The best Cohesity alternatives in 2026 are Eon, Rubrik, Veeam, Commvault, Druva, HYCU, and Clumio, and the right choice depends on where your data lives.
For cloud backup and data protection across AWS, Azure, and Google Cloud, we built Eon to run fully SaaS-managed, with no agents, appliances, or clusters. Rubrik, Veeam, Commvault, Druva, and HYCU each fit a specific hybrid, SaaS, or data-center estate.
The 7 best Cohesity alternatives: TL;DR
- Eon: Best for cloud-first teams running mainly on AWS, Azure, and Google Cloud.
- Rubrik: Best for hybrid enterprises with a strong ransomware focus.
- Druva: Best SaaS-only option for endpoints, SaaS apps, and mixed cloud and edge.
- Clumio: Best for AWS-heavy teams that want managed backup.
- Veeam: Best for VMware-heavy and legacy-leaning estates.
- Commvault: Best for deep coverage of enterprise applications like SAP, Oracle, and Exchange.
- HYCU: Best for Nutanix estates that also need SaaS app coverage.
Why look for Cohesity alternatives?
Cohesity works well for centralized backup in data centers and hybrid environments. Cloud backup needs more than copies, though. Our full Cohesity review works through what users rate highly and where cloud-first teams hit limits.
The same question now reaches NetBackup teams. Cohesity combined with Veritas's data protection business in December 2024, so NetBackup is a Cohesity product today, and NetBackup teams planning a cloud move are choosing from this same list.
Self-managed Cohesity deployments in the cloud run on virtual appliances that consume compute and storage, so teams pay for their snapshots and for the infrastructure that protects them.
Many enterprise platforms carry their on-prem appliance design into cloud virtual machines, which adds appliance complexity to the cloud compute bill.
Backup often accounts for 10-30% of your cloud bill, with little visibility into where that spend goes. Our breakdown of Cohesity pricing covers how licensed and unlicensed costs add up.
Cloud-first backup needs cloud-wide posture, granular recovery, cost clarity, and direct backup access without restore-heavy workflows, as environments span accounts and regions.
Cloud growth creates the first problem
Backup policies tied to jobs and infrastructure get hard to manage as accounts and Regions grow. Unprotected workloads appear fast when new cloud services land outside the old backup plan.
Cloud data protection assessments Eon ran across 78 companies' cloud environments found that 61.2% of 53,709 production resources had no recovery copy. Coverage reports count only the resources a policy already enrolled, usually by tag, and just 14% of AWS production resources carried a production tag. Posture coverage falls behind what teams actually run.
Restore scope creates the next problem
Many incidents only touch a few files, objects, or records. Bulk restores add time, risk, and cost when the issue is small and operators cannot recover with targeted, granular restores.
Backup data creates another issue
Most teams still treat backups as insurance they only touch during an incident. Search, investigation, and reuse stay limited when backup data is locked inside a closed system instead of sitting in open formats you can query in place.
Operating overhead adds one more pain point
Cloud-first groups do not want more clusters, appliances, or backup infrastructure to manage. They want a cloud-wide backup posture, clear backup and snapshot spend visibility, and fast, granular recovery without running backup compute or restoring whole systems just to access the data.
Which Cohesity alternative should you choose?
Choose Eon if:
- Your main workloads run in AWS, Azure, and Google Cloud.
- You want a cloud-wide backup posture, fast, granular restores, and recovery copies you can search and query in place.
- You do not want to run backup clusters or extra backup compute.
- You want backup access without full restores, so teams can query and pull only what they need.
- You are not trying to replace a heavy on-prem backup stack with one tool.
Choose Rubrik if:
- You run a true hybrid estate across data centers and the cloud.
- You care most about ransomware recovery and centralized control.
- You still want a platform that fits large enterprise backup workflows.
Choose Druva if:
- You want SaaS delivery and less backup infrastructure to manage.
- You need one service for cloud workloads, endpoints, and SaaS apps.
- You value lower operational overhead more than deep cloud posture visibility.
