Resilience Engineering
Disaster Recovery
You Can Actually Rely On.
Continuity-first architecture with cross-region replication, distributed backups, and tested operational runbooks. Built to survive failures you haven't predicted yet.
Availability
99.9%
Recovery
< 15 min
Validation
Quarterly
Replication
Multi-Region
Every system will fail.
The question is whether you recover.
Traditional DR treats failure as exceptional. Resilience engineering treats it as inevitable, and builds systems that survive failures you haven't predicted yet.
Assessment
Check Your Resilience Posture
Answer 3 questions to get your resilience grade.
Assessment
Can You Survive Data Loss?
Question 1 of 3
How long can your business operate without its primary database?
Capabilities
What We Build Into Every Environment
Resilience isn't an add-on. It's engineered into the architecture from day one.
Cross-region failover
Active — serving traffic
Standby — replicating
All systems healthy — primary serving, secondary replicating
Tiered RTO/RPO targets · validated in quarterly drills
Distributed Backup Strategy
Layered backup policies with geographic distribution, eliminating single-point risk for your most critical data.
- — Multi-region snapshot distribution
- — Immutable backup retention
- — Automated integrity verification
Replication & Failover
Continuous replication patterns with repeatable failover procedures aligned to business impact priorities.
- — Cross-region active replication
- — Automated failover triggers
- — Sub-15-minute RTO targets
Recovery Validation
Structured runbook exercises and restoration workflows to prove real-world recovery readiness, not theoretical calculations.
- — Quarterly failover drills
- — Post-exercise hardening actions
- — Recovery confidence KPI tracking
RTO/RPO Optimization
Recovery targets defined by workload criticality, validated through actual restoration testing.
- — Tier-based recovery objectives
- — Data loss window minimization
- — Restoration validated against contracted SLAs
Incident Command
Clear authority paths for failover, rollback, and customer communication under time pressure.
- — Defined escalation channels
- — Pre-drafted customer comms
- — Post-incident review process
Architecture Review
Continuous assessment of your infrastructure's survivability posture against evolving threats.
- — Dependency mapping
- — Blast radius analysis
- — Recovery-first design reviews
Philosophy
Recovery-First Design
Every architecture decision asks 'how do we recover from this?' before 'how do we prevent this?'
Continuous Validation
We don't write recovery plans and file them away. Every quarter, we run full failover drills against your production environment.
Graceful Degradation
Design every service to operate at reduced capacity rather than fail completely. A degraded experience is always better than a complete outage.
Observability Over Monitoring
Monitoring tells you when known things break. Observability helps you understand novel failure modes in real time. At 3 AM, when it matters.
"The question is not whether your systems will fail. It's whether your organization can adapt when they fail in ways you didn't predict."
Recovery drills
Quarterly
Replication
Continuous
Architecture
Built to survive failure, by design
Your workloads run across multiple regions on our own managed cloud, with continuous replication and isolated, immutable backups. No single region is a single point of failure.
If a region degrades, traffic shifts to a healthy one and recovery is validated against your tiered RTO/RPO targets, proven in quarterly drills rather than assumed on paper.
Reality check
71% of organizations do
no failover testing at all.
Every drill that reveals a gap is a future incident prevented. We track recovery confidence as a measurable KPI, not a checkbox.
Source: Cockroach Labs, State of Resilience 2025
FAQ
Resilience Questions
What's the difference between DR and resilience engineering?
Traditional DR is a plan for known failure scenarios. Resilience engineering builds systems that adapt to any failure, including ones you haven't predicted. We do both, but resilience is the foundation.
How do you test recovery without affecting production?
We use controlled failover drills during maintenance windows, shadow-mode recovery testing, and isolated tabletop exercises. Every drill has acceptance criteria and rollback gates. We don't introduce risk to prove you can handle risk.
What RTO/RPO can you achieve?
Depends on your workload tier. Enterprise Resilience tier targets sub-15-minute RTO with near-zero RPO through continuous replication. Business tier targets 30-minute RTO with hourly RPO. We define targets by criticality, not by assumption.
Do you support multi-region DR?
Yes. We run failover across our own infrastructure spread across multiple continents (US, EU, and Asia), with cross-region replication and automated failover. The continuity-architecture design covers network boundaries, tenancy layout, and operational ownership.
Get started
Start with a resilience review
Assess your current recovery posture, identify critical gaps, and design a continuity architecture that actually works under pressure.