7 Best Azure Backup Solutions and Alternatives in 2026

7 best Azure backup solutions: Quick comparison

How these Azure backup solutions were evaluated

Choosing the best Azure backup solution depends on measurable criteria, not feature checklists. 

These seven solutions were evaluated across five dimensions:

• Coverage and visibility. Does the tool discover resources across subscriptions and regions automatically? Can it report coverage gaps without relying on manual tagging?
• Posture and governance. Does the platform classify data, auto-assign policies, and detect drift continuously? Or does enforcement depend on a human checking a console?
• Immutable retention. Does the system provide logically air-gapped vaults that production credentials cannot modify? And does it prove coverage alongside immutability?
• Recovery precision. Can the platform restore a single file, table, or record without rehydrating a full environment? What is the actual measured RTO for a granular restore?
• Cost-per-GB and TCO. What are the real storage costs after deduplication and incremental snapshots? What is the operational overhead of running the tool at scale?
• Operating model. Does the platform require customer-managed infrastructure in the cloud, or is it fully SaaS-managed? The operating model determines what teams are signing up to maintain, patch, and scale, and is where cloud-first and legacy approaches diverge most clearly.

Each solution below is assessed against these criteria, with honest limitations noted.

1. Eon: Best for cloud-first estates needing CBPM, granular recovery, and queryable backup data

What it does: Eon is a cloud-native backup and storage platform built around Cloud Backup Posture Management (CBPM). 

It autonomously discovers, classifies, and enforces backup policies across accounts and regions, while detecting coverage gaps and policy drift across the entire estate without manual tagging.

Best for: Cloud-first enterprises running hundreds of terabytes to multi-petabyte estates across multiple accounts, regions, or clouds. Eon fits teams that need autonomous coverage, granular recovery for common cloud incidents, queryable backup data for analytics and AI, and protected-storage pricing they can attribute on a per-resource basis.

Eon sits in a different competitive position than the legacy vendors on this list. It competes primarily with native Azure backup tooling, not with on-prem enterprise platforms. The core argument is that native cloud backup is expensive, inflexible, and opaque beyond basic insurance. 

Eon’s CBPM approach replaces that model with autonomous governance, granular recovery, and backup data that teams can use.

The platform connects to cloud environments with read-only access and requires no agents, appliances, or network configuration. Deployment is agentless, which removes the operational overhead that makes legacy tools expensive to run at scale.

Eon was built by the team that founded CloudEndure (acquired by AWS) and created AWS Elastic Disaster Recovery and AWS Application Migration Service. The company has raised $500M from Sequoia, Lightspeed, and Greenoaks, with a $4B valuation.

Key features

• CBPM (Cloud Backup Posture Management). Autonomous discovery, classification, policy enforcement, and drift detection across the entire estate. 

The platform classifies cloud resources (VMs, databases, object storage) and auto-assigns backup policies based on data type. PII, financial data, and production workloads each get appropriate retention without anyone manually tagging resources. 

Coverage gaps and policy drift are surfaced in real time across all accounts and regions.

• Granular Recovery. Restore individual files, database records, or table-level data without spinning up full environments or running ETL pipelines. This is the single biggest differentiator versus native Azure snapshots, which are all-or-nothing. 

A corrupted table in a multi-terabyte database does not require rehydrating the entire database to fix.

• Global Search. A unified search engine that spans multiple cloud services and providers. Find individual files and database records in seconds. No need to guess which backup set contains what you need.
• Logically Air-Gapped, Immutable Vaults. Backups are stored in an Eon-managed vault that is isolated from your own cloud environments. Production credentials cannot access or modify it, which keeps recovery data intact even if production identities are compromised.
• Ransomware Detection. Cloud-native anomaly detection identifies malware and ransomware in backup data, pinpoints the last clean snapshot, and enables granular recovery of only the affected data, with no full-environment rollback required. 

Eon is the first cloud-native platform to analyze the logical contents of database backups (tables, rows, schema, value distributions) to detect ransomware where filesystem-level scanning cannot reach. Learn more about Eon's ransomware protection package and database-level ransomware detection.

