Best AWS Backup Tools for Disaster Recovery: Top 5 in 2026

Quick Summary

• AWS Backup is the right starting point if everything you protect lives in AWS and you mainly need scheduled snapshots with cross-region and cross-account copies. It bills per GB stored plus restore charges.
• AWS Elastic Disaster Recovery handles replication and failover rather than backup retention, bills per source server hour, and does not remove the need for a backup tool.
• N2W (formerly N2WS) suits teams that need to recover a working environment rather than a list of resources, including the VPC, subnets, routing and security groups that recovered instances land in. It is licensed on instance count from $249 a month for 20 instances, so the price does not move with how much data sits behind them.
• Veeam Backup for AWS fits organizations already running Veeam on-premises that want one vendor across both estates. It is self-deployed and licensed per protected workload on an annual term.
• The trap most teams hit is testing. Snapshots that have never been restored into a working network are not a recovery plan. Pick a tool whose DR drill runs without launching production resources, so repeating it monthly costs nothing.

AWS Backup Tools for Disaster Recovery: Quick Comparison

Tool	Best for	Pricing model	Key limitation
AWS Backup	Centralizing snapshot schedules across AWS accounts and regions	Per GB stored, warm and cold tiers, plus restore charges	No orchestrated failover. Recovers resources, not a running environment
AWS Elastic Disaster Recovery	Continuous replication and failover of servers into AWS	Per source server hour	Replication, not backup retention. No long-term recovery points
N2W	Recovering a whole AWS environment, networking included, across accounts and regions	Banded on instance count, from $249/mo for 20 instances	Banding favours large data behind few instances, not many small VMs
Veeam Backup for AWS	Teams already standardized on Veeam on-premises	Per protected workload, annual, self-deployed	Requires its own backup infrastructure. Cross-cloud needs additional Veeam products
Rubrik Security Cloud	Security teams treating backup as threat response	Direct sales price on capacity plus workloads plus modules, quote-based. Listed on AWS Marketplace from $50,000/yr for 6 back-end TB	Managed control plane, highest entry price on this page, no cost optimization
Commvault Cloud for AWS	Enterprises consolidating many workload types	Bills on several axes at once, per user, per TB and per VM, with database backup starting around $90 per TB a month	Cloud-native depth weaker than purpose-built AWS tools; bill cannot be sized without sales
Cohesity DataProtect	Consolidating backup across a large mixed estate	Back-end TB after dedupe, 10 TB minimum block, annual. From $29,100/yr	Backups land in a Cohesity-managed tenant, not your account

How We Evaluated These Tools

Five criteria decided what appears here and how each tool is described:

1. Recovery speed. What realistic RTO and RPO the tool supports, and whether recovery is measured on a single resource or on a full environment.
2. Workload coverage. Which AWS services are protected natively, and where coverage stops.
3. Ransomware and immutability posture, and who holds the locked copy. Whether backups can be made genuinely undeletable, whether isolation is a separate account, a separate cloud or a setting, and whose account the immutable copy actually sits in. A lock that only a vendor can release is a different risk from a lock in storage you own.
4. Cross-region and cross-account reach. Whether DR spans accounts and regions without manual scripting, and what happens to networking on recovery.
5. Cost model. What the price scales with, and what it does and does not include.

What Are AWS Backup Tools and Their Importance for Disaster Recovery 

AWS backup tools make it possible to backup data and workloads running in an Amazon Web Services (AWS) environment. While AWS offers native backup tools, third-party solutions like N2W, Veeam, and Rubrik provide more advanced backup features and multi-cloud support. These tools help you create consistent backup strategies, enforce compliance policies, and meet recovery objectives at scale. They also enable automated backup orchestration, policy-based management, and granular recovery options.

Here are a few reasons AWS backup tools are a critical element in a cloud disaster recovery strategy:

• Centralized protection: These tools provide a single control point to configure, monitor, and enforce backup policies across accounts, regions, and resource types. This reduces configuration drift and ensures consistent coverage.
• Automated policy execution: Backup workflows run on schedules and event-based triggers, eliminating manual steps and reducing the chance of missed backups.
• Versioned snapshots: Systems store multiple restore points for resources such as EC2, RDS, and EBS, enabling precise recovery based on the last known good state.
• Cross-region and cross-account replication: Backups can be duplicated automatically to isolated environments, protecting against regional outages or compromised accounts.
• Granular recovery: Tools support item-level, file-level, or workload-level restores, helping teams recover only what is needed instead of entire systems.
• Compliance enforcement: Backup retention, encryption, immutability, and audit logging features help organizations align with regulatory and internal governance requirements.
• Scalable operation: Backup and restore processes are designed to handle large, distributed environments by using incremental snapshots and automated orchestration.
• Integration with broader DR plans: Tools can tie into runbooks, failover workflows, and infrastructure-as-code templates to support structured recovery scenarios.