Choose Clumio if:
- Your estate runs mainly in AWS across services like S3, EC2, and RDS, and you want backup aligned to one cloud.
- You want managed, consumption-priced AWS backup without standing up backup infrastructure.
Choose Veeam if:
- VMware and on-prem servers still drive most of your backup risk.
- You already run Veeam and want to extend the same model to the cloud rather than switch tools.
Choose Commvault if:
- Your hardest recovery problem is the application tier: SAP, Oracle, or Exchange.
- You want one platform across on-prem and AWS, Azure, Google Cloud, and Oracle Cloud Infrastructure.
Choose HYCU if:
- You run Nutanix and want backup that works like an extension of Prism.
- You need SaaS apps like Microsoft 365, Jira, and Salesforce protected from the same service as your infrastructure.
Stick with Cohesity if:
- Most of your risk still lives in data centers, VMware, NAS, and core on-prem systems.
- Your IT group already works well with a large centralized backup platform.
- You need broad hybrid coverage more than a cloud-first backup posture.
The 7 best Cohesity alternatives at a glance
Pricing models are shown for comparison only, as of September 2026. Contact vendors directly for accurate quotes. Veritas NetBackup isn't listed separately because it has been part of Cohesity since December 2024.
1. Eon: Best Cohesity alternative for cloud‑first teams
Eon is built around cloud backup posture management (CBPM) and runs as a fully managed SaaS service, so you do not run backup clusters, appliances, or extra backup compute. It treats backup as a cloud control plane problem with continuous visibility, policy coverage, and granular recovery across environments.
Instead of configuring jobs per workload, you define policies once and let the service enforce them as environments change. Recovery starts from that same posture layer, with global search, direct backup access without full restores, and precise restore paths that avoid rebuilding full systems.
Protected data lands in open formats (Apache Parquet and Apache Iceberg), so teams query it in place with no rehydration step, instead of leaving it locked in a vault.
Why Eon beats Cohesity
- No virtual appliances or backup compute in your cloud environment, so policy starts from cloud-wide visibility instead of infrastructure objects and backup jobs.
- Connects through one read-only IAM role, so you install and patch nothing in your accounts.
- Classifies data automatically, so policy follows what the data is instead of what someone tagged.
- Immutable, logically air-gapped vaults come with the platform. Ransomware detection, available as an add-on, analyzes the contents of database backups for signals like row-count drops, schema changes, and cardinality shifts, and points to the last clean recovery point.
- Add-on detections appear in one console, across resources and snapshots, and you restore down to individual database records.
Pros
- ✅ Strong fit for multi-account, multi-region cloud environments across AWS, Azure, and Google Cloud.
- ✅ Record-level restore for databases, including MongoDB Atlas, so you recover the exact records without rebuilding the database.
- ✅ Instant restore boots Amazon EC2 instances in minutes while the data hydrates in the background.
- ✅ Cross-cloud database vaults: back up a database into a vault in a different cloud and restore it to its original environment.
- ✅ Global search and granular restore from backup without full rebuilds.
- ✅ Built-in Cost Explorer with resource-level cost attribution so you can tune backup, snapshot, and storage spend.
- ✅ Protects Microsoft 365, Teams channel conversations, Microsoft Entra ID, and Google Workspace from one platform. An Entra restore brings a deleted user back with group memberships, roles, and licenses, and reaches past Microsoft's recycle bin, which holds deleted users for only 30 days.
Cons
- ❌ Not a fit for estates that are still mostly on-prem, since on-prem coverage is partial.
- ❌ Teams with established job-based backup workflows will need to adjust how they manage and measure coverage.
Pricing
Backup typically consumes 10-30% of cloud spend, often hidden across compute and storage costs. Eon uses usage-based SaaS pricing through cloud marketplaces: no appliances, no backup licenses, and no backup clusters or extra compute to manage.
You pay per GB per month on the storage you protect, with no tier ladder, and ransomware detection is priced as an add-on.
