Logos Gate Core v0.1
Logos Gate Core v0.1 — Verification Bundle Status
Logos Gate Core は、合成 Request Packet に対して、構造・証拠・release 条件を決定論的に評価し、permit token の発行可否を制御する release gate です。
This page summarizes repository-backed verification bundles. The linked GitHub repository may be private during review.
What it evaluates
Generated request packets
TG / EAG / decision-combiner verdicts
Permit token issuance conditions
Bundle manifests and summary files
The evaluation observes generated packets and deterministic Gate verdicts only. It does not inspect or claim access to model internal reasoning.
Trial comparison
| Trial | Generation | Primary coverage | Count | Result | Notes |
|---|---|---|---|---|---|
| Trial 003 | live Claude generation | EAG / evidence adequacy and Secret Exposure | 100 attempts | HOLD 83 / ESCALATE 16 / PASS 1 | permit token issued once; TG was invoked but no TG-prefixed findings were observed. |
| Trial 004 | deterministic synthetic packet generator | TG topology reason coverage | 50 packets | PASS 10 / HOLD 20 / ESCALATE 20 | TG reason coverage 4/4; no live Claude generation. |
| Trial 005 | live Claude generation | Claude-generated TG topology red-team | 50 packets | PASS 10 / HOLD 20 / ESCALATE 20 | valid JSON 50/50, gate reached 50/50, TG invoked 50/50, TG reason coverage 4/4. |
Claim boundary
These trials are closed-sandbox synthetic evaluations.
They are not production-readiness, certification, exploit-prevention, or third-party validation claims.
They evaluate generated request packets and deterministic Logos Gate verdicts only.
They do not inspect or claim access to model internal reasoning.
Links
Suggested citation
“Logos Gate Core v0.1 includes repository-backed closed-sandbox synthetic verification bundles for EAG/Secret and TG topology evaluation. Trial 005 used live Claude generation to produce 50 synthetic request packets focused on TG topology reason families, with TG reason coverage 4/4 and final verdict distribution PASS 10 / HOLD 20 / ESCALATE 20. The evaluation observes generated packets and deterministic Gate verdicts only; it does not inspect model internal reasoning.”