• Live Data Lakes and Database Explorer. Backups stored as Apache Iceberg and Parquet in Azure Blob Storage become a queryable data lake, accessible from Microsoft Fabric, OneLake, Power BI, BigQuery, Snowflake, Databricks, and Redshift.

• Cost reduction. Eon typically self-funds by replacing native snapshot spend, appliance costs, and API fees. 

Pros

• Autonomous discovery and policy enforcement eliminate manual tagging and the coverage gaps that come with it.
• Granular restores (file, record, table) without full-environment rehydration cut RTO from hours to minutes.
• Backup data becomes searchable and queryable for compliance, analytics, and AI workloads.
• Fully SaaS-managed with no customer-run compute or infrastructure to maintain.
• Unified multi-cloud operations across AWS, Azure, and GCP under one operating model.
• Resource-level cost attribution from the account down to individual resources, so teams know exactly where backup spend accumulates.
• Teams running PoCs have typically validated 30 to 50 percent storage savings versus native hyperscaler retention through deduplication and compression.

Cons

• Not designed for endpoint backup. Teams focused on that use case should look at purpose-built tools.
• Does not support on-prem workloads. Estates with a significant on-prem footprint will need a separate tool for that layer.
• SaaS application backup (Microsoft 365, Google Workspace) is in active development and is not currently generally available for production use.

Pricing

Eon offers a usage-based pricing model with flexible spending commitments: no complicated pricing or fine print. Simply pay for the storage you back up on a per-GB/month basis, with no hidden costs. Contact Eon for a custom cost estimate based on the environment size.

Bottom Line

Eon is the strongest fit for cloud-first enterprises that need to continuously prove backup coverage, recover data at the file or record level, and derive operational value from backup data beyond pure insurance. 

Organizations with multi-account, multi-region estates will see the highest return here. Teams that are primarily on-prem or need M365 backup parity should look elsewhere.

2. Azure backup: best for Azure-only baseline protection

What it does: Azure Backup provides platform-managed backups for Azure VMs, Azure Files, standalone SQL Server, SAP HANA, Azure Database for PostgreSQL, and Azure Blob storage. 

Coverage varies by resource type, and not all managed databases are supported uniformly. For disaster recovery and replication, Microsoft offers Azure Site Recovery as a separate service.

Best for: Small to medium Azure-only teams that need a low-cost, low-maintenance baseline with tight Azure Portal integration.

Azure Backup is where most Azure teams start, and for good reason. The integration with Azure RBAC means permissions map directly to existing access controls. There is no separate vendor to manage or contract to negotiate, and billing rolls into the existing Azure account.

As environments grow beyond a handful of subscriptions, teams often outgrow what native tooling provides. 

Azure Backup operates on a subscription and region basis, which means estate-wide visibility requires additional tooling. There is no built-in single pane showing what is protected across the full environment.

Resource discovery and classification rely on manual configuration. Azure Backup does not automatically determine whether a resource contains PII, financial data, or production workloads, so policy assignment is a human-driven process that can drift as environments change.

Recovery precision is another area where teams look to improve. Some Azure managed services support coarse restores that require rehydrating larger datasets to recover a single item. 

For teams that need file- or record-level recovery, pairing Azure Backup with a CBPM layer closes that gap.

Key Features

• Platform-managed backups for Azure VMs, Azure Files, SQL, and blob storage with native Portal integration.
• Azure Site Recovery for VM replication across regions.
• Integration with Azure RBAC and Azure Policy for governance within a single subscription.
• Consumption-based billing with no additional licensing.

Pros

• Zero additional licensing cost and native Azure Portal integration.
• Predictable billing and minimal operational overhead for small environments.
• Tight integration with Azure RBAC and existing access controls.

Cons

• Per-subscription, per-region design means teams need additional tooling for estate-wide visibility.
• Resource discovery and classification rely on manual configuration.
• Some managed services support only coarse-grained restores, which can extend recovery time.
• Policy consistency across many subscriptions requires manual effort to maintain.

