ADMITBench: A Safety-Governed Reference Framework for Evaluating the Admissibility of Industrial LLM Advisories
ADMITBench is a reference framework for evaluating industrial LLM advisories at the action level. It uses a versioned, safety-governed evaluation contract that checks if a recommendation is supported by evidence, permitted under stated authority and procedure, and acceptable under plant-specific consequence checks. Release 0.1.0 is a public reference implementation for technical and research evaluation, not an authorization for physical execution.
ADMITBench introduces a safety-governed evaluation framework for industrial LLM advisories, focusing on action-level admissibility. The framework employs explicit, non-compensatory checks derived from a versioned plant profile to determine eligibility, without implying safety certification. The initial release serves as a research tool, not for operational use.
The framework implements a versioned evaluation contract with non-compensatory checks, meaning a recommendation must pass all criteria (evidence support, authority, procedure, consequence checks) without trade-offs. This design ensures strict safety governance but may limit flexibility in ambiguous scenarios.
ADMITBench addresses a critical gap in industrial AI adoption by providing a structured method to evaluate LLM-generated advisories before they influence physical operations. Its plant-specific profiles could become a standard for industries like manufacturing, energy, and chemicals, where safety is paramount.
By enabling safer deployment of LLMs in high-stakes industrial settings, ADMITBench could reduce liability risks, accelerate regulatory approval, and unlock new use cases for AI-driven advisory systems in sectors with strict safety requirements.
Future signals include adoption by industrial safety bodies, integration with digital twin systems, and evolution toward certifiable safety frameworks. The next steps may involve pilot deployments in controlled environments and expansion of consequence check libraries.