7 best disaster recovery as a service providers for 2026

Downtime does not announce itself. A ransomware payload lands on a Friday night, a storage array fails during a migration, or a region goes dark, and suddenly the question is not whether your recovery plan looks good on paper. It is whether it actually restores production before the business feels it.

That gap between a documented plan and a tested recovery is where most teams get burned. You inherit a disaster recovery plan built for a data center you no longer run. Your recovery point objective assumes replication that quietly broke three months ago. Or your runbook lists a failover procedure nobody has rehearsed since the last audit. When the outage hits, the plan and the reality diverge, and downtime minimization becomes damage control.

That risk is why the market for disaster recovery solutions is growing fast. Global DRaaS revenues are forecast to grow from USD 20.9 billion in 2026 to USD 129.6 billion by 2035, a 22.5% CAGR, according to Global Market Insights (2025). Public cloud deployments already represent over 65% of the market, a clear signal that teams are moving recovery off self-managed secondary sites and onto cloud disaster recovery services.

But picking a provider is hard because the marketing all sounds the same. Every vendor promises fast recovery, ransomware resilience, and enterprise support. The differences that matter (whether the service hits your RPO and RTO for your workloads, how failover and failback actually work, and how testing is handled) live below the brochure. This guide compares DRaaS providers on operational fit, not slogans.

What's inside

This guide compares seven DRaaS providers for teams evaluating managed, assisted, or self-service recovery. We picked vendors that presales and IT teams actually run through technical validation, then scored each against the criteria that decide real recovery outcomes.

Selection criteria:

• RPO and RTO support: how tight the recovery objectives can realistically go for your workloads
• Failover and failback capability: orchestration quality and the ability to fail back cleanly
• Testing and runbooks: non-disruptive test failover and documented, repeatable procedures
• Hybrid or cloud support: coverage across on-prem, private cloud, and public cloud
• Compliance readiness: auditability, encryption, and documentation for regulated industries

This is written for people who own the technical validation before signing.

TL;DR

• Best overall for complex environments: IBM, for teams that need provider-led recovery plus broad platform and consulting depth.
• Best for backup-first teams moving into DRaaS: Veeam, if you already run Veeam for data protection and want cloud-hosted failover through its partner ecosystem.
• Best for managed service buyers: TierPoint, for hands-on managed DRaaS with 24x7 support and architecture help.
• Best for consolidation-minded buyers: Acronis, for backup, disaster recovery, and security in one stack.
• Best for cloud-heavy teams: Druva, for SaaS-based resilience with minimal infrastructure to manage.
• Best for Microsoft-centric stacks: Azure Site Recovery, for native Azure and hybrid failover orchestration.
• Best for virtualization-heavy environments: VMware Live Recovery, for VMware-native recovery and ransomware workflows.

What is disaster recovery as a service?

Disaster recovery as a service (DRaaS) is a model where a third-party provider replicates your servers, applications, and data to its infrastructure and delivers failover and recovery as a managed or self-service offering when a disruption hits. Instead of building and maintaining your own secondary site, you rely on the provider's environment and orchestration to bring workloads back online.

The mechanics are consistent across vendors, even when the packaging differs:

• Third-party delivery: the provider owns the recovery infrastructure, so you are not standing up duplicate hardware.
• Data replication: workloads and data replicate to the provider on a schedule or continuously, which sets your achievable recovery point.
• Failover and failback: when production fails, workloads fail over to the recovery environment, then fail back to primary once it is restored.
• RPO and RTO: recovery point objective (RPO) is how much data you can afford to lose measured in time, and recovery time objective (RTO) is how fast you must be running again.
• Delivery models: managed DRaaS (the provider runs recovery for you), assisted DRaaS (shared responsibility), and self-service DRaaS (you own execution on the provider's platform).

A quick knowledge map to keep the terms straight:

• What DRaaS is: outsourced replication plus orchestrated failover and failback against defined recovery objectives.
• What it is not: it is not the same as backup alone. Backup stores copies; DRaaS restores running infrastructure.
• Core recovery terms: RPO, RTO, failover, failback, replication, orchestration, runbooks.
• Common delivery models: managed, assisted, and self-service.
• Where it fits: DRaaS is the recovery execution layer inside broader business continuity planning and BCDR (business continuity and disaster recovery) strategy.

This is also where the common DRaaS vs BaaS question lands. Backup as a service focuses on protecting and restoring data. DRaaS adds the infrastructure recovery, failover orchestration, and tighter recovery objectives that keep applications running, not just files retrievable.

When to use DRaaS

DRaaS is not the right answer for every workload. It earns its cost when recovery complexity, ransomware risk, or distributed infrastructure outgrow what an internal team wants to maintain. Three patterns show up repeatedly.

