Cloud Disaster Recovery

Cloud Disaster Recovery & DRaaS — Tested Plans That Work When It Counts

Most organizations have a disaster recovery plan sitting in a drawer — untested, outdated, and unlikely to work when disaster actually strikes. Opsio designs, implements, and quarterly-tests Cloud DR and DRaaS solutions across AWS, Azure, and GCP that meet your RTO and RPO requirements so your business keeps running when everything else stops.

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Trusted by 100+ organisations across 6 countries

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Typical RTO

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Typical RPO

Cross-Region

Replication

Quarterly

DR Testing

AWS Backup

Azure Site Recovery

Cross-Region

ISO 22301

RPO/RTO

Automation

Part of Cloud Solutions

What is Cloud Disaster Recovery & DRaaS?

Cloud disaster recovery (DR) is a managed IT capability that replicates production workloads, data, and configurations to a cloud environment so that operations can be restored within defined Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO) following outages, ransomware, or infrastructure failure. Core service scope typically covers continuous data replication to achieve low RPO, automated failover and failback orchestration, immutable snapshot management to protect against ransomware, non-disruptive quarterly testing and validation of DR runbooks, infrastructure-as-code provisioning via Terraform or CloudFormation to ensure reproducible recovery environments, and compliance alignment with frameworks such as ISO 22301, NIS2, and SOC 2. Native platform tooling includes AWS Elastic Disaster Recovery (DRS), Azure Site Recovery, and Google Cloud Backup and DR, while third-party solutions from Acronis, Rubrik, Cohesity, Commvault, and Datto extend coverage for hybrid and multi-cloud estates. AWS DRS is billed at approximately 0.028 USD per replication hour per source server plus storage costs, making per-workload pricing highly variable based on data volume and replication lag targets. Eliminating a secondary physical data centre reduces capital expenditure substantially, and cloud-native elasticity allows DR capacity to scale in proportion to production growth without pre-provisioned hardware. Opsio delivers cloud DR and DRaaS engagements as an AWS Advanced Tier Services Partner holding AWS Migration Competency, a Microsoft Partner, and a Google Cloud Partner, with a 24/7 NOC, a contractual 99.9% uptime SLA, and 50-plus certified engineers operating from Karlstad, Sweden and an ISO 27001-certified delivery centre in Bangalore serving mid-market and Nordic enterprise clients.

Cloud DR and DRaaS That Actually Work When Disaster Strikes

Cloud disaster recovery and DRaaS only matter when they work. Most organizations have a DR plan. Few have tested it recently. And fewer still have confidence it will actually work when ransomware encrypts production databases, a regional cloud outage takes down services, or a misconfigured deployment corrupts critical data. The gap between having DR and having working DR costs businesses millions when the worst happens. Opsio builds cloud disaster recovery solutions that are designed for your specific requirements, automated with Infrastructure as Code, and tested quarterly. We use cloud-native tools — AWS Backup, Azure Site Recovery, GCP Cross-Region Replication — to create recovery architectures that meet your specific RTO (Recovery Time Objective) and RPO (Recovery Point Objective) requirements at the lowest possible standby cost.

Regular DR testing is essential — and almost universally overlooked. We conduct quarterly failover tests that verify recovery procedures work end-to-end, documentation is current, your team knows their roles, and RTO/RPO targets are actually achievable. When a real disaster occurs, the recovery is practiced and predictable — not improvised under pressure with everyone guessing what to do next.

Ransomware has changed the DR landscape fundamentally. Traditional backup strategies fail when attackers encrypt both production systems and connected backup storage. Our cloud disaster recovery service implements immutable backups that cannot be modified or deleted, air-gapped recovery environments isolated from production networks, and tested restoration procedures specifically designed for ransomware scenarios.

Business impact analysis drives every DR architecture decision. We classify your systems by criticality — mission-critical applications requiring sub-hour RTO, important systems with 4-hour RTO, and standard systems with 24-hour RTO — then design the most cost-effective recovery architecture for each tier rather than applying expensive active-active patterns to everything.