Cost Explorer and resource-level cost attribution make it easier to see where backup and snapshot spend is going and adjust policy. After moving to Eon, NETGEAR cut backup storage costs by 35% and recovered a 10TB SQL Server database in under three hours, down from 24.
Bottom line
Eon fits best when your main risk sits in AWS, Azure, and Google Cloud. It gives you cloud-wide posture, no agents or appliances, fast granular recovery, and recovery copies you can query in place, all from one multi-cloud control plane.
2. Rubrik: Best for hybrid enterprises with a strong ransomware focus
Rubrik provides a single management interface for hybrid estates, and uses physical appliances on-prem. For cloud workloads, Rubrik's customer-hosted model runs Exocompute (Rubrik's compute engine) inside your own AWS account for indexing, recovery, and scanning, which Rubrik then manages.
Its Rubrik-managed model moves that compute into Rubrik's environment and leaves a cross-account IAM role in yours.
Why it beats Cohesity
- Some buyers prefer Rubrik’s ransomware-focused story and enterprise recovery workflows.
- Hybrid estates can benefit from one operational layer across data center and cloud, managed from a single interface.
Pros
- ✅ Strong cyber recovery and ransomware messaging for hybrid estates.
- ✅ Solid fit for organizations that still protect large on-prem and mixed cloud environments.
- ✅ Familiar enterprise backup model with centralized control.
Cons
- ❌ Hybrid deployments still run physical appliances on-prem, so estates keep managing that hardware even after moving cloud workloads to Rubrik.
- ❌ Cloud infrastructure teams may feel pushed into restore-first workflows instead of direct backup access for search, investigation, and targeted recovery.
- ❌ For cloud workloads, Rubrik's customer-hosted model runs Exocompute in your own AWS account, so you still pay for compute in your account for indexing, recovery, and scanning, where Eon runs none in your account.
Pricing
Pricing is usually quote-based and enterprise-oriented. Rubrik doesn't publish list pricing; expect a sales conversation and a custom quote based on capacity and contract term.
Where that process is itself the objection, our roundup of the leading Rubrik alternatives sets out how the rest of the field compares on cost.
Bottom line
Rubrik is a serious option if hybrid is still your reality and you want its ransomware and cyber-recovery features across data center and cloud.
If Rubrik is the alternative you are weighing most seriously, our Rubrik vs Cohesity breakdown puts the two side by side on cloud posture, recovery precision, and cost.
If your priority is direct backup access and cloud backup posture across accounts and regions, without restore-first recovery, Eon takes a different approach: no appliances, a single read-only IAM role, and recovery copies in an open format.
3. Druva: Best SaaS‑only Cohesity alternative for mixed cloud and edge
Druva is a SaaS‑delivered backup platform that reduces backup hardware requirements, though it still requires deploying backup proxy appliances for on-premises workloads. It is best known for protecting endpoints, SaaS applications, and mixed cloud and edge data through one hosted service.
Why it beats Cohesity
- Lets teams avoid managing backup hardware while still centralizing backup for endpoints and SaaS apps
- Fits better than Cohesity when the primary risk surface lives outside core cloud infrastructure
Pros
- ✅ SaaS delivery with no backup appliances or clusters to run.
- ✅ Strong coverage for endpoints and SaaS applications, with some cloud and data center support.
- ✅ Simpler operational profile than classic appliance-led backup tools.
Cons
- ❌ Cloud infrastructure posture across AWS, Azure, and Google Cloud is not the main focus
- ❌ Druva's SQL Server documentation describes recovery as restoring a recovery point to a target, and documents no SQL query over protected database backups without a restore, so investigation and reuse can't skip that step.
Pricing
Pricing is quote-based and consumption-driven, billed per TB for cloud workloads and per source type elsewhere. Plans vary by what you protect, rather than on a single flat rate.
Bottom line
Druva is a strong SaaS‑only option when you care most about endpoints and SaaS app protection and want to offload backup infrastructure.
