CML-AI intercepts every actuator command at the hardware level, verifies six cryptographic and contextual conditions, and blocks unauthorized execution — before software can be bypassed.
Every actuator command must satisfy all six conditions simultaneously. A single failure opens the hardware relay and physically intercepts the command. No software override is possible.
Two-tier deployment: 13 Cloud-Level modules for governance, audit and cognitive processing; 13 Edge-Level modules for real-time, hardware-enforced execution.
Conceptual demo — simulate normal operation, attack scenarios, network isolation, and state drift. Observe how the gate equation responds in real time.
CML-AI is built on a layered IP strategy combining patent protection, trademark registration, and architectural trade secrets.
CML-AI is an industrial AI governance system designed for environments where a single unauthorized actuator command can cause irreversible damage — construction, heavy industry, critical infrastructure.
The core thesis: software-only governance can always be bypassed. Physical interception at the hardware level, verified by six independent cryptographic and contextual conditions, cannot.
The system operates as two coordinated layers: a Cloud Level responsible for cognitive processing, audit, and governance policy; and an Edge Level responsible for real-time, hardware-enforced execution with sub-50ms latency.
CML-AI is seeking strategic partners, pilot deployment environments, and investors aligned with safety-critical industrial AI. EPO patent pending — NDA available on request.