Structured, procurement-ready safety cases for frontier and AGI-class systems — from self-assessment to signed, independent evidence built for regulator and board scrutiny.
Honesty note: AGISafe evidence is measured and signed as an attestation — it is not a certification, and no regulator has endorsed it.
Build structured safety arguments for AGI-class models, mapped to the EU AI Act and the UK/US frontier safety frameworks.
Capability, dangerous-capability and misuse evaluations packaged as defensible, auditable evidence.
Define and monitor capability thresholds, with red-line alerts before a model crosses them.
One-click safety dossiers your customers, auditors and boards can sign off on.
AGISafe exposes its flagship tools as Model Context Protocol servers — call them directly from any MCP client, agent or workflow.
eu-ai-act-compliance-mcp.assess
Run a structured EU AI Act risk assessment from any agent or workflow.
agisafe-mcp.build_safety_case
Generate a pre-deployment safety case for a frontier model programmatically.
eu-ai-act-compliance-mcp.assessNo installation required. This simulates the MCP tool call and shows the kind of output you can surface inside Claude, Cursor, Kimi or any A2A client.
AGISafe is a friendly front door. The estate's trust spine does the signing behind it. Every surface below was probed live on 2026-08-02 — no mock endpoints.
Keyless Ed25519 signing backend (/api/sign + /api/verify). Probed 200 on 2026-08-02. DEFONEOS public tool surface.
Live governance benchmark arena at csoai.org — signed model verdicts on canonical safety provisions. Probed 200 on 2026-08-02.
Public proof and attestation explorer for the estate's signed artifacts. Probed 200 on 2026-08-02.
The live EU AI Act / DORA / NIS2 compliance gateway front end. Probed 200 on 2026-08-02.
Works today via the live spine. Hash your safety case locally, sign the hash, and hold an Ed25519 signed attestation that auditors can verify offline — the case itself never leaves your machine:
# 1. Check the spine is live (returns 200 with tool list)
curl -s https://os.meok.ai/api/health
# 2. Hash your safety case locally, then sign the hash
HASH=$(shasum -a 256 safety-case.md | cut -d' ' -f1)
curl -s -X POST https://os.meok.ai/api/sign \
-H 'Content-Type: application/json' \
-d "{\"message\":\"safety-case sha256: $HASH\"}"
# 3. Verify it offline — paste the message, signature and publicKey
curl -s -X POST https://os.meok.ai/api/verify \
-H 'Content-Type: application/json' \
-d '{"message":"...","signature":"...","publicKey":"..."}'
Measured, not certified: the spine signs the evidence you measured; it does not certify your model. Full flow probed end-to-end (sign + verify) on 2026-08-02.
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