It is a weaker fit when you need a deep cloud backup posture for infrastructure, fine‑grained cloud recovery, and backup data you can use directly without restore‑heavy workflows.
4. Clumio: Best managed AWS backup for AWS‑heavy teams
Clumio by Commvault focuses on AWS‑centric environments. It delivers AWS backup, cyber resilience, and managed operations for teams that want a service aligned to one cloud.
Why it beats Cohesity
- Clumio targets AWS first, so it gives you a simpler story than a broad hybrid platform.
- You get managed backup in AWS without having to stand up a classic backup infrastructure.
Pros
- ✅ Clumio aligns strongly with AWS services and patterns.
- ✅ It emphasizes backup operations and resilience in AWS, with a logically air-gapped, immutable vault that Clumio runs in a separate account of its own.
- ✅ It often fits better than Cohesity for AWS‑first backup without traditional platform sprawl.
Cons
- ❌ Clumio covers AWS and Google Cloud Storage and lists no Azure coverage, so teams with real Azure footprints need separate tools.
- ❌ You can face cost surprises when per‑operation, retrieval, and API activity stack on top of storage.
- ❌ You get narrower backup data access; Clumio does not act as a broad, queryable backup data layer across clouds.
- ❌ Restores carry data-transfer-out fees, and archive retrieval adds a per-request fee, per Clumio's pricing page.
Pricing
Clumio uses consumption-based pricing, starting from $0.025 per GiB/month for S3 Standard protection in AWS Marketplace. Actual spend depends on your usage, retention, and API activity. We work through how retention and API activity move that number in this Clumio pricing breakdown.
Bottom line
Clumio fits teams that run mainly in AWS and want managed, AWS‑native backup. If you need one posture plane across AWS, Azure, and Google Cloud, tighter control of backup and retrieval costs, or broader ways to use backup data, you likely move beyond an AWS‑only model. Teams whose second cloud is Azure can start from our roundup of the best Azure backup solutions.
5. Veeam: Best for VMware-heavy and legacy-leaning environments
Veeam focuses on VMware, physical servers, and some cloud workloads, with a long history in data center backup. Many teams start with Veeam to protect on‑prem VMs and then extend it to the cloud, keeping a single familiar tool as estates remain hybrid.
Why it beats Cohesity
- Veeam provides deep coverage for VMware and legacy workloads, with flexible restore options.
- You can extend a Veeam deployment you already run to cloud resources, and Veeam Data Cloud offers a managed SaaS option for AWS and Azure.
Pros
- ✅ Strong fit for VMware and on‑prem environments that still drive most backup risk.
- ✅ Broad ecosystem and tooling around classic backup, replication, and recovery workflows.
- ✅ Familiar model for teams that already run Veeam as part of their data center stack.
Cons
- ❌ The self-managed product still has you run and upgrade backup servers, proxies, and repositories in the cloud; Veeam Data Cloud offloads that only for AWS and Azure.
- ❌ Veeam Backup for AWS runs temporary EC2 worker instances in your own AWS account to create backups and run restores, so you still operate and pay for cloud compute to protect cloud workloads, where Eon runs none in your account.
- ❌ Cloud costs and coverage can fragment across accounts and workloads as you bolt cloud use onto a data center‑first design.
Pricing
Veeam uses license‑based and subscription models that vary by workload and deployment. Total cost depends on what you protect and how much infrastructure you stand up to run it. That unpredictability is the usual reason teams start pricing Veeam competitors.
Bottom line
Veeam fits when VMware and data centers still sit at the center of your backup strategy, and you want to keep using a familiar tool there. If the shortlist comes down to those two incumbents, our Cohesity vs Veeam comparison covers the differences.
When AWS, Azure, and Google Cloud drive most of your risk, Eon covers all three from one fully managed service, with granular recovery, cost visibility, and recovery copies you can query without a restore.
6. Commvault: Best for deep coverage of enterprise applications
Commvault's strongest case is application workloads. It brings application-aware backup and recovery to systems like SAP HANA, Oracle RAC and Exadata, and Microsoft Exchange, the tier of software where a crash-consistent snapshot isn't enough.
