Append-only receipt ledger with verifiable continuity for browser-based decision making.
Most AI systems are black boxes. SkillzMcGee makes every decision observable, governed, and reproducible:
- Every slice execution appends a governed receipt (laws checked, output logged)
- Receipts form an immutable ledger with cryptographic integrity
- State is strictly derived from ledger only (K4 reconstructability proof)
- Continuity is tracked via lineage chains (parentId ancestry)
- Terminal state is folded into Absolute Singularity — a cosmophysics-inspired object that captures:
- Merkle proofs (local, lineage, global)
- Nonlinear wave dynamics over 6 judgment dimensions
- DAR-Z field tensors (failure, environment, salience registers)
- Genesis operator H-Ω (generates operators from fold state)
- Enter prompt → Intent evaluated by law kernel
- Allowed? → LLM adapter runs with slice state conditioning
- Output logged → Receipt appended to ledger + persisted
- Fold singularity → Terminal state reconstructed + verified
- Inspect → Dashboard shows receipts, wave state, continuity proof
Fresh clones can run SkillzMcGee in deterministic mode, through local Ollama, or
through a Nova/OpenAI-compatible /v1/chat/completions endpoint.
See docs/USING_SKILLZMCGEE.md for the universal clone/install/provider workflow, and docs/lawful-nova-slice.md for deeper receipt and slice details.
| Layer | Module | Proof |
|---|---|---|
| Governance | law kernel, receipt validator | CTS-NOVA-001 (receipts exist) |
| Continuity | append-only ledger, state accumulator | K4 reconstructability |
| Hashing | SHA-256 payload hash, parent-hash chain | verifyHashChain() |
| Lineage | parentId ancestry, depth, lineageId | enrichReceiptChain() |
| Wave Math | 6D judgment vector, nonlinear integration | stateVectorFromReceipt() |
| Singularity | Merkle roots, attractors, phase transitions | foldAbsoluteSingularity() |
| Proof | genesis operator, coherence score | verifyReconstructable() |
npm install
npm run dev
# Open http://localhost:5173