In this article:

• Native AWS Backup Tools for Disaster Recovery
• Why AWS Native Backup Tools Alone Fall Short for Enterprise Disaster Recovery
• Comparing AWS-Native vs. Third-Party Disaster Recovery Tools
• Notable Third-Party AWS Backup Tools for Disaster Recovery
• Frequently Asked Questions

Native AWS Backup Tools for Disaster Recovery 

Here are native capabilities AWS provides for backup and disaster recovery.

AWS Backup: Best for centralizing snapshot schedules inside AWS

What it does

AWS Backup centralizes backup scheduling, retention and monitoring across AWS services from one console, using policy-based backup plans and tag-driven resource assignment. It is a managed AWS service, so there is no backup server for you to deploy or patch.

Best for:

Teams whose estate is entirely inside AWS, who need consistent scheduled snapshots with cross-region and cross-account copies, and who want backup governed centrally through AWS Organizations rather than through a separate product.

Key features:

• Policy-based backup plans across many AWS services, with resources assigned by tag.
• Vault Lock in Compliance mode, where not even the root user can delete a recovery point before its retention expires.
• Logically air-gapped vaults, locked in Compliance mode by default and isolated with their own encryption, using AWS owned or customer managed KMS keys.
• Cross-region and cross-account copy, governed centrally through AWS Organizations.
• Automated restore testing that periodically validates restore viability and records restore duration.
• Compliance reporting through AWS Backup Audit Manager.

Pros:

• No backup infrastructure to deploy, run or patch, and nothing extra exposed in your network.
• Immutability that holds against a compromised root account, which is the specific thing ransomware playbooks target. Recovery points sit in an AWS-managed vault.
• Central governance across every account in the Organization without custom scripting.
• Restore testing runs on a schedule rather than only when someone remembers.

Cons:

• Restore testing validates one recovery point per resource, not a coordinated environment. It confirms a volume or a database can be restored. It does not tell you whether your application comes back, because it does not test networking, boot order or dependencies between tiers.
• No orchestrated failover. There is no reconstruction of VPCs, subnets, routing or security groups, and no sequencing of which tier starts first, so recovered resources need a landing environment prepared separately.
• Restore charges are billed separately from storage, and cross-region plus cross-account copies multiply the stored volume, so a thorough retention and copy policy costs more than the storage line suggests.
• Cross-account only works between AWS accounts under the same AWS Organization.

What users say:

“The integration between RDS and AWS Backup is great, even handles PITR configuration for the cluster.”

[source: Reddit]

Pricing:

AWS Backup bills per GB of backup storage, charged at different rates for warm and cold tiers, plus per-GB restore charges. Rates vary by AWS service and by Region, and the restore charge is the line most often left out of an estimate. Full worked breakdown: AWS Backup pricing explained.

Bottom line:

AWS Backup is the cheapest option if you do not need to store backups for longer than 30 days or to archive them to a cheaper storage tier. Also if you only have a single AWS account or all your AWS accounts are under the same Organization, then it can be a good way to centrally govern snapshots inside AWS.

AWS Elastic Disaster Recovery: Best for continuous replication and failover into AWS

What it does:

AWS Elastic Disaster Recovery continuously replicates whole servers block by block into a low-cost staging area in AWS, from on-premises or from another cloud or Region, then launches recovery instances on demand. It is built around failover rather than around backup retention.

Best for:

Teams that need an RPO measured in less than 60 seconds for server workloads, particularly where the source servers sit outside AWS, and who will keep a separate backup tool for retention and for managed services.

Key features:

• Continuous block-level replication through the AWS Replication Agent installed on each source server, over TCP port 1500.
• Point-in-time recovery with a configurable window, defaulting to 7 days and settable from 1 to 365 days.
• Non-disruptive recovery drills that launch real instances without affecting the source servers or production. The launching of resources does cost extra.
• Replication into a low-cost staging area rather than into fully provisioned instances.
• Replication servers are recycled automatically every 14 days onto the latest patched AMI.

