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Documented RTO/RPO per workload class, multi-region failover for stateful workloads, and quarterly DR drills that actually run -- not annual tabletop theater.

Disaster recovery starts with classification, not technology. We work with your team to map every workload to a recovery tier with documented RTO and RPO targets -- typically Tier 1 (critical revenue path) at RTO 1 hour / RPO 15 minutes; Tier 2 (important but recoverable) at RTO 4 hours / RPO 1 hour; Tier 3 (batch and analytics) at RTO 24 hours / RPO 24 hours. The classification drives architecture, cost, and test cadence.
Backup and replication are tool-and-cloud appropriate. AWS-native workloads use AWS Backup for cross-account and cross-region snapshots with policy-as-code lifecycle. Kubernetes clusters use Velero for namespace-level backup with restic-encrypted volume snapshots. On-prem and VMware workloads use Veeam with cloud-tier offload to S3 Glacier. Stateful databases (RDS, Aurora, Postgres) use point-in-time recovery plus periodic automated restore-validation -- a backup that hasn't been tested isn't a backup.
DR drills happen on a real cadence: quarterly tabletop exercises walking through specific scenarios, annual full-failover tests against staging environments, and game-days when major architecture changes ship. Test results feed runbook updates so the playbook your on-call SRE follows at 3 AM matches what production actually looks like. Because our team's roots are in audit and compliance work, the same drills produce the evidence SOC 2 and HIPAA auditors expect.

Engineering rigor, audit-ready process, and operational depth across cloud, SaaS, and software delivery
Workload-tiered backups: AWS Backup for AWS-native, Velero for Kubernetes, Veeam for VMware/on-prem. Cross-region snapshots with automated restore validation -- a backup that has not been tested is not a backup.

Documented RTO/RPO per workload class -- typically RTO 1 hour for stateless services, 4 hours for stateful workloads. Multi-region failover for Tier 1 workloads where the cost-benefit math supports it.

Quarterly tabletop exercises, annual full-failover drills, and game-days when major changes ship. Test results feed runbook updates and produce SOC 2/HIPAA-ready evidence as a byproduct.

From risk assessment to tested, validated recovery capabilities.
Two weeks: catalog every workload, map dependencies, classify to recovery tiers (Tier 1/2/3), and document RTO/RPO targets per tier. Output: a workload-tier matrix and a ranked risk register your CTO can sign off on.
Days 15-60: implement tiered backups (AWS Backup, Velero, Veeam as appropriate), build cross-region replication for Tier 1, write runbooks for each major failure mode, and integrate backup monitoring into PagerDuty so silent failures get caught.
Quarterly tabletop exercises, annual full-failover drill, and game-days for major architecture changes. Restore-validation runs automatically; failed restores page the on-call SRE. Runbooks updated within 5 business days of any production change.
Two weeks: catalog every workload, map dependencies, classify to recovery tiers (Tier 1/2/3), and document RTO/RPO targets per tier. Output: a workload-tier matrix and a ranked risk register your CTO can sign off on.
Days 15-60: implement tiered backups (AWS Backup, Velero, Veeam as appropriate), build cross-region replication for Tier 1, write runbooks for each major failure mode, and integrate backup monitoring into PagerDuty so silent failures get caught.
Quarterly tabletop exercises, annual full-failover drill, and game-days for major architecture changes. Restore-validation runs automatically; failed restores page the on-call SRE. Runbooks updated within 5 business days of any production change.
The value of disaster recovery planning.
| Feature | Unprepared | Prepared |
|---|---|---|
| RTO/RPO Definition | Aspirational targets in a slide deck | Documented per workload tier in the SOW with measured drill results |
| Drill Cadence | Annual tabletop, results not actioned | Quarterly tabletop plus annual failover, runbooks updated within 5 days |

Workload-tier RTO/RPO, multi-region failover patterns, AWS Backup + Velero automation, and the DR drill cadence auditors actually accept as evidence.
Read the whitepaperYour questions about business continuity answered.
Buyers of disaster recovery & business continuity typically partner with us across these adjacent disciplines
DR is a property of the infrastructure, not a separate workstream — multi-AZ, multi-region, RDS snapshots, and IaC-managed runbooks are all infrastructure decisions.
A DR plan only fires if monitoring catches the trigger event. Datadog SLOs, PagerDuty rotations, and runbook-driven escalation all feed the DR sequence.
SOC 2 CC9.1, HIPAA Security Rule §164.308(a)(7), and ISO 27001 A.5.29 all require documented and tested DR. We design the program so audit evidence is a byproduct.
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