Clean identity restoration eliminates compromised Active Directory credentials post-attack. Restore verified identity trees and ensure clean environment recovery.
Clean identity restoration reverts identity environments—such as Active Directory and Cloud IdPs—to a verified, threat-free state after a cyberattack. It removes persistence mechanisms, backdoors, and corrupted credentials to ensure malicious actors cannot re-enter production systems during or after disaster recovery.
Prevents Persistence: Eradicates hidden backdoors, unauthorized kerberoastable accounts, and malicious group policy objects (GPOs) attackers inject.
Accelerates Incident Response: Bypasses manual Active Directory forest rebuilds, turning days of forensic restoration into hours of automated recovery.
Ensures True Resiliency: Guarantees that production environments are re-established on uncompromised identity infrastructure rather than restoring latent threats.
Eliminates Re-Infection Loops: Stops threat actors from using compromised administrative credentials immediately after systems are brought back online.
Clean identity restoration is the specialized discipline of recovering identity providers (IdPs), Active Directory (AD) databases, and access control management architecture to a known-good baseline devoid of attacker tampering. During sophisticated ransomware and wiper attacks, threat actors rarely encrypt files immediately. Instead, they dwell within networks for weeks, establishing persistent administrative privileges, modifying schema, creating shadow accounts, and corrupting domain trust relationships. Standard system restores merely revive these hidden security vulnerabilities. Clean identity restoration combines deep forensic comparison, automated threat eradication, and isolated environment rebuilds to deliver an identity state verified as safe for operational deployment.
Here is how you can ensure Clean Identity Restoration:
Store Directory System State and Cloud IdP configurations in an air-gapped, immutable cloud repository completely isolated from production domain credentials. Threat actors prioritize destroying local backups; maintaining out-of-band storage guarantees an uncorrupted source image is always available.
Eliminate error-prone manual Active Directory recovery steps by implementing automated orchestration workflows. Manual AD forest recovery requires hundreds of complex steps; automation executes object restoration, metadata cleanup, and seize-FSMO operations flawlessly within minutes.
Monitor identity stores continuously for unauthorized changes to critical groups, trust relationships, and domain controllers. Establishing real-time visibility into baseline drifts helps pinpoint the exact timeframe when an environment was compromised, drastically shortening recovery point determination.
Incorporate a double reset of the Kerberos Ticket Granting Service Account (KRBTGT) password directly into your post-incident identity restoration procedures. Resetting this account twice purges golden ticket persistence, invalidating all unauthorized Kerberos tickets previously minted by attackers.
Validate your clean identity restoration playbooks quarterly using isolated sandbox environments. Simulating complete identity store corruption identifies missing dependencies, clarifies staff responsibilities, and verifies your actual Recovery Time Objective (RTO).
Modern enterprise cyberattacks rarely target data alone; bad actors attack Active Directory, Microsoft Entra ID, and identity brokers to cripple organizational access control. Traditional disaster recovery platforms treat servers as generic disk images, restoring corrupted credentials, backdoors, and malicious configurations alongside operating system files. Organizations face immense challenges separating clean operational data from lingering identity threats, leading to catastrophic re-infection loops and prolonged downtime.
Druva eliminates these identity recovery vulnerabilities through a cloud-native, fully managed SaaS architecture:
Druva Identity Resilience provides an automated, SaaS-driven architecture designed to eliminate identity compromise and accelerate forest recovery without requiring local infrastructure maintenance.
A standard system restore recovers all disk data, which often reinstates malicious backdoors, altered credentials, and threat persistence mechanisms created by attackers. Clean identity restoration surgically inspects, purges, and sanitizes identity stores like Active Directory before operational deployment, guaranteeing bad actors lose access.
Attackers target Active Directory because it serves as the central engine for corporate access and permissions. By compromising Active Directory, threat actors gain administrative access to push ransomware payloads across thousands of network endpoints instantly while disabling local security controls.
Clean identity restoration breaks re-infection cycles by resetting critical encryption keys (like the KRBTGT password), purging rogue administrative users, and removing unauthorized Group Policy Objects before bringing directory services back online. This revokes all stale session tokens and attacker backdoors.
Yes. Cloud identity environments require clean restoration strategies to recover deleted objects, misconfigured conditional access policies, and rogue enterprise applications inserted by compromised cloud administrators. Clean restoration sanitizes both cloud-native and hybrid directory configurations.
Organizations should execute simulated identity recovery drills at least twice per year in isolated sandbox environments. Regular testing validates recovery point objectives, ensures automated recovery playbooks function smoothly, and updates operational readiness against evolving persistent threat techniques.