INFORMATION PHYSICS

A formal technical specification for deterministic execution boundaries, machine-readable invariants, and order-theoretic state resolution.

INFORMATION PHYSICS defines the operational architecture required to convert explicit informational constraints into non-bypassable enforcement surfaces. Spanning network ingress membranes, eBPF kernel isolation hooks, and five-tier join-semilattices, this manuscript establishes the foundational primitives for machine-native authority.

Core Architectural Invariants Specified:

• Bounded Latency: τ ≤ 11.99 ms decision window via O(1) local evaluators
• Payload Ceiling: S_max ≤ 4096 B wire/post-decode ingress boundary
• Zero State Delta: D(a) = DENY ⟹ Δ = 0 fail-closed mutation guarantee
• Lattice Convergence: 5-tier POSIX priority semilattice (40 ≻ 10 ≻ 12 ≻ 32 ≻ 0)
• Zero Hot-Path Allocation: C_ops = 0 synchronous operational drag requirement

Designed for systems architects, security engineers, and autonomous agent safety researchers, this volume provides complete verification protocols, JSON record schemas, and mathematical proofs for machine-ingestion compliance.

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