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AI recovery for AI vulnerability.

Use AI to continuously restore your entire AI-enabled business.

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IDC self-assessment

Are you ready for AI recovery?

Benchmark your resilience maturity using insights from enterprise AI adopters—and see which gaps put recovery at risk.

 

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Recovery for everything AI runs on

How we do it

AI in every step. AI in every location. AI readiness now.

Continuous Protection

Automate discovery, tagging, policyenforcementand recovery testing for your most critical data. 

Always-On Threat Hunting

Leverage AI to continuously hunt for compromises in your data—from access anomalies to known signatures. 

Trusted Cleanpoints

Automate findinga cleanrecovery points, provisioning isolatedcleanrooms and verifying clean recoveries. 

Machine Speed, Massive Scale

Orchestrates policy-based recovery workflows that guide teams through clean recovery after a cyber event. 

Frequently Asked Questions
Why do I need dedicated backup andrecovery solutions inan ageofcloud-native tools?

All aspectsoftoday’s business-critical, AI-enhanced technologiesare hybrid rather thanmonoculture. Andtheyshow all signsofbecoming increasingly so:cloud native buildersusemultiplecloud platforms; on-prem architectures work alongside SaaS andIaaS models; multiple MCP servers work towards one outcome. Cloud-native toolscanhelpinthese areas,but when regulatory standards andbusinessconsolidationcomesto thefore, adedicated backup andrecovery systemcanhelpenableconsistent policies,consistent protections, andfaster recovery at lower overallcost. 

HowcanI protect my datafrom ransomware,corruption, or accidental deletion?

There are several actions that, taken together,canreduce these risks tocritical data

  1. Follow the 3-2-1-1rule:maintain 3 copiesofdata, using 2different mediatypes, with1 copystoredoff–site and1 copy stored inan immutable andair-gapped environment.
  2. Have adocumented, tested recoveryplan, usingapractice likeResOps or NIST’s Cyber Resilience Framework.
  3. Monitor yourbackupsfor threats andanomalies using the same rigor you applytoproduction environments. 
  4. Enable versioningofall backups, using multiple snapshots andpoint-in-time references, andnever assume the latest version is the best.  
How is disaster recovery different fromcyber recovery?

Thebig difference is “recovering data”vs“recovering trust.”   Disaster recovery iscriticaltoenable systems andorganizations to not lose important dataafter physical or operational failures. It makes no assumptions about trust andrelies on recencyto recoverwhat’slost.  Cyber recovery restores systems aftercyberattacks, datacorruption, insider sabotage, or adversary action. Its success relies oncleanliness, integrity, andthe restorationoftrust tocritical systems. Thisis necessaryintoday’s world wherecyber events not only outnumber physical or operational failureevents,but alsocomewith increasing frequency andpotency. 

Why is it important toconsider implementing “immutability”capabilities for backup data?

AI-augmented orcreated datacanchange fast, andhavingcertainty about its integrity isoneofthe keystoachievingrecovery andresilience. Thesebackupsare immutable andindelible:thishelps prevent datadrift, version integrity issues, andlostcontextproblems thatcanalter the outputofan entire responsechain. Immutable recordsalsohelpalignmentwithnew regulatoryrequirements andcan defendagainst legalchallenges.  

See how Commvault AI Recovery can keep your enterprise in the game.

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