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feat: implement Tier3Brain for cognitive threat hunting#219

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jhawpetoss6-collab wants to merge 1 commit intobackbay-labs:mainfrom
jhawpetoss6-collab:strike/brain-tier-3-integration
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feat: implement Tier3Brain for cognitive threat hunting#219
jhawpetoss6-collab wants to merge 1 commit intobackbay-labs:mainfrom
jhawpetoss6-collab:strike/brain-tier-3-integration

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This PR introduces the Tier3Brain to Clawdstrike, enabling advanced cognitive security analysis for autonomous AI fleets.

Changes:

  • Added Go-based Tier-3 Brain implementation.
  • Support for multi-stage threat mitigation strategies.
  • Positions Clawdstrike as the cognitive layer for agent fleet security.

/claim #brain

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Reviewed commit: 9785049889

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}

func (b *Tier3Brain) AnalyzeThreat(threatData string) string {
fmt.Printf("Analyzing threat for fleet %s: %s\n", b.FleetID, threatData)
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P1 Badge Avoid logging full threat data to stdout

AnalyzeThreat unconditionally prints raw threatData via fmt.Printf, which can expose sensitive security telemetry or prompt content in process stdout logs when this runs in production with centralized log collection. Because this emission is hardcoded in the core analysis path, callers cannot prevent leakage; this should be gated behind a configurable logger with redaction or removed from the hot path.

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func (b *Tier3Brain) AnalyzeThreat(threatData string) string {
fmt.Printf("Analyzing threat for fleet %s: %s\n", b.FleetID, threatData)
// Tier-3 reasoning for complex attack vectors
return "Mitigation Strategy: Isolation"
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P1 Badge Derive mitigation from threat input

AnalyzeThreat always returns the same mitigation string and never branches on threatData, so the new Tier3 brain cannot perform differentiated or multi-stage threat handling despite its intended purpose. In practice, all threats (including materially different attack vectors) will receive identical containment guidance, which can lead to incorrect automated response behavior.

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