Pros:

• RPO in less than 60 seconds, which no schedule-based backup product can match.
• Drills launch actual recovery instances, so the test exercises the real path rather than a validation check.
• Sources can be on-premises or in another cloud, so it covers migration and DR into AWS from outside.
• The replication tier patches itself on a 14-day cycle, so that infrastructure is not your patching burden.

Cons:

• It is replication, not backup. Point-in-time recovery runs on EBS snapshots, so a long retention window means a lot of snapshots and the cost scales with the window. There is no backup catalog with lifecycle tiering into cold storage, which is what a retention requirement actually needs.
• It replicates servers, so managed services including RDS, DynamoDB and EFS sit outside its scope entirely and need a separate tool.
• The agent goes on every source server, and staging resources bill continuously whether or not you ever fail over.

What users say:

“Overall, the best combination of AWS Elastic Disaster Recovery is its near real-time replication and quick recovery testing, and this makes the service very useful in real-world scenarios.”

[source: PeerSpot]

Pricing:

AWS Elastic Disaster Recovery charges $0.028 per replicating server per hour, and that rate is flat: it does not change with the number of disks, the amount of storage, how many drills you run, or which Region you replicate into. The service charge is the smaller part of the bill. AWS’s own worked example replicates 100 on-premises servers, 200 disks and 30 TB at a 3.3% daily change rate:

So the per-server-hour rate accounts for about a third of the real monthly cost, and the all-in figure works out near $64 per server per month against $20 for the service line alone. Lengthening the point-in-time retention window raises the snapshot line specifically.

Drills are an additional cost. An 8-hour drill launching recovery instances for all 100 servers costs $122.94 ($94.46 EC2, $28.49 EBS), excluding Conversion Servers at under $0.05 per instance and data transfer. Those costs are incurred only while the drill or recovery is running.

Figures from AWS’s published examples for US East (N. Virginia) on On-Demand rates, August 2026.

Bottom line:

AWS Elastic Disaster Recovery is the right tool when the requirement is continuous replication and PITR, and it is not a substitute for a backup product with real retention.

In the event of a disaster, organizations can quickly launch recovered instances in AWS, achieving low recovery time objectives. This service supports automated failover and failback processes, simplifying the migration and recovery lifecycle during planned or an unplanned AWS outage.

Why AWS Native Backup Tools Alone Fall Short for Enterprise Disaster Recovery 

While AWS native backup tools provide core functionality for snapshot management and data replication, they often lack capabilities that enterprises require for full-scale disaster recovery. Features such as application-consistent backups, granular file-level recovery, automated cross-account vaulting, and reporting are either limited or require significant manual setup. 

For organizations managing complex, multi-account, and hybrid architectures, these limitations can lead to gaps in data protection, making it challenging to achieve stringent RPOs and RTOs across critical workloads.

Additionally, AWS native tools may not provide coverage for non-AWS resources or third-party SaaS platforms commonly found in enterprise environments. As a result, organizations must supplement AWS-native tooling with custom scripts or deploy additional solutions for unified management and monitoring. This fragmented approach increases operational complexity and introduces new risks and potential points of failure.

Learn more in our detailed guide to AWS disaster recovery

Comparing AWS-Native vs. Third-Party Disaster Recovery Tools 

Choosing between AWS-native and third-party disaster recovery tools depends on the complexity of your environment and the level of control and automation required.

The table below compares key features to help evaluate the strengths and limitations of each approach.

Feature / capability	AWS native tools (AWS backup, AWS DRS)	Third-party tools (e.g., N2W, Veeam, Rubrik, Commvault)
Application-consistent backups	Limited support; mainly crash-consistent	Full support including application-aware backups
Granular file-level recovery	Basic to limited support	Extensive support with file-level and object recovery
Cross-account backup vaulting	Manual setup required	Automated, policy-driven cross-account protection
Cross-region replication	Supported	Supported, often with added automation and controls
Immutable and air-gapped backups	Limited options via retention settings	Native immutability and logical air-gapping
Monitoring and reporting	Basic monitoring (e.g., via CloudWatch)	Centralized dashboards, audit trails, compliance reports
Multi-cloud and hybrid support	AWS-only	Supports AWS, on-prem, and other clouds
Ease of use / management	Requires configuration across services	Unified UI, simplified policy and job management
Security and encryption	Native AWS encryption options	Advanced encryption, role-based access, zero-trust
Compliance features	Manual tagging and lifecycle setup	Built-in compliance templates and reporting
Cost optimization tools	Basic and limited to full snapshots (most costly)	Advanced archiving into any tier, automated Resource Control
Failover automation	Limited drills available but not full failover	Orchestrated failover and automated DR drills

For a direct feature and cost comparison, see AWS Backup vs N2WS.

