Sovereign Runtime Architect | Deterministic Systems | Formal Authority

YAI is not an AI framework.
It is a runtime with law.

A layered execution system where:

• State is durable
• Authority is explicit
• Events are replayable
• Boundaries are formalized
• Providers are trust-scoped
• Intelligence is sandboxed

If it cannot be reconstructed from logs, it does not exist.

law → axioms, invariants, formal specs (TLA+)
kernel → authority, bootstrap, enforcement (C11)
engine → deterministic execution + scaling surface (C11)
mind → orchestration + cognition (Rust)
docs → specs, datasets, stress tests

• Axioms (Execution / Authority / State / Adaptability)
• Determinism invariants
• Governance invariants
• External effect boundaries
• Formal TLA+ specs

• Bootstrap boundary
• Session management
• Enforcement FSM
• Vault binding
• Transport + identity

• Storage gate
• Agent enforcement
• Runtime bridge
• Deterministic event flow
• Cortex (statistical scaling surface — no ML)

• Provider lifecycle
• Memory (semantic / episodic / vector)
• RAG pipeline
• RPC + UDS
• LLM adapters (gated, audited, authority-aware)

"Code is ephemeral. State is truth. Authority must be earned."

YAI enforces:

• Deterministic replay
• Hard-fail on violation
• Formal trust store for providers
• Audit-first lifecycle
• Capability-gated orchestration

LLMs do not execute. They propose. The Kernel authorizes.

C11 • Rust • TLA+ • SQLite • ONNX • UDS • Deterministic Logging

No frameworks. No black boxes. No magic.

• Runtime sovereignty
• Hardware-aligned enforcement
• Formal boundary design
• Event-derived state systems
• Cognitive orchestration under authority constraints