Pricing

Azure Backup pricing is consumption-based and varies by workload type. VM backups are billed per protected instance plus storage consumed. Database and file backups follow similar per-instance-plus-storage models. Full pricing details are available on the Azure Backup pricing page.

Bottom Line

Azure Backup is the right starting point for Azure-only teams with simple environments. It delivers genuine value as a low-cost baseline.

For enterprises with multi-subscription, multi-region estates, extending Azure Backup with a CBPM layer like Eon adds estate-wide visibility, continuous policy enforcement, and granular recovery that native tooling wasn't designed to handle on its own.

3. Veeam for Azure: best for teams with existing Veeam on-prem investments

What it does: Veeam provides application-aware backups, automated restore orchestration, and hybrid on-prem-to-cloud workflows for Azure environments.

Best for: Teams with existing on-prem Veeam investments who want familiar orchestration and runbook automation as they extend into Azure.

Veeam has deep roots in on-premises backup, and the Azure extension carries that orchestration strength forward. Automated restore runbooks, application-aware backups, and hybrid workflows between on-prem and cloud are where Veeam adds the most value. 

Teams that already run Veeam in their data centers will find the Azure integration familiar and operationally consistent.

For teams starting fresh in Azure without an existing Veeam footprint, the operating model is heavier than that of cloud-first alternatives: customer-deployed components, region-specific backup operations, and licensing models tied to on-prem patterns rather than to elastic cloud consumption.

The gap is the operating model. Veeam deploys a management appliance inside the customer environment and uses temporary worker nodes for backup and restore operations, with compute and transfer costs accruing to the customer. Workers typically need to run in the same region and VPC as the protected resources, which adds setup and networking overhead at scale. Veeam is also not a posture engine: it does not autonomously discover cloud resources, classify data types, or detect coverage drift across subscriptions.

For enterprise-scale cloud environments, Veeam needs to be paired with continuous posture tooling to avoid the blind spots that come with manual policy management.

Licensing is also more complex than cloud-native options. Capacity-based and per-workload licensing models can be difficult to predict in elastic cloud environments where resource counts fluctuate.

Key Features

• Application-aware backup with pre/post scripts for consistent database and application recovery.
• Automated restore orchestration with configurable runbooks.
• Hybrid on-prem to Azure workflows for teams in the middle of cloud migration.
• Support for Azure VMs, Azure SQL, Azure Files, and blob storage.

Pros

• Strong restore orchestration, combined with automated runbooks, reduces manual recovery steps.
• Application-aware backups provide consistency for complex database workloads.
• Familiar interface and workflows for teams migrating from on-prem Veeam.

Cons

• Backup and restore operations are supported within one Azure region only, per Veeam's Azure limitations documentation. Cross-region operations require additional setup.
• Does not support backup of NFS Azure file shares, Ephemeral OS disks, or Azure features in preview state.
• Does not support backup of databases on Azure Arc-enabled SQL Managed Instances or SQL Servers on Azure Arc-enabled servers.
• Detection of newly deployed resources can take up to 24 hours, which leaves a coverage gap until the next scan.
• Requires a customer-managed appliance plus temporary worker nodes in the customer environment, with compute and data transfer costs accruing per region.
• File-level recovery may require changes to security groups to allow inbound network access.

Pricing

Veeam for Azure pricing varies by licensing model, with per-workload and capacity-based options. Details are available on Veeam's pricing page or through the Azure Marketplace listing. Enterprise agreements typically require a sales conversation.

Bottom Line

Veeam is a solid choice for teams that need orchestrated, application-aware restores and already have Veeam in their operational stack. 

It is not the right tool for solving posture and governance challenges at cloud scale, and teams starting fresh in the cloud without existing Veeam infrastructure should evaluate cloud-native options first.

For a detailed comparison, see the Eon vs. Veeam article.

4. Rubrik: best for hybrid estates with significant on-prem footprint

What it does: Rubrik provides SLA-driven backup management with compliance reporting, immutable retention, and enterprise integrations for regulated environments.

