Multi-Cloud Disaster Recovery & DRaaS Solutions
Protect every workload across AWS, Azure and GCP — automated failover, sub-15-min RTO, and 24/7 managed DR operations
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*Gartner estimate; actual cost varies by industry and workload criticality.
Unplanned outages cost organisations across an average of $300,000 per hour when lost revenue, recovery labour, regulatory penalties, and reputational damage are factored together. For BFSI, healthcare, and SaaS businesses operating under UAE CBUAE, MOHAP, or DIFC data regulations, the compliance exposure from extended downtime can exceed the infrastructure cost many times over.
Cloud-native disaster recovery eliminates the capital expense of maintaining a cold standby data centre. AWS, Azure, and GCP now provide block-level continuous replication, cross-region failover, and infrastructure-as-code DR automation that makes enterprise-grade DR achievable for organisations of any size — but only when it is designed, tested, and operated correctly. Urolime's DR practice exists specifically to bridge the gap between cloud DR capability and production-ready implementation.
End-to-end disaster recovery services — from initial strategy through day-2 managed operations — designed for CTOs, Heads of Cloud, and DevOps/SRE leads who need measurable RTO and RPO outcomes, not just documentation.
We audit your current infrastructure, classify workloads by criticality, map existing RTO/RPO targets, identify gaps, and produce a prioritised DR roadmap with cost modelling for each tier option.
Urolime architects reference DR designs across all four AWS Well-Architected DR tiers and their equivalents on Azure and GCP — including network topology, IAM, data replication, DNS failover, and IaC templates.
Full implementation of your selected DR pattern — replication agents, cross-region pipelines, Kubernetes workload DR via Velero, database failover, and integration with existing monitoring and alerting stacks.
We build and test automated failover runbooks triggered by CloudWatch alarms, Azure Monitor alerts, or manual declaration — including ordered service start sequences, DNS cutover, and health-check validation gates before traffic switches.
Untested DR is not DR. Urolime schedules non-disruptive isolated failover tests, full production failover exercises, and tabletop scenario walkthroughs — and delivers a written report with measured RTO/RPO outcomes after every drill.
24/7 replication health monitoring, drift detection between production and DR environments, monthly DR health reports, and annual DR strategy reviews as your architecture evolves — all under an SLA.
Choosing the right DR tier is a cost-vs-RTO trade-off. Urolime implements all four AWS Well-Architected DR patterns and their equivalents on Azure and GCP. Here is a technical overview of each.
Data is backed up to S3, Azure Blob, or GCS and restored to new infrastructure only after a disaster is declared. Infrastructure is provisioned on-demand from IaC templates. No pre-deployed DR resources — lowest cost, but the highest RTO.
Best for: development environments, non-critical internal tools, archival workloads.
The minimum core of the system — databases replicated in near-real-time, core DNS, IAM, and network configuration — is kept running in the DR region at minimal size. On failover, application servers and other resources are spun up from pre-built AMIs or container images and traffic is promoted.
Best for: production workloads where 30-minute RTO is acceptable and cost must be minimised.
A fully functional but scaled-down copy of the production environment runs continuously in the DR region. On failover, the standby is scaled up to production capacity and traffic is shifted. Significantly lower RTO than Pilot Light with a modest cost increase.
Best for: customer-facing SaaS, e-commerce, financial transaction systems requiring sub-15-minute RTO.
Full production capacity runs simultaneously across two or more regions or clouds. Traffic is load-balanced across all sites. A region failure causes no user-visible downtime — requests are automatically routed to surviving sites. Highest resilience, highest cost.
Best for: payment platforms, trading systems, healthcare SaaS with zero-downtime regulatory requirements.
Urolime holds certified expertise across AWS, Azure, and GCP, and is one of the few partners with hands-on multi-cloud DR production deployments.
AWS offers the most mature cloud DR toolset. Urolime implements AWS Elastic Disaster Recovery (DRS) for continuous block-level replication, S3 Cross-Region Replication (CRR) for object data, and Route 53 health-check-driven failover for DNS-level traffic switching. For databases we use RDS Multi-AZ with cross-region read replicas, Aurora Global Database for sub-second RPO, and DynamoDB Global Tables for serverless workloads.
Azure Site Recovery (ASR) provides orchestrated replication and failover for on-premises VMware, Hyper-V, and Azure-to-Azure workloads. Urolime configures ASR replication policies, recovery plans, and integrates Azure Traffic Manager for application-layer failover. Azure Backup provides centralised backup management with geo-redundant storage (GRS).
Google Cloud's Backup and DR Service provides centralised application-consistent backup for Compute Engine VMs, databases, and VMware workloads running on Google Cloud VMware Engine. Urolime configures multi-region GCS storage with dual-region or multi-region buckets for cross-region data durability, and implements Cloud DNS failover with health-check policies.
Multi-cloud DR uses two or more public cloud providers as primary and recovery targets, eliminating cloud-provider-level outages as a single point of failure. Urolime designs multi-cloud DR architectures using provider-agnostic replication tooling, Terraform for IaC portability, and application-level traffic steering via Cloudflare or AWS Global Accelerator.
