The honest answer to “how much does disaster recovery cost” starts with a harder number: how much does downtime cost you? For more than 90% of mid-size and large enterprises, a single hour of downtime now runs over $300,000, and 41% put it between $1 million and more than $5 million. Set against that, a managed disaster recovery service measured in the low thousands per month is not really an expense. It is insurance priced at a tiny fraction of the loss it prevents. This guide breaks down what disaster recovery and DRaaS actually cost in 2026, what drives the price up or down, and how to think about the investment.
Disaster recovery pricing confuses people because there is no single sticker price. It is a service sized to your environment and your recovery goals, the same way insurance is priced to what you are protecting. Once you understand the handful of variables that move the number, you can estimate your own cost with confidence and know whether a quote is fair.
How Disaster Recovery Is Priced in 2026
Modern Disaster Recovery as a Service (DRaaS) is consumption-based, and providers usually stack a few pricing models together. Understanding them lets you read any quote.
- Per protected VM, server, or workload, per month. The most common unit. You pay for each system you want recoverable, so the price scales with the size of your protected estate.
- Per GB or TB of protected and stored data. Storage is often billed separately and tiered, with fast recovery storage priced higher than cold, long-retention storage.
- Tiered by recovery objective (RTO and RPO). The price scales with how fast you need to be back and how little data you can afford to lose. A four-hour recovery target costs far less than a near-instant one.
- Flat, fully-managed monthly fee. Managed providers often wrap replication, storage, failover, testing, and support into one predictable monthly number, which is what most mid-market buyers actually want.
- Pay-as-you-go failover compute. With cloud-target DRaaS you often pay full recovery compute only when you actually fail over or run a test, which keeps the standing cost down.
A well-run managed DRaaS engagement typically includes image-based replication of your VMs and workloads to the provider’s cloud, orchestrated failover and failback, isolated non-disruptive testing so you can prove recovery without touching production, expert monitoring and support, documented runbooks, and immutable backups. The model shifts disaster recovery from a capital project to a predictable operating expense, which is a large part of its appeal.
What Drives the Cost Up or Down
Six variables move a disaster recovery quote more than anything else. Knowing them tells you where your money goes and where you can tune the cost.
- Recovery objectives (RTO and RPO) are the single biggest lever. The shorter your recovery time and the less data loss you will accept, the higher the price. A tight RPO means replicating more often, and a tight RTO means keeping standby compute warm and ready, both of which cost real money.
- Amount of data. More protected and stored data means more storage and more replication bandwidth.
- Number of VMs and workloads. The per-unit multiplier. Protecting your entire estate costs more than protecting only the mission-critical systems.
- Retention length. Keeping recovery points for a year costs more in storage than keeping them for thirty days.
- Standby compute. The always-ready recovery capacity is what makes DRaaS cost more than plain backup. The hotter the standby, the higher the cost.
- Network, egress, and compliance scope. Data-transfer fees add up for write-heavy systems, and regulated-data or specific-geography requirements raise the price.
| Strategy | Recovery time (RTO) | Relative cost |
|---|---|---|
| Backup and restore | Hours to a day | Lowest |
| Pilot light | Tens of minutes | Low to moderate |
| Warm standby | Minutes | Moderate to high |
| Active-active | Near zero | Highest |
What DRaaS Actually Costs: Realistic Ranges
Exact figures depend entirely on your environment, so treat these as industry estimates rather than quotes. Published ranges put per-VM DRaaS in the rough neighborhood of $50 to $200 per VM per month, with storage billed on top and tiered by speed. By organization size, third-party estimates suggest small businesses often land in the tens of thousands of dollars per year, mid-market organizations in the low-to-mid six figures, and large enterprises higher, all scaling with the number of workloads and how aggressive the recovery targets are.
A useful rule of thumb from the industry is that full DRaaS tends to run roughly 120 to 150% of the cost of the infrastructure it protects, because it maintains standby capacity, while cloud backup alone can be delivered for a fraction of that. That gap is the entire point of the next section: backup and disaster recovery are different services at different prices, and confusing them is how organizations end up either overpaying or, worse, underprotected.
DRaaS vs Backup: Why the Prices Differ
Backup and disaster recovery answer two different questions, which is why they are priced differently. Backup as a Service (BaaS) answers “can we get the data back?” It keeps point-in-time copies, is priced mostly on storage, and typically recovers in hours to days. DRaaS answers a harder question: “can we keep running while we recover?” It replicates entire systems to standby cloud infrastructure with automated failover, so it carries the cost of standby compute, networking, and orchestration that backup does not, and it recovers in minutes to hours.
Because DRaaS costs more than BaaS for comparable workloads, the smart move is to tier your systems rather than buy one level of protection for everything. Put mission-critical, revenue-generating, or safety-critical workloads on DRaaS with aggressive recovery targets, and put less time-sensitive data on BaaS. Paying for near-instant recovery on a system that could tolerate a day of downtime is wasted money, and it is the most common reason DR quotes come in higher than they need to.
How to Estimate Your Own DR Cost
You do not need a quote to get a realistic sense of your number. Work through five questions and you will land close, and you will also be ready to compare providers on equal terms.
- Which workloads truly need fast recovery? Separate the systems that lose money or stop the business every minute they are down from the ones that could tolerate hours. This single split usually removes the largest chunk of unnecessary cost, because you stop paying for near-instant recovery on systems that do not need it.
