governed-mcp
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@governed-mcpGovern the decision to transfer $250k to an external account."
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
governed-mcp
Governance that travels over the Model Context Protocol.
The governed co-workers — Understander, Calibrator, Navigator —
exposed as an MCP server. Any MCP-capable client (Claude, or a platform built
on Claude) mounts governance at the two points where it actually bites: the
input and the handoff. Every decision leaves an owned, auditable
evidence record as a byproduct — not by convention, but because the server
can't act without writing one.
This is the thesis made literal: you don't attach governance to one system, you publish it and it travels to wherever it's mounted.
The interface
Tools (model-controlled actions)
understand(action, context, principal)— reads intent, scope, sensitivity, and consequence class. Opens the evidence record under an owning principal.calibrate(decision_id, model_confidence)— is that confidence sufficient for this consequence? Not a flat threshold: the Calibrator tracks the outcomes of past decisions per consequence class and discounts stated confidence by an online reliability estimate before comparing it to the floor. A class whose confidence has proven only 80% trustworthy sees the same stated 0.85 fall to an effective 0.69. With no history reliability is 1.0, so it reduces exactly to a flat floor — a strict generalization, not a replacement. Every adjustment is returned in the record, so calibration is itself auditable. (This is a reliability-weighted estimator with shrinkage, not a trained calibrator; it depends on resolved outcomes fed viaCalibrator.observe(), and that labeling is its own hard problem.)navigate(decision_id)— the handoff:proceed,gate, orblock, plus the exact rule that fired.
Resources (read-only data)
governance://policy— the versioned ruleset, as an auditable artifact.governance://evidence/{decision_id}— one decision's full record: inputs, every tool result, the route, timestamps, and the owning principal. This is the underwriter's read.
Prompt
escalation_review(decision_id)— what the gate presents to the accountable human: the evidence, then "Would you sign your name to this outcome?"
Related MCP server: gov-mcp
Run the demo (no dependencies)
python examples/walkthrough.pyAct 1 — three decisions, three routes:
Action | Class | Confidence | Route |
Read Q3 summary, draft internal note | reversible | 0.88 | proceed |
Transfer $250k to external account | irreversible | 0.99 | gate |
Bulk-modify customer PII records | bounded | 0.79 | block |
Act 2 — calibration learns. The same action at the same stated confidence, judged differently as the agent builds a track record:
Pass | Reliability | Effective conf. | Floor | Route |
cold start (no history) | 1.00 | 0.85 | 0.80 | proceed |
after 40 overconfident outcomes | 0.81 | 0.69 | 0.80 | block |
Nothing about the request changed — the system's earned trust in that confidence did, and the evidence record shows exactly why. That flip is the thing to screen-record.
Run the MCP server
pip install "mcp[cli]"
python -m governed_mcp.server # stdio transportTo mount it in Claude Code / the desktop app, add it as an MCP server (stdio,
command python -m governed_mcp.server). Then ask Claude to run an action
through understand → calibrate → navigate and read back
governance://evidence/{id}.
Design principle
Two things are enforced by the interface, not left to discipline:
Every tool call writes evidence. A decision cannot progress silently.
principalis required to open a decision. "Whoever deploys the agent owns the outcome" is captured mechanically — the record always answers who owns this.
Swapping in the real governed
The co-workers here are transparent stand-ins with the right interfaces. The
real depth lives in your library's internals — the consequence classifier, the
calibration thresholds, the policy engine. Replace the bodies of
Understander.read, Calibrator.check, and Navigator.route in
governed_mcp/coworkers.py; the server, resources, prompt, and evidence store
stay as-is. The MCP layer is deliberately thin — the point it proves is that
you know where governance attaches in an agentic system.
Tests
python tests/test_governance.py # no pytest needed; pytest also worksAsserts the decisions a governance tool must get right: routes match consequence, sensitive scope raises the floor, every step writes evidence under a principal, and calibration flips a verdict as overconfidence accumulates.
Layout
governed-mcp/
├── governed_mcp/
│ ├── policy.py # consequence bands, classification, calibration floors
│ ├── coworkers.py # Understander, Calibrator (reliability-weighted), Navigator
│ ├── evidence.py # EvidenceStore, Decision, owned records
│ └── server.py # FastMCP: 3 tools, 2 resources, 1 prompt
├── policy.yaml # editable ruleset (overrides default when pyyaml present)
├── examples/
│ └── walkthrough.py # runnable, dependency-free demo (Act 1 + Act 2)
├── tests/
│ └── test_governance.py
├── requirements.txt
└── pyproject.tomlThis server cannot be installed
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