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breaches incidents
Schrödinger's backup: not actually recovered until you try to restore IT
Most organizations lack confidence in their backup recovery capabilities, with only 15 percent fully confident they can restore from a ransomware attack after verification. A backup logged as complete does not guarantee recoverability unless the restored workload functions correctly in a disaster scenario. Artificial intelligence (AI)-powered screenshot verification automates the testing process, reducing manual effort and false positives while scaling across complex hybrid IT environments.
Why it matters: IT managers and managed service providers face regulatory pressure to demonstrate frequent recovery testing and need to distinguish between completed backup jobs and truly recoverable workloads before an incident exposes gaps in protection.
- Source published
- First seen by Cybersecurity Tracker
Source attribution
Correction
Correction recorded as of .
breaches incidents
Schrödinger's backup: not actually recovered until you try to restore IT
Most organizations lack confidence in their backup recovery capabilities, with only 15 percent fully confident they can restore from a ransomware attack after verification. A backup logged as complete does not guarantee recoverability unless the restored workload functions correctly in a disaster scenario. Artificial intelligence (AI)-powered screenshot verification automates the testing process, reducing manual effort and false positives while scaling across complex hybrid IT environments.
Why it matters: IT managers and managed service providers face regulatory pressure to demonstrate frequent recovery testing and need to distinguish between completed backup jobs and truly recoverable workloads before an incident exposes gaps in protection.
- Source published
- First seen by Cybersecurity Tracker