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Adaptive Response Layer

SecOpsAI now includes an Adaptive Response Layer that turns stored findings into risk scoring, response guidance, and durable decision memory.

The core loop is:

observe -> detect pattern -> adapt response -> remember outcome

Run It

secopsai adaptive-response
secopsai --json adaptive-response --persist-memory

--persist-memory writes decaying threat memory and confidence trails under data/adaptive_response/ so repeated traits can influence future runs.

Capabilities

Capability SecOpsAI behavior
Baseline detection Detect obvious threats, raise sensitivity during clusters, remember attacker traits, and recommend containment.
Confidence memory Leave decaying confidence trails on recurring incident traits.
Signal routing Connect weak signals across users, hosts, packages, rules, sessions, platforms, and sources.
Triage coordination Coordinate alert triage with simple local heuristics.
Adversarial simulation Generate red-team/blue-team simulation ideas for attacker adaptation.
Layered defense Recommend blast containment, access tightening, logging escalation, and repair notes.
Time-aware detection Raise anomaly sensitivity for off-hours and weekend activity.
Priority routing Allocate analyst attention to the highest-risk shared roots first.
Validation probes Suggest safe, non-destructive probes for suspicious entities.
Deception controls Recommend honeypots, canaries, and deception paths near high-interest traits.

Where It Appears

  • secopsai adaptive-response prints response posture, adaptive finding scores, safe probes, and memory state.
  • secopsai triage summary embeds an adaptive response snapshot in JSON and Markdown reports.
  • secopsai triage orchestrate includes the adaptive response snapshot in orchestrator reports.

Operator Use

  1. Refresh findings:
secopsai refresh
secopsai correlate
  1. Run adaptive response:
secopsai adaptive-response --persist-memory
  1. Use the output:

  2. Review response_posture.mode to decide whether to tighten access and increase logging.

  3. Review priority_routing.asset_priorities to decide which shared entity to investigate first.
  4. Review validation_probes.safe_probes for low-risk validation steps.
  5. Review deception_controls.deception_recommendations for honeypot or canary placement.