Use cases
Plan, test and prove recovery. Four ways organisations put ContinueOps to work across business continuity, disaster recovery and compliance.
AI-generated continuity and recovery plans
Draft BCPs, business impact assessments and DR runbooks directly from your asset inventory, dependencies and recovery assumptions.
Continuity documentation is written by hand, in inconsistent formats, by people who leave. Plans describe an estate that no longer exists, and nobody can tell which version an auditor should read.
- Import assets, dependencies and services from CSV, spreadsheets or connected cloud and identity providers.
- Generate standardised BCP, BIA and DR runbook drafts scoped to the services that actually matter.
- Keep every plan version-controlled, with inherited recovery targets and an audit trail on each change.
- Regenerate plans automatically when architectures, providers or recovery assumptions change.
Automated disaster recovery and restore testing
Scheduled and on-demand failover drills, restore tests and continuity walkthroughs executed against the live environment.
Recovery is asserted, not proven. Annual tabletop exercises produce a slide deck, not a restore. When a real incident hits, nobody knows whether the runbook still works.
- Execute runbooks against real infrastructure — failover, restore, rebuild and rollback.
- Schedule recurring drills with cron, or trigger a run again from any previous execution.
- Compare claimed recovery targets against measured actuals on every step of the run.
- Escalate to a human-on-the-loop approval gate before any destructive or automated repair action.
Tamper-evident evidence for audit and regulators
Every test and cutover produces a signed evidence bundle you can hand to an auditor, insurer or regulator without assembling anything.
Audit season costs teams weeks of screenshot collection for evidence that already existed. Screenshots prove nothing about when a test ran, what it touched, or whether the record was edited afterwards.
- Seal each run into an evidence bundle with quantum-safe signatures and a Merkle-tree manifest.
- Verify any bundle in the browser — tampering with a single artefact breaks verification.
- Map evidence to controls across DORA, NHS EPRR, NCSC CAF, SOC 2 and ISO 27001 alignment.
- Share a read-only bundle link with auditors, with download and access tracking.
Digital twins for resilience validation
Mirror live infrastructure as a continuously validated resilience model so you can test recovery, dependencies and impact before touching production.
Production is too risky to fail over for practice, yet resilience only matters if it works against the real architecture. Diagrams and asset lists age quickly and rarely reflect running dependencies.
- Build a digital twin from live asset inventory, cloud provider metadata and dependency mappings.
- Run simulated failovers, restore tests and dependency breaks against the twin.
- Compare twin predictions against actual DR run results to refine the model.
- Keep the twin in sync with production changes so resilience plans always match reality.
See it against your own estate
Bring an asset list and a recovery assumption. We will generate the plan, run the test and seal the evidence.