Best for: Regulated enterprises with significant on-prem estates, existing Rubrik investments, or compliance programs that require rigorous SLA documentation across hybrid infrastructure.

Rubrik built its reputation on SLA domains, which let backup administrators define recovery objectives as policies and enforce them across the environment. 

For organizations that need to produce audit artifacts showing RPO/RTO compliance (think SOC 2, HIPAA, or financial regulators), Rubrik delivers that evidence in a structured, reportable format.

The platform includes immutable retention and supports air-gapped backup architectures. Rubrik also provides ransomware investigation tools that scan backup data for indicators of compromise.

The trade-off is operational complexity in the cloud. Rubrik's cloud model spans agent-based and compute-based (Exocompute) approaches, each with trade-offs as environments scale. 

Granular file recovery on AWS, for example, depends on Exocompute (EKS-based compute deployed in dedicated VPCs per region), which adds Kubernetes and networking overhead that cloud-native platforms avoid entirely. 

Teams should validate during a PoC how this model behaves across their specific cloud-managed services.

For a detailed comparison of how Rubrik compares to cloud-native approaches, see Eon’s comparison page.

Key Features

• SLA domains for policy-driven RPO/RTO enforcement across environments.
• Compliance reporting with audit-grade evidence for regulated industries.
• Immutable retention and air-gapped backup architecture.
• Ransomware investigation and threat hunting within backup data.

Pros

• SLA-driven policy enforcement produces clear audit artifacts for compliance teams.
• Immutable retention and ransomware investigation tools strengthen security posture.
• Strong enterprise integrations for hybrid on-prem and cloud environments.

Cons

• Higher cost and operational footprint compared to cloud-native platforms.
• Granular file recovery in the cloud requires Exocompute (EKS-based compute in the customer environment), adding Kubernetes and networking overhead.
• Cloud-managed service coverage should be validated during PoC.
• Advanced ransomware scanning may require additional licensed components and customer-side compute resources.
• Built for a VM-centric, on-prem world that is increasingly at odds with cloud-native architecture.

Pricing

Rubrik offers subscription-based enterprise pricing, typically based on data volume, feature tier, and deployment requirements. Quotes are issued through Rubrik's sales process based on the environment size and use cases.

Bottom Line

Rubrik is the right fit for regulated enterprises that need auditable SLA enforcement and are willing to invest in the operational overhead. 

Organizations that are primarily cloud-native and do not need on-prem hybrid capabilities should weigh whether the operational overhead justifies the compliance benefits.

For a detailed comparison, see the Eon vs. Rubrik comparison.

5. Cohesity: best for large hybrid estates already running cluster-based data protection

What it does: Cohesity provides immutable backup retention with indexable, searchable backup data that supports analytics, compliance search, and forensic investigations beyond pure recovery.

Best for: Large on-prem or hybrid environments that already operate cluster-based data protection infrastructure and want to extend it into the cloud rather than start fresh.

Cohesity indexes backup data within its platform, enabling compliance teams to run discovery queries and analytics teams to access historical data without full restores. In the cloud, that capability runs on customer-managed clusters that teams deploy, size, patch, and scale.

Eon takes an architecturally different approach: backup data is stored in open formats (Apache Iceberg and Parquet) and queryable in place from Snowflake, BigQuery, Databricks, Redshift, and Microsoft Fabric, with no cluster infrastructure to manage. Cohesity surfaces backup data through its own platform; Eon makes backup data directly accessible to the analytics tools teams already use.

The trade-off is complexity and operational overhead. Cohesity's platform is designed for organizations that will actively use backup data for multiple purposes, but require significant infrastructure management to do so.

Teams that only need backup for recovery and compliance will find the additional complexity hard to justify. Azure managed service coverage should also be confirmed early in any evaluation, since Cohesity's heritage is in on-prem and VM-centric environments.

Key Features

• Immutable backup retention with integrated indexing and search.
• Analytics-ready backup data for compliance, forensics, and business intelligence.
• Support for hybrid on-prem and cloud workloads.
• Ransomware detection and anomaly scanning within backup data.

