Overview

Semperis Active Directory Forest Recovery (ADFR) is a specialized solution designed to automate and expedite the recovery of Active Directory (AD) forests following cyberattacks or other catastrophic events. Recognizing that AD is a critical component of organizational IT infrastructure, ADFR aims to minimize downtime and operational disruption by providing a streamlined, automated recovery process. This solution is particularly vital in scenarios where traditional manual recovery methods are time-consuming, error-prone, and insufficient to meet the demands of modern cyber resilience.​

Features and Capabilities

• Automated Forest Recovery: Streamlines the restoration of the entire AD forest, reducing recovery time and minimizing human error.​
• Malware-Resistant Backups: Ensures that backups are protected against malware, providing a reliable source for recovery operations.​
• Comprehensive Recovery Testing: Allows for regular testing of recovery processes to ensure preparedness and identify potential issues before a disaster occurs.​
• Granular Object-Level Recovery: Enables the restoration of specific AD objects or attributes without affecting the entire directory, offering flexibility in recovery operations.​
• Immutable Backup Storage: Stores backups in a secure, unchangeable format to prevent tampering and ensure data integrity.​
• Integration with Existing Infrastructure: Designed to work seamlessly with current IT environments, reducing the need for extensive reconfiguration.​
• Support for Hybrid Environments: Capable of handling recovery operations in both on-premises and hybrid cloud setups, accommodating diverse organizational needs.​
• Detailed Reporting and Auditing: Provides comprehensive logs and reports of recovery activities for compliance and analysis purposes.​
• Role-Based Access Control: Implements RBAC to ensure that only authorized personnel can perform recovery operations, enhancing security.​
• 24/7 Support and Expertise: Access to Semperis' team of experts for guidance and assistance during recovery processes.