way of thinking won’t cut it anymore (as new AI products and agents pop up every day). Our 2025 State of Cloud Backup Report reveals a shift in awareness: Teams see the opportunity. They’re just not building for it…yet. And it’s not just a missed opportunity. It’s slowing down how teams grow, ship, and solve problems. Backups often contain the only reliable record of long-term enterprise operations, including user behavior, cloud infrastructure state, transactional history, and other key data. That’s a ton of value—if your team can actually reach it. Here’s how cloud teams are beginning to activate backup data: To enable any of this, backup data must be indexed, classified, and queryable—not siloed or buried in cold storage. Despite growing awareness, few organizations are putting backups to work. From the survey responses and conversations with our customers, three key issues surface: Backup usually lives with infra or compliance, and rarely gets plugged into analytics or platform work. Most environments rely on a patchwork of services, such as AWS Backup, Azure Recovery Vaults, Google Cloud snapshots, plus homegrown scripts and manual tagging. The result? Backups that are poorly indexed, siloed across accounts, and stored in rigid formats incompatible with analytics. These aren’t accidents. They’re built into how backup has always been done. Because backup isn’t tied to user-facing features or uptime metrics, investment tends to lag. But when teams later need to extract insights, validate data, or meet audit requirements, they find themselves bottlenecked by outdated systems. Improving Cloud Backup Posture Management (CBPM) isn’t just about restoring faster. It’s about enabling strategic scenarios that previously felt out of reach: This is what modern backup systems are beginning to enable. Through cloud-native architectures, global search, and automated policy enforcement, backups become accessible—not just stored. Teams that shift from backup as insurance to backup as infrastructure are already seeing faster delivery, tighter compliance, and more agile operations. Here’s a quick diagnostic: If you had to pause on any of those, it’s not just a tooling problem; it’s also a backup posture problem. For more on this, read our 2025 State of Cloud Backup Report to learn more from our customer conversations and over 150 IT professionals who shared how they’re preparing their backup strategies in the age of AI, audit complexity, and multi-cloud growth. Most teams still view backups as a safety net, focusing on restore points, snapshot schedules, and compliance checkboxes. But that way of thinking won’t cut it anymore (as new AI products and agents pop up every day). Our 2025 State of Cloud Backup Report reveals a shift in awareness: Teams see the opportunity. They’re just not building for it…yet. And it’s not just a missed opportunity. It’s slowing down how teams grow, ship, and solve problems. Backups often contain the only reliable record of long-term enterprise operations, including user behavior, cloud infrastructure state, transactional history, and other key data. That’s a ton of value—if your team can actually reach it. Here’s how cloud teams are beginning to activate backup data: To enable any of this, backup data must be indexed, classified, and queryable—not siloed or buried in cold storage. Despite growing awareness, few organizations are putting backups to work. From the survey responses and conversations with our customers, three key issues surface: Backup usually lives with infra or compliance, and rarely gets plugged into analytics or platform work. Most environments rely on a patchwork of services, such as AWS Backup, Azure Recovery Vaults, Google Cloud snapshots, plus homegrown scripts and manual tagging. The result? Backups that are poorly indexed, siloed across accounts, and stored in rigid formats incompatible with analytics. These aren’t accidents. They’re built into how backup has always been done. Because backup isn’t tied to user-facing features or uptime metrics, investment tends to lag. But when teams later need to extract insights, validate data, or meet audit requirements, they find themselves bottlenecked by outdated systems. Improving Cloud Backup Posture Management (CBPM) isn’t just about restoring faster. It’s about enabling strategic scenarios that previously felt out of reach: This is what modern backup systems are beginning to enable. Through cloud-native architectures, global search, and automated policy enforcement, backups become accessible—not just stored. Teams that shift from backup as insurance to backup as infrastructure are already seeing faster delivery, tighter compliance, and more agile operations. Here’s a quick diagnostic: If you had to pause on any of those, it’s not just a tooling problem; it’s also a backup posture problem. For more on this, read our 2025 State of Cloud Backup Report to learn more from our customer conversations and over 150 IT professionals who shared how they’re preparing their backup strategies in the age of AI, audit complexity, and multi-cloud growth. --- ### Page: https://www.eon.io/blog/cloud-backup-cost-explorer Title: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds | Eon Meta Description: Easily view backup spend across AWS, Azure, and Google Cloud so you can charge it back, fix anomalies, and optimize costs in minutes. Language: en Canonical URL: https://www.eon.io/blog/cloud-backup-cost-explorer ## Headings Structure: H1: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H1: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Quick Summary H2: The Problem: Cloud Backup Bills Are Hard to Read H2: Eon’s Solution: Cost Explorer API and Dashboard H2: How to Track Backup Costs by Account, Resource, and Cloud H3: Step 1: See Backup Spend at a Glance H3: Step 2: Drill into High‑Spending Accounts H3: Step 3: Identify High‑Cost Backup Resources and Anomalies H3: Step 4: Automate and Integrate with the Cost Explorer API H3: How Eon Makes Backup Cost Management Simple H2: Liore Shai H2: Quick Summary H2: The Problem: Cloud Backup Bills Are Hard to Read H2: Eon’s Solution: Cost Explorer API and Dashboard H2: How to Track Backup Costs by Account, Resource, and Cloud H3: Step 1: See Backup Spend at a Glance H3: Step 2: Drill into High‑Spending Accounts H3: Step 3: Identify High‑Cost Backup Resources and Anomalies H3: Step 4: Automate and Integrate with the Cost Explorer API H3: How Eon Makes Backup Cost Management Simple H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H1: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Quick Summary H2: The Problem: Cloud Backup Bills Are Hard to Read H2: Eon’s Solution: Cost Explorer API and Dashboard H2: How to Track Backup Costs by Account, Resource, and Cloud H3: Step 1: See Backup Spend at a Glance H3: Step 2: Drill into High‑Spending Accounts H3: Step 3: Identify High‑Cost Backup Resources and Anomalies H3: Step 4: Automate and Integrate with the Cost Explorer API H3: How Eon Makes Backup Cost Management Simple H2: Liore Shai H2: Quick Summary H2: The Problem: Cloud Backup Bills Are Hard to Read H2: Eon’s Solution: Cost Explorer API and Dashboard H2: How to Track Backup Costs by Account, Resource, and Cloud H3: Step 1: See Backup Spend at a Glance H3: Step 2: Drill into High‑Spending Accounts H3: Step 3: Identify High‑Cost Backup Resources and Anomalies H3: Step 4: Automate and Integrate with the Cost Explorer API H3: How Eon Makes Backup Cost Management Simple H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Easily view backup spend across AWS, Azure, and Google Cloud so you can charge it back, fix anomalies, and optimize costs in minutes. Easily view backup spend across AWS, Azure, and Google Cloud so you can charge it back, fix anomalies, and optimize costs in minutes. Cloud provider bills are massive: thousands of line items, multiple accounts or subscriptions, and native cost explorers that lump backup costs in with everything else. And all that spend often grows unexpectedly due to backup sprawl or outdated snapshots. Multi‑cloud teams often end up juggling: Eon’s new Cost Explorer API and Dashboard empower you to see exactly who’s driving backup costs, spot anomalies in minutes, and allocate spend to the right teams, all without spreadsheets or manual reporting. Drill down with the API, or get at‑a‑glance trends in the Dashboard for fast, confident chargeback and cost control. Because Eon is a fully managed SaaS backup solution, your Cost Explorer view reflects the entire cost of your backups, including storage and compute, without hidden charges buried in provider invoices. You’re not running backup jobs in your own accounts, so nothing is missing from the bill. Eon Cost Explorer was built for CloudOps and FinOps teams who need clear answers fast. Here’s how it works. Open the Cost Dashboard, and you immediately see: From the dashboard, you can jump into Cost Explorer to investigate further. Grouping by account quickly confirms which team or business unit is responsible for the bulk of the spend. A common use case is chargeback: Central IT wants to bill each team for the backup resources they control. Before Eon, that meant weeks of manual reporting; now, teams can generate an account-level backup report in minutes and send it straight to the owner. The real power comes when you drill down to individual resources. You might notice that one Azure subscription is spending far more on backups than expected. By grouping by resource type or even resource ID, you can pinpoint the culprit—maybe a restore environment with multiple 1 TB disks or a forgotten bucket eating up storage costs. For teams who need more than an at-a-glance view, use the Cost Explorer API to: Access is controlled via Eon’s RBAC Data Access Control, so you can create users who only see costs for their part of the environment. With Eon Cost Explorer API & Dashboard, you get: Your backup bill stops being a mystery and starts driving action. Start Tracking Backup Costs Now → Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. Cloud provider bills are massive: thousands of line items, multiple accounts or subscriptions, and native cost explorers that lump backup costs in with everything else. And all that spend often grows unexpectedly due to backup sprawl or outdated snapshots. Multi‑cloud teams often end up juggling: Eon’s new Cost Explorer API and Dashboard empower you to see exactly who’s driving backup costs, spot anomalies in minutes, and allocate spend to the right teams, all without spreadsheets or manual reporting. Drill down with the API, or get at‑a‑glance trends in the Dashboard for fast, confident chargeback and cost control. Because Eon is a fully managed SaaS backup solution, your Cost Explorer view reflects the entire cost of your backups, including storage and compute, without hidden charges buried in provider invoices. You’re not running backup jobs in your own accounts, so nothing is missing from the bill. Eon Cost Explorer was built for CloudOps and FinOps teams who need clear answers fast. Here’s how it works. Open the Cost Dashboard, and you immediately see: From the dashboard, you can jump into Cost Explorer to investigate further. Grouping by account quickly confirms which team or business unit is responsible for the bulk of the spend. A common use case is chargeback: Central IT wants to bill each team for the backup resources they control. Before Eon, that meant weeks of manual reporting; now, teams can generate an account-level backup report in minutes and send it straight to the owner. The real power comes when you drill down to individual resources. You might notice that one Azure subscription is spending far more on backups than expected. By grouping by resource type or even resource ID, you can pinpoint the culprit—maybe a restore environment with multiple 1 TB disks or a forgotten bucket eating up storage costs. For teams who need more than an at-a-glance view, use the Cost Explorer API to: Access is controlled via Eon’s RBAC Data Access Control, so you can create users who only see costs for their part of the environment. With Eon Cost Explorer API & Dashboard, you get: Your backup bill stops being a mystery and starts driving action. Start Tracking Backup Costs Now → Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. --- ### Page: https://www.eon.io/blog/cloud-backup-costs Title: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) | Eon Meta Description: Your backups are costing you more than you think through wasted cloud spend, slow recovery, and compliance risks you can’t see. Here’s how to fix it. Language: en Canonical URL: https://www.eon.io/blog/cloud-backup-costs ## Headings Structure: H1: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) H1: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) H2: Quick Summary H3: 1) Manual and Fragmented Backups Put Your Budget and Compliance at Risk H3: 2) Slow, Inefficient Recovery That Drains Time, Money, and Customer Trust H3: 3) Manual Processes That Break Under Data Growth H2: How IT Leaders Are Eliminating Backup Waste and Reducing Costs H2: What You Gain with a Posture-Aware, Cost-Transparent Backup Strategy H2: Team Eon H2: Quick Summary H3: 1) Manual and Fragmented Backups Put Your Budget and Compliance at Risk H3: 2) Slow, Inefficient Recovery That Drains Time, Money, and Customer Trust H3: 3) Manual Processes That Break Under Data Growth H2: How IT Leaders Are Eliminating Backup Waste and Reducing Costs H2: What You Gain with a Posture-Aware, Cost-Transparent Backup Strategy H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) H1: 3 Hidden Costs Draining Your Cloud Backup Budget (and How to Stop Them) H2: Quick Summary H3: 1) Manual and Fragmented Backups Put Your Budget and Compliance at Risk H3: 2) Slow, Inefficient Recovery That Drains Time, Money, and Customer Trust H3: 3) Manual Processes That Break Under Data Growth H2: How IT Leaders Are Eliminating Backup Waste and Reducing Costs H2: What You Gain with a Posture-Aware, Cost-Transparent Backup Strategy H2: Team Eon H2: Quick Summary H3: 1) Manual and Fragmented Backups Put Your Budget and Compliance at Risk H3: 2) Slow, Inefficient Recovery That Drains Time, Money, and Customer Trust H3: 3) Manual Processes That Break Under Data Growth H2: How IT Leaders Are Eliminating Backup Waste and Reducing Costs H2: What You Gain with a Posture-Aware, Cost-Transparent Backup Strategy H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Your backups are costing you more than you think through wasted cloud spend, slow recovery, and compliance risks you can’t see. Here’s how to fix it. Your backups are costing you more than you think through wasted cloud spend, slow recovery, and compliance risks you can’t see. Here’s how to fix it. If your backups haven’t kept up with your cloud infrastructure, they’re quietly draining budget, time, and trust. Here’s where the money goes: When backups live in multiple tools and rely on human upkeep, you get: It’s no surprise that 54% of organizations in the State of Cloud Backup 2025 cite compliance or security risk from mismanaged data. For regulated industries, that can mean missed certifications, fines, or even lost contracts. One enterprise customer told us that reconciling a 5,000-line Azure bill to a single backup server used to be almost impossible. Manual tagging and tracking across multiple tools made it hard to prove spend or spot optimization opportunities until well after the billing cycle closed. Before partnering with Eon, StructuredWeb’s IT team spent hours chasing down backups and navigating complex restore processes. Manual classification and fragmented tools made recovery slow and frustrating, often delaying critical restores. With this kind of setup, selective restores aren’t possible, so teams have to bring back everything during an incident, inflating compute and storage costs while stretching downtime. They weren’t alone. The State of Cloud Backup 2025 found that 38% of organizations aren’t confident they can recover quickly and completely, a gap that’s costly in both revenue and reputation. Only a small fraction of teams in the State of Cloud Backup 2025 have fully automated their backup posture. As cloud environments expand, manual and semi-automated processes break down, leaving gaps that no one notices until it’s too late. We’ve seen teams miss backups for entire regions simply because no one updated a script after adding resources. One fast-growing SaaS company found backup scripts failing silently whenever new workloads spun up. Weeks could pass before anyone caught it, leaving high-value datasets unprotected and forcing the team to re-run massive jobs, which eat into both budget and bandwidth. The first step is spotting the waste with tools like Eon’s Cost Explorer. That visibility doesn’t just cut cloud bills—it gives IT teams back hours they used to spend chasing down backup data across accounts and tools. It quickly surfaces unused snapshots, duplicate datasets, and bloated retention before they drain your budget. One customer told us that, before Eon, reconciling cloud spend across accounts was almost impossible. Now they can roll it up in minutes, pinpoint costly patterns, and act before the bill arrives. From there, high-performing teams make five moves for fast ROI (full guide to improving cloud backup strategy): The result? Innago achieved 40% cost savings by replacing traditional snapshots and duplicate backups with Eon’s backup-optimized storage tier while meeting SOC 2, PCI, and GDPR compliance and maintaining 10–15 minute restore times for Kubernetes and EC2 workloads. When your backups are posture-aware, automated, and cost-transparent, you: How much time does your team spend manually tagging resources for backups? See how Eon automates this entire process in a 10-minute demo. If your backups haven’t kept up with your cloud infrastructure, they’re quietly draining budget, time, and trust. Here’s where the money goes: When backups live in multiple tools and rely on human upkeep, you get: It’s no surprise that 54% of organizations in the State of Cloud Backup 2025 cite compliance or security risk from mismanaged data. For regulated industries, that can mean missed certifications, fines, or even lost contracts. One enterprise customer told us that reconciling a 5,000-line Azure bill to a single backup server used to be almost impossible. Manual tagging and tracking across multiple tools made it hard to prove spend or spot optimization opportunities until well after the billing cycle closed. Before partnering with Eon, StructuredWeb’s IT team spent hours chasing down backups and navigating complex restore processes. Manual classification and fragmented tools made recovery slow and frustrating, often delaying critical restores. With this kind of setup, selective restores aren’t possible, so teams have to bring back everything during an incident, inflating compute and storage costs while stretching downtime. They weren’t alone. The State of Cloud Backup 2025 found that 38% of organizations aren’t confident they can recover quickly and completely, a gap that’s costly in both revenue and reputation. Only a small fraction of teams in the State of Cloud Backup 2025 have fully automated their backup posture. As cloud environments expand, manual and semi-automated processes break down, leaving gaps that no one notices until it’s too late. We’ve seen teams miss backups for entire regions simply because no one updated a script after adding resources. One fast-growing SaaS company found backup scripts failing silently whenever new workloads spun up. Weeks could pass before anyone caught it, leaving high-value datasets unprotected and forcing the team to re-run massive jobs, which eat into both budget and bandwidth. The first step is spotting the waste with tools like Eon’s Cost Explorer. That visibility doesn’t just cut cloud bills—it gives IT teams back hours they used to spend chasing down backup data across accounts and tools. It quickly surfaces unused snapshots, duplicate datasets, and bloated retention before they drain your budget. One customer told us that, before Eon, reconciling cloud spend across accounts was almost impossible. Now they can roll it up in minutes, pinpoint costly patterns, and act before the bill arrives. From there, high-performing teams make five moves for fast ROI (full guide to improving cloud backup strategy): The result? Innago achieved 40% cost savings by replacing traditional snapshots and duplicate backups with Eon’s backup-optimized storage tier while meeting SOC 2, PCI, and GDPR compliance and maintaining 10–15 minute restore times for Kubernetes and EC2 workloads. When your backups are posture-aware, automated, and cost-transparent, you: How much time does your team spend manually tagging resources for backups? See how Eon automates this entire process in a 10-minute demo. --- ### Page: https://www.eon.io/blog/cloud-backup-gaps Title: The 5 Gaps Breaking Cloud Backup & How Leading Teams Are Closing Them | Eon Meta Description: Survey data from over 150 cloud leaders reveals where backups are falling short and top teams are improving them. Language: en Canonical URL: https://www.eon.io/blog/cloud-backup-gaps ## Headings Structure: H1: The 5 Gaps Breaking Cloud Backup & How Leading Teams Are Closing Them H1: The 5 Gaps Breaking Cloud Backup & How Leading Teams Are Closing Them H2: Quick Summary H2: Where Are the Cloud Backup Gaps? H2: 1. Why Don’t Teams Trust Their Backups? (The Confidence Gap) H2: 2. Why Are Restores So Slow and Expensive? (The Recovery Gap) H2: 3. What’s Hiding in Your Backups? (The Visibility Gap) H2: 4. Are Too Many Tools Making Backups Harder? (The Tooling Gap) H2: 5. Are Your Backups Doing Anything for the Business? (The Value Gap) H2: How Leading Teams Are Closing the Gaps H2: What Comes Next: From DR to Data Intelligence H2: Team Eon H2: Quick Summary H2: Where Are the Cloud Backup Gaps? H2: 1. Why Don’t Teams Trust Their Backups? (The Confidence Gap) H2: 2. Why Are Restores So Slow and Expensive? (The Recovery Gap) H2: 3. What’s Hiding in Your Backups? (The Visibility Gap) H2: 4. Are Too Many Tools Making Backups Harder? (The Tooling Gap) H2: 5. Are Your Backups Doing Anything for the Business? (The Value Gap) H2: How Leading Teams Are Closing the Gaps H2: What Comes Next: From DR to Data Intelligence H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: The 5 Gaps Breaking Cloud Backup & How Leading Teams Are Closing Them H1: The 5 Gaps Breaking Cloud Backup & How Leading Teams Are Closing Them H2: Quick Summary H2: Where Are the Cloud Backup Gaps? H2: 1. Why Don’t Teams Trust Their Backups? (The Confidence Gap) H2: 2. Why Are Restores So Slow and Expensive? (The Recovery Gap) H2: 3. What’s Hiding in Your Backups? (The Visibility Gap) H2: 4. Are Too Many Tools Making Backups Harder? (The Tooling Gap) H2: 5. Are Your Backups Doing Anything for the Business? (The Value Gap) H2: How Leading Teams Are Closing the Gaps H2: What Comes Next: From DR to Data Intelligence H2: Team Eon H2: Quick Summary H2: Where Are the Cloud Backup Gaps? H2: 1. Why Don’t Teams Trust Their Backups? (The Confidence Gap) H2: 2. Why Are Restores So Slow and Expensive? (The Recovery Gap) H2: 3. What’s Hiding in Your Backups? (The Visibility Gap) H2: 4. Are Too Many Tools Making Backups Harder? (The Tooling Gap) H2: 5. Are Your Backups Doing Anything for the Business? (The Value Gap) H2: How Leading Teams Are Closing the Gaps H2: What Comes Next: From DR to Data Intelligence H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Survey data from over 150 cloud leaders reveals where backups are falling short and top teams are improving them. Survey data from over 150 cloud leaders reveals where backups are falling short and top teams are improving them. Even the most cloud-forward teams are running into the same problems: missed recoveries, compliance gaps, and backups no one fully trusts. Survey data points to five key gaps that are breaking confidence and how top teams are closing them. The rest of this post breaks down how leading teams are closing each of these gaps with posture-aware strategies. Backups are supposed to be the safety net. But when a real recovery is needed, they too often become the weakest link. While many teams still rely on static snapshots and stitched-together tools, others are shifting toward continuous posture management, granular recovery, and queryable storage. These teams aren’t just improving recovery times. They’re reframing backup as part of their active infrastructure, not just a last-resort safeguard. Leading teams close this gap by adopting a continuous posture management, granular recovery, and queryable storage approach. Backups shift from last-resort insurance to an active part of cloud infrastructure. When confidence is low, most teams default to over-restoring. Snapshot-based recovery, especially for Amazon DynamoDB or Amazon EKS, often means pulling massive amounts of data just to find one object. It’s slow, expensive, and disruptively broad. Teams with stronger posture, especially those trying to cut AWS S3 costs, are taking a different approach: granular recovery. By understanding the structure of what’s backed up and classifying it in real time, they can recover exactly what’s needed—nothing more, nothing less. That means lower RTOs, fewer resource drains, and faster business continuity. This isn’t a nice-to-have. It’s the difference between meeting recovery objectives and missing them entirely. Even in cloud-forward environments, backup coverage is often uneven or unclear. Without automated classification and posture scoring, teams are left guessing what’s protected and where gaps might be hiding. The fix is real-time posture awareness. This means continuously detecting what’s unprotected, surfacing misconfigurations, and automatically enforcing policy coverage. Fragmentation is still the norm. Many teams rely on the native DR tools provided by cloud providers, brittle scripts, or third-party systems that don’t talk to each other. The result is complexity: inconsistent policies, conflicting schedules, broken automations. How leading teams close this gap: They consolidate onto a single posture-aware, cloud-native platform that: One of the biggest shifts in backup isn’t about protection—it’s about potential. Backups represent the largest historical dataset that many organizations have. But for most, they’re inaccessible: stored in cold vaults, spread across formats, and siloed from the rest of the data strategy. That’s changing. Leading teams are restructuring backups into queryable data lakes, unlocking value for: Organizations closing the confidence gap aren’t just modernizing tooling. They’re treating backup like any other strategic system: governed, observable, and adaptable. In short, backup is no longer a static infrastructure. It’s a posture to manage, improve, and measure just like cost, security, or performance. As cloud environments become more distributed, fast-moving, and AI-connected, backups will continue to evolve—from a protection layer to an intelligence layer. Cloud Backup Posture Management (CBPM) is emerging as the model for that shift: a way to ensure readiness, enable rapid recovery, and activate backup data across the organization. Read the complete 2025 State of Cloud Backup Report to see where teams are succeeding and where most still fall short. Even the most cloud-forward teams are running into the same problems: missed recoveries, compliance gaps, and backups no one fully trusts. Survey data points to five key gaps that are breaking confidence and how top teams are closing them. The rest of this post breaks down how leading teams are closing each of these gaps with posture-aware strategies. Backups are supposed to be the safety net. But when a real recovery is needed, they too often become the weakest link. While many teams still rely on static snapshots and stitched-together tools, others are shifting toward continuous posture management, granular recovery, and queryable storage. These teams aren’t just improving recovery times. They’re reframing backup as part of their active infrastructure, not just a last-resort safeguard. Leading teams close this gap by adopting a continuous posture management, granular recovery, and queryable storage approach. Backups shift from last-resort insurance to an active part of cloud infrastructure. When confidence is low, most teams default to over-restoring. Snapshot-based recovery, especially for Amazon DynamoDB or Amazon EKS, often means pulling massive amounts of data just to find one object. It’s slow, expensive, and disruptively broad. Teams with stronger posture, especially those trying to cut AWS S3 costs, are taking a different approach: granular recovery. By understanding the structure of what’s backed up and classifying it in real time, they can recover exactly what’s needed—nothing more, nothing less. That means lower RTOs, fewer resource drains, and faster business continuity. This isn’t a nice-to-have. It’s the difference between meeting recovery objectives and missing them entirely. Even in cloud-forward environments, backup coverage is often uneven or unclear. Without automated classification and posture scoring, teams are left guessing what’s protected and where gaps might be hiding. The fix is real-time posture awareness. This means continuously detecting what’s unprotected, surfacing misconfigurations, and automatically enforcing policy coverage. Fragmentation is still the norm. Many teams rely on the native DR tools provided by cloud providers, brittle scripts, or third-party systems that don’t talk to each other. The result is complexity: inconsistent policies, conflicting schedules, broken automations. How leading teams close this gap: They consolidate onto a single posture-aware, cloud-native platform that: One of the biggest shifts in backup isn’t about protection—it’s about potential. Backups represent the largest historical dataset that many organizations have. But for most, they’re inaccessible: stored in cold vaults, spread across formats, and siloed from the rest of the data strategy. That’s changing. Leading teams are restructuring backups into queryable data lakes, unlocking value for: Organizations closing the confidence gap aren’t just modernizing tooling. They’re treating backup like any other strategic system: governed, observable, and