Pros

• Backup data is searchable and indexable, enabling compliance queries and analytics without full restores.
• Immutable retention with ransomware detection provides security-grade protection.
• Good fit for organizations that want to extract value from historical backup data.

Cons

• Complexity and cost make it a poor fit for teams that only need pure backup and recovery.
• Cloud deployments involve customer-managed clusters that add operational overhead as coverage grows.
• Recovery workflows can be restore-heavy for cloud infrastructure incidents, slowing day-to-day incident response.
• Azure managed service coverage should be validated early in the evaluation.
• On-prem heritage means the platform was not designed cloud-native from day one.

Pricing

Cohesity uses enterprise pricing based on data volume and deployment model. Pricing is not publicly listed.

Bottom Line

Cohesity makes sense for organizations committed to reusing backup data beyond pure recovery and able to justify the operational overhead of managing backup clusters. If the primary need is backup, restore, and analytics with posture visibility, cloud-native platforms like Eon deliver superior value with zero infrastructure overhead and a cloud-first architecture.

For a detailed comparison, see the Eon vs. Cohesity comparison.

6. Commvault: best for large hybrid estates with broad on-prem application coverage needs

What it does: Commvault provides enterprise-grade backup with the broadest application and database coverage of any legacy vendor, backed by deep audit trails and policy controls for regulated industries.

Best for: Large hybrid estates with complex, heterogeneous on-prem application fleets, existing Commvault license investments, or requirements tied to traditional backup tooling.

Commvault covers more application types and database platforms than any other vendor on this list. For organizations running a diverse mix of legacy applications, modern databases, and custom workloads, Commvault’s breadth is difficult to match. 

The audit trail and policy control capabilities are built for compliance-heavy industries where regulators expect granular evidence of backup and retention practices.

The operational reality is that Commvault requires teams to run backup infrastructure in the cloud. Deployments rely on media agents, backup gateways, access nodes, and customer-managed compute that teams deploy, patch, and manage. 

As environments grow, teams add more components to meet recovery, indexing, and policy needs. Audits and investigations typically start with restore workflows or extra steps to make data accessible, which slows incident response.

This is an architecturally different operating model from cloud-first SaaS platforms that remove customer-managed backup infrastructure entirely. 

In cloud environments, Commvault benefits from being paired with posture tooling that handles the autonomous discovery and governance that the platform does not provide natively.

Key Features

• Broadest application and database coverage across legacy and modern workloads.
• Detailed audit trails and policy controls built for regulated industries.
• Support for hybrid, multi-cloud, and on-prem environments.
• Automated reporting for compliance evidence and retention proof.

Pros

• Covers more application types and databases than any other legacy vendor.
• Deep audit trails satisfy regulators in financial services, healthcare, and government-adjacent sectors.
• Hybrid and multi-cloud support for organizations with complex infrastructure.

Cons

• Operationally heavy with significant administration overhead.
• Cloud deployments rely on Commvault software packages and customer-managed compute that teams deploy, patch, and manage.
• Pricing spans licenses, infrastructure, storage, and add-ons, making cost attribution harder to track.
• Does not provide autonomous cloud-native discovery or posture management.
• TCO should account for dedicated backup administration expertise.

Pricing

Commvault pricing is enterprise and subscription-based, typically scaled by data volume. Pricing is not publicly listed.

Bottom Line

Commvault fits best in large, regulated environments where application fleet diversity is the primary challenge.

For cloud-native environments where posture governance and granular recovery matter more than breadth of application coverage, CBPM platforms like Eon are a better architectural fit.

For a detailed comparison, see the Eon vs. Commvault article.

7. Druva: best for endpoint and SaaS application protection

What it does: Druva is a SaaS-managed backup platform built endpoint-first, with broad coverage for Microsoft 365, Google Workspace, endpoints, and laptops. The platform extends to cloud infrastructure, supporting Azure VMs, Azure SQL, Azure Blob Storage, and Dynamics 365, alongside Entra ID protection.

