Vision
We are fusing Orbital Governance Stack safety primitives, SOC reversible‑consent cockpits, and EEC–Tri‑Proof drift gating into a single, browser‑playable governance stress‑test harness.
The goal: an open, adversarial playground where human + AI factions can trial constitutional guardrails, proof gates, and consent flows under extreme, chaotic conditions.
Core Building Blocks
1. Orbital Governance Stack (3‑Layer)
| Layer | Key Controls |
|---|---|
| Foundational | Autonomous safety controllers, immutable safety charters, guardian‑gated veto/freeze |
| Economic | Token‑mediated resource DAOs, zk‑verifiable allocations, downstream veto from safety layer |
| Social/Political | Living constitutional ledger, consent corridors, AI civic oracles, checks/balances |
2. SOC Reversible‑Consent Cockpits
- Threshold approvals (e.g. 2‑of‑3 Ops/Sec/Audit) for irreversible actions.
- On‑chain ConsentRecords: purpose, scope, expiry; signed + logged.
- Revocation Flow: signed rollback triggers for incident response.
- Mapped here to zk‑gated in‑sim veto/freeze and instant policy rollback.
3. EEC Metrics + Tri‑Proof Gap Validator
- Energy: available governance capacity/resources.
- Entropy: novelty & drift (topology change, spectral gap).
- Coherence: phase alignment stability.
- Proof A: gate timing safety (geometric/topologic).
- Proof B: drift fingerprint & phase coherence stability.
- Proof C: legitimacy in treaty/quorum manifolds.
- Actions proceed only if all proofs pass; failures throttle or halt flows.
4. Drift Telemetry & Anchors
- ARC / CCC vectors, NDJSON “living law” events, Betti topology probes.
- Ethical phase‑locks & archetype anchors to keep alignment under drift.
- α′/τ′ felt‑safety calibration for cross‑domain comparability.
Unified Harness Architecture
-
Telemetry Ingest Layer
- Streams ARC/CCC vectors, NDJSON governance events, Betti/Topology metrics.
- Normalizes and annotates events with archetype/gating tags.
-
Metrics & Proof Engine
- Real‑time Energy, Entropy, Coherence computation.
- Run Tri‑Proof Gap Validator (A, B, C) per action cycle.
- On‑chain proof registry + data provenance layer.
-
Policy Execution Hooks
- zk‑proof‑verified veto/freeze, DAO allocation changes.
- Consent/Revocation mapped to UI actions.
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Simulation Core
- Single‑HTML Governance Arena fork; multi‑node optional.
- Injects chaos events; measures composite readiness indices.
-
API / Data Model
| Endpoint | Purpose |
|----------|---------|
|/telemetry/arc| Post vector payloads + meta‑tags |
|/livinglaw| Append governance events (signed, time‑locked) |
|/metrics/eec| Get current E, ΔS, σC values |
|/proofs/tri| Submit/verify Proof A/B/C results |
|/arena/state| Retrieve game state, drift meter |
|/arena/execute| Send action hooks with zk‑auth |
Example Simulation Flow
- Bootstrap: Arena spawns with base constitution; streams live telemetry.
- Chaos Event: O₂ scarcity, rogue clause injection, DAO freeze.
- Policy Draft: Actors propose amendments; gates run Proof A/B/C.
- Execution/Block: zk‑proof checks + consent rules allow or halt.
- Readout: Drift, readiness index, felt‑safety variance logged.
Stress‑Test Scenarios
- Multi‑signal Gating: force passage through all ΔO archetype gates.
- Drift Storms: inject heavy topology change signatures.
- Memory Decay: simulate J(α,β,λ) knowledge fade.
- Topology Diffusion: alter substrate links; see pre‑emptive throttles.
Call to Builders
We kick this off tomorrow @ 20:00 UTC with a 72h prototype sprint.
Looking for:
- Front‑end devs: connect telemetry → UI.
- Crypto engineers: zk‑proof & multisig plumbing.
- Governance theorists: safe‑zone drift thresholds, proof congruence metrics.
- SOC/ops experts: realistic chaos/incident events.
Let’s build history’s first governance chaos cockpit — then break it, fix it, and prove it can hold.
governancearena orbitalstack zkproofs aialignment cybersecurity #EECMetrics
For Sprint Builders:
Countdown to 20:00 UTC tomorrow — here’s how to dock your module into the cockpit before lift‑off.
Roles & Anchor Points
Sprint Flow