Food systems are among the most complex, globally interconnected, and safety-critical infrastructures on Earth — spanning agriculture, industrial processing, cold-chain logistics, retail distribution, environmental safety, and public health. Yet today, food governance is nondeterministic, fragmented, and disconnected from the physical substrates that determine food safety, supply chain integrity, and contamination response. Existing systems — HACCP plans, FDA/USDA guidelines, cold-chain monitoring, and supply chain management platforms — operate in silos, lack cross-vertical awareness, and provide no replay-identical audit capability. I introduce Lume-Food, to my knowledge, the first deterministic governance substrate for food systems, supply chains, and safety. Built on the Lume-V governance layer and the Lume-Ops universal operational substrate, Lume-Food integrates agricultural input governance, processing and manufacturing safety, cold-chain integrity, logistics and distribution routing, environmental contamination prevention, and recall propagation into a single replay-identical state machine. It enforces food safety invariants, thermal and contamination envelopes, deterministic multi-agent arbitration, override logic, and certificate-based auditability across the full food supply chain — from farm to factory to logistics to retail to consumer.
Ronald Jason Andrews (2026) studied this question.