Verifying Ransomware Backup Readiness
A backup job reporting 'success' every night creates a false sense of readiness that only gets tested when it's too late — during an actual ransomware event, when the team discovers a backup that completed successfully but is corrupted, a retention policy that didn't actually cover the system that got hit, or a backup that's reachable from the same network the ransomware compromised, meaning it got encrypted too. Manually test-restoring every critical system on a meaningful schedule is expensive enough in time and infrastructure that most teams don't do it consistently, so readiness is assumed rather than verified until the moment it matters most.
STARTING PRICE
From €799
Complex tier · Multi-system orchestration, custom logic, and higher-volume or higher-risk processing.
Get a quote →Saves roughly 6-10 hrs/month of manual backup verification, replacing assumed with tested readiness.
How the automation works
We track backup completion status alongside actual restore-test results, not job-success status alone, running scheduled test restores of critical systems into an isolated environment and verifying the restored data is usable, not just that the restore process completed without error. Backup isolation from production — whether backups are genuinely offline, immutable, or otherwise unreachable from a compromised production network — is checked against your documented architecture, since a backup an attacker can reach and encrypt provides no actual protection. Findings are ranked by how critical the system is to business continuity, and any gap — an untested restore, a backup reachable from production, a retention window shorter than your recovery point objective — is routed to the infrastructure team with the specific gap named. This tool verifies readiness; it does not perform incident response or make containment decisions during an actual event, which stay with your incident response team and playbook.
Process flow
- 01
Scheduled readiness verification cycle trigger
On a recurring schedule aligned to system criticality, backup completion status and restore-test scope are pulled for verification, covering both routine job success and scheduled deeper restore tests.
- 02
Execute test restores into isolated environment integration
For systems due for a restore test, a backup is restored into an isolated, non-production environment and checked for data usability — not just that the restore process reported success.
- 03
Verify backup isolation from production ai
Backup storage reachability is checked against the documented architecture to confirm backups are genuinely offline, immutable, or otherwise isolated from a network path a production compromise could reach.
- 04
Rank gaps by business continuity criticality ai
Any gap found — failed restore, inadequate isolation, retention window shorter than the recovery point objective — is ranked by how critical the affected system is to business continuity.
- 05
Route gaps to infrastructure team output
Ranked gaps route to the infrastructure or backup-owning team with the specific finding and criticality named, for remediation planning outside of any live incident.
- 06
Report readiness posture output
A current readiness report — systems with verified restores, isolation status, and open gaps — is maintained for security leadership and incident-response planning reference.
Inputs
- Backup job completion logs
- Backup storage architecture and isolation configuration
- System criticality/business continuity tier
- Recovery point and recovery time objectives per system
Outputs
- Verified restore-test results by system
- Backup isolation verification status
- Ranked readiness gap list
- Ransomware recovery readiness report
Works with
Prefer a fully custom build instead of an off-the-shelf integration? We scope both options during your free consultation — most jobs like this one work fine on standard connectors, but higher-volume or non-standard systems sometimes need bespoke API work, reflected in the complex tier.
Where this goes wrong if you get it wrong
- A backup job reporting success confirms the backup process ran without error, not that the resulting data is actually restorable — corruption, incomplete application-consistent snapshots, or a schema mismatch can all produce a 'successful' backup that fails a real restore, which is exactly why the restore test, not the job log, is the actual verification.
- Backup storage that's technically separate but still reachable over the network from production systems offers no real protection against ransomware that spreads laterally or specifically targets backup infrastructure, which is a known and common ransomware tactic — isolation needs to be verified as genuinely offline or immutable, not assumed from a separate-looking storage target.
- Retention windows set without reference to the actual recovery point objective for each system can leave a gap where the only available backups predate the last point the business can tolerate losing — this needs checking per system criticality, since a retention policy adequate for a low-priority system may be dangerously short for one supporting core operations.
- This tool verifies backup and restore readiness ahead of an incident; it explicitly does not make containment or recovery decisions during an actual ransomware event — those decisions, including whether and when to restore from backup versus other recovery paths, belong to the incident response team following its own playbook, with full awareness of what the attacker may still have access to.
Frequently asked questions
Does this run our incident response during an actual ransomware attack?
No — this verifies backup and restore readiness ahead of time. Decisions made during a live incident stay with your incident response team and its playbook.
How is this different from just checking that backup jobs completed successfully?
A completed job only confirms the backup process ran without error. This runs actual scheduled test restores into an isolated environment and checks that the restored data is genuinely usable, which is what a job-success log alone can't confirm.
How does it check whether our backups are actually isolated from a ransomware-compromised network?
Backup storage reachability is checked against your documented architecture to confirm backups are genuinely offline, immutable, or otherwise unreachable from a network path production compromise could follow, since backups reachable from production offer no real ransomware protection.
Which systems get tested first?
Restore tests and gap remediation are prioritized by business continuity criticality, so systems core to operations are verified ahead of lower-priority systems on the same review cycle.