The unified Model Context Protocol server that exposes every Kinetic Gain Protocol Suite spec — plus the DefenseTech 6-pack — as callable tools to Claude Desktop, Cursor, Cline, or any MCP client. 71 tools = 47 spec tools + 16 implementation-preview tools + 8 DefenseTech tools. stdio transport. 126 tests passing. No API key. No phone-home.
npm install -g mcp-kinetic-gain
npx -y mcp-kinetic-gain
Where mcp-kinetic-gain is live. Bumped on every release via the canonical generator — these counts cannot drift from the actual published state.
| Registry | Status | Since | Notes |
|---|---|---|---|
| npm | ● LIVE | 2026-05-24 | npmjs.com/package/mcp-kinetic-gain · v0.8.0 · provenance-stamped |
| Official MCP Registry | ● LIVE | 2026-06-02 | io.github.mizcausevic-dev/mcp-kinetic-gain @ registry.modelcontextprotocol.io |
| mcp.so | ● LIVE | 2026-06-01 | Community directory · auto-crawls metadata from GitHub repo |
| Cline marketplace | ○ SUBMITTED | 2026-05-26 | cline/mcp-marketplace#1661 — open, awaiting team review |
Each Kinetic Gain Protocol Suite specification exposes a tight tool surface — typically fetch + inspect + validate + cross-cutting checks. The agent picks the spec by the document's *_version field; the tool family handles the rest.
Entity declaration at /.well-known/aeo.json. Fetch, inspect, extract a claim, compute the well-known URL.
aeo_fetch aeo_inspectValidate Prompt Provenance documents against the v0.1 schema. Inspect, evaluate result.
prompt_provenance_validate prompt_provenance_eval_resultInspect or validate Agent Cards. Probe the tool disclosure surface. Resolve well-known URL.
agent_card_validate agent_card_tool_disclosureValidate, inspect, and verify the content hash of an AI Evidence object.
ai_evidence_validate ai_evidence_verify_hashInspect or validate MCP Tool Cards. Check tested-with declarations. Resolve well-known URL.
tool_card_validate tool_card_tested_withFetch, inspect, validate, check COPPA applicability, check subject coverage, well-known.
tutor_card_coppa_check tutor_card_subject_checkValidate, inspect, check against AUP, verify prompt hash, verify artifact hash.
disclosure_aup_check disclosure_verify_prompt_hashFetch, inspect, validate, check compliance against a student disclosure, well-known URL.
aup_check_compliance aup_validateFetch, inspect, validate, well-known. Clinical-AI vocabulary aligned with FDA SaMD + IMDRF.
clinical_ai_validate clinical_ai_inspectFetch, inspect, validate, walk-affected, remediation plan, index, well-known.
incident_affected_walk incident_remediation_planFetch, inspect, validate, infer status, signature check, to-PolicyBundle preview, well-known.
decision_card_validate decision_card_to_policy_bundleBeyond the 11 horizontal specs, the DefenseTech 6-pack adds a vertical-specific tool family: 3-axis vault contract resolver (CUI tier × export-control × foreign-person), CUI distribution-statement invariant (DoDI 5230.24), ITAR us-person check (22 CFR 120.62 + deemed-export rule), DFARS 72-hour wall-clock, CMMC evidence-bundle summarizer, Incident Card event-type classifier, cross-binding consistency check.
defensetech_vault_resolve_3axis defensetech_audit_event_check_invariants defensetech_check_dfars_72h_clock defensetech_summarize_cmmc_evidence_bundleBeyond the spec-level surface, the unified server wraps the v0.1.0 implementation stack at preview scale — read-only, deterministic, no HTTP round trip. These are the tools an agent reaches for when it needs to compute against governance state, not just validate documents.
Canonical-hash an object, verify a detached signature, inspect a signed attestation envelope. Same math as hash-attestation-rs.
Compose events, verify a hash-chained log, inspect events. Live mode: emit/query/verify against a running audit-stream-py via AUDIT_STREAM_URL.
Infer Decision Card status from a rubric, compute signature, preview generated PolicyBundle, plan incident remediation, walk affected systems.
Detect which Suite spec a JSON document is. Compute a structural diff between two versions of the same document — catches the silent re-shape.
Drop one entry into your Claude Desktop / Cursor / Cline config. Restart the client. 71 tools appear.
~/Library/Application Support/Claude/ · Windows: %APPDATA%\Claude\){ "mcpServers": { "kinetic-gain": { "command": "npx", "args": ["-y", "mcp-kinetic-gain"] } } }
Optional: set AUDIT_STREAM_URL in the env block to enable the 3 live audit-stream tools against a running audit-stream-py instance. Without it, the server runs fully offline — the other 68 tools work unchanged.
Three audiences. One config entry.
Building an agent that needs to validate or emit Kinetic Gain Protocol Suite documents — System Cards, Tool Cards, Decision Cards, audit-stream events. The MCP server is the read+write surface.
Auditing vendor AI disclosures, running policy-as-code previews against Decision Cards, verifying hash-chained event logs, checking DefenseTech invariants on CUI/ITAR-bearing artifacts.
Pair with the Lock-In Cost calculator and SLA Negotiator — let the agent fetch + validate a vendor's published disclosures while you negotiate the contract.
The unified server is the runtime layer. To explore the specs themselves, the visualizer, or the implementation stack:
The eleven specs, side-by-side, with audit-stream + Decision Card patterns.
Render any document from any of the eleven specs. Six tabs including the live audit-stream demo.
TypeScript, AGPL-3.0, 126 tests, OpenSSF Scorecard + CodeQL + CycloneDX SBOM.
How the package got published to four registries + the bump-checklist for next time.