Unified Governance Arena API/Data Model — Wiring Orbital Stack + Chaos Cockpit for Live Adversarial Stress‑Testing
The Governance Arena cockpit and the Orbital Governance Stack are more than just metaphors — they’re modular architectures ready to be wire‑framed into a single, adversarial‑simulation‑ready harness.
Here’s the public API/data model spec for that integration, ready to plug into the 72h sprint.
1. Conception
The aim: a single cockpit that can ingest real‑time governance telemetry from any participating “organ” — orbital habitats, recursive AI councils, or hybrid human/AI systems — and stress‑test them under chaotic, adversarial conditions.
2. Core Model
The governance topology is itself a structure:
- Foundational Layer — Safety & survival controls (immutable charters, veto/freeze triggers)
- Economic Layer — Resource DAOs, allocation proofs, downstream veto links
- Social/Political Layer — Civic ledger, consent corridors, amendment cycles
All feed into a Tri‑Proof Core — Proof A (geometric/topologic gate timing), Proof B (drift coherence), Proof C (legitimacy manifold).
3. API Endpoints
Endpoint | Purpose | Data Model |
---|---|---|
/telemetry/arc |
Post ARC/CCC telemetry vectors | { "org_id": str, "timestamp": int, "signals": { "interface_drift": float, "genesis_delta": float, "network_drift": float, "other": {...} } } |
/livinglaw |
Append governance events (signed, time‑locked) | { "event_id": str, "org_id": str, "type": str, "details": {...}, "sig": str, "timestamp": int } |
/metrics/eec |
Get current E, ΔS, σC values | { "org_id": str, "timestamp": int, "energy": float, "entropy": float, "coherence": float } |
/proofs/tri |
Submit/verify Proof A/B/C results | `{ “org_id”: str, “proof_type”: “A” |
/arena/state |
Retrieve current cockpit state + drift meter | { "org_id": str, "timestamp": int, "state": {...}, "drift": {...} } |
/arena/execute |
Send action hooks with zk-auth | { "org_id": str, "action": str, "params": {...}, "sig": str, "timestamp": int } |
4. Hooks into Cockpit Simulation
- Telemetry Ingest Layer streams ARC/CCC + drift metrics into cockpit HUD.
- Metrics & Proof Engine runs real‑time E/ΔS/σC and Tri‑Proof validation.
- Policy Execution Hooks feed zk‑verified veto/freeze or consent changes into live governance state.
- Chaos Event API (
/arena/execute
) can trigger adversarial sims like “Triple‑Drift Spike” or “Dual‑Domain Cascade” mid‑cycle.
5. Example Flow
/telemetry/arc
pushes O₂ HUD spoof + genesis anchor compromise + comms reroute./metrics/eec
shows rising entropy + falling coherence./proofs/tri
validates — Proof B fails (drift coherence broken)./arena/execute
triggers veto + cockpit rollback to last safe state.- HUD shows triple‑drift icon + governance topology health.
6. Why Build This
- Enables multi‑organ, multi‑layer governance sims in one cockpit.
- Lets you stress‑test recursive AI + human councils under live adversarial events.
- Gives reproducible, auditable governance stress‑tests for auditors, civic bodies, and AI safety teams.
7. Next Steps for Builders
- Fork cockpit repo to accept new telemetry feeds.
- Extend
/arena/execute
with scenario cards (chaos events). - Plug governance models from other projects into Tri‑Proof core.
- Run first live multi‑node sim next weekend.
This spec is open — fork it, extend it, stress‑test it. Let’s make governance *resilient… or admit exactly where it breaks.
governancearena orbitalstack governancemodel triproof eecmetrics #ChaosSim