DRaaS in the UAE: How to Choose a Disaster Recovery Provider

These are different things, and confusing them is the commonest mistake.

Backup is not DR. Backup answers "can we get the data back?" DR answers "can we run the business again, by when, and with how much data lost?" You need both, and your backups should be immutable. Our immutable backup guide explains why.

Providers sell what you ask for. If you ask for "DR", you get a generic package. If you ask for specific recovery targets by application, you get a real quote.

Recovery Time Objective (RTO) is how long a system can be down before the damage becomes unacceptable. Recovery Point Objective (RPO) is how much data you can afford to lose, measured in time. An RPO of 15 minutes means you can lose at most the last 15 minutes of transactions.

Not everything needs the same protection, and over-protecting everything is how DR budgets explode.

Sometimes comfortably, sometimes not. Keep the maths honest:

• A ransomware event or site loss might take 24 business hours to recover from backup alone, against 4 hours with tested DRaaS. That is 20 hours avoided, worth about AED 1.2 million at AED 60,000 an hour.

• If you assume a 10% annual chance of such an event, the expected annual saving is about AED 120,000.

• If DRaaS costs AED 180,000 a year, the numbers do not close on this event alone. Add smaller outages, audit and regulatory requirements, customer contract demands and insurance terms, and the case may still be strong.

The exercise is not to produce a number for the board. It is to see which tiers justify which spend. Often the answer is premium protection for two or three applications and cheaper protection for the rest.

A hybrid approach is common: in-house recovery for the simplest systems, DRaaS for the complex or critical ones.

For many UAE organisations, the recovery environment must stay in the UAE. The PDPL and sector rules (health data, financial regulation, government-linked requirements) can limit where personal and regulated data may be stored, and where it may be moved in an emergency. Our guide to UAE cybersecurity and data laws explains the layers. As of September 2026, the PDPL's detailed Executive Regulations were reported as not yet published, so confirm with counsel before assuming what cross-border recovery is allowed.

Ask every provider exactly where the primary copy, replicas, backups, logs and management consoles live, not just where the "recovery site" is.

The March 2026 disruption at AWS's UAE region, in which two of three availability zones were impaired after physical damage during regional hostilities, was a reminder that sites in the same country can share risk. Your recovery site should be in a different failure domain from production: a different facility, power and network, and ideally a different city.

Practical options in the UAE:

• Dubai and Abu Dhabi pairing. Many providers and colocation operators have sites in both emirates, which gives separation while keeping data in-country.

• In-country plus out-of-country tiers. Some providers now package both: sovereign in-country protection for regulated data, with out-of-country redundancy for data that may lawfully leave. If you consider this, define in advance which data can leave and get written legal sign-off.

• A different platform. If production runs on one hyperscaler, recovering to another provider or a colocation site reduces shared-platform risk. Our multi-cloud strategy guide covers the trade-offs.

Be aware of local nuances. For example, Azure's paired UAE Central region has been described as restricted and reserved for UAE North customers who need in-country disaster recovery, and it has no availability zones listed, so confirm eligibility and capabilities with Microsoft or your reseller. AWS has a single UAE region, so recovering inside the country on AWS alone is not possible.

Use the same list with each provider so you can compare answers.

Recovery targets

• Are the RTO and RPO contractual commitments or targets? What happens if you miss them?

• When does the RTO clock start: at the incident, at your declaration, or when the provider acknowledges it?

• Does the RTO include networking, DNS, identity (Active Directory or Entra) and application-level recovery, or only getting virtual machines to boot?

Capacity and failover4. Is recovery capacity dedicated or shared? What if several customers declare at once, as they would in a regional event?5. Who can declare a disaster, and what is the process at 3 a.m. on a Friday?6. What does failback (returning to production) involve, how long does it take and what does it cost?

Testing 7. How often is testing included, and can you test without disrupting production? 8. Will you receive a written test report with measured recovery times?

Ransomware 9. Are recovery points immutable and isolated from your production credentials? 10. Can you recover to a clean point in time, and is there an isolated environment for scanning before you reconnect?

Data location and control 11. Where exactly does each copy of data live, and does that change without notice? 12. Which parts of the service are subcontracted to a third or fourth party? 13. How do encryption keys work, and who holds them?

Exit 14. How is your data returned if you leave, in what format and at what cost?

Score each provider from 1 (poor) to 5 (excellent), multiply by the weight, and total. Adjust weights to your priorities, but agree them before you see proposals.

To compare prices fairly, ask every bidder for the same three-year view: monthly service, setup, annual tests, one real declaration month (compute, bandwidth, support) and failback. A cheap monthly fee with expensive disaster-time charges is not cheap.

• Define tiers, RTO and RPO for each application, and the downtime cost for your top systems.

• Write a short requirements document including residency, compliance and audit needs.

• Shortlist three providers and send the same questions and scorecard.

• Check references, asking specifically about real failovers, not only onboarding.

• Run a proof of concept. Replicate one real application, fail it over, measure the time and check data integrity. A provider confident in its service will agree.

• Negotiate the SLA, not just the price, using the trap list above.

• Plan the first full test before you sign, and schedule it within 90 days of go-live.

• Buying on price per server. The real cost sits in testing, disaster-time charges and failback.

• Protecting everything equally. Tiering is what makes DR affordable.

• Treating DRaaS as "set and forget". Systems change; replication scope and runbooks must follow.

• Skipping identity and network. Servers that boot but cannot authenticate or be reached are not recovered.

• Never testing. An untested recovery plan is a hope.

• Ignoring people and process. Who declares, who communicates and who approves spending matter as much as technology.

• Putting backups and DR under the same admin credentials that attackers will target.

Americana helps UAE businesses decide, design and test disaster recovery: application tiering, downtime-cost modelling, requirements and RFP support, provider comparison, SLA review, proof-of-concept testing and scheduled recovery drills. We are vendor-neutral on provider choice and will tell you when a simpler backup improvement is the better buy. Book a disaster recovery readiness review and leave with a tiered recovery plan, a scorecard and the questions to put to your shortlist.

1. What is DRaaS?

Disaster Recovery as a Service provides a managed recovery environment and agreed processes for restoring workloads after an outage.

2. How are RTO and RPO different?

RTO describes the target time to restore a service. RPO describes the amount of data loss, measured in time, that the business is prepared to tolerate.

3. Does backup alone provide disaster recovery?

Backup protects recoverable data. Disaster recovery also needs working infrastructure, applications, dependencies, access and a tested process for restoring service.

4. What should a DRaaS provider demonstrate?

Request application-specific recovery evidence, documented scope and exclusions, test arrangements, data-location details, support responsibilities and a clear cost model.