Evaluating cloud disaster recovery service cost? DR is insurance — the cost of not having it is measured in business losses during outages. Pilot light DR starts at $500/month in standby infrastructure. Warm standby for sub-hour RTO costs $2,000-$8,000/month. Both cost a fraction of the revenue loss from even one day of unplanned downtime for most organizations. Featured reading from our knowledge base: How Do You Test a Disaster Recovery Plan?, Disaster Recovery Outsourcing: DRaaS Guide 2026 | Opsio, and What Is DRaaS and How Does It Protect Your Business?. Related Opsio services: Azure Disaster Recovery as a Service — DRaaS, and Disaster Recovery Service Provider.

DR Strategy & ArchitectureCloud Disaster Recovery

Backup ArchitectureCloud Disaster Recovery

Failover AutomationCloud Disaster Recovery

Database ReplicationCloud Disaster Recovery

Quarterly DR TestingCloud Disaster Recovery

Ransomware RecoveryCloud Disaster Recovery

AWS BackupCloud Disaster Recovery

Azure Site RecoveryCloud Disaster Recovery

Cross-RegionCloud Disaster Recovery

DR Strategy & ArchitectureCloud Disaster Recovery

Backup ArchitectureCloud Disaster Recovery

Failover AutomationCloud Disaster Recovery

Database ReplicationCloud Disaster Recovery

Quarterly DR TestingCloud Disaster Recovery

Ransomware RecoveryCloud Disaster Recovery

AWS BackupCloud Disaster Recovery

Azure Site RecoveryCloud Disaster Recovery

Cross-RegionCloud Disaster Recovery

How Opsio Compares

Capability	In-House IT	Generic MSP	Opsio
DR testing frequency	Annual at best	On request	Quarterly full failover — guaranteed
Failover automation	Manual runbooks	Partial automation	Full IaC-based — minutes, not hours
Ransomware protection	Standard backups	Basic offsite copy	Immutable + air-gapped + tested
RTO achievement	Unknown — untested	Estimated	Measured quarterly against targets
Compliance documentation	Self-assessed	Basic reports	Audit-ready — ISO 22301, NIS2
Multi-region support	Single region	Primary + backup	Full multi-region with DNS failover
Typical annual cost	$50K+ (hidden labor)	$30-60K/yr	$18-120K/yr (tested + documented)

Service Deliverables

DR Strategy & Architecture

Design your disaster recovery architecture based on business impact analysis: pilot light for cost-effective recovery with longer RTO, warm standby for sub-hour RTO, or multi-site active-active for near-zero downtime. We match the DR approach to your specific RTO/RPO requirements and budget constraints.

Backup Architecture

Automated backup schedules with cross-region and cross-account replication using AWS Backup, Azure Backup, or GCP snapshots. Immutable backups with vault lock for ransomware protection. Retention policies aligned with compliance requirements including GDPR, NIS2, and ISO 22301 standards.

Failover Automation

Infrastructure as Code-based failover using Terraform and CloudFormation that can spin up your complete recovery environment in minutes, not hours. DNS failover with Route 53 or Traffic Manager, database replica promotion, and application stack deployment — all automated, version-controlled, and tested.

Database Replication

Real-time replication for RDS, Aurora, Azure SQL, Cloud SQL — cross-region and cross-cloud. Read replicas configured for automatic promotion to primary within minutes. Continuous replication monitoring with lag alerting to ensure RPO targets are maintained at all times.

Quarterly DR Testing

Full failover tests every quarter with documented test plans, success criteria, timing measurements, and post-test analysis. We verify actual RTO/RPO achievement against targets, identify gaps in procedures, and update runbooks based on test results. Test reports satisfy audit requirements for ISO 22301 and NIS2.

Ransomware Recovery

Immutable backup strategies using AWS Backup Vault Lock, Azure Immutable Blob Storage, or GCP retention policies that prevent ransomware from encrypting recovery data. Air-gapped recovery environments with separate credentials and tested restoration procedures for ransomware-specific scenarios.

Ready to get started?