Notable Third-Party AWS Backup Tools for Disaster Recovery

Head to Head Comparison

Tool	Best for	Pricing model	Key limitation
AWS Backup	Centralizing snapshot schedules across AWS accounts and regions	Per GB stored, warm and cold tiers, plus restore charges	No orchestrated failover. Recovers resources, not a running environment
AWS Elastic Disaster Recovery	Continuous replication and failover of servers into AWS	Per source server hour	Replication, not backup retention. No long-term recovery points
N2W	Recovering a whole AWS environment, networking included, across accounts and regions	Banded on instance count, from $249/mo for 20 instances	Banding favours large data behind few instances, not many small VMs
Veeam Backup for AWS	Teams already standardized on Veeam on-premises	Per protected workload, annual, self-deployed	Requires its own backup infrastructure. Cross-cloud needs additional Veeam products
Rubrik Security Cloud	Security teams treating backup as threat response	Direct sales price on capacity plus workloads plus modules, quote-based. Listed on AWS Marketplace from $50,000/yr for 6 back-end TB	Managed control plane, highest entry price on this page, no cost optimization
Commvault	Enterprises consolidating many workload types	Per user, per TB and per VM, annual	Cloud-native depth weaker than purpose-built AWS tools
Cohesity DataProtect	Consolidating backup across a large mixed estate	Back-end TB after dedupe, 10 TB minimum block, annual. From $29,100/yr	Backups land in a Cohesity-managed tenant, not your account

N2W: Best for recovering a whole AWS environment, not just its resources

What it does:

N2W runs as a single EC2 instance inside your own AWS account, so backups and snapshots stay in your account and N2W never holds your data. For DR specifically it does three things the native tools don’t. It clones network entities (VPC, subnets, route tables, security groups, load balancers, IP ranges) through an editable CloudFormation template, so recovered instances have somewhere to land.

N2W also allows you to group resources into Recovery Scenarios that launch in a set order, so an app tier can come up before its database tier. And its dry run validates a failover using read-only AWS APIs, down to whether the IP addresses are still free, without launching anything or costing anything.

Best for:

Teams running workloads across more than one AWS Organization or with multiple AWS accounts, who need a rehearsed recovery of the whole environment, including all networking configurations in addition to ad-hoc folder and file-level recovery, with no pre-indexing needed.

Key features:

• Unprotected Resources widget shows you, from the dashboard, any resources that aren’t attached to a backup policy with a button to add them in one-click.
• Recovery Scenarios group resources and launch them in your preferred order, so an application tier comes up before the database tier it depends on.
• Network cloning rebuilds VPCs, subnets, route tables, security groups, load balancers and IP ranges. You can also make changes to any of these settings during a restore.
• Dry run validates a failover using read-only AWS APIs, down to whether specific IP addresses are still free, without launching anything.
• Backup intervals as short as 60 seconds.
• Immutability by calling each platform’s native lock on EBS, S3, Wasabi and Azure Blob rather than adding a layer of its own. In compliance mode, not even the root user can delete a locked backup before its retention expires, and the locked copy sits in storage you own rather than in a vendor-managed vault.
• Incremental archiving into cheaper tiers in your own account, which is where the up to 92% storage saving comes from.
• Resource Control to automatically power-down non-critical resources on a schedule to save up to 50% on compute costs.
• N2W holds both AWS Resilience Competency and AWS Government Software Competency.