- How many VMs and how much data are in that critical group? The count of protected workloads and the volume of data are the two main multipliers on almost every pricing model.
- What are your real RTO and RPO? Be honest about how fast you must recover and how much data loss you can absorb. Every hour you can add to your recovery target, and every minute of data loss you can tolerate, lowers the price.
- How long must you retain recovery points? Compliance and business needs set this, and it drives storage cost directly.
- Do you have the staff to run and test it yourself? If not, a managed service is not an added cost so much as a substitute for a hire you would otherwise need to make.
Answer those and you can size the tiers from the table above against your workloads. Most mid-market organizations find that a small set of critical systems belongs on warm standby, a larger set fits pilot light, and the rest is served well by backup, which produces a blended cost far lower than putting everything on the top tier. When you then request quotes, give every provider the same workload list and recovery objectives so you are comparing the same thing.
The Cost of Not Having It
Every disaster recovery budget should be weighed against the cost of going without, and those numbers are sobering. As noted, downtime runs over $300,000 per hour for most enterprises, and into the millions per hour for banking, healthcare, and other critical sectors. On top of raw downtime, IBM’s 2025 Cost of a Data Breach Report puts the global average breach at $4.44 million and the US average at an all-time high of $10.22 million. Ransomware has made this worse and more likely, since a successful attack can encrypt production and backups alike, turning a recoverable event into an existential one for organizations without a tested, isolated recovery plan.
Framed against those figures, the pricing conversation flips. A managed DRaaS fee in the low thousands per month is small relative to a single avoided outage, and trivial relative to a reportable breach. The right question is not “can we afford disaster recovery?” It is “can we afford the hours, or days, we would lose without it?”
Questions to Ask Before You Buy
Two DRaaS quotes at the same monthly price can deliver very different protection, so the price alone does not tell you whether you are getting a good deal. Before you sign, get clear answers to a few questions that separate a real recovery service from a storage bill with a nice name.
- Is failover testing included, and how often? A recovery plan you have never tested is a hope, not a capability. Non-disruptive testing should be part of the service, not an extra.
- Are the recovery targets contractual? Ask whether the RTO and RPO you are paying for are committed in the agreement or merely aspirational.
- Is failback included? Getting to the recovery site is half the job. Getting cleanly back to production afterward is the other half, and it should be in scope.
- Are the backups immutable and isolated? Ransomware targets backups, so recovery data that cannot be altered or deleted is what keeps DR viable during an attack.
- What is the true all-in monthly cost? Confirm whether storage, egress, failover compute, and testing are included or billed separately, so the headline number is the real number.
Managed DRaaS vs Do-It-Yourself
You can build disaster recovery yourself: buy redundant infrastructure, license replication tooling, and run your own failover tests. The recurring fees look lower, but the true cost includes the hardware, the staff time to operate and test it, and the execution risk of a recovery your team has rarely practiced. Fully-managed DRaaS is priced higher per month precisely because the provider absorbs all of that, delivering orchestration, tested runbooks, and expert failover you would otherwise have to staff for and hope works under pressure.
This is where IT Vortex fits. We deliver managed DRaaS on our VMware-powered private cloud, sized to your workloads and recovery objectives, with predictable monthly pricing and, crucially, regular non-disruptive testing so recovery is a proven capability rather than an assumption. It sits inside our broader managed services, so the same team that runs your infrastructure also stands ready to recover it. As Veeam’s own DRaaS guidance makes clear, the value of the service is not just the technology, it is the orchestration and tested process around it.
So how much does disaster recovery cost? Enough to protect what downtime would destroy, and far less than the loss it prevents. Price it by matching each workload to the recovery it actually needs, tiering DRaaS and backup rather than overbuying one level for everything, and remembering that the real comparison is not against zero, it is against six figures an hour. Get a quote sized to your environment and your recovery goals, and the number will make sense in the only context that matters. Talk with IT Vortex for a disaster recovery quote built around your workloads and RTO and RPO targets.
Disaster Recovery Cost: Frequently Asked Questions
How much does DRaaS cost per month?
It depends on the number of workloads, the amount of data, and how fast you need to recover. Industry estimates put per-VM DRaaS roughly in the $50 to $200 per VM per month range, with storage billed separately and tiered. Most mid-market buyers prefer a flat, fully-managed monthly fee sized to their environment. The recovery objectives (RTO and RPO) are the biggest driver of the final number.
What makes disaster recovery more expensive?
The biggest driver is how aggressive your recovery objectives are. A near-instant recovery time requires warm standby compute and frequent replication, which cost far more than a strategy that tolerates hours of recovery. Other drivers are the volume of data, the number of VMs and workloads, retention length, network and egress fees, and compliance or geographic requirements.
Is DRaaS more expensive than backup?
Yes, for comparable workloads. Backup as a Service is priced mostly on storage and recovers data in hours to days. DRaaS replicates whole systems to standby infrastructure with automated failover, so it carries standby compute and orchestration costs that backup does not, and it recovers in minutes to hours. The cost-effective approach is to tier workloads, using DRaaS for mission-critical systems and backup for less time-sensitive data.
Is disaster recovery worth the cost?
For any organization that loses money or trust when systems go down, yes. Downtime runs over $300,000 per hour for most enterprises and into the millions for critical sectors, and the average data breach costs millions. A managed DRaaS fee in the low thousands per month is small against a single avoided outage, which is why disaster recovery is best viewed as insurance priced at a fraction of the loss it prevents.