adaptable. In short, backup is no longer a static infrastructure. It’s a posture to manage, improve, and measure just like cost, security, or performance. As cloud environments become more distributed, fast-moving, and AI-connected, backups will continue to evolve—from a protection layer to an intelligence layer. Cloud Backup Posture Management (CBPM) is emerging as the model for that shift: a way to ensure readiness, enable rapid recovery, and activate backup data across the organization. Read the complete 2025 State of Cloud Backup Report to see where teams are succeeding and where most still fall short. --- ### Page: https://www.eon.io/blog/cloud-backup-posture-management Title: Cloud Backup Posture Management: What It Is and Why You Need It | Eon Meta Description: Learn how Cloud Backup Posture Management enhances security, compliance, and cost efficiency for cloud-native backups. Language: en Canonical URL: https://www.eon.io/blog/cloud-backup-posture-management ## Headings Structure: H1: Cloud Backup Posture Management: What It Is and Why You Need It H1: Cloud Backup Posture Management: What It Is and Why You Need It H2: Quick Summary H2: What is Cloud Backup Posture Management? H2: Why is CBPM so important? H2: The Benefits of Cloud Backup Posture Management H2: Eon’s Approach: A New Era for Cloud Backups H2: How does Eon’s Cloud Backup Posture Management work? H2: Cloud Backups: More than a Mere Backup Plan H2: Team Eon H2: Quick Summary H2: What is Cloud Backup Posture Management? H2: Why is CBPM so important? H2: The Benefits of Cloud Backup Posture Management H2: Eon’s Approach: A New Era for Cloud Backups H2: How does Eon’s Cloud Backup Posture Management work? H2: Cloud Backups: More than a Mere Backup Plan H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Cloud Backup Posture Management: What It Is and Why You Need It H1: Cloud Backup Posture Management: What It Is and Why You Need It H2: Quick Summary H2: What is Cloud Backup Posture Management? H2: Why is CBPM so important? H2: The Benefits of Cloud Backup Posture Management H2: Eon’s Approach: A New Era for Cloud Backups H2: How does Eon’s Cloud Backup Posture Management work? H2: Cloud Backups: More than a Mere Backup Plan H2: Team Eon H2: Quick Summary H2: What is Cloud Backup Posture Management? H2: Why is CBPM so important? H2: The Benefits of Cloud Backup Posture Management H2: Eon’s Approach: A New Era for Cloud Backups H2: How does Eon’s Cloud Backup Posture Management work? H2: Cloud Backups: More than a Mere Backup Plan H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Learn how Cloud Backup Posture Management enhances security, compliance, and cost efficiency for cloud-native backups. Learn how Cloud Backup Posture Management enhances security, compliance, and cost efficiency for cloud-native backups. The cloud is more broad and dynamic than ever before, with resources spread across multiple cloud providers and storage solutions. Naturally, they require an effective backup strategy and effective management. But in reality, keeping track of growing, constantly changing, cloud environments, and making sure each resource is backed up just right - not over or under-backed up - can be a real headache. It's often complex, time-consuming, and (between us) not the most exciting part of cloud operations. Enter: Cloud Backup Posture Management (CBPM). An approach to cloud backup management and operations that brings order to the chaos. It helps businesses manage their backups in dynamic cloud environments and ensure backups are up to compliance and business standards. In this article, we’ll break down CBPM so you’ll understand what it is, why it’s important and how it works. In today's world of ever-expanding cloud infrastructure, where new resources pop up faster than you can say "multi-cloud," cloud backup management is becoming increasingly complicated and challenging. The cloud backup posture management process follows these basic steps: Many enterprises have long treated cloud backups as a mere insurance policy for when disaster strikes — a static repository of data that just… sits there. Sure, that may have worked in the past. But those days are over. Any cloud-reliant enterprise has most likely watched the complexity and scale of today’s cloud environments grow in front of their eyes. As such, CBPM is becoming a critical component of cloud backup, especially as more organizations migrate their applications to cloud providers like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). Some of the inefficiencies and risks of overlooking cloud backup strategy: There’s no question that cloud storage technology has gotten crazy good — innovations and improvements continue to occur daily. Cloud Backup Posture Management (CBPM) bridges this gap, offering a comprehensive solution to the challenges posed by traditional backup approaches. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists In an era where organizations are increasingly reliant on cloud infrastructure, the stakes for how and where data is stored are higher than ever. A single misstep in backup posture can lead to significant consequences, from compliance penalties to diminished customer trust to the endless frustration of lost data triage. Consider the financial and reputational damage caused by data breaches or prolonged system outages. In these moments, the effectiveness of a company’s backup strategy can make all the difference. CBPM not only ensures that backups are secure and accessible, but also aligns them with a company’s long-term goals, making them a critical component of a future-proof infrastructure. At Eon, we’re leading the charge in reimagining cloud backup management for the digital age. With cutting-edge automation and intelligent mapping, our platform makes CBPM accessible, efficient, and indispensable More than a mere tech solution, CBPM is a proactive, strategic approach to managing cloud backups. Instead of treating backups as a passive archive, CBPM gives backed-up data greater visibility, with automated organizational and retrieval processes and overall optimization. CBPM ensures that backups aren’t just accessible, but also aligned with an organization’s broader cloud infrastructure goals — sounds like something worth celebrating and embracing! CBPM allows businesses to: By enabling these capabilities, CBPM transforms cloud backups from an overlooked necessity into a strategic asset, empowering greater confidence and resilience. Cloud technology has revolutionized how businesses operate, offering unparalleled opportunities for scalability, collaboration, and innovation. So, don’t cloud backups deserve more than a passive role in cloud strategies? With CBPM, businesses can take control of their data, ensuring that backups are not only secure, but also an integral part of their cloud infrastructure. Because when it comes to the cloud, your data is only as strong as your backup strategy. The cloud is more broad and dynamic than ever before, with resources spread across multiple cloud providers and storage solutions. Naturally, they require an effective backup strategy and effective management. But in reality, keeping track of growing, constantly changing, cloud environments, and making sure each resource is backed up just right - not over or under-backed up - can be a real headache. It's often complex, time-consuming, and (between us) not the most exciting part of cloud operations. Enter: Cloud Backup Posture Management (CBPM). An approach to cloud backup management and operations that brings order to the chaos. It helps businesses manage their backups in dynamic cloud environments and ensure backups are up to compliance and business standards. In this article, we’ll break down CBPM so you’ll understand what it is, why it’s important and how it works. In today's world of ever-expanding cloud infrastructure, where new resources pop up faster than you can say "multi-cloud," cloud backup management is becoming increasingly complicated and challenging. The cloud backup posture management process follows these basic steps: Many enterprises have long treated cloud backups as a mere insurance policy for when disaster strikes — a static repository of data that just… sits there. Sure, that may have worked in the past. But those days are over. Any cloud-reliant enterprise has most likely watched the complexity and scale of today’s cloud environments grow in front of their eyes. As such, CBPM is becoming a critical component of cloud backup, especially as more organizations migrate their applications to cloud providers like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). Some of the inefficiencies and risks of overlooking cloud backup strategy: There’s no question that cloud storage technology has gotten crazy good — innovations and improvements continue to occur daily. Cloud Backup Posture Management (CBPM) bridges this gap, offering a comprehensive solution to the challenges posed by traditional backup approaches. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists In an era where organizations are increasingly reliant on cloud infrastructure, the stakes for how and where data is stored are higher than ever. A single misstep in backup posture can lead to significant consequences, from compliance penalties to diminished customer trust to the endless frustration of lost data triage. Consider the financial and reputational damage caused by data breaches or prolonged system outages. In these moments, the effectiveness of a company’s backup strategy can make all the difference. CBPM not only ensures that backups are secure and accessible, but also aligns them with a company’s long-term goals, making them a critical component of a future-proof infrastructure. At Eon, we’re leading the charge in reimagining cloud backup management for the digital age. With cutting-edge automation and intelligent mapping, our platform makes CBPM accessible, efficient, and indispensable More than a mere tech solution, CBPM is a proactive, strategic approach to managing cloud backups. Instead of treating backups as a passive archive, CBPM gives backed-up data greater visibility, with automated organizational and retrieval processes and overall optimization. CBPM ensures that backups aren’t just accessible, but also aligned with an organization’s broader cloud infrastructure goals — sounds like something worth celebrating and embracing! CBPM allows businesses to: By enabling these capabilities, CBPM transforms cloud backups from an overlooked necessity into a strategic asset, empowering greater confidence and resilience. Cloud technology has revolutionized how businesses operate, offering unparalleled opportunities for scalability, collaboration, and innovation. So, don’t cloud backups deserve more than a passive role in cloud strategies? With CBPM, businesses can take control of their data, ensuring that backups are not only secure, but also an integral part of their cloud infrastructure. Because when it comes to the cloud, your data is only as strong as your backup strategy. --- ### Page: https://www.eon.io/blog/cloud-data-over-backing-up Title: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix | Eon Meta Description: Why cloud infrastructure teams are quietly bleeding budget and time by over-backing up cloud data—and how to fix it. Language: en Canonical URL: https://www.eon.io/blog/cloud-data-over-backing-up ## Headings Structure: H1: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H1: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H2: Quick Summary H2: Why Over-Backing Up Cloud Data Is So Common H2: 5 Signs You’re Over-Backing Up Cloud Data H3: 1) Mixed-Up Backup Types H3: 2) Untagged Snapshots H3: 3) Rising Storage Costs H3: 4) Backup Policy Sprawl H3: 5) Over-Storing Data H2: What Are the Hidden Costs of Redundant Backups? H2: How Does Cloud Backup Posture Management (CBPM) Help? H3: The Bottom Line: Stop Over-Backing Up and Start Optimizing H2: 🚀 Take Control of Your Cloud Data Retention H2: Jones Uzan H2: Quick Summary H2: Why Over-Backing Up Cloud Data Is So Common H2: 5 Signs You’re Over-Backing Up Cloud Data H3: 1) Mixed-Up Backup Types H3: 2) Untagged Snapshots H3: 3) Rising Storage Costs H3: 4) Backup Policy Sprawl H3: 5) Over-Storing Data H2: What Are the Hidden Costs of Redundant Backups? H2: How Does Cloud Backup Posture Management (CBPM) Help? H3: The Bottom Line: Stop Over-Backing Up and Start Optimizing H2: 🚀 Take Control of Your Cloud Data Retention H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H1: Over-Backing Up Your Cloud Data? Cloud Backup Posture Management (CBPM) Is the Fix H2: Quick Summary H2: Why Over-Backing Up Cloud Data Is So Common H2: 5 Signs You’re Over-Backing Up Cloud Data H3: 1) Mixed-Up Backup Types H3: 2) Untagged Snapshots H3: 3) Rising Storage Costs H3: 4) Backup Policy Sprawl H3: 5) Over-Storing Data H2: What Are the Hidden Costs of Redundant Backups? H2: How Does Cloud Backup Posture Management (CBPM) Help? H3: The Bottom Line: Stop Over-Backing Up and Start Optimizing H2: 🚀 Take Control of Your Cloud Data Retention H2: Jones Uzan H2: Quick Summary H2: Why Over-Backing Up Cloud Data Is So Common H2: 5 Signs You’re Over-Backing Up Cloud Data H3: 1) Mixed-Up Backup Types H3: 2) Untagged Snapshots H3: 3) Rising Storage Costs H3: 4) Backup Policy Sprawl H3: 5) Over-Storing Data H2: What Are the Hidden Costs of Redundant Backups? H2: How Does Cloud Backup Posture Management (CBPM) Help? H3: The Bottom Line: Stop Over-Backing Up and Start Optimizing H2: 🚀 Take Control of Your Cloud Data Retention H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Why cloud infrastructure teams are quietly bleeding budget and time by over-backing up cloud data—and how to fix it. Why cloud infrastructure teams are quietly bleeding budget and time by over-backing up cloud data—and how to fix it. Redundant cloud backups are surprisingly common, and they’re draining more than just your budget. Cloud storage makes it easy to back up everything. Sometimes too easy. Without guardrails, manual tagging mistakes, broad retention policies, and “just in case” habits pile up into mountains of duplicate data. The fallout? Budgets balloon, recovery slows, compliance confidence drops, and FinOps reporting turns into a guessing game. The fix isn’t more copies—it’s a smarter backup posture management. That’s where Cloud Backup Posture Management (CBPM) comes in: automating policy enforcement and keeping only the backups that matter. No one sets out to over-back up, but in fast-moving cloud environments, it happens faster than you think. Tagging slips, policies misfire, retention drags on too long, and visibility drops to zero. Before long, costs and complexity spiral. One forgotten checkbox, and suddenly your dev environment is treated like mission-critical prod—and you don’t notice until the bill lands. Tags drift out of date, policies follow suit, and costs spike. Snapshots pile up, but no one knows who owns them. Without accurate ownership, they stay in storage indefinitely, quietly adding to your bill. Your storage bill is climbing faster than your actual data growth, often because you’re paying for redundant or stale backups you’ll never use. Related webinar: Demystify the hidden costs of cloud data retention Juggling multiple accounts, regions, services, and teams is a recipe for chaos. Policies become overly rigid or endlessly complex, with overrides and legacy rules no one dares touch because “they might be important.” One bad setting, like retaining hourly snapshots of staging for a year, can triple your storage footprint. Fear of losing data keeps backups around far longer than they should. That 180-day retention policy for last year’s sprint? Still sitting on your bill, quietly eating budget. Without a central view, zombie backups pile up like digital junk drawers, and traditional tools won’t even alert you when you’re backing up the same volume across three different policies. Extra backups do more than inflate storage — they slow operations, muddy compliance, and bog down recovery. CBPM replaces guesswork with automation. It continuously monitors your environment, applies the right retention, and stops unnecessary duplicates before they ever hit your bill. For a step-by-step look at how to do Cloud Backup Posture Management, see our full guide. Example: A dev environment spins up in us-west-2 without tags. Traditional tools either miss it or apply the wrong retention. CBPM spots it instantly, tags it by workload type, applies a short retention policy, and prevents the surprise bill. Backup should protect your business, not drain it. CBPM keeps what’s important, cuts what’s not, and makes recovery faster. Example in action: StructuredWeb, a channel marketing SaaS serving IBM, Zoom, and others, used Eon’s CBPM to cut through backup clutter and lower costs: “Eon has completely revolutionized our cloud backup strategy, providing the efficiency and scalability needed to support our growing list of enterprise customers. By eliminating complexity and reducing costs, Eon enables us to allocate more resources to innovation and business growth.” — Daniel Nissan, CEO, StructuredWeb Over-backing up your data doesn’t protect your business—it drains it. The fastest way to fix it?Learn how to right-size retention policies, eliminate waste, and stay audit-ready in our Cloud Data Retention session. Save your spot for the Cloud Data Retention webinar and start cutting costs without risking compliance. Redundant cloud backups are surprisingly common, and they’re draining more than just your budget. Cloud storage makes it easy to back up everything. Sometimes too easy. Without guardrails, manual tagging mistakes, broad retention policies, and “just in case” habits pile up into mountains of duplicate data. The fallout? Budgets balloon, recovery slows, compliance confidence drops, and FinOps reporting turns into a guessing game. The fix isn’t more copies—it’s a smarter backup posture management. That’s where Cloud Backup Posture Management (CBPM) comes in: automating policy enforcement and keeping only the backups that matter. No one sets out to over-back up, but in fast-moving cloud environments, it happens faster than you think. Tagging slips, policies misfire, retention drags on too long, and visibility drops to zero. Before long, costs and complexity spiral. One forgotten checkbox, and suddenly your dev environment is treated like mission-critical prod—and you don’t notice until the bill lands. Tags drift out of date, policies follow suit, and costs spike. Snapshots pile up, but no one knows who owns them. Without accurate ownership, they stay in storage indefinitely, quietly adding to your bill. Your storage bill is climbing faster than your actual data growth, often because you’re paying for redundant or stale backups you’ll never use. Related webinar: Demystify the hidden costs of cloud data retention Juggling multiple accounts, regions, services, and teams is a recipe for chaos. Policies become overly rigid or endlessly complex, with overrides and legacy rules no one dares touch because “they might be important.” One bad setting, like retaining hourly snapshots of staging for a year, can triple your storage footprint. Fear of losing data keeps backups around far longer than they should. That 180-day retention policy for last year’s sprint? Still sitting on your bill, quietly eating budget. Without a central view, zombie backups pile up like digital junk drawers, and traditional tools won’t even alert you when you’re backing up the same volume across three different policies. Extra backups do more than inflate storage — they slow operations, muddy compliance, and bog down recovery. CBPM replaces guesswork with automation. It continuously monitors your environment, applies the right retention, and stops unnecessary duplicates before they ever hit your bill. For a step-by-step look at how to do Cloud Backup Posture Management, see our full guide. Example: A dev environment spins up in us-west-2 without tags. Traditional tools either miss it or apply the wrong retention. CBPM spots it instantly, tags it by workload type, applies a short retention policy, and prevents the surprise bill. Backup should protect your business, not drain it. CBPM keeps what’s important, cuts what’s not, and makes recovery faster. Example in action: StructuredWeb, a channel marketing SaaS serving IBM, Zoom, and others, used Eon’s CBPM to cut through backup clutter and lower costs: “Eon has completely revolutionized our cloud backup strategy, providing the efficiency and scalability needed to support our growing list of enterprise customers. By eliminating complexity and reducing costs, Eon enables us to allocate more resources to innovation and business growth.” — Daniel Nissan, CEO, StructuredWeb Over-backing up your data doesn’t protect your business—it drains it. The fastest way to fix it?Learn how to right-size retention policies, eliminate waste, and stay audit-ready in our Cloud Data Retention session. Save your spot for the Cloud Data Retention webinar and start cutting costs without risking compliance. --- ### Page: https://www.eon.io/blog/cloud-outage-guide Title: How to Prepare for the Next Cloud Outage | Eon Meta Description: A hands-on guide to keeping your data accessible—and your business running—through any cloud disruption. Language: en Canonical URL: https://www.eon.io/blog/cloud-outage-guide ## Headings Structure: H1: How to Prepare for the Next Cloud Outage H1: How to Prepare for the Next Cloud Outage H2: Quick Summary H2: Why do traditional backup and DR plans fail during cloud outages? H2: What does real cloud outage preparedness look like? H3: Why mindset matters as much as architecture H2: How can you build cloud outage-ready backups? H3: Step 1: Rethink where your backups live H3: Step 2: Make accessibility the goal H3: Step 3: Extend your recovery surface H3: Step 4: Keep your continuity plan practical H2: How do native cloud tools handle this today—and why is it so costly? H2: How does Eon simplify cloud outage readiness? H2: What to Do Before the Next Cloud Outage: Your Cloud Outage Recovery Plan H2: FAQ: Preparing for Cloud Outages and Data Resilience H3: Do I need multi-cloud to be resilient during outages? H3: How often should I test my cloud backup accessibility? H3: Does Eon replace my existing DR plan? H3: How does Eon handle cross-cloud backup and recovery? H3: Is cross-region backup alone enough to protect against full cloud failures? H2: Liore Shai and David Lee H2: Quick Summary H2: Why do traditional backup and DR plans fail during cloud outages? H2: What does real cloud outage preparedness look like? H3: Why mindset matters as much as architecture H2: How can you build cloud outage-ready backups? H3: Step 1: Rethink where your backups live H3: Step 2: Make accessibility the goal H3: Step 3: Extend your recovery surface H3: Step 4: Keep your continuity plan practical H2: How do native cloud tools handle this today—and why is it so costly? H2: How does Eon simplify cloud outage readiness? H2: What to Do Before the Next Cloud Outage: Your Cloud Outage Recovery Plan H2: FAQ: Preparing for Cloud Outages and Data Resilience H3: Do I need multi-cloud to be resilient during outages? H3: How often should I test my cloud backup accessibility? H3: Does Eon replace my existing DR plan? H3: How does Eon handle cross-cloud backup and recovery? H3: Is cross-region backup alone enough to protect against full cloud failures? H2: Liore Shai and David Lee H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: How to Prepare for the Next Cloud Outage H1: How to Prepare for the Next Cloud Outage H2: Quick Summary H2: Why do traditional backup and DR plans fail during cloud outages? H2: What does real cloud outage preparedness look like? H3: Why mindset matters as much as architecture H2: How can you build cloud outage-ready backups? H3: Step 1: Rethink where your backups live H3: Step 2: Make accessibility the goal H3: Step 3: Extend your recovery surface H3: Step 4: Keep your continuity plan practical H2: How do native cloud tools handle this today—and why is it so costly? H2: How does Eon simplify cloud outage readiness? H2: What to Do Before the Next Cloud Outage: Your Cloud Outage Recovery Plan H2: FAQ: Preparing for Cloud Outages and Data Resilience H3: Do I need multi-cloud to be resilient during outages? H3: How often should I test my cloud backup accessibility? H3: Does Eon replace my existing DR plan? H3: How does Eon handle cross-cloud backup and recovery? H3: Is cross-region backup alone enough to protect against full cloud failures? H2: Liore Shai and David Lee H2: Quick Summary H2: Why do traditional backup and DR plans fail during cloud outages? H2: What does real cloud outage preparedness look like? H3: Why mindset matters as much as architecture H2: How can you build cloud outage-ready backups? H3: Step 1: Rethink where your backups live H3: Step 2: Make accessibility the goal H3: Step 3: Extend your recovery surface H3: Step 4: Keep your continuity plan practical H2: How do native cloud tools handle this today—and why is it so costly? H2: How does Eon simplify cloud outage readiness? H2: What to Do Before the Next Cloud Outage: Your Cloud Outage Recovery Plan H2: FAQ: Preparing for Cloud Outages and Data Resilience H3: Do I need multi-cloud to be resilient during outages? H3: How often should I test my cloud backup accessibility? H3: Does Eon replace my existing DR plan? H3: How does Eon handle cross-cloud backup and recovery? H3: Is cross-region backup alone enough to protect against full cloud failures? H2: Liore Shai and David Lee H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community A hands-on guide to keeping your data accessible—and your business running—through any cloud disruption. A hands-on guide to keeping your data accessible—and your business running—through any cloud disruption. Cloud outages were up by nearly one-fifth in 2024, according to a Parametrix report, and every one of them was a reminder that anything can fail—even the most trusted platforms. Outages disrupt operations, revenue, and customer trust across every industry. Whether you’re running healthcare systems, employee payroll, or SaaS infrastructure, downtime can have real business and human impact. This article shares practical, cost-aware steps cloud teams can take to strengthen their cloud outage preparedness and stay online when the next outage hits. Because most backups live in the same cloud and depend on the same control plane, they go offline when the provider does. Most teams understand outages are inevitable—but the real problem isn’t data loss, it’s data inaccessibility. Even with multi-AZ or cross-region replication, teams often face Insufficient Capacity Errors (ICE) when everyone rushes to restore at once. During major outages, even teams with cross-region DR plans often hesitate to act. Many assume the provider will recover faster than they can rebuild, given the complexity of redeploying full environments—networks, compute, and permissions—just to reach their backups. Others worry the secondary region won’t have enough capacity to handle the surge of recoveries, creating a ripple effect that stalls recovery altogether. So, the real question isn’t “How fast can we recover?”