Best for: Organizations whose primary backup priority is endpoint devices, laptops, and SaaS applications like Microsoft 365 or Google Workspace, with Azure VM coverage as a secondary need.

Druva's appeal is simplicity. The entire platform runs as SaaS, which means no backup servers, no storage to provision, and no agents to deploy. For teams whose primary protection target is endpoints and SaaS applications, Druva delivers genuine operational simplicity with broad coverage across Microsoft 365 (Exchange, OneDrive, SharePoint, Teams), Google Workspace, and laptops.

The trade-off is that Druva was built endpoint-first and SaaS-first rather than for cloud infrastructure. Coverage extends to Azure VMs, Azure SQL, and Azure Blob, but the depth of governance, classification, and granular recovery that cloud-first platforms offer for managed databases and object storage at scale is not Druva's primary design target.

The limitations show up at scale. Druva requires manual tagging and policy creation to enforce protection coverage, which gets increasingly complex as subscriptions and regions grow. 

Recovery options are limited to full system or image-based restores, with restrictions on the level of granularity available. There is no autonomous resource discovery or classification, so coverage gaps depend on humans configuring policies correctly.

Druva stores backups in its own cloud (AWS-based), which provides air-gapped immutability but also means backup data sits outside your Azure environment. For teams with data sovereignty requirements, this architecture should be evaluated carefully.

For a detailed comparison, see the Eon vs. Druva.

Key Features

• Agentless Azure VM backup with SaaS delivery and no customer-managed infrastructure.
• M365 backup covering Exchange, OneDrive, SharePoint, and Teams.
• Air-gapped backup storage in Druva's cloud (AWS-based) with immutable retention.
• Global source deduplication to reduce storage and bandwidth costs.
• Cross-cloud backup redundancy between Azure and AWS.

Pros

• Fully SaaS-delivered with no backup infrastructure to manage.
• Covers Microsoft 365, Dynamics 365, Entra ID, Azure VMs, Azure SQL, Azure Blob, and endpoints under one platform.
• Air-gapped immutable storage with no egress costs for Azure-to-Druva backups.

Cons

• Manual tagging and policy creation are required to enforce coverage, and this becomes complex at scale.
• Recovery is limited to full system or image-based restores with restricted granularity.
• Backup data stored outside your Azure environment (in Druva's AWS-based cloud).
• No autonomous resource discovery, classification, or policy drift detection.

Pricing

Credit-based model: 1 credit = 1 TB of deduplicated data protected for one month. Business, Enterprise, and Elite editions are available for cloud, data center, and SaaS workloads.

Bottom Line

Druva makes sense for teams whose primary backup target is endpoint devices and SaaS applications like Microsoft 365 or Google Workspace, with Azure VM coverage as a secondary need. For enterprises that need autonomous posture management across cloud infrastructure, granular file- or record-level recovery on managed databases and object storage, and queryable backup data, Eon is a better architectural fit.

Which Azure backup solution should you choose?

Choosing the best Azure backup solution depends on the environment's size, recovery requirements, and whether backup governance is a priority alongside basic protection.

Choose Eon if:

• The environment spans multiple accounts, regions, and cloud providers, and visibility into coverage is a problem.
• Granular recovery at the file, record, or table level is a priority over full-environment restores.
• Backup data should be queryable and usable for compliance, analytics, or AI workloads.
• The team wants agentless deployment with no appliances or infrastructure overhead.
• Cost reduction against native hyperscaler backup spend is a stated goal.
• Backup data should double as a queryable data lake in Microsoft Fabric, Power BI, or AI Foundry without ETL.

Choose Azure Backup if:

• The environment is a single subscription or a small number of subscriptions within one region.
• The team needs the lowest-cost, lowest-maintenance baseline for Azure-native workloads.