We begin with a structured discovery of your current infrastructure: on-premise, cloud, and hybrid. Our engineers interview stakeholders, review existing backup and DR documentation, map application dependencies, and validate current backup restorability. We deliver a written assessment report with a heatmap of DR risk by workload, current vs. target RTO/RPO gap analysis, and a prioritised remediation roadmap.
Our architects produce detailed DR architecture diagrams for each workload tier, covering network topology, replication paths, failover trigger logic, and DNS cutover strategy. Terraform or CloudFormation modules are written for the DR environment so it can be provisioned repeatably. All designs follow the AWS Well-Architected Framework Reliability pillar and Azure/GCP equivalents.
Urolime engineers deploy replication agents, configure cross-region replication pipelines, and provision DR infrastructure via IaC. For Kubernetes workloads, Velero backup schedules and restore procedures are configured. Database replication (RDS read replicas, Aurora Global, Azure SQL geo-replication, Cloud SQL) is set up and validated. Monitoring dashboards are created to track replication lag in real time.
We conduct an isolated non-disruptive failover test using AWS DRS drill mode, ASR test failover, or equivalent — spinning up recovery instances in an isolated VPC/VNet without impacting production. RTO and RPO are measured, application health is validated, and a detailed test report is produced. Runbooks are updated to reflect findings before handover to managed operations.
Post-implementation, Urolime transitions to a managed DR service with SLA-backed 24/7 monitoring of replication health, alerting on lag thresholds, and drift detection between production and DR environments. We execute scheduled DR drills, patch DR infrastructure in line with production maintenance windows, and conduct annual DR strategy reviews to ensure your RTO/RPO targets remain achievable as your environment evolves.
DR requirements differ by industry. The verticals below have the lowest tolerance for data loss and the tightest regulatory mandates for recovery capability.
UAE CBUAE and DIFC regulations mandate business continuity planning and DR testing for licensed financial institutions. Transaction systems, core banking platforms, and trading engines typically require Active/Active or Warm Standby DR with sub-5-minute RTOs and near-zero RPOs.
MOHAP and DHA regulations require healthcare organisations to maintain availability of patient record systems and critical clinical applications. Electronic Health Record (EHR) platforms and medical imaging systems have strict RPO requirements given patient safety implications.
SaaS providers face contractual SLA obligations to end customers that often include uptime guarantees of 99.9%+ — implying MTTRs of under 43 minutes per month. DR architecture for SaaS typically requires Warm Standby or Active/Active patterns with automated failover and zero-touch customer impact.
Other industries served:
E-Commerce & Retail Government & Public Sector Oil & Gas Logistics & Supply Chain Media & Broadcasting Telecommunications Manufacturing EducationUrolime's DR practice is built on industry-standard tooling across cloud-native DR services, infrastructure automation, and open-source backup platforms — the same tools your SRE team already knows.
Containerised workloads present unique DR challenges that traditional VM-level replication cannot address. Urolime implements Velero — the CNCF-backed Kubernetes backup and restore tool — to schedule namespace-level backups to S3 or GCS, restore entire cluster namespaces to secondary clusters, and test Kubernetes failover as part of the standard DR drill programme.
This ties directly into our Kubernetes managed services practice, giving you a consistent DR posture whether workloads run on virtual machines, containers, or serverless.
Learn about our Kubernetes Consulting Services →DR is only as good as the people and processes behind it. Here is what makes Urolime's DR practice different from a generic cloud consultancy.
Certified AWS partner with access to AWS DR technical resources, support credits, and architecture review programmes.
Our DR operations follow ISO 27001:2022-aligned information security management, providing audit-ready documentation for regulated industries.
Round-the-clock replication health monitoring with SLA-backed incident response — not just implementation and handover.
Certified across AWS, Azure, and GCP — one of the few partners with production multi-cloud DR deployments rather than single-vendor experience.
We schedule and execute DR drills bi-annually as standard, measuring actual RTO/RPO outcomes and delivering written test reports every time.
DR for containerised workloads via Velero — integrated with our Kubernetes managed services practice for end-to-end container resilience.
All DR environments are provisioned and maintained via Terraform or CloudFormation — no snowflake DR infrastructure that drifts from production silently.
Engineers located in Dubai, aligned to Gulf business hours, with knowledge of UAE-specific regulatory DR requirements (CBUAE, MOHAP, DIFC).
Challenge: A UAE-based payments platform had no tested DR strategy despite processing 50,000+ daily transactions. Their existing backup schedule gave them a 4-hour RPO and an undocumented recovery process estimated at 6–12 hours. A CBUAE audit flagged the gap as a critical finding requiring remediation within 90 days.
What Urolime Did: We delivered a full DR assessment, designed a Warm Standby architecture across two AWS regions (me-south-1 primary, eu-west-1 DR), configured AWS Elastic Disaster Recovery with continuous block-level replication, set up Aurora Global Database for the transaction ledger with a secondary region reader, and built automated Route 53 failover health checks. Failover runbooks were coded in AWS Systems Manager Automation documents and tested in drill mode before go-live.
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Phase 1 — DR Readiness Assessment (Week 1–2)