Pros:

• One instance covers an entire AWS Organization. Adding an account means deploying the same IAM role there and pointing its trust relationship at the existing instance, with no extra server per account.
• DR drills run against read-only APIs, so rehearsing recovery monthly carries no per-test charge.
• Backups stay in your own account on your own storage, so there is no vendor-held copy to negotiate access to.
• Agentless for crash-consistent EC2, EBS and RDS backups, using native AWS APIs. And application-consistent backups with a thin agent.
• Cross-account and cross-cloud DR: Create clean, isolated DR accounts with automated failover and failback between AWS regions and accounts. Cross-cloud recovery restores AWS-stored snapshots into Azure as bootable VMs, Ubuntu 22 and 24.
• Kubernetes support: Backup and restore EKS workloads from the same console and policies as EC2 and RDS. EKS protection runs on managed Velero as an in-cluster component, so it works differently from the API-driven backups of the other resource types.
• Because N2W never receives your backup data, only license and version telemetry leaves your account. There is no vendor-side copy of your backups and no vendor-held credentials to your environment, which keeps backup data out of the processor and cross-border transfer questions that a managed service brings to a procurement or audit review.

Cons:

• Licensing is banded on instance count, so an estate of many small, lightly loaded VMs is where the model is least advantageous. It pays where large data sits behind relatively few instances.
• Scope is AWS and Azure. No on-premises hypervisor backup and no broad SaaS workload coverage.

What users say:

“Gett uses N2W to save around 50 percent—or $2,000—per instance per month. Our IT savings already went up to $100k /year.”

–Danny Michael, Head of IT, Gett

Pricing:

N2W is priced by how many instances you protect, not how much data sits behind them. The Standard plan covers 20 instances at $249 a month, whether those instances hold 100 GB or 100 TB, month to month with no contract. Larger plans step up at 50, 200, and 1000+ instances. The license does not include cloud storage or compute: backups sit in your own account and stay on your own AWS bill. A 30-day free trial is available, and annual or bi-annual terms are discounted. Pricing as of August 2026.

Bottom line:

If your recovery plan has to bring back a working environment rather than a list of restored volumes, N2W is the tool on this list built around that job.

Learn how N2W simplifies AWS backup and DR.

Veeam Backup for AWS: Best for teams already standardized on Veeam

What it does:

Veeam Backup for AWS provides policy-based backup and recovery of AWS workloads, with auto-discovery, immutable backups and both full-instance and file-level restore. It is deployed by the customer into their own AWS account and integrates with Veeam Backup & Replication for organizations protecting on-premises and cloud estates together.

Best for:

Organizations already running Veeam on-premises that want one vendor and one console spanning both estates, and are willing to run the backup infrastructure themselves.

Key features:

• Policy-based auto-discovery and protection of AWS workloads.
• Immutable backups using write-once-read-many states, with encryption in transit and at rest.
• Full-instance and file-level recovery, in place or to new instances.
• Cross-account and cross-region restore.
• Central management alongside on-premises workloads through Veeam Backup & Replication.

Pros:

• One vendor across on-premises and AWS, which matters if Veeam is already the standard.
• Veeam indexes EFS, so locating and restoring individual files is faster and more granular than the AWS-native options manage. Indexing runs on a worker instance, which adds to backup cost.
• Worker instance sizing is adjustable in the UI rather than in configuration files.
• A Veeam Backup for AWS configuration can be exported, saved and restored without redeploying the appliance.
• Backup policies can be exported and imported through the UI.
• Cross-account and cross-region restore without custom scripting.

Cons:

• Requires deploying and maintaining separate backup infrastructure in the account. Setup and configuration are heavier than the AWS-native tools.
• DR orchestration is less tightly coupled to AWS networking constructs, so recovered instances need their landing environment prepared separately.
• Cross-cloud scenarios require purchasing additional Veeam products.
• Assembling one working Veeam setup means buying several separate Veeam products, each with its own commercial model. Veeam Backup for AWS is the self-deployed software, Veeam Data Cloud for AWS is the managed service, Veeam Data Cloud Vault is the storage those backups land in, and the single-console story across on-premises and AWS adds Veeam Backup & Replication. Cross-cloud adds more again.
• The managed service and Vault are annual-commit per TB on AWS Marketplace with a 12-month minimum, while Veeam Backup & Replication is bring-your-own-license, shows no price on its Marketplace listing at all, and is billed through a separate relationship with Veeam. Working out what a given design costs means pricing four things and negotiating one of them.
• Restoring files to the original location installs the Veeam restore tool onto the running source EC2 instance, then removes it when the restore finishes. Veeam also offers Secure Restore, which scans a restore point with antivirus, its Threat Hunter engine or YARA rules before data lands. Both are reasonable engineering. It is still a wider blast radius than recovering to a new volume you attach yourself, and it is worth a look if your threat model treats the backup system as a target rather than a bystander.
• No multi-generational file-level recovery. Veeam recovers files from one restore point per session, so retrieving a file as it existed at several different points in time means running the recovery wizard once for each one. Veeam documents the same single-restore-point selection step across Backup for AWS, Backup for Azure, Backup for Google Cloud, Service Provider Console and Veeam Agent.
• The backup server is an established ransomware target. CVE-2024-40711, an unauthenticated remote code execution flaw in Veeam Backup & Replication, was exploited by the Akira and Fog ransomware groups and added to CISA’s Known Exploited Vulnerabilities catalog. It is patched, and patching promptly is the mitigation, which is a real operational obligation when you host the product yourself.

