Modern cyber systems operate under fundamentally nondeterministic conditions: asynchronous packet flows, probabilistic intrusion detection, inconsistent identity models, and opaque multi‑agent interactions. These characteristics make traditional cybersecurity architectures incompatible with Deterministic Autonomous Infrastructure Governance — especially when cyber events propagate into physical systems such as energy grids, autonomous vehicles, industrial plants, maritime systems, and aerospace domains. I introduce Lume‑Cyber, to my knowledge, the first deterministic governance substrate for cyber, network, and digital infrastructure systems. Built on the Lume‑V governance layer and the Lume‑Ops universal operational substrate, Lume‑Cyber integrates network flow governance, deterministic identity and access control, workload envelope enforcement, threat detection and response, timing drift correction, and cyber‑physical safety into a single replay‑identical state machine. It enforces cyber invariants, network and identity envelopes, deterministic multi‑agent arbitration, override logic with deterministic rollback, and certificate‑based auditability across the full digital infrastructure stack — from packet routing to privilege escalation to ICS/SCADA protection.
Ronald Jason Andrews (Mon,) studied this question.