Commvault Cloud runs as SaaS or as software you manage, across AWS, Azure, Google Cloud, and Oracle Cloud Infrastructure. Much of its cloud-native recovery arrived through acquisitions, with Clumio for AWS backup and Appranix behind Cloud Rewind.
Why it beats Cohesity
- Where Cohesity does general-purpose backup, Commvault specializes in application-consistent recovery for databases and mail systems.
- Commvault meters licensing per front-end terabyte, VM, socket, or user, more flexibly than Cohesity's capacity-based licensing.
Pros
- ✅ Deep application awareness across SAP, Oracle, and Microsoft Exchange.
- ✅ Coverage across AWS, Azure, Google Cloud, and Oracle Cloud Infrastructure.
- ✅ A layered ransomware recovery path: AirGap immutable storage, Threat Scan malware detection in backups, and Cleanroom for isolated recovery testing.
Cons
- ❌ Self-managed deployments run access nodes and MediaAgents inside your cloud account, which adds compute to size and patch.
- ❌ The cloud-native pieces came through acquisitions, so capabilities and pricing differ from product to product.
Pricing
Commvault Cloud doesn't publish pricing. Licensing is subscription or perpetual, metered per ingested front-end terabyte, per VM, per socket, or per user depending on the workload.
Clumio is priced separately, with published per-GiB rates for AWS workloads.
Bottom line
Commvault fits enterprises whose hardest recovery problem is the application tier and that need application-consistent restores.
Teams choosing between the two biggest incumbents can start by delving into our Commvault vs Veeam comparison.
7. HYCU: Best for Nutanix estates that also need SaaS app coverage
HYCU delivers data protection as a service through its R-Cloud platform. It covers Nutanix, VMware, AWS, Azure, and Google Cloud alongside SaaS applications such as Microsoft 365, Atlassian, and Salesforce, and HYCU counts more than 100 protected workloads in total.
Its deepest roots are in Nutanix. The HYCU interface is designed to feel like an extension of Nutanix Prism, which is why Nutanix-centered teams often shortlist it first when they review their Cohesity contract.
Why it beats Cohesity
- SaaS delivery for cloud and SaaS workloads means fewer backup clusters to size, patch, and upgrade.
- SaaS applications and infrastructure sit in the same service, so a team protecting Jira, Microsoft 365, and Nutanix VMs works from one console.
Pros
- ✅ Nutanix-native experience that fits teams already running Prism.
- ✅ Broad SaaS application coverage, with published per-user pricing for several suites.
- ✅ Air-gapped, immutable backups, with WORM and object-lock options for Nutanix storage.
Cons
- ❌ Hybrid and cloud infrastructure pricing is quote-based, so infrastructure spend is harder to model up front than SaaS app spend.
- ❌ On-prem protection ships as its own edition, so confirm which workloads run as SaaS and which run in your data center before you plan the migration.
- ❌ Cloud backup posture across many accounts and regions sits outside its Nutanix and SaaS strengths.
Pricing
HYCU mixes published and quote-based pricing. Microsoft 365 backup lists at $2.25 per user per month, and the Atlassian and DevOps suites list at $4 per user per month.
Hybrid, cloud, and PaaS workloads such as VMs, file shares, object storage, and managed databases are priced by quote.
Bottom line
HYCU fits Nutanix-centered estates and teams that want SaaS applications and infrastructure protected from one service. Teams whose main risk sits in AWS, Azure, and Google Cloud infrastructure should compare its posture and recovery depth workload by workload.
How to evaluate Cohesity alternatives
Buyers compare features and price. The harder question is which tool fits the way your cloud estate grows, fails, and recovers. Most Cohesity competitors look close enough on a feature grid that the grid stops settling anything.
When comparing solutions, ask: Will this create compute costs on my monthly cloud bill? Am I paying for both the backup solution AND the cloud infrastructure to run it? Can I actually use my backup data without restoring entire systems first?
