security-investigation

Timeline reconstruction aggregates logs from EDR, auth, network, and app sources. It correlates events chronologically to build a cohesive narrative, accurately mapping the breach scope and lateral movement for final analysis.

Hypothesis-driven security investigation starts from a specific lead and correlates evidence across multiple sources to reach a definitive conclusion. It is necessary for complex breaches or escalated cases requiring deep cross-source data correlation.

Cross-source correlation aggregates EDR, network, auth, and app logs into a unified dataset. It enriches findings with threat intelligence and user or asset context, enabling accurate analysis of lateral movement and full impact scope.

Yes, scope and impact analysis uses correlated evidence to assess lateral movement within the environment. It aggregates intelligence and reconstructs event timelines to identify compromised assets and the full extent of the breach.

Security investigation is specifically designed for escalated cases or complex breaches. It automates evidence aggregation, intelligence correlation, and timeline reconstruction, providing a final report with a conclusion and actionable recommendations.

Verdict and reporting reaches a definitive conclusion from correlated evidence and produces a detailed report. It includes actionable recommendations derived from timeline reconstruction, scope analysis, and intelligence enrichment findings.