• Forest Disaster Recovery: Complete AD outages halt every connected IT system; automated, guided forest-level workflows dramatically reduce recovery time objectives (RTO).

• No-Reboot Restores: Granular object restoration enables recovery of deleted Organizational Units (OUs), GPOs, and user accounts without restarting Domain Controllers.

• System State Isolation: Storing AD backups in an air-gapped cloud vault prevents ransomware from encrypting local backup targets and domain controller snapshots.

• Hybrid Synchronization: Protecting on-prem AD ensures identity stability for synchronized cloud environments using Entra Connect or identity federation.

For over two decades, Active Directory has served as the backbone of enterprise authentication, access control, and network security. Because AD holds the "keys to the kingdom," cybercriminals frequently target Domain Controllers (DCs) with ransomware, credential dumping, and malicious Group Policy Object (GPO) modifications.

Legacy AD backup methods rely on cumbersome system state backups, manual scripts, or complex bare-metal recovery tools. Performing a full AD forest recovery manually can take days or weeks—requiring complex tombstone reanimations, kerberos ticket resets, and manual DC metadata cleanups.

Modern identity resilience replaces these error-prone manual processes with automated, air-gapped cloud backups. By decoupling recovery processes from vulnerable local infrastructure, enterprise IT teams can confidently roll back malicious changes, rebuild corrupted domain controllers, and restore trust across the network.

Why It Matters

• Rapid Business Restoration: Automated forest recovery minimizes costly operational downtime during catastrophic domain compromises.

• GPO & Policy Security: Immediately revert unauthorized modifications to Group Policy Objects before rogue settings propagate across endpoints.

• Zero Local Target Exposure: Isolating backups in immutable cloud storage ensures secondary copies remain completely untouched by local network malware.

• Simplified Compliance: Automated scheduling and long-term retention satisfy stringent regulatory standards for identity infrastructure auditing.

• Isolate AD Backups Offsite: Never store Active Directory backup files on primary domain-joined storage arrays or shared network drives accessible to domain admins.

• Capture Complete System States: Daily backups should include NTDS.dit databases, SYSVOL folders, registry keys, and ADFS configurations.

• Incorporate AD into Ransomware Playbooks: Pair identity recovery tools with proactive ransomware protection strategies to ensure clean restoration points.

• Test Forest Restores Regularly: Conduct routine disaster simulations in isolated sandbox networks to validate Recovery Time Objectives (RTO) and verify recovery runbooks.

Active Directory remains one of the most heavily attacked surfaces in enterprise IT. When ransomware strikes local domain controllers, traditional bare-metal restores often fail or risk re-introducing persistent malware back into the environment.

Druva addresses these challenges by transforming Active Directory backup into a secure, cloud-managed SaaS service. By combining air-gapped storage, non-disruptive granular restores, and guided forest recovery, Druva equips organizations to defend their core identity infrastructure against modern cyber threats.

Druva Identity Resilience for Active Directory

Automated Forest-Level Disaster Recovery

In the event of a total active directory compromise, Druva provides guided workflows to orchestrate full forest recovery. Automated steps eliminate manual metadata cleanup, prevent reinfection, and re-establish trusted domain controllers rapidly.

Granular Object Restore Without DC Restarts

Accidentally deleted an entire Organizational Unit (OU) or a critical GPO? Druva allows administrators to surgically restore users, groups, computer objects, and policies directly to live domain controllers without requiring reboot into Directory Services Restore Mode (DSRM).

Air-Gapped, Immutable Cloud Storage

Druva automatically backs up System State data and AD databases over TLS-encrypted connections directly to an immutable cloud environment. Protected by envelope encryption and BYOK options, AD backup targets remain unreachable by local domain attackers.

Unified Hybrid Identity Protection

Consolidate on-premises AD protection with cloud identity backups, endpoint protection, and cloud database security within a single, SaaS-native dashboard.

Protect your organization's core identity layer—Take a Product Tour or Book a Demo with Druva's cyber resilience experts today.

Does restoring an AD object using Druva require restarting the Domain Controller?

No. Druva supports live, granular object restores. You can restore deleted users, groups, OUs, and Group Policy Objects without taking the Domain Controller offline or rebooting into DSRM mode.

What is included in an Active Directory System State backup with Druva?

Druva captures essential AD components including the NTDS.dit directory database, SYSVOL folder, system registry, boot files, ADFS configurations, and Domain Controller service settings.

How does Druva protect AD backups from ransomware infections?

Druva stores all backup data in an air-gapped, immutable cloud target that is completely isolated from your local network domain. Even if an attacker gains full Domain Admin privileges on-premises, they cannot access, alter, or delete secondary backups stored in Druva.

What is the difference between granular restore and forest recovery?

Granular restore surgically recovers individual objects (like an OU or GPO) on an active DC. Forest recovery is a comprehensive disaster recovery workflow used after catastrophic events to rebuild the entire Active Directory forest across multiple domain controllers.