What users say:

“While Veeam Backup for AWS provides comprehensive backup and recovery capabilities for AWS workloads, I found its usability to be quite challenging. The interface can be complex and not very intuitive, which made it difficult for me to perform basic tasks such as configuring backup policies.”

[source: G2]

Pricing:

Veeam sells more than one path and the prices are not comparable, which is where most confusion starts. There are four to keep straight.

Veeam Backup for AWS, the product described here, is self-deployed and licensed per protected workload on an annual term. Veeam does not publish a transparent per-workload figure. You provide and pay for the backup storage.

• Veeam Backup & Replication, which the on-premises plus AWS single-console story depends on, is bring-your-own-license. Its AWS Marketplace listing publishes no price and states that pricing and entitlements are managed through a billing relationship with Veeam outside Marketplace, with AWS supplying only the infrastructure to launch it. There is no list price to quote.
• Veeam Data Cloud for AWS is the managed alternative, where Veeam hosts and runs the backup infrastructure instead of you. It protects EC2 instances and volumes, RDS instances and clusters, DynamoDB, Redshift, EFS and FSx. Veeam publishes no list price for it. It is not on AWS Marketplace, and Veeam’s own pricing page lists a per-TB figure for the Azure edition but none for AWS, so the cost of the managed AWS path is a conversation with sales rather than a number you can plan against.
• Veeam Data Cloud Vault is the storage layer, bought separately again, at $14 per TB a month Foundation and $24 Advanced in a core region, and $19 Foundation in a non-core region. On Marketplace that is $168, $288 and $228 per TB for a year, upfront, also on a 12-month minimum. Vault includes no backup software at all, so quoting it as “Veeam’s price” understates the cost of backing anything up by the entire cost of the backup product.

Pricing as of August 2026. Every figure here is per TB and annual-commit, so compare it against N2W’s $249 a month for 20 instances by first deciding how many TB sit behind those instances.

Bottom line:

Veeam Backup for AWS is the sensible choice when Veeam is already the corporate standard, provided you accept running the backup infrastructure yourself.

Rubrik: Best for security teams treating backup as part of threat response

What it does:

Rubrik Security Cloud protects AWS, Azure, GCP and on-premises workloads, and positions backup as a security product rather than an operations one. Its center of gravity is ransomware detection, immutability and threat hunting inside backup data, sold largely to security leadership.

Best for:

Enterprises with a dedicated security function that wants anomaly detection, threat hunting and data classification running against backup data, and that has budget for a platform rather than a backup tool.

Key features:

• Immutable backups with a zero-trust architecture that exposes no delete path to standard credentials.
• Anomaly detection that identifies unusual change rates across backup snapshots to flag likely ransomware.
• Sensitive data discovery and classification across protected workloads.
• Threat hunting inside recovery points to find the last clean copy before an intrusion.
• Coverage spanning AWS, Azure, GCP, SaaS and on-premises.

Pros:

• Broad coverage, beyond AWS, including on-premises and SaaS.
• Well suited to organizations where the security team, not the cloud team, owns backup.

Cons:

• Rubrik Security Cloud is a managed control plane, so protecting your workloads means bringing a vendor platform into the environment rather than running the tool in your own account.
• Pricing scales on three axes at once, capacity plus workloads plus modules, with advanced features billed separately, so the bill grows as the estate grows.
• Positioned at the premium end, and it publishes no cost-optimization capability, so it will not help you reduce the storage spend it protects.
• Depth in AWS-native DR orchestration is not the focus. The product is built around security outcomes.