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What You Get

Business impact analysis with RTO/RPO requirements per system tier

DR architecture design document with failover topology diagrams

Automated failover runbooks built with Infrastructure as Code

Cross-region backup configuration with immutable storage vaults

Quarterly DR failover test execution and detailed results report

Ransomware recovery procedure with air-gapped backup validation

DR compliance documentation for ISO 22301 and NIS2 audits

DNS failover configuration with health check monitoring

Database replication setup with continuous lag monitoring

Annual DR strategy review with architecture update recommendations

“Opsio has been a reliable partner in managing our cloud infrastructure. Their expertise in security and managed services gives us the confidence to focus on our core business while knowing our IT environment is in good hands.”

Magnus Norman

Head of IT, Löfbergs

Pricing & Investment Tiers

Transparent pricing. No hidden fees. Scope-based quotes.

DR Design & Implementation

$10,000–$25,000

One-time architecture + setup

Why Choose Opsio for Cloud Services

Tested, not theoretical

Quarterly DR tests verify your recovery works — not just that it exists on paper.

Cloud-native DR

AWS Backup, Azure Site Recovery, GCP replication — native tools for cost-effective recovery.

Automated failover

IaC-based recovery that executes reliably without depending on manual steps under pressure.

Ransomware-ready

Immutable backups and air-gapped recovery designed for modern threat scenarios.

RTO/RPO guaranteed

Recovery architectures designed and tested against your specific recovery targets.

Compliance-aligned

DR documentation and testing satisfying ISO 22301, NIS2, and audit requirements.

Not sure yet? Start with a pilot.

Begin with a focused 2-week assessment. See real results before committing to a full engagement. If you proceed, the pilot cost is credited toward your project.

Start a Pilot

Our 4-Phase Delivery Process

Business Impact Analysis

Identify critical systems, define RTO/RPO requirements per application tier, classify recovery priorities, and establish DR budget parameters. Timeline: 1-2 weeks.

DR Architecture

Design the recovery architecture including replication strategy, failover automation, backup policies, and ransomware protection for each application tier. Timeline: 2-3 weeks.

Implementation

Deploy backup infrastructure, configure cross-region replication, build IaC-based failover automation, create immutable backup vaults, and document runbooks. Timeline: 3-6 weeks.

Testing & Operations

Quarterly full failover tests, runbook updates based on test results, continuous backup monitoring, and annual DR strategy reviews. Timeline: Ongoing.

Key Takeaways

DR Strategy & Architecture
Backup Architecture
Failover Automation
Database Replication
Quarterly DR Testing

Industries Served by Opsio

Financial Services

Regulatory DR requirements for banking, trading, and payment processing systems.

Healthcare

Patient data protection with HIPAA-compliant backup and recovery procedures.

E-commerce

Revenue-critical platform recovery with sub-hour RTO during peak seasons.

Manufacturing

Production system continuity and OT/IT recovery for manufacturing operations.

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Cloud Disaster Recovery & DRaaS — Tested Plans That Work When It Counts — FAQ

What is the difference between RTO and RPO?

RTO (Recovery Time Objective) is how quickly you need systems back online after a disaster — it measures acceptable downtime. RPO (Recovery Point Objective) is how much data you can afford to lose — measured as the maximum age of data that must be recovered. For example, a 4-hour RTO and 1-hour RPO means systems must be operational within 4 hours with no more than 1 hour of data loss. These metrics drive every DR architecture decision.

How much does cloud disaster recovery cost?

DR costs depend on your RTO/RPO requirements. Pilot light DR with RTO greater than 4 hours costs $500-$2,000/month in standby infrastructure. Warm standby with sub-hour RTO costs $2,000-$8,000/month. Active-active with near-zero RTO costs more but eliminates downtime. DR design and implementation is a one-time investment of $10,000-$25,000. The cost is a fraction of the revenue loss from unplanned downtime. Most organizations find that even a single avoided outage pays for years of DR investment, making disaster recovery one of the highest-ROI infrastructure investments available.

How often should DR be tested?

