CognitiveSOC

Automatically gathers and attaches context (threat intelligence, asset and identity data) to alerts during triage and investigation.

Identifies and dismisses false-positive alerts with documented rationale, reducing noise reaching human analysts.

Generates investigation summaries and incident reports for analysts and leadership from completed investigation activity.

Lets analysts drive investigations and threat hunts through natural-language questions instead of query languages.

Recommends the next response actions to take based on investigation findings.

Reconstructs attack timelines and maps alert activity onto attack paths so scope and impact of an incident are clear.

Performs initial triage of incoming alerts automatically, classifying and prioritizing them to cut tier-1 workload before a human touches the queue.

Investigates alerts end-to-end from trigger to verdict and closes them out autonomously, so the full volume of raw alerts gets analyzed without resource-constraint concessions.

Applies ML classification to incoming alerts to filter false positives, group related events, and route high-confidence detections to analysts, reducing L1 analyst workload.

Inserts AI-generated analysis, triage decisions, and enrichment into existing SIEM and SOAR case management workflows rather than requiring analysts to use a separate interface.

Accepts natural language queries over security telemetry and translates them to structured queries, enabling investigation without requiring analyst proficiency in SPL, KQL, or SQL.

Suggests the next investigative or containment steps for an alert or incident, with the supporting reasoning, so analysts can confirm and act rather than deciding from raw telemetry alone.