Replace self-managed DR with a provider

Maintaining a secondary site means duplicate hardware, license sprawl, and runbooks that decay every time production changes. Teams move to a provider when they no longer want to own that overhead or the on-call burden of proving failover works. Best fit when internal staff is stretched thin and DR maintenance keeps slipping down the priority list.

Validate ransomware recovery readiness

Ransomware changed the DR conversation. You need a clean recovery path that does not reintroduce the payload, isolated environments to rebuild in, and immutable copies the attacker cannot reach. DRaaS supports ransomware recovery by giving you tested recovery points and a recovery environment separated from compromised production. Best fit when your board or cyber insurer is asking for evidence of recoverability, not just backups.

Support hybrid and distributed workloads

Most estates are not tidy. Apps sit across on-prem, private cloud, and public cloud, and a recovery strategy has to coordinate all of them. DRaaS that supports hybrid cloud lets you orchestrate failover across environments instead of stitching together three separate recovery processes. Best fit when workloads span multiple platforms and you need one coordinated recovery, not several.

Comparison table

Here is the shortlist at a glance. Use it to narrow to two or three providers, then dig into the sections below. Pricing for DRaaS varies heavily by scope, workload count, retention, and environment, so treat public figures as a starting point and confirm against a scoped quote.

The 7 best disaster recovery as a service providers for 2026

1. IBM

IBM approaches disaster recovery from the enterprise infrastructure and consulting side. Its DRaaS positioning is grounded in a clear explanation of the category: the difference between disaster recovery (DR) and DRaaS, how a disaster recovery plan (DRP) sits inside a broader business continuity plan (BCP), and how recovery objectives like RPO and RTO drive architecture decisions. For teams that need provider-led recovery across mixed environments, IBM pairs managed recovery with the platform and services depth to design it.

Best for: Large organizations with complex, multi-platform estates that want provider-led recovery backed by consulting and hybrid cloud infrastructure.

Key strengths

• Enterprise and hybrid cloud breadth: hybrid cloud and infrastructure products that let recovery span on-prem and cloud workloads.
• Category and BCP framing: clear alignment of DRP, BCP, RPO, and RTO so recovery objectives map to a documented continuity strategy.
• Data and analytics depth: database and analytics software that helps protect and recover data-heavy workloads.

Why choose IBM: If your environment is genuinely complex (multiple platforms, regulated data, and a need for architecture help), IBM's combination of managed recovery and consulting is hard to match. It fits teams that want a provider to own both the plan and the recovery, not just hand over a tool.

IBM pricing: IBM spans many products with separate pricing pages, so there is no single company-wide DRaaS price. As a reference point for how IBM structures cloud software, watsonx.ai offers a Free tier, an Essentials pay-as-you-go plan, and a Standard plan starting around USD 1,110/month. For DRaaS specifically, expect a scoped quote based on your workloads and recovery objectives.

Evaluation note: Bring your workload inventory and target RPO and RTO to the first conversation. IBM's strength is architecting recovery for complexity, so the value shows up when you can articulate the environment you actually need to protect.

2. Veeam

Veeam is where a lot of backup-first teams land when they extend into DRaaS. Its data protection platform unifies backup, recovery, security, and compliance across virtual, physical, cloud, and SaaS workloads, and cloud-hosted failover is typically delivered through Veeam Cloud & Service Provider partners. The resilience story is built around immutable backups, malware detection, and testable recovery, which is what buyers evaluating ransomware readiness want to see.

Best for: Teams already running Veeam for backup who want cloud-hosted failover and ransomware resilience without switching data protection vendors.

Key strengths

• Immutable and secure backups: immutable copies plus malware detection to support clean ransomware recovery.
• Instant Recovery and CDP: Instant Recovery and Continuous Data Protection to tighten RPO and RTO.
• Unified workload coverage: one platform across virtual, physical, cloud, and SaaS, useful for auditability and hybrid estates.

Why choose Veeam: If Veeam is already your backup layer, extending into failover through its partner ecosystem keeps your data protection consistent and your recovery testing in one place. The immutability and malware detection story resonates strongly with security and compliance reviewers.

Veeam pricing: Veeam Data Platform Essentials is sold in annual subscription bundles from $89.20 USD MSRP per license per year, in increments of five, with one- to five-year terms. The full Veeam Data Platform and the Veeam Vault cloud storage bundle are contact-sales. DRaaS delivered through a service provider is priced separately by that partner.

Evaluation note: Confirm which service provider partner delivers your failover and what their SLA covers. The Veeam platform sets the data protection foundation; the recovery SLA lives with the partner you choose.