We recommend quarterly full failover tests at minimum. Critical systems handling financial transactions or patient data should be tested more frequently — monthly tabletop exercises and quarterly technical failovers. NIS2, ISO 22301, and many industry regulations require documented regular DR testing. Each test produces a detailed report with timing measurements and improvement recommendations. Testing is not optional — untested DR plans have a high failure rate when real disasters occur, and regular testing builds the muscle memory your team needs to execute recovery procedures under pressure.

Can DR protect against ransomware?

Yes — and this is increasingly the primary DR use case. Our cloud disaster recovery service implements immutable backups using AWS Backup Vault Lock or Azure Immutable Blob Storage that cannot be modified or deleted even by administrators. Air-gapped recovery environments with separate credentials and network isolation ensure that ransomware cannot reach your recovery data. Tested restoration procedures verify recovery capability. We also implement multi-factor authentication on all DR management access and conduct ransomware-specific recovery drills that simulate real attack scenarios to validate your complete recovery chain.

What DR approaches do you implement?

We implement four DR tiers based on your requirements: backup and restore (lowest cost, highest RTO), pilot light (minimal standby infrastructure, moderate RTO), warm standby (scaled-down running environment, low RTO), and multi-site active-active (zero downtime, highest cost). Most organizations use different tiers for different application categories based on business criticality. For example, your customer-facing payment system might warrant warm standby while internal reporting tools use pilot light, optimizing your DR investment by matching protection levels to actual business impact.

Do you test DR for real or just on paper?

We perform actual technical failovers — not just documentation reviews or tabletop exercises. During quarterly tests, we trigger the failover automation, bring up the recovery environment, validate application functionality, test data integrity, measure actual RTO and RPO achievement, and document results. Your team participates so they are practiced and confident when a real disaster occurs. Each test concludes with a lessons-learned review that identifies improvement opportunities, and we update runbooks and automation scripts based on findings to continuously improve recovery reliability.

What cloud-native DR tools do you use?

We use AWS Backup with cross-region and cross-account copy rules, Azure Site Recovery for VM replication and orchestrated failover, GCP persistent disk snapshots with cross-region replication, Route 53 and Traffic Manager for DNS failover, Aurora Global Databases and Azure SQL geo-replication for database DR, and Terraform for Infrastructure as Code-based recovery environment provisioning. Every tool is configured for automated operation so recovery does not depend on manual steps under pressure, and we test the complete toolchain quarterly to verify end-to-end functionality.

How do you handle multi-region DR?

Multi-region DR ensures your applications survive a complete regional cloud outage. We configure cross-region database replication, distribute backup copies across multiple regions, deploy IaC templates that can provision your application stack in any supported region, and configure DNS failover that automatically redirects traffic when the primary region becomes unavailable. We also monitor replication lag continuously and alert if cross-region synchronization falls behind acceptable thresholds, ensuring your RPO targets remain achievable even before a disaster event triggers the actual recovery.

What compliance standards does your DR meet?

Our cloud disaster recovery service produces documentation and test evidence that satisfies ISO 22301 (business continuity management), NIS2 (network and information security), SOC 2 (availability and processing integrity), HIPAA (contingency planning), and PCI-DSS (disaster recovery testing). Quarterly test reports include all evidence required by external auditors. We structure all documentation in audit-ready formats with timestamped evidence chains, so your compliance team can submit reports directly to regulators and auditors without additional formatting or manual evidence gathering.

Can you provide DR for hybrid on-premises and cloud environments?

Yes. Opsio designs hybrid DR solutions using Azure Site Recovery for on-premises VM replication to Azure, AWS Elastic Disaster Recovery for on-premises to AWS, and cross-environment backup strategies. Hybrid DR can be more complex than pure cloud DR, but our expertise in both on-premises and cloud infrastructure ensures seamless recovery regardless of where the disaster occurs. We test hybrid failover scenarios specifically, including the network connectivity switchover between on-premises and cloud environments that is often the most failure-prone component of hybrid DR plans.

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Editorial standards: Written by certified cloud practitioners. Peer-reviewed by our engineering team. Updated quarterly.