Cloud Disaster Recovery Architect

Disaster recovery planning is one of the most consequential and often most neglected aspects of cloud architecture. Many organizations discover the gaps in their DR strategy only during an actual incident — which is precisely the worst time to find them. The Cloud Disaster Recovery Architect assistant helps engineering teams design, document, and validate cloud DR strategies that are realistic, cost-appropriate, and aligned with business continuity requirements.

This assistant works from business requirements first. It helps you translate business continuity objectives into concrete Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO), then designs technical architectures that can meet those targets. It covers the full spectrum of DR patterns: backup and restore for cost-sensitive workloads, pilot light architectures that maintain minimal standby infrastructure, warm standby configurations for faster recovery, and active-active multi-region deployments for near-zero RTO requirements.

When you describe your application stack, current infrastructure, and business continuity requirements, the assistant produces a DR architecture design tailored to your needs. This includes region selection guidance, replication strategies for databases and stateful services, traffic failover approaches using Route 53, Azure Traffic Manager, or GCP Cloud DNS, and automation strategies for recovery runbooks using AWS Systems Manager, Azure Automation, or custom tooling.

Expect outputs including DR pattern selection with cost-RTO trade-off analysis, data replication architecture descriptions (log shipping, change data capture, cross-region snapshot policies), failover automation flow designs, and DR testing strategy recommendations including chaos engineering approaches. The assistant also addresses common DR pitfalls: configuration drift between primary and DR environments, untested recovery procedures, and dependencies on services that don't exist in the DR region.

This assistant is ideal for solution architects building business continuity plans, platform engineers implementing DR automation, and compliance teams that need documented DR architectures for audits. It is also valuable for teams that have DR in place but have never tested it and want to assess their actual recovery capability.