3. TierPoint

TierPoint is a managed services provider built around hybrid IT infrastructure, cloud, security, and disaster recovery. This is the option for teams that want hands-on managed DRaaS rather than a platform to run themselves. TierPoint emphasizes recovery objectives, testing, and architecture support, backed by 24x7 monitoring, which fits buyers who want a partner to help design and operate the recovery, not just host it.

Best for: Enterprises that want managed hybrid IT and disaster recovery with hands-on support and architecture guidance.

Key strengths

• Managed hybrid cloud services: hybrid cloud coverage that supports distributed workloads across on-prem and cloud.
• 24x7 managed detection and response: MDR with round-the-clock expert monitoring for security and ransomware readiness.
• Storage as a Service with SLA: subscription-based storage backed by a 99.99% availability SLA.

Why choose TierPoint: If your team is short on in-house DR expertise, TierPoint's consulting and assessment style engagement means you get help defining recovery objectives, building runbooks, and running tests. The managed model shifts operational load off your team and onto the provider.

TierPoint pricing: TierPoint does not publish list prices. Its pricing guidance directs buyers to request a quote and offers calculators, so pricing is scoped to your environment, recovery objectives, and support level.

Evaluation note: Push on testing cadence and what a real failover test looks like with them. A managed model is only as good as the SLA and the rehearsal schedule, so get both in writing before you sign.

4. Acronis

Acronis approaches recovery as one part of a broader cyber protection platform. It combines backup, disk cloning, and AI-based cybersecurity with ransomware protection in a single stack. For buyers who want to consolidate backup and disaster recovery services with security instead of stitching together separate tools, Acronis is built around that integration.

Best for: SMB and mid-market teams and IT providers that want integrated backup, disaster recovery, and cybersecurity in one product.

Key strengths

• Integrated cyber protection: backup and recovery combined with AI-based cybersecurity and ransomware protection.
• Flexible workload backup: backup and disk cloning across systems for consolidated data protection.
• Security-first recovery: ransomware protection built into the same platform that handles recovery.

Why choose Acronis: The value here is consolidation. Instead of running backup, DR, and endpoint security as three contracts, you get them in one platform, which reduces tool sprawl and gives you a single place to manage recovery and threat protection. That resonates with lean IT teams.

Acronis pricing: Acronis does not publish a single public price for its cyber protection offering. Pricing varies by region, workload type, and deployment model, and Acronis recommends a tailored quote. Scope your workload count and deployment model before requesting one.

Evaluation note: If consolidation is the goal, validate that the DR capabilities meet your RTO for critical workloads, not just that backup and security are present. Consolidation only pays off if each capability holds up under a real recovery scenario.

5. Druva

Druva is a cloud-native data security and cyber resilience platform delivered as a SaaS. That architecture is the pitch: fully managed, immutable data protection with nothing for you to provision or patch. Druva protects enterprise data, SaaS apps, endpoints, and identity data, which makes it a strong fit for cloud-heavy teams that want resilience without operating recovery infrastructure themselves.

Best for: Mid-market and enterprise teams running cloud-native operations that want managed backup, recovery, and data security with minimal infrastructure overhead.

Key strengths

• Fully managed SaaS resilience: immutable, fully managed data protection with no infrastructure to run.
• Broad workload coverage: protection across data center, public cloud, Microsoft 365, Google Workspace, endpoints, and identity platforms.
• Immutability for ransomware recovery: immutable copies that support clean recovery after an attack.

Why choose Druva: If your operations are already cloud-first, Druva's SaaS model removes the secondary infrastructure entirely. The immutability and identity data coverage matter for ransomware recovery, and the managed delivery keeps operational load low for teams that would rather not run DR plumbing.

Druva pricing: Druva offers Business, Enterprise, and Elite plans billed per TB per month after deduplication, along with a free trial. Public numeric pricing is not listed, so request a quote sized to your data volume and plan tier.

Evaluation note: Model your deduplicated data volume before comparing tiers, since billing is TB-based after dedup. Confirm recovery objectives for your specific SaaS and endpoint workloads, not just the data center estate.

6. Azure Site Recovery

Azure Site Recovery is Microsoft's native disaster recovery service, built to automate replication, failover, and recovery for VMs and physical servers. For Microsoft-centric teams, the appeal is native integration: recovery plans, test failover, and centralized monitoring that live inside the Azure ecosystem. It supports Azure VMs, Hyper-V, VMware, and physical servers, so it covers both cloud and hybrid recovery.

Best for: Microsoft-first teams that need native disaster recovery orchestration for Azure and hybrid workloads.

