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This research introduces Policy-as-Skill (PaS), a modular runtime that enhances LLM decision support in high-stakes domains like compliance and risk management by integrating evidence validation and deterministic control. Evaluated on 600 tasks using a Gemma4 backend, the system demonstrates superior auditability and review accuracy compared to standard RAG approaches, though deterministic interventions remain highly task-dependent. The work addresses critical needs for governance and reliability in enterprise AI deployments where accountability is paramount.
Policy-as-Skill: Governed LLM Decision Support with Evidence, Deterministic Control, and Audit
arXiv:2609.27087v1 Announce Type: new Abstract: Organizations increasingly use LLMs for policy, compliance, risk, and operational decision support, requiring evidence validation, review routing, version control, and auditability. We introduce Policy-as-Skill (PaS), a modular runtime that packages these functions as executable, versioned policy capabilities. Thirteen methods are evaluated with a fixed Gemma4 backend on 600 development tasks. PaS+Audit achieves 53.8% exact accuracy, macro-F1 0.346, review F1 0.854, citation precision 1.000, policy-reference recall 0.984, and audit completeness 1.000, outperforming LLM+RAG on most governance and review metrics. Deterministic control raises aggregate accuracy to 61.2% but is strongly task dependent, supporting selective rather than universal rule-based intervention.
Abstract:Organizations increasingly use LLMs for policy, compliance, risk, and operational decision support, requiring evidence validation, review routing, version control, and auditability. We introduce Policy-as-Skill (PaS), a modular runtime that packages these functions as executable, versioned policy capabilities. Thirteen methods are evaluated with a fixed Gemma4 backend on 600 development tasks. PaS+Audit achieves 53.8% exact accuracy, macro-F1 0.346, review F1 0.854, citation precision 1.000, policy-reference recall 0.984, and audit completeness 1.000, outperforming LLM+RAG on most governance and review metrics. Deterministic control raises aggregate accuracy to 61.2% but is strongly task dependent, supporting selective rather than universal rule-based intervention.
Artificial Intelligence (cs.AI); Symbolic Computation (cs.SC)
arXiv:2609.27087 [cs.AI]
(or arXiv:2609.27087v1 [cs.AI] for this version)
https://doi.org/10.48550/arXiv.2609.27087 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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