Evaluate Cohesity alternatives with a cloud-first view. Look at posture, restore speed, policy control, ransomware recovery, cost, and daily upkeep.
Start with cloud-wide backup posture
A backup tool should scan cloud accounts, Regions, and services without heavy manual setup. The tool should show protected assets, unprotected assets, policy gaps, and areas where backup drift is growing.
Check granular recovery
Most incidents do not require a full rollback. You want a tool that can restore the exact files, objects, tables, or records you need without expanding the problem.
Review policy automation and compliance visibility
Cloud environments change fast, so backup policy should keep up as new accounts, Regions, and workloads emerge. Strong tools apply policy at scale, surface drift early, and make audit status easy to prove.
Look at ransomware isolation and clean recovery
Backup copies need strong protection from tampering and deletion. You also need a fast way to identify a clean recovery point and restore under pressure from immutable, logically isolated backup copies.
Assess backup cost and spend
Backup spend climbs fast when retention runs too long, duplicate copies pile up, and workloads fall outside clear policy. Good tools help you cut waste, tighten retention, and match backup scope to real business and compliance needs.
Measure operating overhead
Some products reduce one problem and create another by adding more infrastructure to run. Better options give you strong backup coverage, clear posture visibility, and fast recovery without agents, appliances, or brittle manual work.
See Eon in action as your Cohesity alternative
If Cohesity is feeling heavy across your AWS, Azure, and Google Cloud accounts, the fastest way to assess Eon is to run it against your own environment. Start with a non-production account, map your backup posture, and test a real recovery path: a deleted folder, a broken table, a ransomware scenario.
Start with a safe non-production account and request a demo. Let Eon map your backup posture so you can see which assets are protected, which are unprotected, and where policy coverage is missing.
Frequently asked questions
Is Eon a replacement for Cohesity or a complement?
Eon works as a replacement for Cohesity for cloud‑first workloads and as a complement when you still rely on big on‑prem estates. Use Eon for cloud posture and granular restores, and keep Cohesity for racks and VMware.
How is Eon different from Cohesity for cloud‑first environments?
Eon and Cohesity differ on four concrete points:
- Compute: Eon runs no backup clusters or appliances in your cloud account. Self-managed Cohesity cloud deployments have you run and size that infrastructure, and Cohesity's managed service shifts that work to Cohesity.
- Recovery copies: Eon stores them in open formats (Apache Parquet and Apache Iceberg) you can query in place, instead of inside a closed backup platform.
- Recovery scope: Eon restores specific files, objects, and database records in minutes, not only whole systems.
- Cost: Eon charges per GB per month on the storage you protect, at up to 50% lower cost.
How is Eon different from other Cohesity alternatives like Rubrik or Druva?
Eon differs from Rubrik and Druva on where the compute runs and what the recovery copy looks like. Rubrik's customer-hosted model runs Exocompute in your AWS account, and Druva recovers by restoring a recovery point to a target. Eon runs no compute in your account, keeps recovery copies in open formats you can query in place, and restores specific files, objects, and database records in minutes.
How does recovery feel different with Eon compared to Cohesity?
Eon restores specific files, objects, tables, or database records in minutes, and global search finds them first, so you don't restore a whole system to reach one record. Cohesity supports granular recovery too, so test both against the same scenario, such as a deleted folder or a damaged table in one of your accounts.
Can Eon reduce backup and snapshot costs compared to Cohesity?
Yes. Eon runs at up to 50% lower cost, with global deduplication, per-GB pricing on the storage you protect, and no clusters or extra compute to pay for. The posture view also shows redundant copies and over-long retention, and Cost Explorer attributes spend to the resource, so you know where to cut.
Is Eon a fit if we keep Cohesity for on‑prem?
Yes, Eon can sit alongside Cohesity when on-prem still holds critical systems, but cloud has become the main risk surface. Eon handles cloud backup posture and granular recovery across AWS, Azure, and Google Cloud, while Cohesity continues to support data center workloads. For the recovery side, see granular recovery.