Key strengths

• Automated replication and one-click failover: orchestrated failover that reduces manual recovery steps.
• Broad source support: protection for Azure VMs, Hyper-V, VMware, and physical servers.
• Recovery plans and test failover: documented recovery plans plus non-disruptive test failover and centralized monitoring.

Why choose Azure Site Recovery: If you are already invested in Azure, ASR is the path of least resistance for recovery orchestration and cloud migration resilience. Test failover without disrupting production is exactly what teams need to prove RTO before an incident, and it lives in tooling your team already uses.

Azure Site Recovery pricing: ASR is billed per protected instance. Every protected instance is free for the first 31 days, then charged per month per instance after that. The public page does not show a fixed dollar figure, so use the Azure pricing calculator to size against your instance count.

Evaluation note: Count your protected instances accurately, since that is the billing unit. Use the free first 31 days per instance to run a real test failover and validate your recovery objectives before you commit at scale.

7. VMware Live Recovery

VMware Live Recovery is a VMware and Broadcom cyber and data resiliency service for protecting and recovering VMs across on-premises sites and public clouds. For estates standardized on VMware, it delivers recovery in the platform teams already operate, with unified ransomware recovery and disaster recovery in one service. That native fit is why virtualization-heavy environments shortlist it.

Best for: Enterprises standardized on VMware that need disaster recovery and ransomware recovery for large VM fleets across on-prem and cloud.

Key strengths

• Unified DR and ransomware recovery: one service covering disaster recovery and ransomware recovery across on-prem and public cloud.
• Isolated recovery environment: guided ransomware recovery workflows with recovery-point validation in an isolated environment.
• Automated orchestration at scale: non-disruptive testing, automated orchestration, and failback for large VM fleets.

Why choose VMware Live Recovery: If VMware is your standard, recovering inside that platform avoids the friction of translating workloads into another vendor's model. The isolated recovery environment and recovery-point validation directly address the ransomware recovery scenarios that keep security teams up at night.

VMware Live Recovery pricing: Pricing is not publicly listed. VMware directs buyers to an account representative and prices through USD commit subscriptions, with per-VM charges and, for Live Cyber Recovery, per-TiB charges. Scope your VM fleet size before that conversation.

Evaluation note: Size your VM count and, if you need cyber recovery, your protected data volume in TiB before pricing talks. Test the isolated recovery workflow specifically, since ransomware recovery is where this service earns its place.

Considerations before you buy

A DRaaS decision is a technical validation exercise, not a feature checklist. Before you sign, pressure-test the following.

Recovery objectives against real workloads

A provider's stated RPO and RTO are averages. What matters is whether they hold for your most critical, most data-intensive workloads. Map recovery objectives per application tier, then confirm the provider can meet them for the workloads that actually hurt when they are down.

Testing cadence and runbooks

Ask how often you can run non-disruptive test failover and what a test actually includes. Confirm that runbooks are documented, kept current as your environment changes, and rehearsed on a schedule. A recovery plan that is never tested is a guess. Disaster recovery testing is the only proof that matters.

Service model fit

Decide honestly whether you want managed DRaaS, assisted, or self-service DRaaS. Managed shifts operational load to the provider; self-service gives you control if you have the in-house skill. The wrong model creates friction either way, so match it to your team's real capacity, not its aspirations.

Compliance readiness

For regulated industries, confirm auditability, encryption, access controls, retention, and documentation. Ask what evidence the provider produces for auditors and how it supports your compliance readiness obligations. BCDR programs live and die on this documentation.

Hybrid and multi-cloud coverage

If workloads span on-prem, private cloud, and public cloud, confirm the provider orchestrates recovery across all of them with data replication and geographic redundancy. Coordinated failover across a hybrid cloud estate is harder than single-environment recovery, so validate it explicitly.

Conclusion

The vendor name matters less than the decision logic behind it. Every provider on this list can restore workloads. The question is which one restores your workloads, at your recovery objectives, with a service model your team can actually operate.

Narrow your choice by matching provider strength to your reality:

• Complex, multi-platform estate: IBM.
• Already on Veeam for backup: Veeam.
• Want a managed partner: TierPoint.
• Consolidating backup, DR, and security: Acronis.
• Cloud-first operations: Druva.
• Microsoft-centric stack: Azure Site Recovery.
• VMware-heavy infrastructure: VMware Live Recovery.

Then do the one thing most buyers skip. Before you sign, run a recovery scenario review with your top two or three providers. Bring your workload inventory, your target RPO and RTO, and your compliance requirements, and make each vendor walk through a real failover and failback for a critical workload. The provider that survives that review, not the one with the best slide deck, is the one to choose.

FAQs