—it’s “Can we access our data when we can’t access the cloud?” True cloud outage preparedness means your data remains accessible, portable, and recoverable, without waiting for your provider to come back online. Being “ready” isn’t just about a DR plan on paper. It’s about being able to: If those actions aren’t possible today, your backups are still dependent—not built for continuity. Technology isn’t the only reason outages hurt. In critical moments, organizations freeze. Engineers know what should happen—spin up the secondary region, validate access—but approval chains, budget freezes, and risk aversion often slow everything down. That’s why outage planning isn’t only about infrastructure. It’s about designing processes that remove hesitation, giving teams safe, automated ways to access data when everything else feels risky. Start by focusing on data accessibility in addition to full environment recovery. Don’t rely solely on local copies in the same region as production. Ensure at least one copy exists in another region—and ideally, it’s written directly to that region rather than duplicated locally first. You shouldn’t need to rebuild infrastructure just to view data. Backups should be searchable, queryable, and immediately usable. Cross-region isn’t enough if both regions belong to the same provider. Add cross-cloud options (AWS ⇆ Azure ⇆ GCP) to stay reachable even during wider disruptions. These practices form the backbone of a strong cloud resilience strategy—one designed for real-world workloads, not ideal scenarios. Resilience doesn’t need to double your infrastructure cost. Traditional cross-region backups require keeping two full copies—one local, one remote—doubling storage and network costs. Eon avoids that by writing directly to the remote region, eliminating redundant local storage. Combined with incremental snapshots and compression, this architecture reduces cross-region spend without sacrificing restore performance. Each major provider (AWS, Azure, Google Cloud) offers native snapshot and replication tools, but they all share the same limitation: backups are stored and managed inside the same control plane that can fail. To maintain true region isolation, you need to replicate snapshots or objects across regions manually—or automate the process with scripts. That means managing multiple policies, storage accounts, IAM roles, and egress costs. It works, but it’s expensive and hard to maintain. Teams pay for duplicate data copies, cross-region transfer fees, and the ongoing management of complex retention policies and IAM roles. Many teams accept the risk—not because they want to, but because true multi-region disaster recovery has been hard to achieve without major cost or complexity. Eon removes those constraints by automating region- and cloud-level redundancy while reducing data transfer and storage duplication. Most tools stop at replication. Eon goes further—turning backups into live, portable data assets that stay accessible across clouds and regions. Here’s how Eon makes outage readiness simple, efficient, and accessible without changing how you already back up data. Together, these capabilities simplify even complex multi-region disaster recovery and give teams control over their data—no matter what happens behind the scenes. Test now, not during the incident. Whether you’re multi-region, multi-cloud, or just getting started, the most important step is testing. Outage resilience isn’t theory—it’s practice. Eon keeps your data continuously accessible across clouds and regions, so you can keep working without waiting for recovery. Your backups stay live, searchable, and ready to restore—no matter what happens in the cloud. Request a demo to see how teams stay online when the unexpected hits. Not necessarily—but you do need independent access to your data. Multi-cloud backups are the strongest safeguard against region-wide or provider-wide outages, but even single-cloud users can improve resilience by backing up to a remote region with an independent control plane. Eon supports both approaches—cross-region and cross-cloud—so your data stays accessible no matter where the outage happens. Test at least once per quarter, and after any major infrastructure change. Most teams test recovery but not accessibility—the ability to search, query, or verify data during an outage. With Eon, you can simulate region failures safely and measure time-to-access without spinning up new infrastructure. No. Eon complements your DR strategy by keeping backups live and usable so you can act faster when DR plans kick in. Instead of rebuilding environments just to reach data, Eon lets you access and restore directly—reducing the scope, cost, and time of traditional failover processes. Eon stores all backups in an open, Parquet-based format with metadata catalogs via Delta Lake and Iceberg. That means backups from AWS, Azure, and GCP can be searched, analyzed, or restored interchangeably—without vendor lock-in or data conversion steps. It’s a good start, but not always enough. If both your primary and backup regions belong to the same cloud, a control plane or authentication failure can still block access. That’s why Eon also enables cross-cloud replication and querying, ensuring data availability even if a provider-wide issue occurs. Cloud outages were up by nearly one-fifth in 2024, according to a Parametrix report, and every one of them was a reminder that anything can fail—even the most trusted platforms. Outages disrupt operations, revenue, and customer trust across every industry. Whether you’re running healthcare systems, employee payroll, or SaaS infrastructure, downtime can have real business and human impact. This article shares practical, cost-aware steps cloud teams can take to strengthen their cloud outage preparedness and stay online when the next outage hits. Because most backups live in the same cloud and depend on the same control plane, they go offline when the provider does. Most teams understand outages are inevitable—but the real problem isn’t data loss, it’s data inaccessibility. Even with multi-AZ or cross-region replication, teams often face Insufficient Capacity Errors (ICE) when everyone rushes to restore at once. During major outages, even teams with cross-region DR plans often hesitate to act. Many assume the provider will recover faster than they can rebuild, given the complexity of redeploying full environments—networks, compute, and permissions—just to reach their backups. Others worry the secondary region won’t have enough capacity to handle the surge of recoveries, creating a ripple effect that stalls recovery altogether. So, the real question isn’t “How fast can we recover?”—it’s “Can we access our data when we can’t access the cloud?” True cloud outage preparedness means your data remains accessible, portable, and recoverable, without waiting for your provider to come back online. Being “ready” isn’t just about a DR plan on paper. It’s about being able to: If those actions aren’t possible today, your backups are still dependent—not built for continuity. Technology isn’t the only reason outages hurt. In critical moments, organizations freeze. Engineers know what should happen—spin up the secondary region, validate access—but approval chains, budget freezes, and risk aversion often slow everything down. That’s why outage planning isn’t only about infrastructure. It’s about designing processes that remove hesitation, giving teams safe, automated ways to access data when everything else feels risky. Start by focusing on data accessibility in addition to full environment recovery. Don’t rely solely on local copies in the same region as production. Ensure at least one copy exists in another region—and ideally, it’s written directly to that region rather than duplicated locally first. You shouldn’t need to rebuild infrastructure just to view data. Backups should be searchable, queryable, and immediately usable. Cross-region isn’t enough if both regions belong to the same provider. Add cross-cloud options (AWS ⇆ Azure ⇆ GCP) to stay reachable even during wider disruptions. These practices form the backbone of a strong cloud resilience strategy—one designed for real-world workloads, not ideal scenarios. Resilience doesn’t need to double your infrastructure cost. Traditional cross-region backups require keeping two full copies—one local, one remote—doubling storage and network costs. Eon avoids that by writing directly to the remote region, eliminating redundant local storage. Combined with incremental snapshots and compression, this architecture reduces cross-region spend without sacrificing restore performance. Each major provider (AWS, Azure, Google Cloud) offers native snapshot and replication tools, but they all share the same limitation: backups are stored and managed inside the same control plane that can fail. To maintain true region isolation, you need to replicate snapshots or objects across regions manually—or automate the process with scripts. That means managing multiple policies, storage accounts, IAM roles, and egress costs. It works, but it’s expensive and hard to maintain. Teams pay for duplicate data copies, cross-region transfer fees, and the ongoing management of complex retention policies and IAM roles. Many teams accept the risk—not because they want to, but because true multi-region disaster recovery has been hard to achieve without major cost or complexity. Eon removes those constraints by automating region- and cloud-level redundancy while reducing data transfer and storage duplication. Most tools stop at replication. Eon goes further—turning backups into live, portable data assets that stay accessible across clouds and regions. Here’s how Eon makes outage readiness simple, efficient, and accessible without changing how you already back up data. Together, these capabilities simplify even complex multi-region disaster recovery and give teams control over their data—no matter what happens behind the scenes. Test now, not during the incident. Whether you’re multi-region, multi-cloud, or just getting started, the most important step is testing. Outage resilience isn’t theory—it’s practice. Eon keeps your data continuously accessible across clouds and regions, so you can keep working without waiting for recovery. Your backups stay live, searchable, and ready to restore—no matter what happens in the cloud. Request a demo to see how teams stay online when the unexpected hits. Not necessarily—but you do need independent access to your data. Multi-cloud backups are the strongest safeguard against region-wide or provider-wide outages, but even single-cloud users can improve resilience by backing up to a remote region with an independent control plane. Eon supports both approaches—cross-region and cross-cloud—so your data stays accessible no matter where the outage happens. Test at least once per quarter, and after any major infrastructure change. Most teams test recovery but not accessibility—the ability to search, query, or verify data during an outage. With Eon, you can simulate region failures safely and measure time-to-access without spinning up new infrastructure. No. Eon complements your DR strategy by keeping backups live and usable so you can act faster when DR plans kick in. Instead of rebuilding environments just to reach data, Eon lets you access and restore directly—reducing the scope, cost, and time of traditional failover processes. Eon stores all backups in an open, Parquet-based format with metadata catalogs via Delta Lake and Iceberg. That means backups from AWS, Azure, and GCP can be searched, analyzed, or restored interchangeably—without vendor lock-in or data conversion steps. It’s a good start, but not always enough. If both your primary and backup regions belong to the same cloud, a control plane or authentication failure can still block access. That’s why Eon also enables cross-cloud replication and querying, ensuring data availability even if a provider-wide issue occurs. --- ### Page: https://www.eon.io/blog/cloud-ransomware-guide Title: Eon’s Complete Guide to Protecting Your Cloud Environments from Ransomware | Eon Meta Description: Make sure your cloud backups aren’t the weak link in your ransomware defense. Language: en Canonical URL: https://www.eon.io/blog/cloud-ransomware-guide ## Headings Structure: H1: Eon’s Complete Guide to Protecting Your Cloud Environments from Ransomware H1: Eon’s Complete Guide to Protecting Your Cloud Environments from Ransomware H2: Quick Summary H2: What is cloud ransomware? H2: How does ransomware work in the cloud, and why is it so attractive to bad actors? H2: Why do ransomware attacks work in the cloud? H2: Are your company’s cloud backups protected from ransomware? H3: Eon provides cloud ransomware protection built on the NIST framework H2: Liore Shai H2: Quick Summary H2: What is cloud ransomware? H2: How does ransomware work in the cloud, and why is it so attractive to bad actors? H2: Why do ransomware attacks work in the cloud? H2: Are your company’s cloud backups protected from ransomware? H3: Eon provides cloud ransomware protection built on the NIST framework H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon’s Complete Guide to Protecting Your Cloud Environments from Ransomware H1: Eon’s Complete Guide to Protecting Your Cloud Environments from Ransomware H2: Quick Summary H2: What is cloud ransomware? H2: How does ransomware work in the cloud, and why is it so attractive to bad actors? H2: Why do ransomware attacks work in the cloud? H2: Are your company’s cloud backups protected from ransomware? H3: Eon provides cloud ransomware protection built on the NIST framework H2: Liore Shai H2: Quick Summary H2: What is cloud ransomware? H2: How does ransomware work in the cloud, and why is it so attractive to bad actors? H2: Why do ransomware attacks work in the cloud? H2: Are your company’s cloud backups protected from ransomware? H3: Eon provides cloud ransomware protection built on the NIST framework H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Make sure your cloud backups aren’t the weak link in your ransomware defense. Make sure your cloud backups aren’t the weak link in your ransomware defense. You know the old saying: "More data, more problems." Well, that's never been truer than in today's cloud-first world. As businesses keep piling data into the cloud, ransomware attackers are rubbing their hands together like villains in a bad movie—because there's serious money to be made. Every year, millions of companies fall victim to ransomware, and each attack costs an average of $4.45 million. Yikes. And this isn’t just a desktop or server problem anymore—it’s a cloud problem. Attackers are now going after cloud workloads, databases, and SaaS apps, locking down critical data and demanding massive payouts. The numbers are staggering: Ransomware accounted for 70% of reported cyberattacks in 2023, with over 317 million attempts worldwide. Even when organizations attempt to recover, they face major setbacks. Cloud ransomware is a type of cyberattack that targets data stored in cloud environments, encrypting it and demanding a ransom for its release. Unlike traditional ransomware, which typically affects on-premises servers and endpoints, cloud ransomware exploits the unique characteristics of cloud infrastructure, such as: And the biggest challenge? Even if you have backups, restoring from them isn’t always straightforward. Ransomware can stop backups altogether or corrupt snapshots, encrypt backups, and force organizations to revert to outdated recovery points—losing days or weeks of legitimate transactions. Eon is helping enterprises address the threat of cloud ransomware head-on. By providing a comprehensive ransomware protection solution, Eon is helping some of the largest enterprises protect their cloud environments from ransomware and ensure they have their most critical data backed up and ready to restore should the need arise for a quick recovery. Cloud computing usage will continue growing in the coming years, with an annual growth rate of 16.4% expected until 2029. As attackers continue increasing their level of sophistication in cloud ransomware attacks, their pool of potential victims keeps growing. The rapid pace of cloud adoption among enterprises positions ransomware attackers to take advantage of organizations that have not yet achieved a mature data protection strategy in their cloud environments. Many enterprises are rapidly growing their cloud environments without fully understanding the Shared Responsibility Model that cloud hyperscalers follow. Enterprises run production workloads with data redundancy and durability, even architecting for the possibility of complex disaster recovery scenarios, without a strategy to mitigate data exfiltration or ransomware. Cloud Misconfigurations: Leaving storage buckets, databases, or virtual machines publicly exposed creates easy entry points for attackers. Compromised Access Credentials: Phishing, credential stuffing, and other attacks exploit weak or stolen credentials, leading to Account Takeover (ATO) and unauthorized access to cloud environments. Increased blast radius/attack surface: Many different applications and business units can share access to data when cloud environments are not properly configured according to best practices, exposing business-critical data to ransomware attacks. As if these potential threats weren’t enough, backups are another critical area often overlooked when evaluating the possible danger of cloud ransomware. Without a logically air-gapped (LAG) vault in which cloud backups are stored, organizations risk losing the last line of defense in the event of a ransomware attack. Here are a few ways Eon’s ransomware solution helps prevent ransomware in the first place and can help you detect and recover from it if it does happen. Identify: Eon provides a first-in-class Cloud Backup Posture Management platform that helps organizations ensure that critical data is backed up according to cyber-security, compliance, and legal requirements – no matter how vast the cloud estate is. Whether an enterprise has one cloud account with a few cloud workloads or 500 accounts containing hundreds of thousands of individual applications and data stores, Eon enables cybersecurity teams to establish standards for cloud backup posture and notifies them if those standards are being met anywhere in their organization. Protect: By providing a true Logically Air-Gapped (LAG) Vault for cloud backups out of the box, Eon allows customers to isolate backups from source data - ensuring that in the event of a ransomware attack, backups will remain available to restore to achieve business continuity. Since Eon’s backups are immutable, they can’t be deleted or changed in the event of a ransomware attack. Detect: Eon makes cloud backups usable by storing them in the Eon Storage Tier – this means where most vendors use cloud snapshots that are opaque as to what’s going on inside, Eon can detect ransomware and report on suspicious changes in files and directories based on entropy and other attack signatures like file extension changes. Respond: By providing a single pane of glass view of the cloud landscape and the ability to delegate access to different features of Eon to teams with custom RBAC (role-based access control) permissions, Eon allows teams to efficiently collaborate on forming a ransomware response plan and analysis. Leveraging Eon’s inventory, file explorer, and search capabilities combined with ransomware findings, operators can discover the extent of a ransomware attack and intelligently plot a recovery plan. Recover: In the immediate aftermath of a ransomware attack, time is of the essence. Eon’s Storage Tier allows customers to recover critical data in minutes via targeted granular restores of files and databases. For example, by leveraging Eon’s file explorer on a ransomware-compromised 16TB EBS volume, Eon allows an operator seeking to recover critical data to navigate directly to the compromised data within the volume and select the most recent backup prior to the attack. This data can then be restored individually to a secure environment in minutes. Without this targeted threat-hunting and restore functionality, the same flow could take at least several hours. Don’t wait for an attack—secure your cloud data with Eon’s early detection, intelligent backup policies, and fast recovery capabilities. Learn more about Eon's Ransomware Protection Package Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. You know the old saying: "More data, more problems." Well, that's never been truer than in today's cloud-first world. As businesses keep piling data into the cloud, ransomware attackers are rubbing their hands together like villains in a bad movie—because there's serious money to be made. Every year, millions of companies fall victim to ransomware, and each attack costs an average of $4.45 million. Yikes. And this isn’t just a desktop or server problem anymore—it’s a cloud problem. Attackers are now going after cloud workloads, databases, and SaaS apps, locking down critical data and demanding massive payouts. The numbers are staggering: Ransomware accounted for 70% of reported cyberattacks in 2023, with over 317 million attempts worldwide. Even when organizations attempt to recover, they face major setbacks. Cloud ransomware is a type of cyberattack that targets data stored in cloud environments, encrypting it and demanding a ransom for its release. Unlike traditional ransomware, which typically affects on-premises servers and endpoints, cloud ransomware exploits the unique characteristics of cloud infrastructure, such as: And the biggest challenge? Even if you have backups, restoring from them isn’t always straightforward. Ransomware can stop backups altogether or corrupt snapshots, encrypt backups, and force organizations to revert to outdated recovery points—losing days or weeks of legitimate transactions. Eon is helping enterprises address the threat of cloud ransomware head-on. By providing a comprehensive ransomware protection solution, Eon is helping some of the largest enterprises protect their cloud environments from ransomware and ensure they have their most critical data backed up and ready to restore should the need arise for a quick recovery. Cloud computing usage will continue growing in the coming years, with an annual growth rate of 16.4% expected until 2029. As attackers continue increasing their level of sophistication in cloud ransomware attacks, their pool of potential victims keeps growing. The rapid pace of cloud adoption among enterprises positions ransomware attackers to take advantage of organizations that have not yet achieved a mature data protection strategy in their cloud environments. Many enterprises are rapidly growing their cloud environments without fully understanding the Shared Responsibility Model that cloud hyperscalers follow. Enterprises run production workloads with data redundancy and durability, even architecting for the possibility of complex disaster recovery scenarios, without a strategy to mitigate data exfiltration or ransomware. Cloud Misconfigurations: Leaving storage buckets, databases, or virtual machines publicly exposed creates easy entry points for attackers. Compromised Access Credentials: Phishing, credential stuffing, and other attacks exploit weak or stolen credentials, leading to Account Takeover (ATO) and unauthorized access to cloud environments. Increased blast radius/attack surface: Many different applications and business units can share access to data when cloud environments are not properly configured according to best practices, exposing business-critical data to ransomware attacks. As if these potential threats weren’t enough, backups are another critical area often overlooked when evaluating the possible danger of cloud ransomware. Without a logically air-gapped (LAG) vault in which cloud backups are stored, organizations risk losing the last line of defense in the event of a ransomware attack. Here are a few ways Eon’s ransomware solution helps prevent ransomware in the first place and can help you detect and recover from it if it does happen. Identify: Eon provides a first-in-class Cloud Backup Posture Management platform that helps organizations ensure that critical data is backed up according to cyber-security, compliance, and legal requirements – no matter how vast the cloud estate is. Whether an enterprise has one cloud account with a few cloud workloads or 500 accounts containing hundreds of thousands of individual applications and data stores, Eon enables cybersecurity teams to establish standards for cloud backup posture and notifies them if those standards are being met anywhere in their organization. Protect: By providing a true Logically Air-Gapped (LAG) Vault for cloud backups out of the box, Eon allows customers to isolate backups from source data - ensuring that in the event of a ransomware attack, backups will remain available to restore to achieve business continuity. Since Eon’s backups are immutable, they can’t be deleted or changed in the event of a ransomware attack. Detect: Eon makes cloud backups usable by storing them in the Eon Storage Tier – this means where most vendors use cloud snapshots that are opaque as to what’s going on inside, Eon can detect ransomware and report on suspicious changes in files and directories based on entropy and other attack signatures like file extension changes. Respond: By providing a single pane of glass view of the cloud landscape and the ability to delegate access to different features of Eon to teams with custom RBAC (role-based access control) permissions, Eon allows teams to efficiently collaborate on forming a ransomware response plan and analysis. Leveraging Eon’s inventory, file explorer, and search capabilities combined with ransomware findings, operators can discover the extent of a ransomware attack and intelligently plot a recovery plan. Recover: In the immediate aftermath of a ransomware attack, time is of the essence. Eon’s Storage Tier allows customers to recover critical data in minutes via targeted granular restores of files and databases. For example, by leveraging Eon’s file explorer on a ransomware-compromised 16TB EBS volume, Eon allows an operator seeking to recover critical data to navigate directly to the compromised data within the volume and select the most recent backup prior to the attack. This data can then be restored individually to a secure environment in minutes. Without this targeted threat-hunting and restore functionality, the same flow could take at least several hours. Don’t wait for an attack—secure your cloud data with Eon’s early detection, intelligent backup policies, and fast recovery capabilities. Learn more about Eon's Ransomware Protection Package Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. --- ### Page: https://www.eon.io/blog/cut-aws-s3-costs Title: How to Cut Your AWS S3 Costs: Smart Lifecycle Policies and Versioning | Eon Meta Description: Cloud teams love the flexibility of AWS S3, but managing costs and complexity over time? That’s where things get interesting. Language: en Canonical URL: https://www.eon.io/blog/cut-aws-s3-costs ## Headings Structure: H1: How to Cut Your AWS S3 Costs: Smart Lifecycle Policies and Versioning H1: How to Cut Your AWS S3 Costs: Smart Lifecycle Policies and Versioning H2: Quick Summary H2: What Are Lifecycle Policies? H2: S3 Versioning: Benefits and Considerations H3: Versioning: Helpful, but Not a Backup Strategy H3: Why It Matters H2: Lifecycle Policies and Versioning: A Solid Start—But Not the Whole Story H2: Best Practices (and Common Pitfalls) for S3 Lifecycle Policies H3: Why Manual Policy Management Doesn’t Scale H2: How to Level Up S3 Cost-Cutting with Eon H2: Conclusion H2: FAQs: S3 Lifecycle Policies & Versioning H3: What is an Amazon S3 lifecycle policy, and how does it work? H3: What are the pros and cons of S3 versioning? H3: How can I monitor S3 bucket usage and optimize storage costs? H3: Can S3 lifecycle policies save money on AWS storage? H3: What’s the difference between S3 lifecycle policies and backup policies? H3: How does Eon improve S3 lifecycle management and versioning? H3: Can S3 versioning protect against ransomware attacks? H2: Jones Uzan H2: Quick Summary H2: What Are Lifecycle Policies? H2: S3 Versioning: Benefits and Considerations H3: Versioning: Helpful, but Not a Backup Strategy H3: Why It Matters H2: Lifecycle Policies and Versioning: A Solid Start—But Not the Whole Story H2: Best Practices (and Common Pitfalls) for S3 Lifecycle Policies H3: Why Manual Policy Management Doesn’t Scale H2: How to Level Up S3 Cost-Cutting with Eon H2: Conclusion H2: FAQs: S3 Lifecycle Policies & Versioning H3: What is an Amazon S3 lifecycle policy, and how does it work? H3: What are the pros and cons of S3 versioning? H3: How can I monitor S3 bucket usage and optimize storage costs? H3: Can S3 lifecycle policies save money on AWS storage? H3: What’s the difference between S3 lifecycle policies and backup policies? H3: How does Eon improve S3 lifecycle management and versioning? H3: Can S3 versioning protect against ransomware attacks? H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: How to Cut Your AWS S3 Costs: Smart Lifecycle Policies and Versioning H1: How to Cut Your AWS S3 Costs: Smart Lifecycle Policies and Versioning H2: Quick Summary H2: What Are Lifecycle Policies? H2: S3 Versioning: Benefits and Considerations H3: Versioning: Helpful, but Not a Backup Strategy H4: Why Versioning Falls Short for Backup & Archival H3: Why It Matters H2: Lifecycle Policies and Versioning: A Solid Start—But Not the Whole Story H2: Best Practices (and Common Pitfalls) for S3 Lifecycle Policies H3: Why Manual Policy Management Doesn’t Scale H2: How to Level Up S3 Cost-Cutting with Eon H2: Conclusion H2: FAQs: S3 Lifecycle Policies & Versioning H3: What is an Amazon S3 lifecycle policy, and how does it work? H3: What are the pros and cons of S3 versioning? H3: How can I monitor S3 bucket usage and optimize storage costs? H3: Can S3 lifecycle policies save money on AWS storage? H3: What’s the difference between S3 lifecycle policies and backup policies? H3: How does Eon improve S3 lifecycle management and versioning? H3: Can S3 versioning protect against ransomware attacks? H2: Jones Uzan H2: Quick Summary H2: What Are Lifecycle Policies? H2: S3 Versioning: Benefits and Considerations H3: Versioning: Helpful, but Not a Backup Strategy H4: Why Versioning Falls Short for Backup & Archival H3: Why It Matters H2: Lifecycle Policies and Versioning: A Solid Start—But Not the Whole Story H2: Best Practices (and Common Pitfalls) for S3 Lifecycle Policies H3: Why Manual Policy Management Doesn’t Scale H2: How to Level Up S3 Cost-Cutting with Eon H2: Conclusion H2: FAQs: S3 Lifecycle Policies & Versioning H3: What is an Amazon S3 lifecycle policy, and how does it work? H3: What are the pros and cons of S3 versioning? H3: How can I monitor S3 bucket usage and optimize storage costs? H3: Can S3 lifecycle policies save money on AWS storage? H3: What’s the difference between S3 lifecycle policies and backup policies? H3: How does Eon improve S3 lifecycle management and versioning? H3: Can S3 versioning protect against ransomware attacks? H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Cloud teams love the flexibility of AWS S3, but managing costs and complexity over time? That’s where things get interesting. Cloud teams love the flexibility of AWS S3, but managing costs and complexity over time? That’s where things get interesting. Managing your S3 storage shouldn’t feel like bracing for another surprise bill. Without smart policy enforcement, even small oversights—like a missed cleanup rule—can spiral into compliance risks and thousands in hidden costs. This article covers how smart lifecycle policies and versioning can help you tame your cloud storage costs without overcomplicating operations. Discover practical strategies to automate data transitions, trim unnecessary expenses, and simplify your day-to-day cloud management. And for even more on this topic, join our upcoming live session on How to Cut Cloud Data Retention Costs. Before we dive into the mechanics, let’s ground ourselves in why lifecycle policies exist in the first place: They help you optimize cloud storage costs and manage data retention automatically so you only keep what you need, for as long as you need it, at the lowest possible cost. As data volumes grow and retention timelines stretch, relying on manual cleanup or broad, generic rules isn’t just inefficient—it’s expensive and risky. Think of lifecycle policies as your cloud storage janitor—quietly sweeping old files into cheaper storage tiers, cleaning out what’s irrelevant, and ensuring your buckets aren’t bloated with redundant data. At a high level, lifecycle policies consist of: Typical use cases include: S3 versioning was built to provide a safety net against accidental overwrites and deletions, offering an immediate rollback to any prior state and peace of mind when people or processes go awry. By storing every variant of an object within the same bucket, you can recover from simple mistakes in seconds. However, it was never intended as a backup or archival system, and relying on it for long-term retention can create hidden inefficiencies and leave dangerous gaps in your data protection strategy. If your recovery strategy is just to