What users say:

“The SLA policy model is the biggest win for me — I stopped manually tracking which VMs were protected and which weren’t. That said, the support experience has been hit or miss. Ticket responses are fast, but getting someone who actually understands your specific environment takes a couple of escalations sometimes.”

[source: Gartner Peer Insights]

Pricing:

Rubrik sells direct on three axes at once, capacity plus workloads plus the security modules you enable, with advanced features billed separately, so a growing estate compounds across all three. Those direct figures are quote-based and unpublished (verified August 2026). AWS Marketplace does publish one bundled price, and it is the concrete number to use.

• $50,000 a year for 6 back-end TB on a 12-month contract, bundling Rubrik Cloud Data Management, archive, centralized management and premium support.
• Contract terms run 12, 24 and 36 months, and the advertised savings do not increase with length, so check the terms rather than assuming a longer commitment costs less per year. Enterprise deals of this size are normally negotiated as an AWS Marketplace private offer, so treat the listed figure as a floor.
• As with Cohesity, the unit is back-end TB, so it is post-reduction capacity rather than the size of your source data. AWS infrastructure costs sit outside it.

Bottom line:

Rubrik is a good option when backup is owned by security and the requirement is threat detection inside recovery points, not the fastest path back to a running environment.

Commvault: Best for enterprises consolidating many workload types under one vendor

What it does:

Commvault Resilience for AWS is a SaaS offering that bundles three products: Commvault Cloud for threat detection and risk analysis, Clumio for serverless protection of AWS services, and Cloud Rewind for rebuilding cloud application stacks. It protects AWS workloads while connecting them to Commvault’s wider enterprise platform.

Note: Clumio vs N2W covers the Clumio side of Commvault in detail.

Best for:

Large enterprises standardizing on one vendor across a genuinely mixed estate, where AWS is one workload type among many and procurement values a single contract over cloud-native depth.

Key features:

• Clumio’s serverless protection scales to tens of billions of objects in a single S3 bucket and billions of entries in a DynamoDB table.
• Cloud Rewind rebuilds cloud application stacks automatically, including network and security settings and dependencies.
• Threat detection and risk analysis over protected data through Commvault Cloud.
• Air Gap Protect provides isolated, immutable storage as a separate listing.
• Commvault holds AWS Resilience Competency status.

Pros:

• The broadest workload coverage on this list.
• One vendor and one contract across a mixed estate.
• Connects AWS protection to a platform that also covers on-premises, Microsoft 365 and endpoints.
• Cloud Rewind rebuilds an application stack with its networking rather than restoring resources in isolation.

Cons:

• Commvault has at least eight separate AWS Marketplace listings, Resilience is itself a bundle of three products, and the storage layer, Air Gap Protect, is a further listing again.
• Commvault publishes no cost for Resilience for AWS, so sizing it requires a sales conversation.
• Protection runs as a service, so backup data is handled by Commvault’s platform rather than staying entirely inside your own account.
• The Commvault Cloud portion needs access nodes deployed and maintained in your own cloud, driven by a separate control plane. That is infrastructure you run and patch, and reviewers consistently report a steep learning curve and complex setup.
• Access nodes are sold as their own AWS Marketplace listing, which is a fair indication of how separable they are.

What users say:

“While the platform is evolving quickly, feature parity between the new cloud interface and the traditional console still isn’t fully there in some areas. Certain advanced configurations continue to require switching back to the old console, which breaks up the workflow and fragments the overall user experience.”

[source: G2]

Pricing:

Commvault sells two ways on AWS and neither produces a number you can plan against.

• Direct, it bills on several axes at once, per user, per TB and per VM, with database backup starting around $90 per TB a month, plus services and training charged separately. Annual terms. There is no published total.
• On AWS Marketplace, the offering Commvault sells for AWS is Commvault Resilience for AWS, and Commvault publishes no price for it. Commvault maintains several separate AWS Marketplace listings, some of them bring-your-own-license with no price shown at all, so working out what a given design costs means assembling several listings and talking to sales.
• Of every tool on this list, Commvault is the one where the published information gets you least far toward an estimate.

Pricing as of August 2026.

Bottom line:

Commvault makes sense when the requirement is one vendor across everything from Salesforce to on-premises servers, and AWS-native recovery depth is a secondary concern.