Choose a legacy vendor (Rubrik, Cohesity, Veeam, Commvault) if:

• The estate has a significant on-prem footprint, and the team wants one platform spanning both worlds.
• Existing license agreements, operational expertise, or hybrid tooling investments make a switch hard to justify.
• Audited SLA compliance with structured evidence artifacts is a regulatory requirement that the existing vendor already supports.
• The team is willing to operate customer-managed backup infrastructure (clusters, appliances, agents, or temporary compute) in the cloud to maintain consistency with on-prem operations.

Choose Druva if:

•  The primary backup targets are endpoint devices, laptops, and SaaS applications such as Microsoft 365 and Google Workspace.
• The team wants one SaaS-managed platform spanning endpoint and SaaS protection.
• Azure VM coverage is a secondary need, and data sovereignty outside Azure is acceptable (Druva stores backups in its own AWS-based cloud).

Skip this entire category if:

• The environment is primarily on-prem with no significant cloud workloads.
• The primary need is M365 backup, not Azure infrastructure protection.
• The organization requires FedRAMP or government-specific compliance certification.

Final verdict

The best Azure backup solution for cloud workloads in 2026 is a two-tier architecture.

The first tier is Azure Backup as the reliable, low-cost baseline for Azure-native services. It handles platform-integrated protection for VMs, managed databases, and blob storage with minimal operational overhead.

The second tier is a CBPM and cloud-native backup platform, such as Eon. As a fully SaaS-managed platform with no customer-run compute, it provides coverage across the entire estate, enforces policy continuously, provides immutable air-gapped vaulting, and enables granular restores without full-environment rehydration.

It also turns backup data from a cost center into a searchable, queryable asset. For Azure teams, that means backups stored as Iceberg tables in Azure Blob Storage, queryable directly from Microsoft Fabric, OneLake, Power BI, and AI Foundry for compliance, analytics, and AI workloads.

For enterprises with deep on-prem footprints, Rubrik, Cohesity, Veeam, or Commvault can fill the hybrid gap, with the operating-model overhead they bring. CBPM handles cloud-first governance on top. For teams whose backup priorities center on endpoint devices and SaaS applications, Druva can complement Azure Backup as a baseline, with Eon covering Azure infrastructure protection.

This approach treats backup as governed infrastructure. It reduces recovery time, shrinks audit risk, and controls storage cost.

See how Eon protects Azure workloads and start a free evaluation.

Frequently asked questions

What is the best Azure backup solution for enterprise cloud workloads?

The best Azure backup solution for most enterprises is a two-tier setup. Azure Backup handles baseline protection, and a CBPM platform like Eon adds autonomous posture management, immutable vaulting, and granular recovery across the full estate.

How does Cloud Backup Posture Management (CBPM) differ from traditional backup tools?

The main difference between CBPM and traditional backup tools is automation. Traditional tools protect what they are pointed at. CBPM platforms like Eon continuously discover unprotected resources, detect policy drift, and enforce retention rules across all accounts and regions without manual tagging.

Can Azure Backup handle multi-region and multi-subscription environments?

Yes, Azure Backup works across multiple regions and subscriptions, but it operates per subscription and per region. That design fragments visibility in large environments, and organizations running dozens of subscriptions typically need an additional governance layer to maintain consistent coverage.

What cost savings can teams expect from a cloud-native backup platform?

Cloud-first backup platforms that use deduplication, compression, and incremental snapshots typically deliver 40 to 50 percent storage savings versus native hyperscaler retention. These figures should be validated through a proof of concept using representative workloads.

How does granular recovery reduce RTO compared to native Azure snapshots?

Granular recovery reduces RTO by restoring only the specific data needed, whether a single file, a table row, or a database record. Native Azure snapshots often require restoring an entire environment, which turns a minutes-long fix into a multi-hour operation.

Can Eon make Azure backups queryable in Microsoft Fabric?

Yes, Eon can make Azure backups queryable in Microsoft Fabric. Eon writes backups as Apache Iceberg tables in Azure Blob Storage, then creates a OneLake Shortcut so Fabric virtualizes them as native Delta tables. Teams query backup data directly from Power BI, SQL, Spark, and AI Foundry without restores or ETL.