Accelerate Network Forensics with CrowdStrike and Endace

Endace provides always-on, comprehensive network packet capture and recording solutions that give security teams complete visibility into network traffic. Unlike triggered capture solutions that miss pre-event activity, Endace's continuous recording ensures no network activity is lost, enabling complete forensic reconstruction and file extraction from data streams. The EndaceProbe platform combines high-speed packet capture with an open architecture that hosts security analytics and network performance tools, enabling customers to consolidate hardware, reduce costs, and deploy new analytics solutions on-demand without requiring new hardware. This delivers definitive packet-level evidence that security analysts can access with a single click from Next-Gen SIEM, enabling fast and accurate threat investigation, forensic analysis and incident response.

Pivot-to-Endace capability from CrowdStrike Falcon Next-Gen SIEM allows analysts to drill down from alerts and events directly to the related full packet data with a single click, providing access to complete packet payloads and definitive forensic evidence to quickly determine the full scope of threats and what data and systems may have been compromised.

• Accelerated investigations
  Reduce investigation time from days to minutes with direct access to network evidence giving packet-level evidence required for root cause analysis.
• Operational efficiency
  Consolidate and maximize security investments by hosting CrowdStrike Falcon Log Collectors on EndaceProbes in Application Dock™, eliminating the need to acquire and deploy additional hardware for log forwarding.
• Definitive evidence
  With Endace’s comprehensive always-on network recording, teams can conclusively prove whether a breach occurred, understand the scope and provide verifiable evidence for legal or regulatory requirements.
• Zero-day threat risk validation
  Vulnerability management and incident response teams can use recorded network playback and threat analysis to prove risk mitigation.