{
  "_campaign_id": "a2a-hermes-v0.6.2-patch2-r29-mtls",
  "_generated_by": "scripts/analyze_run.py",
  "_model": "grok-4-0709",
  "for_c_level": "This run maintains a low-risk posture with full pass on mTLS security, affirming production readiness for secure agent interactions. Customer claims of reliable, tamper-proof memory sharing are viable with no regressions from prior v0.6.2 runs. It supports scaling to enterprise deployments without caveats.",
  "for_non_technical": "The AI agents were able to reliably share and remember information with each other over a secure network connection. Every test case worked perfectly, showing that the system handles memory sharing securely and consistently. There were no problems found in how the agents communicated or stored data.",
  "for_sme": "All tested scenarios (S1, S1b, S2, S4-S6, S9-S18, S20-S25, S28-S42) passed under mTLS, validating primitives like write consistency, linking, partition recovery, payload handling, and byzantine rejection. No failure modes emerged, with even edge cases like oversize payloads (S23) and clock skew (S25) behaving as expected. Probable root causes are irrelevant due to zero issues; coverage includes hybrid recall (S18) and bulk inserts (S40).",
  "headline": "Hermes v0.6.2 patch2 passes all mTLS security tests cleanly.",
  "next_run_change": "none \u2014 keep cadence.",
  "verdict": "PASS \u2014 37/37 scenarios green under mTLS.",
  "what_it_proved": "The results demonstrated flawless propagation, recall, and security enforcement for agent-shared memories in mTLS mode without any skips or failures.",
  "what_it_tested": "This campaign exercised 37 scenarios covering memory write/read, linking, recovery, bulk operations, and security primitives across mTLS transport in a 4-node federated framework."
}