Enterprise calendar automation system implementing Sinphasé single-pass architecture with cost-based governance. OBINexus Computing's data-oriented programming solution for secure calendar distribution, milestone tracking, and deterministic compilation workflows.

Normalize Windows PE files for byte-for-byte reproducible MSVC++ builds by patching timestamps, GUIDs, and debug metadata

Experimental offline no-AI compiler for deterministic applications written in controlled natural English.

TFVC Dependencies Manager — A lightweight, Git-style package-manager workflow for Team Foundation Version Control (TFVC) modules: manage modules via a JSON manifest, lock exact changesets for reproducible builds, and integrate seamlessly into CI pipelines.

Catch 'works on my laptop' before production. Deterministic replay guardrail for AI-generated code: replays build/tests in a fresh tmp workspace, detects flaky tests, lockfile drift, hidden env deps. One score (0-100), one command.

Spec-driven README generator and validator.

Revolutionary single-pass build orchestration framework that eliminates multi-pass compilation complexity through cost-based dependency resolution. Implements deterministic build workflows with mathematical guarantees, component isolation protocols, and governance-driven architecture management.

URF Verifier — authoritative verifier for Unified Rigidity Framework certificates with deterministic checks, provenance validation, and CI-grade reproducibility.

AI-first Unreal Engine 5 reimplementation of The Simpsons: Hit & Run with a deterministic Rust asset pipeline, first-principles binary FBX, native Unreal MCP control for AI agents, and lawful local mod support. No game content is distributed; a lawful local copy is required.