As cyber threats grow more sophisticated and persistent, organizations face mounting pressure to investigate incidents quickly while preserving legally defensible evidence. Traditional approaches often separate detection, forensic analysis, and response across multiple tools—creating delays, operational friction, and gaps in visibility. Modern security teams need solutions that unify these functions without sacrificing depth or rigor.
This webcast examines how OpenText Endpoint Forensics & Response can bridge the gap between detection tools and deep forensic investigation, enabling organizations to pivot directly from discovery to containment and recovery. Attendees will gain insight into architectural foundations, investigative workflows, and the operational benefits of combining forensic rigor with real-time response capabilities.
What You Will Learn
- Why enterprise DFIR requires both forensic depth and rapid response—and the risks of relying on disconnected tools
- How borderless, remote evidence collection enables investigations across distributed endpoints without disrupting operations
- How integrated capabilities such as endpoint isolation, file/process remediation, and registry cleanup can contain threats immediately
- How artifact-based workflows, snapshots, and threat intelligence integration accelerate triage and analysis
- How enterprise-scale architecture supports automation, collaboration, and investigations across hundreds of thousands of systems
Organizations can no longer afford lengthy investigative cycles while attackers move laterally and expand their foothold. By unifying forensic collection, threat hunting, and response actions in a single platform, security teams can reduce dwell time, preserve critical evidence, and restore normal operations faster—while maintaining the defensibility required for compliance and legal proceedings.