enable versioning, you’re betting on a feature never designed for durability, isolation, or compliance. Related Article: How to Protect Your S3 Backups: Advice from an AWS Storage Expert Each version is a full copy of the object, even if only a single byte changes. A single object with frequent updates can easily rack up dozens of full-size versions in a week. Without cleanup rules, these accumulate silently—and you pay for every byte. This drives up storage costs without delivering the air-gapped isolation or policy-driven reporting you need from a true backup solution. Versioning provides no way to verify recoverability, no audit trail for compliance, and no isolation in the event of compromise. It’s a convenience feature—not a protection mechanism. (AWS documentation is a great resource for understanding the basics of versioning.) So, before you start versioning everything in sight, make sure you’re not solving for the wrong problem. Versioning is designed to protect against accidental deletions and overwrites, and that’s where its value ends. It’s a simple mechanism that keeps previous versions of objects in the same S3 bucket, giving you a safety net for day-to-day slip-ups. And yet, we still see teams assume that turning on versioning checks the “backup” box. But here’s the problem: treating versioning like a backup or archival solution exposes critical data. It’s not, and relying on it can expose vital data. If you enabled versioning for object protection, great. But if you think that means you’ve got a backup or archive in place, you don’t. Versioning is a data hygiene tool, not a data protection strategy. Versioning was never intended for disaster recovery, ransomware protection, or long-term data preservation. It’s a workaround, not a solution. For proper backup and recovery, you need tools purpose-built to: Whether it's ransomware, retention missteps, or a failed compliance audit, versioning won’t save you. Suggested Article: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware That’s where a platform like Eon comes in to give you real, resilient cloud backup that’s separate, secure, and scalable. Pairing lifecycle policies with versioning can go a long way toward building a smarter, more cost-efficient S3 strategy. You get the foundational tools to protect your data while controlling unnecessary storage growth. But while these AWS-native features offer powerful capabilities, they still require careful setup, ongoing monitoring, and regular tuning. Some of the key tasks you can automate with the right rules in place include: These AWS-native tools offer essential functionality but leave critical gaps in consistency, coverage, and compliance. That’s where platforms like Eon fill in the missing pieces. S3 lifecycle policies can be your best friend—or your biggest blind spot. Get them right, and you can cut costs dramatically. Get them wrong, and you risk silent storage bloat, missed compliance goals, and spiraling complexity. We’ve reviewed dozens of S3 environments, and these mistakes show up again and again, often hiding behind rising costs or patchy retention. These aren’t just minor oversights. They’re the root causes of six-figure storage bills, compliance gaps, and misaligned cloud strategies. Even with tagging and regular audits, managing lifecycle policies across large environments is brittle and error-prone. Rules go stale. Tags drift. Teams forget to apply the right policies to new resources. Eon transforms backup from a reactive cleanup chore into a proactive, posture-driven system. We don’t just automate storage rules—we enforce intelligent backup posture across your entire cloud footprint. We automatically: With Eon, backup isn’t just cheaper—it’s smarter, auditable, and always aligned with your business and regulatory needs. You get precise, cost-aware storage management without ever writing a policy file or wondering if stale rules are costing you money. Smart lifecycle policies and versioning can help you reduce your S3 spend, but they only go so far on their own. Eon takes your cost-cutting efforts to the next level by completely transforming how backup data is stored, managed, and used. Instead of simply optimizing existing S3 configurations, Eon reimagines your entire backup strategy to deliver: Bonus: Give our article on Cloud Backup Posture Management a read for a deeper dive into how Eon manages cloud backups. By leveraging Eon’s streamlined approach, you reduce manual oversight and ensure your storage strategy evolves with your needs. It’s not just about saving money—it’s about freeing up your time to focus on what really matters in your development workflow. S3 lifecycle policies and versioning are powerful—but they weren’t built for resilience, compliance, or recovery at scale. That’s why teams who think they’re protected often aren’t. Analyzing usage patterns and cost drivers can be complex, so combining well-configured lifecycle policies with disciplined version management is essential to control your cloud spend without compromising data security. You now have a toolkit of strategies—from automating transitions to setting up regular reviews—that can help you optimize your AWS storage. Remember, the key is continuous monitoring and refinement. Platforms like Eon offer valuable automation and insights to simplify your cloud ops. Ready to experience automated solutions for your S3 storage management? Sign up for a demo of Eon today. Here are a few quick FAQs covering some common questions about S3 lifecycle policies and versioning. A lifecycle policy in Amazon S3 is a set of rules that automatically transition objects between storage classes or delete them after a defined time. It helps reduce costs by managing object lifecycles based on age, access patterns, or versioning status. S3 versioning protects against accidental deletions and overwrites by keeping prior versions of objects. But it also increases storage usage, especially if old versions aren’t transitioned or expired. Without cleanup rules, version sprawl can quickly inflate your AWS bill. Use Amazon S3 Storage Lens to visualize storage trends across buckets and prefixes. Combine it with lifecycle policies and regular reviews to identify inefficiencies and reduce unnecessary spend. Absolutely. Lifecycle rules can move data to lower-cost storage or expire unneeded objects, cutting monthly spend significantly. However, the key is consistent, up-to-date policy enforcement. Eon automates this to eliminate guesswork. S3 lifecycle policies manage object transitions and deletion based on age or access. Backup policies ensure data is protected, recoverable, and retained for compliance. Lifecycle is about storage optimization—backup is about posture and resilience. AWS provides powerful primitives but requires hands-on tagging, rule tuning, and per-bucket oversight. Eon automates backup policy enforcement, eliminates manual tagging, and provides centralized visibility across all buckets, accounts, and teams. Not reliably. Since all versions live in the same bucket without isolation, ransomware or malicious deletions can wipe out your data. True ransomware protection requires air-gapped, immutable backup snapshots. Eon delivers that by default. Managing your S3 storage shouldn’t feel like bracing for another surprise bill. Without smart policy enforcement, even small oversights—like a missed cleanup rule—can spiral into compliance risks and thousands in hidden costs. This article covers how smart lifecycle policies and versioning can help you tame your cloud storage costs without overcomplicating operations. Discover practical strategies to automate data transitions, trim unnecessary expenses, and simplify your day-to-day cloud management. And for even more on this topic, join our upcoming live session on How to Cut Cloud Data Retention Costs. Before we dive into the mechanics, let’s ground ourselves in why lifecycle policies exist in the first place: They help you optimize cloud storage costs and manage data retention automatically so you only keep what you need, for as long as you need it, at the lowest possible cost. As data volumes grow and retention timelines stretch, relying on manual cleanup or broad, generic rules isn’t just inefficient—it’s expensive and risky. Think of lifecycle policies as your cloud storage janitor—quietly sweeping old files into cheaper storage tiers, cleaning out what’s irrelevant, and ensuring your buckets aren’t bloated with redundant data. At a high level, lifecycle policies consist of: Typical use cases include: S3 versioning was built to provide a safety net against accidental overwrites and deletions, offering an immediate rollback to any prior state and peace of mind when people or processes go awry. By storing every variant of an object within the same bucket, you can recover from simple mistakes in seconds. However, it was never intended as a backup or archival system, and relying on it for long-term retention can create hidden inefficiencies and leave dangerous gaps in your data protection strategy. If your recovery strategy is just to enable versioning, you’re betting on a feature never designed for durability, isolation, or compliance. Related Article: How to Protect Your S3 Backups: Advice from an AWS Storage Expert Each version is a full copy of the object, even if only a single byte changes. A single object with frequent updates can easily rack up dozens of full-size versions in a week. Without cleanup rules, these accumulate silently—and you pay for every byte. This drives up storage costs without delivering the air-gapped isolation or policy-driven reporting you need from a true backup solution. Versioning provides no way to verify recoverability, no audit trail for compliance, and no isolation in the event of compromise. It’s a convenience feature—not a protection mechanism. (AWS documentation is a great resource for understanding the basics of versioning.) So, before you start versioning everything in sight, make sure you’re not solving for the wrong problem. Versioning is designed to protect against accidental deletions and overwrites, and that’s where its value ends. It’s a simple mechanism that keeps previous versions of objects in the same S3 bucket, giving you a safety net for day-to-day slip-ups. And yet, we still see teams assume that turning on versioning checks the “backup” box. But here’s the problem: treating versioning like a backup or archival solution exposes critical data. It’s not, and relying on it can expose vital data. If you enabled versioning for object protection, great. But if you think that means you’ve got a backup or archive in place, you don’t. Versioning is a data hygiene tool, not a data protection strategy. Versioning was never intended for disaster recovery, ransomware protection, or long-term data preservation. It’s a workaround, not a solution. For proper backup and recovery, you need tools purpose-built to: Whether it's ransomware, retention missteps, or a failed compliance audit, versioning won’t save you. Suggested Article: Mansi Vaghela (AWS): Cloud Backup Security Concerns in a New Age of Ransomware That’s where a platform like Eon comes in to give you real, resilient cloud backup that’s separate, secure, and scalable. Pairing lifecycle policies with versioning can go a long way toward building a smarter, more cost-efficient S3 strategy. You get the foundational tools to protect your data while controlling unnecessary storage growth. But while these AWS-native features offer powerful capabilities, they still require careful setup, ongoing monitoring, and regular tuning. Some of the key tasks you can automate with the right rules in place include: These AWS-native tools offer essential functionality but leave critical gaps in consistency, coverage, and compliance. That’s where platforms like Eon fill in the missing pieces. S3 lifecycle policies can be your best friend—or your biggest blind spot. Get them right, and you can cut costs dramatically. Get them wrong, and you risk silent storage bloat, missed compliance goals, and spiraling complexity. We’ve reviewed dozens of S3 environments, and these mistakes show up again and again, often hiding behind rising costs or patchy retention. These aren’t just minor oversights. They’re the root causes of six-figure storage bills, compliance gaps, and misaligned cloud strategies. Even with tagging and regular audits, managing lifecycle policies across large environments is brittle and error-prone. Rules go stale. Tags drift. Teams forget to apply the right policies to new resources. Eon transforms backup from a reactive cleanup chore into a proactive, posture-driven system. We don’t just automate storage rules—we enforce intelligent backup posture across your entire cloud footprint. We automatically: With Eon, backup isn’t just cheaper—it’s smarter, auditable, and always aligned with your business and regulatory needs. You get precise, cost-aware storage management without ever writing a policy file or wondering if stale rules are costing you money. Smart lifecycle policies and versioning can help you reduce your S3 spend, but they only go so far on their own. Eon takes your cost-cutting efforts to the next level by completely transforming how backup data is stored, managed, and used. Instead of simply optimizing existing S3 configurations, Eon reimagines your entire backup strategy to deliver: Bonus: Give our article on Cloud Backup Posture Management a read for a deeper dive into how Eon manages cloud backups. By leveraging Eon’s streamlined approach, you reduce manual oversight and ensure your storage strategy evolves with your needs. It’s not just about saving money—it’s about freeing up your time to focus on what really matters in your development workflow. S3 lifecycle policies and versioning are powerful—but they weren’t built for resilience, compliance, or recovery at scale. That’s why teams who think they’re protected often aren’t. Analyzing usage patterns and cost drivers can be complex, so combining well-configured lifecycle policies with disciplined version management is essential to control your cloud spend without compromising data security. You now have a toolkit of strategies—from automating transitions to setting up regular reviews—that can help you optimize your AWS storage. Remember, the key is continuous monitoring and refinement. Platforms like Eon offer valuable automation and insights to simplify your cloud ops. Ready to experience automated solutions for your S3 storage management? Sign up for a demo of Eon today. Here are a few quick FAQs covering some common questions about S3 lifecycle policies and versioning. A lifecycle policy in Amazon S3 is a set of rules that automatically transition objects between storage classes or delete them after a defined time. It helps reduce costs by managing object lifecycles based on age, access patterns, or versioning status. S3 versioning protects against accidental deletions and overwrites by keeping prior versions of objects. But it also increases storage usage, especially if old versions aren’t transitioned or expired. Without cleanup rules, version sprawl can quickly inflate your AWS bill. Use Amazon S3 Storage Lens to visualize storage trends across buckets and prefixes. Combine it with lifecycle policies and regular reviews to identify inefficiencies and reduce unnecessary spend. Absolutely. Lifecycle rules can move data to lower-cost storage or expire unneeded objects, cutting monthly spend significantly. However, the key is consistent, up-to-date policy enforcement. Eon automates this to eliminate guesswork. S3 lifecycle policies manage object transitions and deletion based on age or access. Backup policies ensure data is protected, recoverable, and retained for compliance. Lifecycle is about storage optimization—backup is about posture and resilience. AWS provides powerful primitives but requires hands-on tagging, rule tuning, and per-bucket oversight. Eon automates backup policy enforcement, eliminates manual tagging, and provides centralized visibility across all buckets, accounts, and teams. Not reliably. Since all versions live in the same bucket without isolation, ransomware or malicious deletions can wipe out your data. True ransomware protection requires air-gapped, immutable backup snapshots. Eon delivers that by default. --- ### Page: https://www.eon.io/blog/cut-cloud-backup-retention-costs Title: How to Cut Cloud Backup Retention Costs Without Risking Data | Eon Meta Description: Learn how to slash AWS backup costs without leaving critical data unprotected. Language: en Canonical URL: https://www.eon.io/blog/cut-cloud-backup-retention-costs ## Headings Structure: H1: How to Cut Cloud Backup Retention Costs Without Risking Data H1: How to Cut Cloud Backup Retention Costs Without Risking Data H2: Quick Summary H2: What problems do teams run into with backup retention? H2: What does posture-aware automation mean (vs. tagging)? H2: How can you cut retention costs in AWS? H3: 1) Classify before you retain H3: 2) Right-size retention windows H3: 3) Automate enforcement H3: 4) Use AWS-native tools—but tie them to outcomes H2: What does a simple retention matrix look like? H2: Where does Eon fit? H3: Try the Eon Backup Posture Assessment H2: Common questions about retention costs H3: Q: We already use lifecycle policies. Anything left to optimize? H3: Q: Can we group accounts under different rules? H3: Q: Is replication the same as backup? H2: Liore Shai H2: Quick Summary H2: What problems do teams run into with backup retention? H2: What does posture-aware automation mean (vs. tagging)? H2: How can you cut retention costs in AWS? H3: 1) Classify before you retain H3: 2) Right-size retention windows H3: 3) Automate enforcement H3: 4) Use AWS-native tools—but tie them to outcomes H2: What does a simple retention matrix look like? H2: Where does Eon fit? H3: Try the Eon Backup Posture Assessment H2: Common questions about retention costs H3: Q: We already use lifecycle policies. Anything left to optimize? H3: Q: Can we group accounts under different rules? H3: Q: Is replication the same as backup? H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: How to Cut Cloud Backup Retention Costs Without Risking Data H1: How to Cut Cloud Backup Retention Costs Without Risking Data H2: Quick Summary H2: What problems do teams run into with backup retention? H2: What does posture-aware automation mean (vs. tagging)? H2: How can you cut retention costs in AWS? H3: 1) Classify before you retain H3: 2) Right-size retention windows H3: 3) Automate enforcement H3: 4) Use AWS-native tools—but tie them to outcomes H2: What does a simple retention matrix look like? H2: Where does Eon fit? H3: Try the Eon Backup Posture Assessment H2: Common questions about retention costs H3: Q: We already use lifecycle policies. Anything left to optimize? H3: Q: Can we group accounts under different rules? H3: Q: Is replication the same as backup? H2: Liore Shai H2: Quick Summary H2: What problems do teams run into with backup retention? H2: What does posture-aware automation mean (vs. tagging)? H2: How can you cut retention costs in AWS? H3: 1) Classify before you retain H3: 2) Right-size retention windows H3: 3) Automate enforcement H3: 4) Use AWS-native tools—but tie them to outcomes H2: What does a simple retention matrix look like? H2: Where does Eon fit? H3: Try the Eon Backup Posture Assessment H2: Common questions about retention costs H3: Q: We already use lifecycle policies. Anything left to optimize? H3: Q: Can we group accounts under different rules? H3: Q: Is replication the same as backup? H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Learn how to slash AWS backup costs without leaving critical data unprotected. Learn how to slash AWS backup costs without leaving critical data unprotected. Last week, I joined AWS’s Anthony Fiore for a live webinar where we tackled the messy realities of cloud backup retention and how to fix them without sacrificing safety. If you missed it, you can watch the full recording here or read the recap below. Tags (env, BU, cost center) help, but they’re incomplete and drift over time. This is why many teams are moving toward Cloud Backup Posture Management. Posture-aware automation: Automate based on the workload, not what someone remembered to tag. Build an inventory of S3 buckets, EBS volumes, RDS instances, etc. Group by business context, not account. Apply retention tiers: Dev/Test, Internal Prod, Customer Prod w/ PII, Financial Systems. Start from RPO/RTO and cloud backup compliance requirements. Immutability is powerful—use it sparingly. Set org-wide guardrails: “Any prod resource must have ≥ 8 months retention and cross-region copy.” When teams drift, auto-trigger tickets in ServiceNow/Jira. S3 versioning, Object Lock, replication, lifecycle policies, and Storage Lens are helpful. But revisit quarterly—cost optimization is a program, not a one-off. We’re teaming with AWS, Google Cloud, and Microsoft Azure on an assessment that scans your org and reports: Request your free AWS × Eon Backup Posture Assessment report or explore how peers like Innago cut 40% of backup costs. A: Absolutely. Lifecycle policies are a good starting point, but they only move data between storage classes or expire objects. You’ll still want to regularly review how data is accessed, trim immutability windows to match business needs, and confirm retention rules align with workload tiers (dev/test vs. prod vs. regulated data). Think of cost optimization as a continuous process, not a one-time configuration. A: Yes. With Backup Posture Controls, you can scope rules by account, OU, tags, or even metadata. That means one business unit can operate under stricter compliance requirements while another follows lighter retention rules—without losing central enforcement. It avoids the chaos of each team inventing their own retention policy. A: No. Replication is useful, but it mirrors everything—including accidental deletes, misconfigurations, and ransomware events. A proper backup gives you point-in-time recovery, so you can roll back to a safe state before the error or attack occurred. Replication keeps data available, but backup keeps it recoverable. Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. Last week, I joined AWS’s Anthony Fiore for a live webinar where we tackled the messy realities of cloud backup retention and how to fix them without sacrificing safety. If you missed it, you can watch the full recording here or read the recap below. Tags (env, BU, cost center) help, but they’re incomplete and drift over time. This is why many teams are moving toward Cloud Backup Posture Management. Posture-aware automation: Automate based on the workload, not what someone remembered to tag. Build an inventory of S3 buckets, EBS volumes, RDS instances, etc. Group by business context, not account. Apply retention tiers: Dev/Test, Internal Prod, Customer Prod w/ PII, Financial Systems. Start from RPO/RTO and cloud backup compliance requirements. Immutability is powerful—use it sparingly. Set org-wide guardrails: “Any prod resource must have ≥ 8 months retention and cross-region copy.” When teams drift, auto-trigger tickets in ServiceNow/Jira. S3 versioning, Object Lock, replication, lifecycle policies, and Storage Lens are helpful. But revisit quarterly—cost optimization is a program, not a one-off. We’re teaming with AWS, Google Cloud, and Microsoft Azure on an assessment that scans your org and reports: Request your free AWS × Eon Backup Posture Assessment report or explore how peers like Innago cut 40% of backup costs. A: Absolutely. Lifecycle policies are a good starting point, but they only move data between storage classes or expire objects. You’ll still want to regularly review how data is accessed, trim immutability windows to match business needs, and confirm retention rules align with workload tiers (dev/test vs. prod vs. regulated data). Think of cost optimization as a continuous process, not a one-time configuration. A: Yes. With Backup Posture Controls, you can scope rules by account, OU, tags, or even metadata. That means one business unit can operate under stricter compliance requirements while another follows lighter retention rules—without losing central enforcement. It avoids the chaos of each team inventing their own retention policy. A: No. Replication is useful, but it mirrors everything—including accidental deletes, misconfigurations, and ransomware events. A proper backup gives you point-in-time recovery, so you can roll back to a safe state before the error or attack occurred. Replication keeps data available, but backup keeps it recoverable. Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. --- ### Page: https://www.eon.io/blog/deployed-aws Title: Deployed on AWS: Eon and AWS Expand What’s Possible for Cloud Backup | Eon Meta Description: Eon is officially “Deployed on AWS” in the AWS Marketplace. Here’s what that means for your team and why it makes backing up on AWS faster, smarter, and easier than ever. Language: en Canonical URL: https://www.eon.io/blog/deployed-aws ## Headings Structure: H1: Deployed on AWS: Eon and AWS Expand What’s Possible for Cloud Backup H1: Deployed on AWS: Eon and AWS Expand What’s Possible for Cloud Backup H2: Quick Summary H2: What Changed—and Why It’s Good News H2: How Eon Uses AWS H2: Strengthening Our AWS Partnership H2: What Eon Protects on AWS H2: Say Goodbye to Backup Guesswork H2: Explore Eon on AWS Marketplace H2: Team Eon H2: Quick Summary H2: What Changed—and Why It’s Good News H2: How Eon Uses AWS H2: Strengthening Our AWS Partnership H2: What Eon Protects on AWS H2: Say Goodbye to Backup Guesswork H2: Explore Eon on AWS Marketplace H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Deployed on AWS: Eon and AWS Expand What’s Possible for Cloud Backup H1: Deployed on AWS: Eon and AWS Expand What’s Possible for Cloud Backup H2: Quick Summary H2: What Changed—and Why It’s Good News H2: How Eon Uses AWS H2: Strengthening Our AWS Partnership H2: What Eon Protects on AWS H2: Say Goodbye to Backup Guesswork H2: Explore Eon on AWS Marketplace H2: Team Eon H2: Quick Summary H2: What Changed—and Why It’s Good News H2: How Eon Uses AWS H2: Strengthening Our AWS Partnership H2: What Eon Protects on AWS H2: Say Goodbye to Backup Guesswork H2: Explore Eon on AWS Marketplace H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Eon is officially “Deployed on AWS” in the AWS Marketplace. Here’s what that means for your team and why it makes backing up on AWS faster, smarter, and easier than ever. Eon is officially “Deployed on AWS” in the AWS Marketplace. Here’s what that means for your team and why it makes backing up on AWS faster, smarter, and easier than ever. We’ve got good news: Eon has officially earned the “Deployed on AWS” badge and continues to be available in the AWS Marketplace. If you’ve been waiting for a backup platform that understands AWS, works the way your cloud does, and plays nice with your procurement process, this is your moment. Now you can buy Eon on AWS Marketplace, qualify for AWS Private Pricing Agreement (PPA) spend commitments, and launch in minutes. No new tools to set up. No new workflows to invent. Just better backup, where you need it. We’ve been live in AWS Marketplace for a while, making it easier for teams to get started with Eon. However, as of May 1, 2025, AWS updated its Marketplace rules: only SaaS platforms fully hosted on AWS qualify for PPA spend drawdown. We meet that bar. We’re all in on AWS.And now we’ve got the “Deployed on AWS” badge to prove it. Buy through Marketplace and get: ✅ PPA-aligned spend✅ Fewer procurement headaches✅ Billing rolled into your AWS invoice✅ Nothing to install, nothing to maintain Eon runs entirely on AWS to deliver fast, reliable, and scalable backup operations—without customers having to manage a thing. Under the hood, we use: This AWS-native foundation means we can deliver performance, security, and scale, without requiring you to build or manage anything extra. This badge isn’t the beginning of our AWS relationship—it’s the next chapter. Eon has always been built to run natively on AWS. Our architecture, integrations, and roadmap reflect a shared goal with AWS: to help teams protect, recover, and gain value from their cloud data without adding complexity. We’re excited to deepen this collaboration and continue solving real-world problems like: If you’ve ever had that “wait, was that backed up?” moment, Eon is built to ensure the answer is always yes. Eon is designed to prevent exactly that. We provide deep, posture-aware backup and recovery coverage across: Every service is monitored, mapped, and made visible—so you’re never caught off guard again. Eon is for cloud teams who want to stop digging through logs and start seeing exactly what’s backed up, where, and how fast they can restore it. It’s backup posture without the anxiety. We’ve made it easy to get started—and even easier to align with your AWS budget strategy. Visit Eon on AWS Marketplace or request a demo below. We’re proud to deepen our partnership with AWS, and even more excited to help you turn backup from an afterthought into a strategic advantage. We’ve got good news: Eon has officially earned the “Deployed on AWS” badge and continues to be available in the AWS Marketplace. If you’ve been waiting for a backup platform that understands AWS, works the way your cloud does, and plays nice with your procurement process, this is your moment. Now you can buy Eon on AWS Marketplace, qualify for AWS Private Pricing Agreement (PPA) spend commitments, and launch in minutes. No new tools to set up. No new workflows to invent. Just better backup, where you need it. We’ve been live in AWS Marketplace for a while, making it easier for teams to get started with Eon. However, as of May 1, 2025, AWS updated its Marketplace rules: only SaaS platforms fully hosted on AWS qualify for PPA spend drawdown. We meet that bar. We’re all in on AWS.And now we’ve got the “Deployed on AWS” badge to prove it. Buy through Marketplace and get: ✅ PPA-aligned spend✅ Fewer procurement headaches✅ Billing rolled into your AWS invoice✅ Nothing to install, nothing to maintain Eon runs entirely on AWS to deliver fast, reliable, and scalable backup operations—without customers having to manage a thing. Under the hood, we use: This AWS-native foundation means we can deliver performance, security, and scale, without requiring you to build or manage anything extra. This badge isn’t the beginning of our AWS relationship—it’s the next chapter. Eon has always been built to run natively on AWS. Our architecture, integrations, and roadmap reflect a shared goal with AWS: to help teams protect, recover, and gain value from their cloud data without adding complexity. We’re excited to deepen this collaboration and continue solving real-world problems like: If you’ve ever had that “wait, was that backed up?” moment, Eon is built to ensure the answer is always yes. Eon is designed to prevent exactly that. We provide deep, posture-aware backup and recovery coverage across: Every service is monitored, mapped, and made visible—so you’re never caught off guard again. Eon is for cloud teams who want to stop digging through logs and start seeing exactly what’s backed up, where, and how fast they can restore it. It’s backup posture without the anxiety. We’ve made it easy to get started—and even easier to align with your AWS budget strategy. Visit Eon on AWS Marketplace or request a demo below. We’re proud to deepen our partnership with AWS, and even more excited to help you turn backup from an afterthought into a strategic advantage. --- ### Page: https://www.eon.io/blog/dynamodb-day Title: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community | Eon Meta Description: Learn from AWS product leaders, DynamoDB experts, and engineers running real workloads—one day, all DynamoDB. Language: en Canonical URL: https://www.eon.io/blog/dynamodb-day ## Headings Structure: H1: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community H1: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community H2: Quick Summary H2: What Is DynamoDB Day 2025? H2: Who Should Attend DynamoDB Day? H2: What You’ll Learn at DynamoDB Day H3: 1. What’s New in DynamoDB (Marc Pinaud, AWS) H3: 2. Cost-Aware Data Modeling (Alex DeBrie, DynamoDB Book Author) H3: 3. Migrating to DynamoDB Using AI-Guided Workflows (Esteban Serna, AWS) H3: 4. How Ubisoft Scales DynamoDB for Millions of Players (Sébastien Moulin, Ubisoft Online Services) H3: 5. Protecting and Recovering DynamoDB Data (Ron Kimchi, Eon) H3: 6. Running DynamoDB at Scale (Panel Discussion) H2: Why Attend DynamoDB Day 2025 H2: How Eon Supports DynamoDB Teams H2: How to Register for DynamoDB Day H2: DynamoDB Day FAQs H3: Is DynamoDB Day really free? H3: Do I need to attend live? H3: Who’s hosting DynamoDB Day? H3: Will there be Q&A or networking? H3: How do I join? H2: Team Eon H2: Quick Summary H2: What Is DynamoDB Day 2025? H2: Who Should Attend DynamoDB Day? H2: What You’ll Learn at DynamoDB Day H3: 1. What’s New in DynamoDB (Marc Pinaud, AWS) H3: 2. Cost-Aware Data Modeling (Alex DeBrie, DynamoDB Book Author) H3: 3. Migrating to DynamoDB Using AI-Guided Workflows (Esteban Serna, AWS) H3: 4. How Ubisoft Scales DynamoDB for Millions of Players (Sébastien Moulin, Ubisoft Online Services) H3: 5. Protecting and Recovering DynamoDB Data (Ron Kimchi, Eon) H3: 6. Running DynamoDB at Scale (Panel Discussion) H2: Why Attend DynamoDB Day 2025 H2: How Eon Supports DynamoDB Teams H2: How to Register for DynamoDB Day H2: DynamoDB Day FAQs H3: Is DynamoDB Day really free? H3: Do I need to attend live? H3: Who’s hosting DynamoDB Day? H3: Will there be Q&A or networking? H3: How do I join? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community H1: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community H2: Quick Summary H2: What Is DynamoDB Day 2025? H2: Who Should Attend DynamoDB Day? H2: What You’ll Learn at DynamoDB Day H3: 1. What’s New in DynamoDB (Marc Pinaud, AWS) H3: 2. Cost-Aware Data Modeling (Alex DeBrie, DynamoDB Book Author) H3: 3. Migrating to DynamoDB Using AI-Guided Workflows (Esteban Serna, AWS) H3: 4. How Ubisoft Scales DynamoDB for Millions of Players (Sébastien Moulin, Ubisoft Online Services) H3: 5. Protecting and Recovering DynamoDB Data (Ron Kimchi, Eon) H3: 6. Running DynamoDB at Scale (Panel Discussion) H2: Why Attend DynamoDB Day 2025 H2: How Eon Supports DynamoDB Teams H2: How to Register for DynamoDB Day H2: DynamoDB Day FAQs H3: Is DynamoDB Day really free? H3: Do I need to attend live? H3: Who’s hosting DynamoDB Day? H3: Will there be Q&A or networking? H3: How do I join? H2: Team Eon H2: Quick Summary H2: What Is DynamoDB Day 2025? H2: Who Should Attend DynamoDB Day? H2: What You’ll Learn at DynamoDB Day H3: 1. What’s New in DynamoDB (Marc Pinaud, AWS) H3: 2. Cost-Aware Data Modeling (Alex DeBrie, DynamoDB Book Author) H3: 3. Migrating to DynamoDB Using AI-Guided Workflows (Esteban Serna, AWS) H3: 4. How Ubisoft Scales DynamoDB for Millions of Players (Sébastien Moulin, Ubisoft Online Services) H3: 5. Protecting and Recovering DynamoDB Data (Ron Kimchi, Eon) H3: 6. Running DynamoDB at Scale (Panel Discussion) H2: Why Attend DynamoDB Day 2025 H2: How Eon Supports DynamoDB Teams H2: How to Register for DynamoDB Day H2: DynamoDB Day FAQs H3: Is DynamoDB Day really free? H3: Do I need to attend live? H3: Who’s hosting DynamoDB Day? H3: Will there be Q&A or networking? H3: How do I join? H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Learn from AWS product leaders, DynamoDB experts, and engineers running real workloads—one day, all DynamoDB. Learn from AWS product leaders, DynamoDB experts, and engineers running real workloads—one day, all DynamoDB. DynamoDB Day 2025 is a community-first, free virtual event for the builders and operators behind today’s most scalable applications. Happening November 19, it brings together AWS experts, DynamoDB practitioners, and engineers running massive workloads to share real-world lessons on performance, cost, and resilience. Anyone building, operating, or optimizing workloads on DynamoDB, including: Even if you can’t join live, everyone who registers gets access to the full session recordings. Explore the latest DynamoDB features, real-world use cases, and adoption patterns shaping how modern teams build and scale applications. Learn how to model data for predictable performance and billing—and avoid the design mistakes that quietly drive up RCUs and WCUs. See how to migrate a live application from MySQL to DynamoDB with AI-guided workflows for modeling, refactoring, and data movement. Learn how Ubisoft migrated 20 billion records with zero downtime using AWS CDK, Lambda, and DMS—plus how their teams continue to optimize and scale for millions of players worldwide. Discover what actually works—and what doesn’t—for keeping DynamoDB data resilient, secure, and recoverable at enterprise scale. Hear from Alex DeBrie, Esteban Serna, Swetha Salunke (AWS), Talia Kohan (Postman), Liore Shai (Eon), and Devarpi Sheth (Capital One) on how real teams monitor, tune, and protect DynamoDB in production—and how AI is shaping the next generation of operations. Because it’s one day of real, hard-won lessons from AWS and the DynamoDB community. You’ll walk away knowing: DynamoDB teams rely on Eon to protect and unlock the value of their backup data. Eon’s cloud backup and recovery platform automates DynamoDB backups, keeping them immutable, queryable, and cost-efficient—turning backup data into a usable resource for analytics, compliance, and resilience. We’re proud to partner with AWS and the DynamoDB community to make resilience, recovery, and data access simpler for everyone. Learn more about Eon’s Fast, Flexible Amazon DynamoDB Backups. Even if you can’t make it live, registering ensures you’ll receive all the session recordings afterward. Yes. Registration and recordings are 100% free. No. Register and you’ll automatically get all the session recordings. It’s a community-driven event featuring AWS, DynamoDB experts, and partners like Eon. Yes. Each session includes live Q&A, and attendees can interact with speakers throughout the event. Just register here — we’ll send your access details and reminders before the event. DynamoDB Day 2025 is a community-first, free virtual event for the builders and operators behind today’s most scalable applications. Happening November 19, it brings together AWS experts, DynamoDB practitioners, and engineers running massive workloads to share real-world lessons on performance, cost, and resilience. Anyone building, operating, or optimizing workloads on DynamoDB, including: Even if you can’t join live, everyone who registers gets access to the full session recordings. Explore the latest DynamoDB features, real-world use cases, and adoption patterns shaping how modern teams build and scale applications. Learn how to model data for predictable performance and billing—and avoid the design mistakes that quietly drive up RCUs and WCUs. See how to migrate a live application from MySQL to DynamoDB with AI-guided workflows for modeling, refactoring, and data movement. Learn how Ubisoft migrated 20 billion records with zero downtime using AWS CDK, Lambda, and DMS—plus how their teams continue to optimize and scale for millions of players worldwide. Discover what actually works—and what doesn’t—for keeping DynamoDB data resilient, secure, and recoverable at enterprise scale. Hear from Alex DeBrie, Esteban Serna, Swetha Salunke (AWS), Talia Kohan (Postman), Liore Shai (Eon), and Devarpi Sheth (Capital One) on how real teams monitor, tune, and protect DynamoDB in production—and how AI is shaping the next generation of operations. Because it’s one day of real, hard-won lessons from AWS and the DynamoDB community. You’ll walk away knowing: DynamoDB teams rely on Eon to protect and unlock the value of their backup data. Eon’s cloud backup and recovery platform automates DynamoDB backups, keeping them immutable, queryable, and cost-efficient—turning backup data into a usable resource for analytics, compliance, and resilience. We’re proud to partner with AWS and the DynamoDB community to make resilience, recovery, and data access simpler for everyone. Learn more about Eon’s Fast, Flexible Amazon DynamoDB Backups. Even if you can’t make it live, registering ensures you’ll receive all the session recordings afterward. Yes. Registration and recordings are 100% free. No. Register and you’ll automatically get all the session recordings. It’s a community-driven event featuring AWS, DynamoDB experts, and partners like Eon. Yes. Each session includes live Q&A, and attendees can interact with speakers throughout the event. Just register here — we’ll send your access details and reminders before the event. --- ### Page: https://www.eon.io/blog/eks-backup-overview Title: Eon Backs Up Your EKS Environment | Eon Meta Description: Eon now supports automated, hassle-free backups for EKS so you can protect Persistent Volumes (PVs), Persistent Volume Claims (PVCs), and Secrets without all the manual effort. Language: en Canonical URL: https://www.eon.io/blog/eks-backup-overview ## Headings Structure: H1: Eon Backs Up Your EKS Environment H1: Eon Backs Up Your EKS Environment H2: Quick Summary H2: Why Back Up Your EKS Environment? H2: What Does Eon’s EKS Backup Include? H2: How can you get started with Eon? H2: Daniel Goldenstein Bar H2: Quick Summary H2: Why Back Up Your EKS Environment? H2: What Does Eon’s EKS Backup Include? H2: How can you get started with Eon? H2: Daniel Goldenstein Bar H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon Backs Up Your EKS Environment H1: Eon Backs Up Your EKS Environment H2: Quick Summary H2: Why Back Up Your EKS Environment? H2: What Does Eon’s EKS Backup Include? H2: How can you get started with Eon? H2: Daniel Goldenstein Bar H2: Quick Summary H2: Why Back Up Your EKS Environment? H2: What Does Eon’s EKS Backup Include? H2: How can you get started with Eon? H2: Daniel Goldenstein Bar H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Eon now supports automated, hassle-free backups for EKS so you can protect Persistent Volumes (PVs), Persistent Volume Claims (PVCs), and Secrets without all the manual effort. Eon now supports automated, hassle-free backups for EKS so you can protect Persistent Volumes (PVs), Persistent Volume Claims (PVCs), and Secrets without all the manual effort. Amazon Elastic Kubernetes Service simplifies Kubernetes by managing the control plane for you, but your applications, workloads, and data remain your responsibility. While AWS handles the availability and scalability of the Kubernetes API servers and etcd database, you still manage the worker nodes, where critical resources like containers, persistent storage, and secrets live. That’s where things get tricky. Backups aren't optional for teams running stateful applications, like databases or services with Persistent Volumes backed by Amazon EBS. Each pod in your EKS cluster operates within its own namespace and leverages specific PVCs. If any of those resources are accidentally deleted or corrupted, recovery without a backup strategy can be time-consuming, manual, and error-prone. With Eon’s support for Amazon EKS, we provide a simplified, automated backup solution that removes the usual Kubernetes complexity. Whether you're running a mission-critical app with persistent storage or managing secrets across clusters, Eon gives you full backup and restore coverage where it counts. Eon customers can enjoy: As more businesses rely on Kubernetes for mission-critical workloads, protecting EKS environments becomes essential. Eon’s backup solution gives you peace of mind that your data is secure, your recovery is fast, and your setup is streamlined. No Kubernetes expertise required. No manual steps. No surprises.‍ Ready to simplify your Kubernetes backup strategy? Reach out to us to discover how Eon can protect your EKS data without the complexity. Amazon Elastic Kubernetes Service simplifies Kubernetes by managing the control plane for you, but your applications, workloads, and data remain your responsibility. While AWS handles the availability and scalability of the Kubernetes API servers and etcd database, you still manage the worker nodes, where critical resources like containers, persistent storage, and secrets live. That’s where things get tricky. Backups aren't optional for teams running stateful applications, like databases or services with Persistent Volumes backed by Amazon EBS. Each pod in your EKS cluster operates within its own namespace and leverages specific PVCs. If any of those resources are accidentally deleted or corrupted, recovery without a backup strategy can be time-consuming, manual, and error-prone. With Eon’s support for Amazon EKS, we provide a simplified, automated backup solution that removes the usual Kubernetes complexity. Whether you're running a mission-critical app with persistent storage or managing secrets across clusters, Eon gives you full backup and restore coverage where it counts. Eon customers can enjoy: As more businesses rely on Kubernetes for mission-critical workloads, protecting EKS environments becomes essential. Eon’s backup solution gives you peace of mind that your data is secure, your recovery is fast, and your setup is streamlined. No Kubernetes expertise required. No manual steps. No surprises.‍ Ready to simplify your Kubernetes backup strategy? Reach out to us to discover how Eon can protect your EKS data without the complexity. --- ### Page: https://www.eon.io/blog/eon-backs-up-your-azure-environment Title: Eon Backs Up Your Azure Environment | Eon Meta Description: Eon supports Azure cloud backup and enables users to enjoy autonomous Cloud Backup Posture Management (CBPM) and instant access to backups. Language: en Canonical URL: https://www.eon.io/blog/eon-backs-up-your-azure-environment ## Headings Structure: H1: Eon Backs Up Your Azure Environment H1: Eon Backs Up Your Azure Environment H2: Quick Summary H2: Eon's Approach H2: What Does Eon’s Support for Azure Backup Include? H2: How to Use Eon Backup Support for Azure? H2: Multi-Cloud Made Simple H2: Test Out Eon Backup for Azure H2: Team Eon H2: Quick Summary H2: Eon's Approach H2: What Does Eon’s Support for Azure Backup Include? H2: How to Use Eon Backup Support for Azure? H2: Multi-Cloud Made Simple H2: Test Out Eon Backup for Azure H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon Backs Up Your Azure Environment H1: Eon Backs Up Your Azure Environment H2: Quick Summary H2: Eon's Approach H2: What Does Eon’s Support for Azure Backup Include? H2: How to Use Eon Backup Support for Azure? H2: Multi-Cloud Made Simple H2: Test Out Eon Backup for Azure H2: Team Eon H2: Quick Summary H2: Eon's Approach H2: What Does Eon’s Support for Azure Backup Include? H2: How to Use Eon Backup Support for Azure? H2: Multi-Cloud Made Simple H2: Test Out Eon Backup for Azure H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Eon supports Azure cloud backup and enables users to enjoy autonomous Cloud Backup Posture Management (CBPM) and instant access to backups. Eon supports Azure cloud backup and enables users to enjoy autonomous Cloud Backup Posture Management (CBPM) and instant access to backups. Eon changes the game by providing comprehensive backup support for Azure environments, empowering businesses to eliminate inefficiencies and streamline backup processes. This brings Eon’s autonomous Cloud Backup Posture Management platform to Azure users, making multi-cloud management easier and more effective than ever. Whether you’re managing virtual machines, storage accounts, databases, or other critical workloads, Eon seamlessly integrates with Azure to ensure your data is not only protected, but also optimized and instantly accessible. Eon’s CBPM platform offers a range of features tailored specifically to Azure environments: By transforming Azure backup management into a seamless, efficient process, Eon allows your team to focus on innovation rather than firefighting. Getting started with Eon’s Azure backup support is simple: If you’re an enterprise, chances are you operate in a multi-cloud environment—it’s the new normal. Multi-cloud setups offer incredible flexibility and adaptability to meet fast-changing business needs. But they also come with challenges, especially when it comes to cloud backups, which have historically lagged behind the pace of innovation of other data storage solutions. That’s where Eon comes in — providing a single pane of glass for a multi-cloud environment alongside full flexibility for cross-cloud backup and recovery. Want to experience the future of cloud backup management for yourself? Schedule a demo today to see how Eon can transform your Azure environment into a streamlined, secure, and cost-effective operation. Azure users, it’s time to rethink what’s possible for your cloud backups. With Eon’s CBPM platform, managing backups in your Azure environment is no longer a chore — it’s an opportunity to innovate and future-proof your operations. Because when it comes to the cloud, your data is only as strong as your backup strategy. Schedule your demo today and discover how Eon can revolutionize your approach to Azure backups. Eon changes the game by providing comprehensive backup support for Azure environments, empowering businesses to eliminate inefficiencies and streamline backup processes. This brings Eon’s autonomous Cloud Backup Posture Management platform to Azure users, making multi-cloud management easier and more effective than ever. Whether you’re managing virtual machines, storage accounts, databases, or other critical workloads, Eon seamlessly integrates with Azure to ensure your data is not only protected, but also optimized and instantly accessible. Eon’s CBPM platform offers a range of features tailored specifically to Azure environments: By transforming Azure backup management into a seamless, efficient process, Eon allows your team to focus on innovation rather than firefighting. Getting started with Eon’s Azure backup support is simple: If you’re an enterprise, chances are you operate in a multi-cloud environment—it’s the new normal. Multi-cloud setups offer incredible flexibility and adaptability to meet fast-changing business needs. But they also come with challenges, especially when it comes to cloud backups, which have historically lagged behind the pace of innovation of other data storage solutions. That’s where Eon comes in — providing a single pane of glass for a multi-cloud environment alongside full flexibility for cross-cloud backup and recovery. Want to experience the future of cloud backup management for yourself? Schedule a demo today to see how Eon can transform your Azure environment into a streamlined, secure, and cost-effective operation. Azure users, it’s time to rethink what’s possible for your cloud backups. With Eon’s CBPM platform, managing backups in your Azure environment is no longer a chore — it’s an opportunity to innovate and future-proof your operations. Because when it comes to the cloud, your data is only as strong as your backup strategy. Schedule your demo today and discover how Eon can revolutionize your approach to Azure backups. --- ### Page: https://www.eon.io/blog/eons-cloud-backup-platform-overview Title: Eon’s Cloud Backup Platform Overview | Eon Meta Description: How Eon lowers Total Cost of Ownership (TCO) For Enterprise Cloud Data Protection Language: en Canonical URL: https://www.eon.io/blog/eons-cloud-backup-platform-overview ## Headings Structure: H1: Eon’s Cloud Backup Platform Overview H1: Eon’s Cloud Backup Platform Overview H2: Quick Summary H2: Why is TCO critical for cloud backup solutions? H2: How the Eon storage tier works H2: The hidden costs of cloud data protection H2: Cloud consumption cost savings H2: Increased visibility leads to savings from over-backup H2: Limiting exposure to catastrophic data-loss H2: What’s next? H2: Liore Shai H2: Quick Summary H2: Why is TCO critical for cloud backup solutions? H2: How the Eon storage tier works H2: The hidden costs of cloud data protection H2: Cloud consumption cost savings H2: Increased visibility leads to savings from over-backup H2: Limiting exposure to catastrophic data-loss H2: What’s next? H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon’s Cloud Backup Platform Overview H1: Eon’s Cloud Backup Platform Overview H2: Quick Summary H2: Why is TCO critical for cloud backup solutions? H2: How the Eon storage tier works H2: The hidden costs of cloud data protection H2: Cloud consumption cost savings H2: Increased visibility leads to savings from over-backup H2: Limiting exposure to catastrophic data-loss H2: What’s next? H2: Liore Shai H2: Quick Summary H2: Why is TCO critical for cloud backup solutions? H2: How the Eon storage tier works H2: The hidden costs of cloud data protection H2: Cloud consumption cost savings H2: Increased visibility leads to savings from over-backup H2: Limiting exposure to catastrophic data-loss H2: What’s next? H2: Liore Shai H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community How Eon lowers Total Cost of Ownership (TCO) For Enterprise Cloud Data Protection How Eon lowers Total Cost of Ownership (TCO) For Enterprise Cloud Data Protection When evaluating backup solutions, Total Cost of Ownership (TCO) is a critical factor for enterprises to consider. TCO extends beyond the upfront costs to include the hidden expenses inherent to legacy data protection strategies. Over-backing up data leads to excessive storage costs and resource waste, while under-backing up exposes organizations to severe risk of data loss and non-compliance. Additionally, traditional restore processes are bulky, unwieldy, and labor-intensive, and tend to incur high costs, both in employee time and cloud compute/storage resources, as entire volumes or database instances need to be restored just to retrieve the specific data sought. Inadequate backup posture controls ultimately leave organizations exposed to ransomware and data exfiltration, while the lack of global search and granular restore capabilities hinder operations teams’ ability to quickly recover from such events. A well-optimized backup solution minimizes these hidden costs by ensuring precise data coverage, efficient restore capabilities, and streamlined processes that reduce operational overhead and risk. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists While Eon provides lower TCO for cloud customers overall, adjusting the hidden costs of data protection, we also improve on the most obvious cost of cloud backups: storage itself. Eon is able to save customers up to 50% on cloud backup cost just by converting their existing backups into Eon snapshots. We achieve this by providing a storage tier that is designed to efficiently store backups of cloud infrastructure resources. With both compression and deduplication ingesting data into the storage tier, customers ultimately benefit when switching away from traditional uncompressed cloud snapshots. Let's look at how Eon addresses the hidden costs of cloud data protection, and see how the TCO of Eon stacks up to the competition in a number of dimensions. As the first backup solution to deliver automated discovery, classification, and policy enforcement across multi-cloud environments, Eon significantly lowers the Total Cost of Ownership (TCO) of an enterprise’s backup strategy. By eliminating the need for manual tagging while still allowing existing metadata and tags to be used, customers gain newfound levels of insight into the applications and data they are backing up without the need for any extra configuration or setup.With this added visibility, Eon’s automated cloud resource discovery helps customers prevent over-backing up of cloud resources. Eon provides a comprehensive view of the current backup posture as it applies to sometimes thousands of cloud resources across accounts, enabling enterprises to identify inefficiencies and risks quickly. With centralized backup policies that apply consistently across all teams and cloud environments, Eon simplifies management, reduces errors, and ensures compliance, ultimately saving costs while improving data protection. Reducing operational and administrative toil allows technical teams to focus on what they do best Eon empowers teams to unlock the full value of their backup solution by providing a single pane of glass for an enterprise's entire cloud environment and related backup posture. As an agentless solution, Eon requires no software installation or additional compute resources running alongside production workloads, ensuring minimal disruption to operations while streamlining backup and recovery processes. This equips our customers with an intuitive console interface and well-documented data protection API that requires minimal operational overhead and investment. A seamless and unified data-protection platform, Eon also eliminates the need for labor-intensive backup projects for individual teams, reducing administrative overhead and freeing up valuable planning and development resources. Eon’s global search and granular restore capabilities allow users to quickly locate and retrieve specific data without restoring entire environments, saving both operator time and cloud compute/storage costs. This combination of simplicity, efficiency, and accessibility transforms backups from a burdensome necessity into a strategic asset for any enterprise. Backup posture means being able to respond to and recover from unexpected data breaches and data loss. Eon enhances these capabilities for every customer, without the need to install any software or purchase any license. Beyond offering the benefits of a more efficient backup solution, built for the cloud from the ground up, Eon provides additional capabilities that enhance enterprises’ ability to improve security and compliance. For instance, our global search and granular restore capabilities eliminate the need to restore entire environments to recover data, allowing enterprises to quickly recover specific files or database records, saving time and reducing cloud compute and storage costs in the process. These capabilities can save cloud teams an unprecedented amount of manual work, allowing them to rise above the typical operational efficiencies that plague traditional recovery processes and mitigate the high associated costs of these otherwise tedious operations. Now that we understand the factors that go into TCO analysis of a data protection solution, let’s take a look at a comparison of cloud consumption cost of AWS Backup versus Eon: In the above table, cloud consumption costs for workloads commonly seen among our customers are compared. Eon improves cost and operation efficiency of enterprise data in many more ways than raw cloud compute and storage costs: When enterprises don’t have a good grasp on their current backup posture, it’s easy for cloud consumption waste to get out of control due to over-backup of non-critical workloads. At Eon, we often find our customers are able to quickly realize significant savings as soon as the proof-of-concept phase, as they review Eon’s automatic discovery of cloud resources:When Eon’s discovery automatically inventories an organization’s cloud resources, in addition to running automated data and environment classification, it also determines if existing snapshots exist for those resources. When one Eon customer reviewed their initial environment classification results, they found a large, non-critical workload with over 10,000 snapshots they were previously unaware of. Deletion of the unnecessary snapshots and the setting of an appropriate retention policy saved this enterprise tens of thousands of dollars right off the bat! According to an IBM report, the average cost of a data breach (including ransomware) is $4.88 million. This represents an increase of 10% from the previous year, the highest ever. Data has already become the single most valuable asset of most businesses. An insufficient backup posture can be what makes the difference between normal business operations and a critical workload becoming another industry data-loss statistic. In 2023, a major US casino corporation reported a $100 million loss from an extensive ransomware attack on its operations. Much of the financial loss in such breaches come not from the initial loss of data, but the hit to reputation and lost revenue from stalled operations as IT teams struggle to recover in a timely manner. Eon’s global search and granular restore capabilities helps enterprises maintain access to backed up data, and the ability to restore it in a precise, efficient, and timely manner. In the case of relational database restores, for example, Eon enables customers to query the backup storage tier and securely restore individual tables or rows into live, running databases. In a ransomware recovery scenario, this can not just save precious time for operations teams, but prevent further data loss from exposing potentially compromised workloads to further attack. Do you think your organization could benefit from a reduced data-protection TCO with Eon? Book a demo to learn more. Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. When evaluating backup solutions, Total Cost of Ownership (TCO) is a critical factor for enterprises to consider. TCO extends beyond the upfront costs to include the hidden expenses inherent to legacy data protection strategies. Over-backing up data leads to excessive storage costs and resource waste, while under-backing up exposes organizations to severe risk of data loss and non-compliance. Additionally, traditional restore processes are bulky, unwieldy, and labor-intensive, and tend to incur high costs, both in employee time and cloud compute/storage resources, as entire volumes or database instances need to be restored just to retrieve the specific data sought. Inadequate backup posture controls ultimately leave organizations exposed to ransomware and data exfiltration, while the lack of global search and granular restore capabilities hinder operations teams’ ability to quickly recover from such events. A well-optimized backup solution minimizes these hidden costs by ensuring precise data coverage, efficient restore capabilities, and streamlined processes that reduce operational overhead and risk. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists While Eon provides lower TCO for cloud customers overall, adjusting the hidden costs of data protection, we also improve on the most obvious cost of cloud backups: storage itself. Eon is able to save customers up to 50% on cloud backup cost just by converting their existing backups into Eon snapshots. We achieve this by providing a storage tier that is designed to efficiently store backups of cloud infrastructure resources. With both compression and deduplication ingesting data into the storage tier, customers ultimately benefit when switching away from traditional uncompressed cloud snapshots. Let's look at how Eon addresses the hidden costs of cloud data protection, and see how the TCO of Eon stacks up to the competition in a number of dimensions. As the first backup solution to deliver automated discovery, classification, and policy enforcement across multi-cloud environments, Eon significantly lowers the Total Cost of Ownership (TCO) of an enterprise’s backup strategy. By eliminating the need for manual tagging while still allowing existing metadata and tags to be used, customers gain newfound levels of insight into the applications and data they are backing up without the need for any extra configuration or setup.With this added visibility, Eon’s automated cloud resource discovery helps customers prevent over-backing up of cloud resources. Eon provides a comprehensive view of the current backup posture as it applies to sometimes thousands of cloud resources across accounts, enabling enterprises to identify inefficiencies and risks quickly. With centralized backup policies that apply consistently across all teams and cloud environments, Eon simplifies management, reduces errors, and ensures compliance, ultimately saving costs while improving data protection. Reducing operational and administrative toil allows technical teams to focus on what they do best Eon empowers teams to unlock the full value of their backup solution by providing a single pane of glass for an enterprise's entire cloud environment and related backup posture. As an agentless solution, Eon requires no software installation or additional compute resources running alongside production workloads, ensuring minimal disruption to operations while streamlining backup and recovery processes. This equips our customers with an intuitive console interface and well-documented data protection API that requires minimal operational overhead and investment. A seamless and unified data-protection platform, Eon also eliminates the need for labor-intensive backup projects for individual teams, reducing administrative overhead and freeing up valuable planning and development resources. Eon’s global search and granular restore capabilities allow users to quickly locate and retrieve specific data without restoring entire environments, saving both operator time and cloud compute/storage costs. This combination of simplicity, efficiency, and accessibility transforms backups from a burdensome necessity into a strategic asset for any enterprise. Backup posture means being able to respond to and recover from unexpected data breaches and data loss. Eon enhances these capabilities for every customer, without the need to install any software or purchase any license. Beyond offering the benefits of a more efficient backup solution, built for the cloud from the ground up, Eon provides additional capabilities that enhance enterprises’ ability to improve security and compliance. For instance, our global search and granular restore capabilities eliminate the need to restore entire environments to recover data, allowing enterprises to quickly recover specific files or database records, saving time and reducing cloud compute and storage costs in the process. These capabilities can save cloud teams an unprecedented amount of manual work, allowing them to rise above the typical operational efficiencies that plague traditional recovery processes and mitigate the high associated costs of these otherwise tedious operations. Now that we understand the factors that go into TCO analysis of a data protection solution, let’s take a look at a comparison of cloud consumption cost of AWS Backup versus Eon: In the above table, cloud consumption costs for workloads commonly seen among our customers are compared. Eon improves cost and operation efficiency of enterprise data in many more ways than raw cloud compute and storage costs: When enterprises don’t have a good grasp on their current backup posture, it’s easy for cloud consumption waste to get out of control due to over-backup of non-critical workloads. At Eon, we often find our customers are able to quickly realize significant savings as soon as the proof-of-concept phase, as they review Eon’s automatic discovery of cloud resources:When Eon’s discovery automatically inventories an organization’s cloud resources, in addition to running automated data and environment classification, it also determines if existing snapshots exist for those resources. When one Eon customer reviewed their initial environment classification results, they found a large, non-critical workload with over 10,000 snapshots they were previously unaware of. Deletion of the unnecessary snapshots and the setting of an appropriate retention policy saved this enterprise tens of thousands of dollars right off the bat! According to an IBM report, the average cost of a data breach (including ransomware) is $4.88 million. This represents an increase of 10% from the previous year, the highest ever. Data has already become the single most valuable asset of most businesses. An insufficient backup posture can be what makes the difference between normal business operations and a critical workload becoming another industry data-loss statistic. In 2023, a major US casino corporation reported a $100 million loss from an extensive ransomware attack on its operations. Much of the financial loss in such breaches come not from the initial loss of data, but the hit to reputation and lost revenue from stalled operations as IT teams struggle to recover in a timely manner. Eon’s global search and granular restore capabilities helps enterprises maintain access to backed up data, and the ability to restore it in a precise, efficient, and timely manner. In the case of relational database restores, for example, Eon enables customers to query the backup storage tier and securely restore individual tables or rows into live, running databases. In a ransomware recovery scenario, this can not just save precious time for operations teams, but prevent further data loss from exposing potentially compromised workloads to further attack. Do you think your organization could benefit from a reduced data-protection TCO with Eon? Book a demo to learn more. Liore Shai is a Solutions Architect at Eon, the cloud-native backup platform that helps organizations protect, manage, and get more value from their cloud data. Liore comes from a software development background, building distributed applications across multiple industries and market segments, including his time as a Senior Cloud Applications Architect on the AWS Global Healthcare and Life Sciences team. Nowadays, Liore helps Eon’s customers implement robust data protection and recovery strategies on AWS, leveraging DynamoDB and the rest of the AWS Serverless stack daily to deploy advanced workflows that integrate with Eon. --- ### Page: https://www.eon.io/blog/five-ways-to-improve-your-cloud-backup-strategy Title: Five Ways to Improve Your Cloud Backup Strategy | Eon Meta Description: Discover five essential strategies to optimize your cloud backup strategy, improving efficiency, security, cost management, and recovery capabilities. Language: en Canonical URL: https://www.eon.io/blog/five-ways-to-improve-your-cloud-backup-strategy ## Headings Structure: H1: Five Ways to Improve Your Cloud Backup Strategy H1: Five Ways to Improve Your Cloud Backup Strategy H2: Quick Summary H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Team Eon H2: Quick Summary H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Five Ways to Improve Your Cloud Backup Strategy H1: Five Ways to Improve Your Cloud Backup Strategy H2: Quick Summary H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Team Eon H2: Quick Summary H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Discover five essential strategies to optimize your cloud backup strategy, improving efficiency, security, cost management, and recovery capabilities. Discover five essential strategies to optimize your cloud backup strategy, improving efficiency, security, cost management, and recovery capabilities. Cloud backups are increasingly recognized as a foundational part of smooth business operations, yet with the complexity of modern cloud environments, many organizations find their backup strategies lagging. Whether it’s over-backing up data, struggling with manual processes, or facing rising costs, there’s plenty of room for improvement. Looking for ways to shake things up and get more value from your backups? You’ve come to the right place. Here are five ways enterprises can optimize their cloud backup strategy and ensure their operations remain resilient and efficient.‍ Cloud storage costs can easily spiral out of control. This risk grows even worse when businesses take a "just in case" approach to their cloud backups. Without a savvy backup strategy, companies are liable to over-back up data or retain unneeded data for longer than necessary, leading to inflated costs without adding value. So, how should teams approach their cloud backup strategy? Start by evaluating what data needs to be backed up and for how long. Data that’s critical to operations or tied to compliance regulations might require longer retention periods, but less critical data can have shorter lifespans. Additionally, eliminating redundant backups and optimizing storage policies can significantly reduce expenses. By aligning backup retention policies with business needs, organizations not only save money but also make it easier to locate and restore data when necessary. Efficient storage management ensures that every dollar spent on cloud resources contributes directly to operational resilience.‍ Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists When something goes wrong — anything from ransomware threats to data leakage to data center malfunctions — the speed at which a company can recover their data often determines the overall impact on business. Unfortunately, many traditional backup strategies require full-volume restores to access a single file or table — an inefficient and time-consuming triage solution, especially when issues only affect some but not all of a company’s data. Granular recovery is revolutionizing the way businesses bounce back after a data challenge. With granular recovery capabilities in their tool chest, businesses can pinpoint the exact data they need and recover it without restoring unnecessary files or systems. This saves valuable time, reduces operational disruptions, and allows teams to quickly resume their work. Imagine a compliance audit that requires the retrieval of specific records from months ago. Instead of sifting through entire databases, granular recovery enables IT teams to locate the relevant information in seconds. The ability to search across backups and recover data at a granular level transforms backups from a static archive into a dynamic tool for operational continuity.‍ A "set it and forget it" approach to backups is a recipe for disaster. Indeed, as cloud environments evolve, backups are evermore likely to drift out of alignment with organizational needs. Regular audits ensure that backup strategies remain effective and up to date. These audits should include a full inventory of resources to verify that all critical systems and data are protected. It’s also important to assess whether backup policies are being applied correctly and continue to meet the latest regulatory compliance requirements. Testing restoration processes is another essential step — there’s no better way to ensure your backups are reliable than by simulating a real-world recovery scenario. Frequent audits will help businesses catch potential gaps before they escalate into serious issues, providing peace of mind that data is securely stored but still accessible when needed most. Backups are a prime target for cyber threats like ransomware, making security a non-negotiable part of any cloud backup strategy. A multi-layered security approach can safeguard data against both external attacks and internal mishaps. Key security measures include robust access controls to ensure that only authorized users can access or modify backups. Encryption — for data both at rest and in transit — is also critical for protecting sensitive information. Additionally, anomaly detection systems can alert security teams to unusual activity, such as unexpected spikes in data changes, which may indicate a potential security breach. Integrating security into cloud backup strategy not only protects a company’s data, but also builds trust with customers and stakeholders. The result is a business that remains trusted, confident, and resilient in the face of evolving threats. Finally, managing backups manually in a cloud environment is a daunting task, so companies should also keep an eye out for solutions that allow them to automate management of their cloud backup infrastructure. Indeed, the dynamic nature of modern infrastructures — with resources being created, modified, and retired daily — makes manual tagging and configuration nearly impossible to maintain. Automation offers a solution for many of these hurdles. By automating processes like resource discovery, backup policy enforcement, and real-time monitoring, businesses can eliminate the risk of human error and improve efficiency. For example, automated tools can classify resources and apply the correct backup policies based on predefined criteria, ensuring consistency and freeing up IT teams to spend more time driving innovation. Automation also offers the benefit of real-time notifications, keeping administrators consistently informed about the health and status of their backup environment. With proactive alerts, potential issues can be addressed before they escalate, ensuring backups remain reliable and secure. A better, future-proof cloud backup strategy doesn’t have to be overwhelming. By automating processes, optimizing storage, enabling granular recovery, executing regular audits, and prioritizing security, businesses can transform their backups from a last resort safety net into a reliable and efficient asset that drives value and innovation across the enterprise. At Eon, we’ve seen firsthand how these strategies can revolutionize backup management — and we’ve built the tools that allow companies to implement them. We’re always here to provide guidance and expertise to help businesses make the most of their cloud environments. The bottom line? Backups shouldn’t just be an insurance policy — at their best, they can be a strategic tool for success. Make this the year you take your cloud backup strategy to the next level. Cloud backups are increasingly recognized as a foundational part of smooth business operations, yet with the complexity of modern cloud environments, many organizations find their backup strategies lagging. Whether it’s over-backing up data, struggling with manual processes, or facing rising costs, there’s plenty of room for improvement. Looking for ways to shake things up and get more value from your backups? You’ve come to the right place. Here are five ways enterprises can optimize their cloud backup strategy and ensure their operations remain resilient and efficient.‍ Cloud storage costs can easily spiral out of control. This risk grows even worse when businesses take a "just in case" approach to their cloud backups. Without a savvy backup strategy, companies are liable to over-back up data or retain unneeded data for longer than necessary, leading to inflated costs without adding value. So, how should teams approach their cloud backup strategy? Start by evaluating what data needs to be backed up and for how long. Data that’s critical to operations or tied to compliance regulations might require longer retention periods, but less critical data can have shorter lifespans. Additionally, eliminating redundant backups and optimizing storage policies can significantly reduce expenses. By aligning backup retention policies with business needs, organizations not only save money but also make it easier to locate and restore data when necessary. Efficient storage management ensures that every dollar spent on cloud resources contributes directly to operational resilience.‍ Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists When something goes wrong — anything from ransomware threats to data leakage to data center malfunctions — the speed at which a company can recover their data often determines the overall impact on business. Unfortunately, many traditional backup strategies require full-volume restores to access a single file or table — an inefficient and time-consuming triage solution, especially when issues only affect some but not all of a company’s data. Granular recovery is revolutionizing the way businesses bounce back after a data challenge. With granular recovery capabilities in their tool chest, businesses can pinpoint the exact data they need and recover it without restoring unnecessary files or systems. This saves valuable time, reduces operational disruptions, and allows teams to quickly resume their work. Imagine a compliance audit that requires the retrieval of specific records from months ago. Instead of sifting through entire databases, granular recovery enables IT teams to locate the relevant information in seconds. The ability to search across backups and recover data at a granular level transforms backups from a static archive into a dynamic tool for operational continuity.‍ A "set it and forget it" approach to backups is a recipe for disaster. Indeed, as cloud environments evolve, backups are evermore likely to drift out of alignment with organizational needs. Regular audits ensure that backup strategies remain effective and up to date. These audits should include a full inventory of resources to verify that all critical systems and data are protected. It’s also important to assess whether backup policies are being applied correctly and continue to meet the latest regulatory compliance requirements. Testing restoration processes is another essential step — there’s no better way to ensure your backups are reliable than by simulating a real-world recovery scenario. Frequent audits will help businesses catch potential gaps before they escalate into serious issues, providing peace of mind that data is securely stored but still accessible when needed most. Backups are a prime target for cyber threats like ransomware, making security a non-negotiable part of any cloud backup strategy. A multi-layered security approach can safeguard data against both external attacks and internal mishaps. Key security measures include robust access controls to ensure that only authorized users can access or modify backups. Encryption — for data both at rest and in transit — is also critical for protecting sensitive information. Additionally, anomaly detection systems can alert security teams to unusual activity, such as unexpected spikes in data changes, which may indicate a potential security breach. Integrating security into cloud backup strategy not only protects a company’s data, but also builds trust with customers and stakeholders. The result is a business that remains trusted, confident, and resilient in the face of evolving threats. Finally, managing backups manually in a cloud environment is a daunting task, so companies should also keep an eye out for solutions that allow them to automate management of their cloud backup infrastructure. Indeed, the dynamic nature of modern infrastructures — with resources being created, modified, and retired daily — makes manual tagging and configuration nearly impossible to maintain. Automation offers a solution for many of these hurdles. By automating processes like resource discovery, backup policy enforcement, and real-time monitoring, businesses can eliminate the risk of human error and improve efficiency. For example, automated tools can classify resources and apply the correct backup policies based on predefined criteria, ensuring consistency and freeing up IT teams to spend more time driving innovation. Automation also offers the benefit of real-time notifications, keeping administrators consistently informed about the health and status of their backup environment. With proactive alerts, potential issues can be addressed before they escalate, ensuring backups remain reliable and secure. A better, future-proof cloud backup strategy doesn’t have to be overwhelming. By automating processes, optimizing storage, enabling granular recovery, executing regular audits, and prioritizing security, businesses can transform their backups from a last resort safety net into a reliable and efficient asset that drives value and innovation across the enterprise. At Eon, we’ve seen firsthand how these strategies can revolutionize backup management — and we’ve built the tools that allow companies to implement them. We’re always here to provide guidance and expertise to help businesses make the most of their cloud environments. The bottom line? Backups shouldn’t just be an insurance policy — at their best, they can be a strategic tool for success. Make this the year you take your cloud backup strategy to the next level. --- ### Page: https://www.eon.io/blog/google-cloud-announcement Title: Eon Backs Up Your Google Cloud Environment | Eon Meta Description: Say goodbye to backup headaches and hello to effortless data protection and analysis with Eon’s autonomous Cloud Backup Posture Management (CBPM) for Google Cloud environments. It’s fast, smart, and, dare we say, kinda magical. Language: en Canonical URL: https://www.eon.io/blog/google-cloud-announcement ## Headings Structure: H1: Eon Backs Up Your Google Cloud Environment H1: Eon Backs Up Your Google Cloud Environment H2: Quick Summary H2: Managing Cloud Backups in a Multi-Cloud World H2: What Does Eon’s Google Cloud Backup Support Include? H2: Transform Cloud Backups into a Data Lake H2: How to Get Started with Eon for Google Cloud H2: Future-Proofing Your Cloud Backup Strategy H2: Quick Summary H2: Managing Cloud Backups in a Multi-Cloud World H2: What Does Eon’s Google Cloud Backup Support Include? H2: Transform Cloud Backups into a Data Lake H2: How to Get Started with Eon for Google Cloud H2: Future-Proofing Your Cloud Backup Strategy H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Eon Backs Up Your Google Cloud Environment H1: Eon Backs Up Your Google Cloud Environment H2: Quick Summary H2: Managing Cloud Backups in a Multi-Cloud World H2: What Does Eon’s Google Cloud Backup Support Include? H2: Transform Cloud Backups into a Data Lake H2: How to Get Started with Eon for Google Cloud H2: Future-Proofing Your Cloud Backup Strategy H2: Quick Summary H2: Managing Cloud Backups in a Multi-Cloud World H2: What Does Eon’s Google Cloud Backup Support Include? H2: Transform Cloud Backups into a Data Lake H2: How to Get Started with Eon for Google Cloud H2: Future-Proofing Your Cloud Backup Strategy H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Say goodbye to backup headaches and hello to effortless data protection and analysis with Eon’s autonomous Cloud Backup Posture Management (CBPM) for Google Cloud environments. It’s fast, smart, and, dare we say, kinda magical. Say goodbye to backup headaches and hello to effortless data protection and analysis with Eon’s autonomous Cloud Backup Posture Management (CBPM) for Google Cloud environments. It’s fast, smart, and, dare we say, kinda magical. Managing backups across multiple cloud platforms can get complex. Google Cloud offers a variety of powerful native backup tools designed for different parts of the platform—from GKE backups to Cloud SQL backups to Persistent Disk snapshots. Their Backup and DR Service also offers centralized protection for legacy workloads. Eon builds on that foundation by consolidating backup management in one easy-to-use platform. With Eon, you can streamline your backup strategy, improve visibility, and reduce manual effort, all while ensuring your data is fully protected. Eon’s CBPM solution takes the stress out of backup management. Here’s what you get: Eon is the first cloud-native CBPM platform that automates cloud backups and transforms them into a unified data lake with zero-ETL operations or cost. As businesses grow and scale across cloud platforms, a unified, intelligent backup strategy is more important than ever. Eon’s Google Cloud backup support helps you stay secure, efficient, and one step ahead. Ready to make Google Cloud backup a breeze? Schedule a demo today! Managing backups across multiple cloud platforms can get complex. Google Cloud offers a variety of powerful native backup tools designed for different parts of the platform—from GKE backups to Cloud SQL backups to Persistent Disk snapshots. Their Backup and DR Service also offers centralized protection for legacy workloads. Eon builds on that foundation by consolidating backup management in one easy-to-use platform. With Eon, you can streamline your backup strategy, improve visibility, and reduce manual effort, all while ensuring your data is fully protected. Eon’s CBPM solution takes the stress out of backup management. Here’s what you get: Eon is the first cloud-native CBPM platform that automates cloud backups and transforms them into a unified data lake with zero-ETL operations or cost. As businesses grow and scale across cloud platforms, a unified, intelligent backup strategy is more important than ever. Eon’s Google Cloud backup support helps you stay secure, efficient, and one step ahead. Ready to make Google Cloud backup a breeze? Schedule a demo today! --- ### Page: https://www.eon.io/blog/how-to-cloud-backup-posture-management Title: The Ultimate Guide to Cloud Backup Posture Management | Eon Meta Description: Everything you need to know to regain control of your cloud backups, reduce compliance risk, and scale protection across AWS, Azure, and Google Cloud. Language: en Canonical URL: https://www.eon.io/blog/how-to-cloud-backup-posture-management ## Headings Structure: H1: The Ultimate Guide to Cloud Backup Posture Management H1: The Ultimate Guide to Cloud Backup Posture Management H2: Quick Summary H2: The 4 Phases of Cloud Backup Posture Management (CBPM) H3: Phase 1: Discover and Classify Cloud Resources H3: Phase 2: Define and Apply Backup Policies H3: Phase 3: Monitor for Drift and Enforce Compliance H3: Phase 4: Track Costs and Drive Accountability H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Why CBPM Needs to Be Automated H2: Automating CBPM with Eon H2: Jones Uzan H2: Quick Summary H2: The 4 Phases of Cloud Backup Posture Management (CBPM) H3: Phase 1: Discover and Classify Cloud Resources H3: Phase 2: Define and Apply Backup Policies H3: Phase 3: Monitor for Drift and Enforce Compliance H3: Phase 4: Track Costs and Drive Accountability H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Why CBPM Needs to Be Automated H2: Automating CBPM with Eon H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: The Ultimate Guide to Cloud Backup Posture Management H1: The Ultimate Guide to Cloud Backup Posture Management H2: Quick Summary H2: The 4 Phases of Cloud Backup Posture Management (CBPM) H3: Phase 1: Discover and Classify Cloud Resources H3: Phase 2: Define and Apply Backup Policies H3: Phase 3: Monitor for Drift and Enforce Compliance H3: Phase 4: Track Costs and Drive Accountability H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Why CBPM Needs to Be Automated H2: Automating CBPM with Eon H2: Jones Uzan H2: Quick Summary H2: The 4 Phases of Cloud Backup Posture Management (CBPM) H3: Phase 1: Discover and Classify Cloud Resources H3: Phase 2: Define and Apply Backup Policies H3: Phase 3: Monitor for Drift and Enforce Compliance H3: Phase 4: Track Costs and Drive Accountability H2: 1) Optimize Storage for Cost and Efficiency H2: 2) Granular Recovery for Rapid Access H2: 3) Regularly Audit Your Backup Strategy H2: 4) Strengthen Security to Protect Your Backups H2: 5) Automate to Reduce Complexity H3: Move Forward with Better Backups H2: Why CBPM Needs to Be Automated H2: Automating CBPM with Eon H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Everything you need to know to regain control of your cloud backups, reduce compliance risk, and scale protection across AWS, Azure, and Google Cloud. Everything you need to know to regain control of your cloud backups, reduce compliance risk, and scale protection across AWS, Azure, and Google Cloud. Cloud Backup Posture Management (CBPM) helps you protect data, stay compliant, and control backup costs—without relying on manual checks or incomplete snapshots. As cloud environments grow, backup responsibilities often slip through the cracks. A single missed tag or forgotten resource can result in months of unprotected data and significant compliance risk. CBPM fixes this. It’s a continuous process of discovering resources, classifying data, implementing the right backup policies, and monitoring everything in real-time. When done right, it reduces risk, strengthens resilience, and puts you back in control. We used to think of CBPM as a checklist of best practices. But in practice, these best practices fall into four clear, repeatable phases—each designed to bring order to your backup landscape, reduce compliance risk, and keep costs under control. Whether you're managing AWS, Azure, Google Cloud, or all of the above, here’s what it takes to implement CBPM at scale. You can’t back up what you can’t see. Start by continuously scanning your cloud environments to detect new or modified resources—whether they’re VMs, databases, object stores, or ephemeral services. Don’t rely solely on infrastructure-as-code (IaC)—untracked infrastructure and repurposed resources often live outside of it. Once discovered, classify the data these resources hold. Is it PII? Healthcare data? Financial records? Each type has its own backup and compliance requirements. Use consistent tagging based on data type to lay the foundation for policy automation. Different data requires different protection levels. Once your resources are tagged, define backup policies based on those tags, including frequency, retention, encryption, replication, and immutability. Then, apply them automatically. The key is consistency: policies should be enforced across all accounts and clouds, ensuring that nothing is missed and nothing is over-protected. Cloud environments change constantly—resources move, tags disappear, policies drift. That’s why monitoring isn’t optional. Even a single missing tag or misaligned retention rule can result in compliance violations or data loss. Track backup posture in real-time, detect and remediate misconfigurations, and enforce required settings, such as cross-region replication or retention minimums. This is what prevents silent failures and surprise audit findings. Cloud backups can quietly become a budget sink if not managed well. Use cost attribution and chargeback models to map backup spend to the teams or business units responsible. This promotes accountability, helps right-size retention policies, and prevents unnecessary duplication of low-risk data. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists Cloud storage costs can easily spiral out of control. This risk grows even worse when businesses take a "just in case" approach to their cloud backups. Without a savvy backup strategy, companies are liable to over-back up data or retain unneeded data for longer than necessary, leading to inflated costs without adding value. So, how should teams approach their cloud backup strategy? Start by evaluating what data needs to be backed up and for how long. Data that’s critical to operations or tied to compliance regulations might require longer retention periods, but less critical data can have shorter lifespans. Additionally, eliminating redundant backups and optimizing storage policies can significantly reduce expenses. By aligning backup retention policies with business needs, organizations not only save money but also make it easier to locate and restore data when necessary. Efficient storage management ensures that every dollar spent on cloud resources contributes directly to operational resilience.‍ Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists When something goes wrong — anything from ransomware threats to data leakage to data center malfunctions — the speed at which a company can recover their data often determines the overall impact on business. Unfortunately, many traditional backup strategies require full-volume restores to access a single file or table — an inefficient and time-consuming triage solution, especially when issues only affect some but not all of a company’s data. Granular recovery is revolutionizing the way businesses bounce back after a data challenge. With granular recovery capabilities in their tool chest, businesses can pinpoint the exact data they need and recover it without restoring unnecessary files or systems. This saves valuable time, reduces operational disruptions, and allows teams to quickly resume their work. Imagine a compliance audit that requires the retrieval of specific records from months ago. Instead of sifting through entire databases, granular recovery enables IT teams to locate the relevant information in seconds. The ability to search across backups and recover data at a granular level transforms backups from a static archive into a dynamic tool for operational continuity.‍ A "set it and forget it" approach to backups is a recipe for disaster. Indeed, as cloud environments evolve, backups are evermore likely to drift out of alignment with organizational needs. Regular audits ensure that backup strategies remain effective and up to date. These audits should include a full inventory of resources to verify that all critical systems and data are protected. It’s also important to assess whether backup policies are being applied correctly and continue to meet the latest regulatory compliance requirements. Testing restoration processes is another essential step — there’s no better way to ensure your backups are reliable than by simulating a real-world recovery scenario. Frequent audits will help businesses catch potential gaps before they escalate into serious issues, providing peace of mind that data is securely stored but still accessible when needed most. Backups are a prime target for cyber threats like ransomware, making security a non-negotiable part of any cloud backup strategy. A multi-layered security approach can safeguard data against both external attacks and internal mishaps. Key security measures include robust access controls to ensure that only authorized users can access or modify backups. Encryption — for data both at rest and in transit — is also critical for protecting sensitive information. Additionally, anomaly detection systems can alert security teams to unusual activity, such as unexpected spikes in data changes, which may indicate a potential security breach. Integrating security into cloud backup strategy not only protects a company’s data, but also builds trust with customers and stakeholders. The result is a business that remains trusted, confident, and resilient in the face of evolving threats. Finally, managing backups manually in a cloud environment is a daunting task, so companies should also keep an eye out for solutions that allow them to automate management of their cloud backup infrastructure. Indeed, the dynamic nature of modern infrastructures — with resources being created, modified, and retired daily — makes manual tagging and configuration nearly impossible to maintain. Automation offers a solution for many of these hurdles. By automating processes like resource discovery, backup policy enforcement, and real-time monitoring, businesses can eliminate the risk of human error and improve efficiency. For example, automated tools can classify resources and apply the correct backup policies based on predefined criteria, ensuring consistency and freeing up IT teams to spend more time driving innovation. Automation also offers the benefit of real-time notifications, keeping administrators consistently informed about the health and status of their backup environment. With proactive alerts, potential issues can be addressed before they escalate, ensuring backups remain reliable and secure. A better, future-proof cloud backup strategy doesn’t have to be overwhelming. By automating processes, optimizing storage, enabling granular recovery, executing regular audits, and prioritizing security, businesses can transform their backups from a last resort safety net into a reliable and efficient asset that drives value and innovation across the enterprise. At Eon, we’ve seen firsthand how these strategies can revolutionize backup management — and we’ve built the tools that allow companies to implement them. We’re always here to provide guidance and expertise to help businesses make the most of their cloud environments. The bottom line? Backups shouldn’t just be an insurance policy — at their best, they can be a strategic tool for success. Make this the year you take your cloud backup strategy to the next level. While the phases outlined above seem clear, putting them all together requires a lot of resources and attention. Tagging automation, policy enforcement, and reporting might sound simple, but stitching together AWS Config, Macie, Audit Manager, Lambda, and other cloud-native tools introduces both cost complexity and operational burden, especially at scale. And that's before accounting for the human time needed to monitor, troubleshoot, and maintain it all. Building your own CBPM framework is possible, but it’s complex and costly to scale. Even with cloud-native tooling, implementing CBPM at scale isn’t cheap. Supporting services like resource inventory, data classification, and audit logging come with their own cost layers, before you even get to storage. Add in the time for writing scripts, chasing drift, and prepping reports, and the ‘DIY CBPM’ route becomes not just complex, but costly. That’s where Eon comes in. Eon is a fully integrated CBPM platform that automates the entire lifecycle: Eon replaces fragmented, costly workflows with a platform that automates backups and ingests them into an analytics-ready data lake. Your backup storage tier becomes queryable, visible, and easy to manage, so CBPM becomes the easiest part of your job. Ready to check out Eon’s autonomous CBPM platform? Download our white paper to learn how Eon works. Cloud Backup Posture Management (CBPM) helps you protect data, stay compliant, and control backup costs—without relying on manual checks or incomplete snapshots. As cloud environments grow, backup responsibilities often slip through the cracks. A single missed tag or forgotten resource can result in months of unprotected data and significant compliance risk. CBPM fixes this. It’s a continuous process of discovering resources, classifying data, implementing the right backup policies, and monitoring everything in real-time. When done right, it reduces risk, strengthens resilience, and puts you back in control. We used to think of CBPM as a checklist of best practices. But in practice, these best practices fall into four clear, repeatable phases—each designed to bring order to your backup landscape, reduce compliance risk, and keep costs under control. Whether you're managing AWS, Azure, Google Cloud, or all of the above, here’s what it takes to implement CBPM at scale. You can’t back up what you can’t see. Start by continuously scanning your cloud environments to detect new or modified resources—whether they’re VMs, databases, object stores, or ephemeral services. Don’t rely solely on infrastructure-as-code (IaC)—untracked infrastructure and repurposed resources often live outside of it. Once discovered, classify the data these resources hold. Is it PII? Healthcare data? Financial records? Each type has its own backup and compliance requirements. Use consistent tagging based on data type to lay the foundation for policy automation. Different data requires different protection levels. Once your resources are tagged, define backup policies based on those tags, including frequency, retention, encryption, replication, and immutability. Then, apply them automatically. The key is consistency: policies should be enforced across all accounts and clouds, ensuring that nothing is missed and nothing is over-protected. Cloud environments change constantly—resources move, tags disappear, policies drift. That’s why monitoring isn’t optional. Even a single missing tag or misaligned retention rule can result in compliance violations or data loss. Track backup posture in real-time, detect and remediate misconfigurations, and enforce required settings, such as cross-region replication or retention minimums. This is what prevents silent failures and surprise audit findings. Cloud backups can quietly become a budget sink if not managed well. Use cost attribution and chargeback models to map backup spend to the teams or business units responsible. This promotes accountability, helps right-size retention policies, and prevents unnecessary duplication of low-risk data. Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists Cloud storage costs can easily spiral out of control. This risk grows even worse when businesses take a "just in case" approach to their cloud backups. Without a savvy backup strategy, companies are liable to over-back up data or retain unneeded data for longer than necessary, leading to inflated costs without adding value. So, how should teams approach their cloud backup strategy? Start by evaluating what data needs to be backed up and for how long. Data that’s critical to operations or tied to compliance regulations might require longer retention periods, but less critical data can have shorter lifespans. Additionally, eliminating redundant backups and optimizing storage policies can significantly reduce expenses. By aligning backup retention policies with business needs, organizations not only save money but also make it easier to locate and restore data when necessary. Efficient storage management ensures that every dollar spent on cloud resources contributes directly to operational resilience.‍ Related: Learn how to cut cloud data retention costs in a live session with AWS storage specialists When something goes wrong — anything from ransomware threats to data leakage to data center malfunctions — the speed at which a company can recover their data often determines the overall impact on business. Unfortunately, many traditional backup strategies require full-volume restores to access a single file or table — an inefficient and time-consuming triage solution, especially when issues only affect some but not all of a company’s data. Granular recovery is revolutionizing the way businesses bounce back after a data challenge. With granular recovery capabilities in their tool chest, businesses can pinpoint the exact data they need and recover it without restoring unnecessary files or systems. This saves valuable time, reduces operational disruptions, and allows teams to quickly resume their work. Imagine a compliance audit that requires the retrieval of specific records from months ago. Instead of sifting through entire databases, granular recovery enables IT teams to locate the relevant information in seconds. The ability to search across backups and recover data at a granular level transforms backups from a static archive into a dynamic tool for operational continuity.‍ A "set it and forget it" approach to backups is a recipe for disaster. Indeed, as cloud environments evolve, backups are evermore likely to drift out of alignment with organizational needs. Regular audits ensure that backup strategies remain effective and up to date. These audits should include a full inventory of resources to verify that all critical systems and data are protected. It’s also important to assess whether backup policies are being applied correctly and continue to meet the latest regulatory compliance requirements. Testing restoration processes is another essential step — there’s no better way to ensure your backups are reliable than by simulating a real-world recovery scenario. Frequent audits will help businesses catch potential gaps before they escalate into serious issues, providing peace of mind that data is securely stored but still accessible when needed most. Backups are a prime target for cyber threats like ransomware, making security a non-negotiable part of any cloud backup strategy. A multi-layered security approach can safeguard data against both external attacks and internal mishaps. Key security measures include robust access controls to ensure that only authorized users can access or modify backups. Encryption — for data both at rest and in transit — is also critical for protecting sensitive information. Additionally, anomaly detection systems can alert security teams to unusual activity, such as unexpected spikes in data changes, which may indicate a potential security breach. Integrating security into cloud backup strategy not only protects a company’s data, but also builds trust with customers and stakeholders. The result is a business that remains trusted, confident, and resilient in the face of evolving threats. Finally, managing backups manually in a cloud environment is a daunting task, so companies should also keep an eye out for solutions that allow them to automate management of their cloud backup infrastructure. Indeed, the dynamic nature of modern infrastructures — with resources being created, modified, and retired daily — makes manual tagging and configuration nearly impossible to maintain. Automation offers a solution for many of these hurdles. By automating processes like resource discovery, backup policy enforcement, and real-time monitoring, businesses can eliminate the risk of human error and improve efficiency. For example, automated tools can classify resources and apply the correct backup policies based on predefined criteria, ensuring consistency and freeing up IT teams to spend more time driving innovation. Automation also offers the benefit of real-time notifications, keeping administrators consistently informed about the health and status of their backup environment. With proactive alerts, potential issues can be addressed before they escalate, ensuring backups remain reliable and secure. A better, future-proof cloud backup strategy doesn’t have to be overwhelming. By automating processes, optimizing storage, enabling granular recovery, executing regular audits, and prioritizing security, businesses can transform their backups from a last resort safety net into a reliable and efficient asset that drives value and innovation across the enterprise. At Eon, we’ve seen firsthand how these strategies can revolutionize backup management — and we’ve built the tools that allow companies to implement them. We’re always here to provide guidance and expertise to help businesses make the most of their cloud environments. The bottom line? Backups shouldn’t just be an insurance policy — at their best, they can be a strategic tool for success. Make this the year you take your cloud backup strategy to the next level. While the phases outlined above seem clear, putting them all together requires a lot of resources and attention. Tagging automation, policy enforcement, and reporting might sound simple, but stitching together AWS Config, Macie, Audit Manager, Lambda, and other cloud-native tools introduces both cost complexity and operational burden, especially at scale. And that's before accounting for the human time needed to monitor, troubleshoot, and maintain it all. Building your own CBPM framework is possible, but it’s complex and costly to scale. Even with cloud-native tooling, implementing CBPM at scale isn’t cheap. Supporting services like resource inventory, data classification, and audit logging come with their own cost layers, before you even get to storage. Add in the time for writing scripts, chasing drift, and prepping reports, and the ‘DIY CBPM’ route becomes not just complex, but costly. That’s where Eon comes in. Eon is a fully integrated CBPM platform that automates the entire lifecycle: Eon replaces fragmented, costly workflows with a platform that automates backups and ingests them into an analytics-ready data lake. Your backup storage tier becomes queryable, visible, and easy to manage, so CBPM becomes the easiest part of your job. Ready to check out Eon’s autonomous CBPM platform? Download our white paper to learn how Eon works. --- ### Page: https://www.eon.io/blog/innago-case-study Title: Innago Simplifies Backup on AWS and Saves 40% with Eon | Eon Meta Description: Learn how Eon’s first-of-its-kind autonomous backup platform helped Innago streamline backups and turn them into an easy-to-use asset that delivers ongoing business value and peace of mind. Language: en Canonical URL: https://www.eon.io/blog/innago-case-study ## Headings Structure: H1: Innago Simplifies Backup on AWS and Saves 40% with Eon H1: Innago Simplifies Backup on AWS and Saves 40% with Eon H2: Quick Summary H2: Challenge: Scaling Backups Across Kubernetes and EC2 H2: Implementation: Agentless Setup and Fast Restore Validation H2: Solution: Unified, Policy-Based Cloud Backup with CBPM H2: Results: Faster Recovery, Lower Costs, and Stronger Compliance H2: Why It Matters: A Scalable, Reliable Backup Posture for Growth H2: Team Eon H2: Quick Summary H2: Challenge: Scaling Backups Across Kubernetes and EC2 H2: Implementation: Agentless Setup and Fast Restore Validation H2: Solution: Unified, Policy-Based Cloud Backup with CBPM H2: Results: Faster Recovery, Lower Costs, and Stronger Compliance H2: Why It Matters: A Scalable, Reliable Backup Posture for Growth H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: StructuredWeb Reduces Cloud Backup Restore Time by 98% with Eon ## Main Content: H1: Innago Simplifies Backup on AWS and Saves 40% with Eon H1: Innago Simplifies Backup on AWS and Saves 40% with Eon H2: Quick Summary H2: Challenge: Scaling Backups Across Kubernetes and EC2 H2: Implementation: Agentless Setup and Fast Restore Validation H2: Solution: Unified, Policy-Based Cloud Backup with CBPM H2: Results: Faster Recovery, Lower Costs, and Stronger Compliance H2: Why It Matters: A Scalable, Reliable Backup Posture for Growth H2: Team Eon H2: Quick Summary H2: Challenge: Scaling Backups Across Kubernetes and EC2 H2: Implementation: Agentless Setup and Fast Restore Validation H2: Solution: Unified, Policy-Based Cloud Backup with CBPM H2: Results: Faster Recovery, Lower Costs, and Stronger Compliance H2: Why It Matters: A Scalable, Reliable Backup Posture for Growth H2: Team Eon H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: Experience what Eon can do for your business. Your personalized demo awaits. H2: You might also like H2: NETGEAR Cuts Backup Costs 35% and Accelerates 10TB Recovery by 88% with Eon H2: How SoFi Achieved Multi-Region Resilience and >100% ROI in the First Year with Eon H2: StructuredWeb Reduces Cloud Backup Restore Time by 98% with Eon Learn how Eon’s first-of-its-kind autonomous backup platform helped Innago streamline backups and turn them into an easy-to-use asset that delivers ongoing business value and peace of mind. Learn how Eon’s first-of-its-kind autonomous backup platform helped Innago streamline backups and turn them into an easy-to-use asset that delivers ongoing business value and peace of mind. Read the full AWS + Eon case study >> Innago is a fast-growing property management SaaS platform serving small to mid-sized landlords. As the company matured and transitioned to microservices architecture, the team began containerizing more of its workloads using Amazon Elastic Kubernetes Service (Amazon EKS). As environments scaled, backup and restore got harder. Initially, Innago utilized open-source database operators, such as Crunchy PostgreSQL and MariaDB Operator, to run workloads on EKS. However, they quickly realized the need for a more centralized solution to manage backups at scale, enforce cross-region policies, support granular recovery, and meet compliance expectations. At the same time, legacy EC2 workloads were still protected via AWS snapshots and Lambda automation, which introduced risk around missing coverage, regional gaps, and lack of restore assurance. Innago sought a unified solution across its workloads to simplify restores, meet compliance requirements, and eliminate the need for manual validation of backup coverage. Innago partnered with Eon’s solution team to provide backup coverage and restore workflows for live EKS clusters running PostgreSQL and MariaDB. The implementation required no cluster-side agents and relied on Kubernetes-native patterns, including PVC-level backup and restore. They deleted test data, ran restores, and confirmed everything came back clean. The average restoration time for small to medium volumes was 10–15 minutes. Eon’s responsive support helped Innago’s engineering team gain confidence in the platform from the get go. Innago implemented Eon’s platform, including its key features: With Eon, Innago now has a single platform to ensure backup posture across AWS environments. Innago can now scale safely, is compliance-ready, auditable, and can grow its international reach. With Eon’s CBPM in place, the engineering team no longer has to manually validate backup coverage or worry about gaps, freeing them from the burden of constant oversight. Backup is fully automated, and a reliable part of Innago’s cloud infrastructure strategy. Read the full AWS + Eon case study >> Innago is a fast-growing property management SaaS platform serving small to mid-sized landlords. As the company matured and transitioned to microservices architecture, the team began containerizing more of its workloads using Amazon Elastic Kubernetes Service (Amazon EKS). As environments scaled, backup and restore got harder. Initially, Innago utilized open-source database operators, such as Crunchy PostgreSQL and MariaDB Operator, to run workloads on EKS. However, they quickly realized the need for a more centralized solution to manage backups at scale, enforce cross-region policies, support granular recovery, and meet compliance expectations. At the same time, legacy EC2 workloads were still protected via AWS snapshots and Lambda automation, which introduced risk around missing coverage, regional gaps, and lack of restore assurance. Innago sought a unified solution across its workloads to simplify restores, meet compliance requirements, and eliminate the need for manual validation of backup coverage. Innago partnered with Eon’s solution team to provide backup coverage and restore workflows for live EKS clusters running PostgreSQL and MariaDB. The implementation required no cluster-side agents and relied on Kubernetes-native patterns, including PVC-level backup and restore. They deleted test data, ran restores, and confirmed everything came back clean. The average restoration time for small to medium volumes was 10–15 minutes. Eon’s responsive support helped Innago’s engineering team gain confidence in the platform from the get go. Innago implemented Eon’s platform, including its key features: With Eon, Innago now has a single platform to ensure backup posture across AWS environments. Innago can now scale safely, is compliance-ready, auditable, and can grow its international reach. With Eon’s CBPM in place, the engineering team no longer has to manually validate backup coverage or worry about gaps, freeing them from the burden of constant oversight. Backup is fully automated, and a reliable part of Innago’s cloud infrastructure strategy. --- ### Page: https://www.eon.io/blog/is-your-backup-strategy-built-for-whats-next Title: Is Your Backup Strategy Built for What’s Next? | Eon Meta Description: Cloud teams are turning data backups into a competitive advantage by fueling AI, compliance, and resilience. Language: en Canonical URL: https://www.eon.io/blog/is-your-backup-strategy-built-for-whats-next ## Headings Structure: H1: Is Your Backup Strategy Built for What’s Next? H1: Is Your Backup Strategy Built for What’s Next? H2: Quick Summary H2: Quick Summary H2: Cloud moved on. Data backups didn’t. H2: What You’ll Learn H2: Key Findings at a Glance H2: Cloud moved on. Data backups didn’t. H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: Is Your Backup Strategy Built for What’s Next? ## Main Content: H1: Is Your Backup Strategy Built for What’s Next? H1: Is Your Backup Strategy Built for What’s Next? H2: Quick Summary H2: Quick Summary H2: Cloud moved on. Data backups didn’t. H2: What You’ll Learn H2: Key Findings at a Glance H2: Cloud moved on. Data backups didn’t. H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: Is Your Backup Strategy Built for What’s Next? Cloud teams are turning data backups into a competitive advantage by fueling AI, compliance, and resilience. Cloud teams are turning data backups into a competitive advantage by fueling AI, compliance, and resilience. Cloud infrastructure is fast, dynamic, and distributed. But too many backup strategies are still built for a static past—manual workflows, brittle scripts, and disconnected tools that can’t keep up with the needs of AI or the stakes of compliance. This report introduces a new, smarter way forward: Cloud Backup Posture Management (CBPM)—a framework for turning backups into a real-time control layer that drives your business forward, with new data storage technology. It's not just about your data resilience. It's about how and why you'll utilize your data. ✔️ How CBPM boosts visibility, automation, and control ✔️ What’s keeping backup stuck in reactive mode—and how to move past it ✔️ How to eliminate gaps, reduce cost, and turn backups into an asset ✔️ What leading teams are doing to stay one step ahead of risk (and recovery) Bottom line? Teams want more from backup. But without CBPM, they’re stuck in the past. Cloud infrastructure is fast, dynamic, and distributed. But too many backup strategies are still built for a static past—manual workflows, brittle scripts, and disconnected tools that can’t keep up with the needs of AI or the stakes of compliance. This report introduces a new, smarter way forward: Cloud Backup Posture Management (CBPM)—a framework for turning backups into a real-time control layer that drives your business forward, with new data storage technology. It's not just about your data resilience. It's about how and why you'll utilize your data. ✔️ How CBPM boosts visibility, automation, and control ✔️ What’s keeping backup stuck in reactive mode—and how to move