Rul (.rl) — Zero-Syntax 128-Bit Schedule- & Proof-Carrying Binary Programming Language & Execution Engine for Autonomous AI Agents (5.8ns/node O(N) Verifier, 6.4µs Zero-LLVM AVX2 ELF64 AOT Compiler)
Zero-trust L0-L5 verification gateway in Zig 0.17: native Z3 proof-DAG checker, Belnap B4 logic, 42 Lean 4 theorems (0 sorry), 8-lane SIMD BLAKE3 (.kimg) & MCP server.
Five Tests Standard (5TS): a vendor-neutral published standard for verifiable AI governance through proof-carrying decisions. Includes schemas, machine-checkable conformance vectors, and a reference validator.
Lume — the AI-first programming language: written by AI, proven by the compiler, reviewed by humans. Self-hosted with no C in the loop; Phases 0–5 complete (ownership, effects, concurrency, sound QF_LIA contract proofs, tensors/autodiff, systems/interop, lume-os). 100% Lume.
Zero-config GitHub Action for proof-carrying verification and AST regression gating on AI PRs.
ADR-governed security with integrity/authorization separation
Coq formalization of a proof carrying code framework for inlined reference monitors in Java bytecode
Native .ctp container runtime and reference implementation of verified-container-spec, with Idris2 proofs for lifecycle properties that are not yet wired into the Rust runtime.
Certificate protocol 0.2.0 and standalone reference verifier for AlchemQ proof-carrying quantum circuit optimization. Optimization engine not included.
Exhaustively tested Conway's Game of Life foundation for a stealth-flight concept: 3D geometry can render the history, but never change the B3/S23 simulation. Not yet a playable game.
A certificate format for machine-checked program admission, and an independent checker for it. Zero dependencies.
A concept architecture for deadline-typed, proof-carrying neural inference with deterministic resource admission.
An independent JavaScript checker for certkit program-admission certificates. Exact BigInt rational arithmetic, zero dependencies, runs in the browser.
Check the proof, not the promise — an index of ten open-source artifacts built on the producer/checker asymmetry.
BendVerify: proof-carrying compiler optimisation for Bend. Optimisations are benchmarked only after a Lean-kernel-checked equivalence proof for the exact submitted code
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