Cohesity DataProtect: Best for consolidating backup across a large mixed estate

What it does:

Cohesity DataProtect delivered as a service is a Cohesity-managed backup service covering AWS alongside on-premises, SaaS and edge workloads from one console. On AWS it protects EC2, RDS and S3, ingesting backups into a Cohesity-managed tenant to hold an isolated copy separate from the production account.

Best for:

Organizations wanting to collapse several backup and secondary-storage products into one managed platform, with AWS as part of a larger hybrid estate rather than the whole of it.

Key features:

• Backup and recovery across cloud and on-premises workloads from one platform.
• Immutable snapshots with ransomware anomaly detection.
• Unified protection and long-term retention across cloud, SaaS and on-premises workloads.
• AI/ML-based anomaly detection and threat scanning across protected data.

Pros:

• Consolidates several product categories, which reduces vendor count.
• Strong hybrid and on-premises coverage.
• Established ransomware detection capability.

Cons:

• Its broad enterprise scope may be more than an AWS-only environment needs, and it introduces a separate SaaS platform and capacity-based commercial model alongside AWS.
• DataProtect is primarily a backup and cyber-recovery platform. Automated application failover and failback orchestration sits in Cohesity’s broader DR and recovery portfolio rather than being the core function of the backup service.
• Backups leave your AWS account. DataProtect delivered as a service ingests data into a Cohesity-managed tenant, which is how it gets an isolated air-gapped copy, and it also means a third party holds your backup data. If your requirement is that backups never leave the account you control, this is the wrong architecture for you.

What users say:

“I use Cohesity DataProtect internally in the company. If we have the data in replication, we will do the restore and update the customer. We also engage in daily routine operations and work on backup failures frequently, engaging the VM team to restart Cohesity DataProtect services or fix issues related to communication. We do not have major issues with this operation so far.”

[source: AWS Marketplace]

Pricing:

Cohesity DataProtect delivered as a service is sold on one dimension, and the unit is the thing to understand before comparing it to anything else.

• $29,100 a year is the entry price, not a starting point you can scale down from.
• The unit is back-end TB, meaning storage consumed after global deduplication and compression, not the size of your source data. Cohesity’s own worked example is 100 TB of source data reducing to 10 TB of stored backup, which bills as 10 back-end TB rather than 100. Treat that ratio as their illustration rather than a commitment, because what you actually pay depends on how well your data reduces.
• A 30-day retention policy is included by default. Longer retention is available as a custom option and is not published, so if your requirement is months or years for compliance, the retention you need is a quote rather than a listed price.
• Capacity grows by adding more back-end TB as stored backup data grows.
• AWS infrastructure costs sit outside this and are yours.

Pricing as of August 2026.

Bottom line:

Backups leave the AWS account you control. DataProtect delivered as a service ingests backup data into a separate Cohesity-managed tenant/AWS account, creating an isolated, operationally air-gapped copy. That strengthens separation from a compromised production account, but it also means Cohesity controls the environment holding that backup copy. If your requirement is that backup data remain entirely within AWS accounts your organization owns and controls, this architecture does not meet that requirement.

Which AWS backup tool should you choose?

• If everything you protect is in a single AWS Organization and you need a central place to schedule snapshots, start with AWS Backup. It is the cheapest path to consistent coverage and it may be all you need.
• If you need servers replicating continuously into AWS with a fast failover, use AWS Elastic Disaster Recovery, and keep a backup tool alongside it for retention and point-in-time recovery.
• If a real disaster means bringing back a working environment rather than a set of volumes, choose a tool that rebuilds networking and launches resources in order, and that lets you rehearse it without launching production resources. That is the job N2W is built for.
• If Veeam is already your on-premises standard and one vendor across both estates matters more than AWS-native depth, Veeam Backup for AWS is the natural fit.
• If your security team owns backup and wants threat hunting inside recovery points, Rubrik is built for that.
• If you need one vendor across Microsoft 365, endpoints, on-premises and AWS, Commvault covers the most ground.

Frequently Asked Questions

Conclusion

Choosing the right disaster recovery strategy in AWS involves more than enabling backup services. It requires aligning technology capabilities with business recovery goals, compliance requirements, and operational workflows. While AWS provides basic tools, organizations must assess their needs, such as cross-account recovery, backup immutability, or multi-cloud integration, to design resilient and compliant DR solutions.

Whether you’re managing a handful of EC2 instances or orchestrating backups across dozens of AWS accounts, your recovery strategy deserves more than just snapshots.

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