past it ✔️ How to eliminate gaps, reduce cost, and turn backups into an asset ✔️ What leading teams are doing to stay one step ahead of risk (and recovery) Bottom line? Teams want more from backup. But without CBPM, they’re stuck in the past. --- ### Page: https://www.eon.io/blog/manage-backup-sprawl-storage-costs Title: How to Manage Backup Sprawl and Cut Cloud Storage Costs | Eon Meta Description: Reduce backup storage costs, enforce retention policies, and manage data growth across AWS, Azure, and Google Cloud without overbuilding or losing control. Language: en Canonical URL: https://www.eon.io/blog/manage-backup-sprawl-storage-costs ## Headings Structure: H1: How to Manage Backup Sprawl and Cut Cloud Storage Costs H1: How to Manage Backup Sprawl and Cut Cloud Storage Costs H2: Quick Summary H2: Are Your Cloud Backups Driving Up Costs and Risk? H2: 5 Best Practices for Scalable Cloud Backup Strategies H3: 1. Which Data Is Worth Backing Up—and Which Isn’t? H3: 2. How Can Hot, Warm, and Cold Storage Cut Backup Costs? H3: 3. Why Should You Separate Backups from Production? H3: 4. How Can App Teams Manage Backups Without Losing Governance? H3: 5. How Do You Keep Backup Policies Consistent Across Clouds? H2: Are Cloud-Provider Backup Tools Enough on Their Own? H2: What Controls Keep Your Backups Secure and Audit-Ready? H2: How Do You Cut Cloud Backup Costs Without Sacrificing Safety? H2: How Do You Decide Between DIY and Managed Backups? H2: Do You Need More Storage—or a Smarter Backup Strategy? H2: Want to see these strategies in action? H2: Jones Uzan H2: Quick Summary H2: Are Your Cloud Backups Driving Up Costs and Risk? H2: 5 Best Practices for Scalable Cloud Backup Strategies H3: 1. Which Data Is Worth Backing Up—and Which Isn’t? H3: 2. How Can Hot, Warm, and Cold Storage Cut Backup Costs? H3: 3. Why Should You Separate Backups from Production? H3: 4. How Can App Teams Manage Backups Without Losing Governance? H3: 5. How Do You Keep Backup Policies Consistent Across Clouds? H2: Are Cloud-Provider Backup Tools Enough on Their Own? H2: What Controls Keep Your Backups Secure and Audit-Ready? H2: How Do You Cut Cloud Backup Costs Without Sacrificing Safety? H2: How Do You Decide Between DIY and Managed Backups? H2: Do You Need More Storage—or a Smarter Backup Strategy? H2: Want to see these strategies in action? H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: How to Manage Backup Sprawl and Cut Cloud Storage Costs H1: How to Manage Backup Sprawl and Cut Cloud Storage Costs H2: Quick Summary H2: Are Your Cloud Backups Driving Up Costs and Risk? H2: 5 Best Practices for Scalable Cloud Backup Strategies H3: 1. Which Data Is Worth Backing Up—and Which Isn’t? H3: 2. How Can Hot, Warm, and Cold Storage Cut Backup Costs? H3: 3. Why Should You Separate Backups from Production? H3: 4. How Can App Teams Manage Backups Without Losing Governance? H3: 5. How Do You Keep Backup Policies Consistent Across Clouds? H2: Are Cloud-Provider Backup Tools Enough on Their Own? H2: What Controls Keep Your Backups Secure and Audit-Ready? H2: How Do You Cut Cloud Backup Costs Without Sacrificing Safety? H2: How Do You Decide Between DIY and Managed Backups? H2: Do You Need More Storage—or a Smarter Backup Strategy? H2: Want to see these strategies in action? H2: Jones Uzan H2: Quick Summary H2: Are Your Cloud Backups Driving Up Costs and Risk? H2: 5 Best Practices for Scalable Cloud Backup Strategies H3: 1. Which Data Is Worth Backing Up—and Which Isn’t? H3: 2. How Can Hot, Warm, and Cold Storage Cut Backup Costs? H3: 3. Why Should You Separate Backups from Production? H3: 4. How Can App Teams Manage Backups Without Losing Governance? H3: 5. How Do You Keep Backup Policies Consistent Across Clouds? H2: Are Cloud-Provider Backup Tools Enough on Their Own? H2: What Controls Keep Your Backups Secure and Audit-Ready? H2: How Do You Cut Cloud Backup Costs Without Sacrificing Safety? H2: How Do You Decide Between DIY and Managed Backups? H2: Do You Need More Storage—or a Smarter Backup Strategy? H2: Want to see these strategies in action? H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Reduce backup storage costs, enforce retention policies, and manage data growth across AWS, Azure, and Google Cloud without overbuilding or losing control. Reduce backup storage costs, enforce retention policies, and manage data growth across AWS, Azure, and Google Cloud without overbuilding or losing control. Cloud data is exploding—up 16%+ a year—and unmanaged backups can double that growth. What’s meant to protect your business can quickly become your most expensive blind spot: extra storage costs, compliance risk, and operational chaos. Here’s how to take control of your backups (and your costs) without overbuilding or losing resilience. This rapid growth in cloud data creates major challenges around storage, cost, and management. Use these best practices to cut waste, reduce compliance risk, and keep backup sprawl in check. Avoid the "backup everything" approach by defining critical vs. non-critical data. Knowing what data needs frequent backups is key to optimizing costs and security. You need to categorize data strategically, making sure your backup policies are in line with automation and storage efficiency. So what’s critical and what’s not? Let’s break it down: To optimize storage efficiency and reduce costs, companies need to apply a tiered backup strategy. Tiering allows organizations to store frequently accessed data in high-performance (hot) storage while shifting less-used or archival data to more cost-effective warm or cold tiers. Here’s how to match your backup strategy to your data’s behavior—and cut waste while you’re at it. Related Article: Innago Simplifies Backup on AWS and Saves 40% with Eon Don’t let one mistake wipe out everything. Separate your backups from production—full stop. If a bad deploy happens or ransomware hits, you don’t want all your environments going down together. Keeping backups in a separate account gives you a smaller blast radius. It’s the first layer of defense. Want another? Hand off key management to a different team, like compliance, not DevOps. Use native tools like AWS KMS, Azure Key Vault, or Google CloudCMEK, but enforce policy from a single control plane so no one’s flying blind. You get tighter access controls, protection from insider threats, and backups that stay clean—no ransomware surprise, no accidental deletions. App teams know their data best. Let them own their backups—without giving up control. Even when application teams take charge of their backup strategies, centralized governance remains crucial for maintaining security, consistency, and compliance across the organization. Think of it as air traffic control for your backup environment. Like air traffic controllers coordinating flights, centralized governance ensures each backup process is safely managed without collisions, delays, or confusion. Cloud-provider solutions like AWS Backup, Azure Backup, and Google Cloud Backup & DR enable application teams to manage backups with varying levels of control and integration. For example, Azure Backup supports VM snapshots, Azure Files, and SQL databases with tiering into Archive Storage. At the same time, Google Cloud Backup and DR now orchestrates backups across GCE and GKE workloads, but often lacks centralized policy governance across projects. While these tools simplify management within each cloud, many enterprises still struggle to maintain consistent retention, tagging, and compliance across environments. That’s where unified platforms like Eon provide value: helping app teams control backup schedules and retention while automatically enforcing organization-wide policies behind the scenes. Good backups are useless if they’re not secure or compliant. Here’s how to lock them down and keep auditors happy: Optimizing backup costs without losing resilience requires aligning storage and retention strategies with business needs. Use these tactics to optimize costs and stay resilient: Whether you manage cloud backups in-house or use managed backup solutions, each route has trade-offs in cost, security, scalability, and operational overhead. Risks of DIY Backup Management: Benefits of Managed Solutions: If any answer is shaky, it’s time to simplify. A smarter strategy means: Eon’s cloud backup platform helps you do all of that—with one platform that cuts waste, enforces consistency, and slashes your backup costs by up to 50%. Take the next step in cutting cloud backup and retention costs without losing resilience. Our live session with AWS, How to Cut Cloud Data Retention Costs, shares proven ways to: Cloud data is exploding—up 16%+ a year—and unmanaged backups can double that growth. What’s meant to protect your business can quickly become your most expensive blind spot: extra storage costs, compliance risk, and operational chaos. Here’s how to take control of your backups (and your costs) without overbuilding or losing resilience. This rapid growth in cloud data creates major challenges around storage, cost, and management. Use these best practices to cut waste, reduce compliance risk, and keep backup sprawl in check. Avoid the "backup everything" approach by defining critical vs. non-critical data. Knowing what data needs frequent backups is key to optimizing costs and security. You need to categorize data strategically, making sure your backup policies are in line with automation and storage efficiency. So what’s critical and what’s not? Let’s break it down: To optimize storage efficiency and reduce costs, companies need to apply a tiered backup strategy. Tiering allows organizations to store frequently accessed data in high-performance (hot) storage while shifting less-used or archival data to more cost-effective warm or cold tiers. Here’s how to match your backup strategy to your data’s behavior—and cut waste while you’re at it. Related Article: Innago Simplifies Backup on AWS and Saves 40% with Eon Don’t let one mistake wipe out everything. Separate your backups from production—full stop. If a bad deploy happens or ransomware hits, you don’t want all your environments going down together. Keeping backups in a separate account gives you a smaller blast radius. It’s the first layer of defense. Want another? Hand off key management to a different team, like compliance, not DevOps. Use native tools like AWS KMS, Azure Key Vault, or Google CloudCMEK, but enforce policy from a single control plane so no one’s flying blind. You get tighter access controls, protection from insider threats, and backups that stay clean—no ransomware surprise, no accidental deletions. App teams know their data best. Let them own their backups—without giving up control. Even when application teams take charge of their backup strategies, centralized governance remains crucial for maintaining security, consistency, and compliance across the organization. Think of it as air traffic control for your backup environment. Like air traffic controllers coordinating flights, centralized governance ensures each backup process is safely managed without collisions, delays, or confusion. Cloud-provider solutions like AWS Backup, Azure Backup, and Google Cloud Backup & DR enable application teams to manage backups with varying levels of control and integration. For example, Azure Backup supports VM snapshots, Azure Files, and SQL databases with tiering into Archive Storage. At the same time, Google Cloud Backup and DR now orchestrates backups across GCE and GKE workloads, but often lacks centralized policy governance across projects. While these tools simplify management within each cloud, many enterprises still struggle to maintain consistent retention, tagging, and compliance across environments. That’s where unified platforms like Eon provide value: helping app teams control backup schedules and retention while automatically enforcing organization-wide policies behind the scenes. Good backups are useless if they’re not secure or compliant. Here’s how to lock them down and keep auditors happy: Optimizing backup costs without losing resilience requires aligning storage and retention strategies with business needs. Use these tactics to optimize costs and stay resilient: Whether you manage cloud backups in-house or use managed backup solutions, each route has trade-offs in cost, security, scalability, and operational overhead. Risks of DIY Backup Management: Benefits of Managed Solutions: If any answer is shaky, it’s time to simplify. A smarter strategy means: Eon’s cloud backup platform helps you do all of that—with one platform that cuts waste, enforces consistency, and slashes your backup costs by up to 50%. Take the next step in cutting cloud backup and retention costs without losing resilience. Our live session with AWS, How to Cut Cloud Data Retention Costs, shares proven ways to: --- ### Page: https://www.eon.io/blog/multi-cloud-backup-challenges Title: Multi-Cloud Backup Challenges (and How to Fix Them Without More Tools) | Eon Meta Description: Multi-cloud backups often fail due to blind spots in classification, recovery, and cost control. Language: en Canonical URL: https://www.eon.io/blog/multi-cloud-backup-challenges ## Headings Structure: H1: Multi-Cloud Backup Challenges (and How to Fix Them Without More Tools) H1: Multi-Cloud Backup Challenges (and How to Fix Them Without More Tools) H2: Quick Summary H2: What Makes Multi-Cloud Backup So Hard? H3: 1. Why does versioning fail across clouds? H3: 2. Why are backup policies inconsistent? H3: 3. Why is recovery unreliable? H3: 4. Where’s the single source of truth? H3: 5. How do security gaps creep in? H3: 6. Why is compliance harder in multi-cloud? H3: 7. Why do costs spiral? H3: 8. Why are logical air-gaps so complex? H2: What Is Cloud Backup Posture Management (CBPM)? H2: How Does CBPM Fix Multi-Cloud Backup Failures? H3: 1. Automate Tagging H3: 2. Auto-Classify Data at Scale H3: 3. Make Backups Ransomware-Ready with Built-In Isolation H3: 4. Control Backup Costs Without Losing Coverage H2: How Does Eon Help You Unify and Simplify Multi-Cloud Backups? H2: Jones Uzan H2: Quick Summary H2: What Makes Multi-Cloud Backup So Hard? H3: 1. Why does versioning fail across clouds? H3: 2. Why are backup policies inconsistent? H3: 3. Why is recovery unreliable? H3: 4. Where’s the single source of truth? H3: 5. How do security gaps creep in? H3: 6. Why is compliance harder in multi-cloud? H3: 7. Why do costs spiral? H3: 8. Why are logical air-gaps so complex? H2: What Is Cloud Backup Posture Management (CBPM)? H2: How Does CBPM Fix Multi-Cloud Backup Failures? H3: 1. Automate Tagging H3: 2. Auto-Classify Data at Scale H3: 3. Make Backups Ransomware-Ready with Built-In Isolation H3: 4. Control Backup Costs Without Losing Coverage H2: How Does Eon Help You Unify and Simplify Multi-Cloud Backups? H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community ## Main Content: H1: Multi-Cloud Backup Challenges (and How to Fix Them Without More Tools) H1: Multi-Cloud Backup Challenges (and How to Fix Them Without More Tools) H2: Quick Summary H2: What Makes Multi-Cloud Backup So Hard? H3: 1. Why does versioning fail across clouds? H3: 2. Why are backup policies inconsistent? H3: 3. Why is recovery unreliable? H3: 4. Where’s the single source of truth? H3: 5. How do security gaps creep in? H3: 6. Why is compliance harder in multi-cloud? H3: 7. Why do costs spiral? H3: 8. Why are logical air-gaps so complex? H2: What Is Cloud Backup Posture Management (CBPM)? H2: How Does CBPM Fix Multi-Cloud Backup Failures? H3: 1. Automate Tagging H3: 2. Auto-Classify Data at Scale H3: 3. Make Backups Ransomware-Ready with Built-In Isolation H4: Should You Still Follow the 3-2-1 Rule? H4: How Do You Manage Access to Backup Data Across Clouds? H4: Other CBPM Best Practices to Keep in Mind H3: 4. Control Backup Costs Without Losing Coverage H4: Versioning Waste H4: Smarter Storage Tiering H4: Hidden Egress Costs H2: How Does Eon Help You Unify and Simplify Multi-Cloud Backups? H2: Jones Uzan H2: Quick Summary H2: What Makes Multi-Cloud Backup So Hard? H3: 1. Why does versioning fail across clouds? H3: 2. Why are backup policies inconsistent? H3: 3. Why is recovery unreliable? H3: 4. Where’s the single source of truth? H3: 5. How do security gaps creep in? H3: 6. Why is compliance harder in multi-cloud? H3: 7. Why do costs spiral? H3: 8. Why are logical air-gaps so complex? H2: What Is Cloud Backup Posture Management (CBPM)? H2: How Does CBPM Fix Multi-Cloud Backup Failures? H3: 1. Automate Tagging H3: 2. Auto-Classify Data at Scale H3: 3. Make Backups Ransomware-Ready with Built-In Isolation H4: Should You Still Follow the 3-2-1 Rule? H4: How Do You Manage Access to Backup Data Across Clouds? H4: Other CBPM Best Practices to Keep in Mind H3: 4. Control Backup Costs Without Losing Coverage H4: Versioning Waste H4: Smarter Storage Tiering H4: Hidden Egress Costs H2: How Does Eon Help You Unify and Simplify Multi-Cloud Backups? H2: Jones Uzan H2: What You’ll Learn H2: Key Findings at a Glance H2: What You’ll Learn H2: Key Findings at a Glance H2: You might also like H2: How to Prepare for the Next Cloud Outage H2: Eon Cost Explorer: Instant Visibility Into Backup Spend Across Clouds H2: Join DynamoDB Day 2025: Real-World Lessons from AWS and the DynamoDB Community Multi-cloud backups often fail due to blind spots in classification, recovery, and cost control. Multi-cloud backups often fail due to blind spots in classification, recovery, and cost control. The challenge isn’t whether backups exist—it’s whether you can manage and recover them confidently—a reality cloud architects and SREs feel most when they’re the ones on the hook for recovery. For example, one team running workloads across AWS and GCP thought they were covered until a compliance review revealed sensitive data with no encryption and a misconfigured 7-day retention policy. The backups were there, but without centralized visibility, the blind spot went unnoticed. This pattern repeats across enterprises. Complexity hides flaws until recovery, audit, or security events expose them. To avoid surprises, you need posture: a single source of truth to classify, audit, and enforce backup policies across clouds. Manual snapshot management across AWS, GCP, and Azure almost guarantees version sprawl and gaps. Each provider has its own retention and backup rules—enforcing a standard schedule across all of them is nearly impossible without central control. Scattered backups mean scattered recovery workflows. Without a unified dashboard, restores are slower, riskier, and harder to test—leaving IT managers and disaster recovery leads unable to validate restores when it really counts. If you can’t search or audit backup data globally, compliance and governance grind to a halt. Ransomware increasingly targets backups themselves, not just production systems. Retention, residency, and encryption settings vary across providers, creating hidden governance risks. Cross-cloud transfers, retention mismanagement, and versioning waste add up fast. Isolating backups from production with software-defined separation adds operational overhead and requires strict discipline. Takeaway: These issues map directly to the three pain points we see most often at Eon: Cloud Backup Posture Management (CBPM) is a new approach to backup management that ensures your backups aren’t just there—they’re protected, compliant, and recoverable. Think of it as backup with context—turning storage into posture. You don’t need to abandon your multi-cloud ambitions. You just need a backup posture that works across clouds without manual tagging, scripting, or guesswork. CBPM enforces the right backup behaviors automatically, and at scale. Here’s how it solves the biggest posture breakdowns we see. Many teams try to control multi-cloud backups using infrastructure-as-code (IaC) tools like Terraform or Ansible. Others stitch together cron jobs or CI/CD pipelines. These approaches seem efficient until they scale. The problem? Every cloud provider has different APIs, metadata tags, and retention tools. That makes posture enforcement fragile, error-prone, and time-consuming to audit. With Eon, automation is built in: Takeaway: Skip the scripts. Eon gives you plug-and-play backup posture without config drift. Manual tagging doesn’t scale. And when tagging fails, backups fail with it, leaving sensitive workloads unprotected or over-backed-up. Eon replaces manual tagging with: Whether it’s internal IP or customer data, Eon ensures it’s properly protected without scripting or tagging guesswork. This is how we free up your DevOps teams from babysitting backups. Takeaway: Auto-classify what matters. Protect the right data, in the right way, every time. Today’s ransomware campaigns increasingly target backups themselves—a threat CISOs and security engineers know all too well. Posture means nothing if attackers can encrypt or delete your recovery data. Eon solves this with logical air gaps and native immutability without hardware vaults or complex network overlays. Built-in defenses include: Eon’s vaulting architecture separates backup data from production environments using software-defined isolation, not DR-style failover infrastructure. Takeaway: Don’t bolt on air gaps. Eon builds them in so backups stay recoverable even when everything else goes down. Curious how modern ransomware attacks target backups directly? Check out our cloud ransomware guide for real-world examples and protection strategies. Coined by photographer Peter Krogh in “The DAM Book: Digital Asset Management for Photographers,” the 3-2-1 backup rule essentially means: This simple yet powerful strategy helps protect backup data from ransomware, misconfigurations, and cloud-specific disruptions. But as ransomware threats escalate and cloud environments dominate, modern teams are upgrading to 3‑2‑1‑1‑0, which adds: Organizations are moving beyond the classic rule to strengthen their cyber resilience and avoid surprise failure during recovery. Treat 3‑2‑1 as your baseline. Adopt 3‑2‑1‑1‑0—immutable copies + validated restores—for modern cloud and ransomware-ready backup posture. Implementing role-based access control (RBAC) and identity and access management (IAM) is no easy task. Managing access policies across clouds is challenging, as each provider has its own APIs and security frameworks—a daily headache for cloud security architects and IAM admins trying to enforce consistent backup access and governance. Other best practices are not specific to multi-cloud, but they’re still important when implementing CBPM: Backup costs can spiral quickly—especially across clouds. Version sprawl, cross-region transfers, and over-retention quietly inflate spend without improving protection—leaving FinOps teams and cloud cost managers scrambling to explain surprise bills. Eon helps you reduce costs while tightening posture. ✅ Eon manages retention centrally—no versioning required. For more on how to cut AWS S3 costs, see how lifecycle policies and cold storage can reduce your footprint. Takeaway: You don’t have to choose between cost control and coverage. Eon gives you both—on autopilot. Done right, cloud backup isn’t just a safety net—it’s a strategic advantage. Explore how teams are turning backups into a business asset that fuels resilience, insight, and ROI. If you’re juggling multiple backup tools, cloud-native policies, or compliance requirements across providers, Eon helps unify it all. With continuous, automatic classification, secure vaulting, and a single pane of glass across cloud environments, Eon makes it easy to standardize your backup posture without vendor lock-in or overhead. Looking to simplify your multi-cloud backup strategy while improving visibility, security, and cost control? Don’t let multi-cloud backups become your blind spot. Download the white paper to see how teams are enforcing backup posture across clouds without scripts, silos, or surprises. The challenge isn’t whether backups exist—it’s whether you can manage and recover them confidently—a reality cloud architects and SREs feel most when they’re the ones on the hook for recovery. For example, one team running workloads across AWS and GCP thought they were covered until a compliance review revealed sensitive data with no encryption and a misconfigured 7-day retention policy. The backups were there, but without centralized visibility, the blind spot went unnoticed. This pattern repeats across enterprises. Complexity hides flaws until recovery, audit, or security events expose them. To avoid surprises, you need posture: a single source of truth to classify, audit, and enforce backup policies across clouds. Manual snapshot management across AWS, GCP, and Azure almost guarantees version sprawl and gaps. Each provider has its own retention and backup rules—enforcing a standard schedule across all of them is nearly impossible without central control. Scattered backups mean scattered recovery workflows. Without a unified dashboard, restores are slower, riskier, and harder to test—leaving IT managers and disaster recovery leads unable to validate restores when it really counts. If you can’t search or audit backup data globally, compliance and governance grind to a halt. Ransomware increasingly targets backups themselves, not just production systems. Retention, residency, and encryption settings vary across providers, creating hidden governance risks. Cross-cloud transfers, retention mismanagement, and versioning waste add up fast. Isolating backups from production with software-defined separation adds operational overhead and requires strict discipline. Takeaway: These issues map directly to the three pain points we see most often at Eon: Cloud Backup Posture Management (CBPM) is a new approach to backup management that ensures your backups aren’t just there—they’re protected, compliant, and recoverable. Think of it as backup with context—turning storage into posture. You don’t need to abandon your multi-cloud ambitions. You just need a backup posture that works across clouds without manual tagging, scripting, or guesswork. CBPM enforces the right backup behaviors automatically, and at scale. Here’s how it solves the biggest posture breakdowns we see. Many teams try to control multi-cloud backups using infrastructure-as-code (IaC) tools like Terraform or Ansible. Others stitch together cron jobs or CI/CD pipelines. These approaches seem efficient until they scale. The problem? Every cloud provider has different APIs, metadata tags, and retention tools. That makes posture enforcement fragile, error-prone, and time-consuming to audit. With Eon, automation is built in: Takeaway: Skip the scripts. Eon gives you plug-and-play backup posture without config drift. Manual tagging doesn’t scale. And when tagging fails, backups fail with it, leaving sensitive workloads unprotected or over-backed-up. Eon replaces manual tagging with: Whether it’s internal IP or customer data, Eon ensures it’s properly protected without scripting or tagging guesswork. This is how we free up your DevOps teams from babysitting backups. Takeaway: Auto-classify what matters. Protect the right data, in the right way, every time. Today’s ransomware campaigns increasingly target backups themselves—a threat CISOs and security engineers know all too well. Posture means nothing if attackers can encrypt or delete your recovery data. Eon solves this with logical air gaps and native immutability without hardware vaults or complex network overlays. Built-in defenses include: Eon’s vaulting architecture separates backup data from production environments using software-defined isolation, not DR-style failover infrastructure. Takeaway: Don’t bolt on air gaps. Eon builds them in so backups stay recoverable even when everything else goes down. Curious how modern ransomware attacks target backups directly? Check out our cloud ransomware guide for real-world examples and protection strategies. Coined by photographer Peter Krogh in “The DAM Book: Digital Asset Management for Photographers,” the 3-2-1 backup rule essentially means: This simple yet powerful strategy helps protect backup data from ransomware, misconfigurations, and cloud-specific disruptions. But as ransomware threats escalate and cloud environments dominate, modern teams are upgrading to 3‑2‑1‑1‑0, which adds: Organizations are moving beyond the classic rule to strengthen their cyber resilience and avoid surprise failure during recovery. Treat 3‑2‑1 as your baseline. Adopt 3‑2‑1‑1‑0—immutable copies + validated restores—for modern cloud and ransomware-ready backup posture. Implementing role-based access control (RBAC) and identity and access management (IAM) is no easy task. Managing access policies across clouds is challenging, as each provider has its own APIs and security frameworks—a daily headache for cloud security architects and IAM admins trying to enforce consistent backup access and governance. Other best practices are not specific to multi-cloud, but they’re still important when implementing CBPM: Backup costs can spiral quickly—especially across clouds. Version sprawl, cross-region transfers, and over-retention quietly inflate spend without improving protection—leaving FinOps teams and cloud cost managers scrambling to explain surprise bills. Eon helps you reduce costs while tightening posture. ✅ Eon manages retention centrally—no versioning required. For more on how to cut AWS S3 costs, see how lifecycle policies and cold storage can reduce your footprint. Takeaway: You don’t have to choose between cost control and coverage. Eon gives you both—on autopilot. Done right, cloud backup isn’t just a safety net—it’s a strategic advantage. Explore how teams are turning backups into a business asset that fuels resilience, insight, and ROI. If you’re juggling multiple backup tools, cloud-native policies, or compliance requirements across providers, Eon helps unify it all. With continuous, automatic classification, secure vaulting, and a single pane of glass across cloud environments, Eon makes it easy to standardize your backup posture without vendor lock-in or overhead. Looking to simplify your multi-cloud backup strategy while improving visibility, security, and cost control? Don’t let multi-cloud backups become your blind spot. Download the white paper to see how teams are enforcing backup posture across clouds without scripts, silos, or surprises. ---