Execution Admissibility Theory for Autonomous Agents — Part II: Control Surface and Regime Separation

This record contains Part II of the Execution Admissibility Theory for Autonomous Agents series.It is a formal theoretical specification intended for audit, regulatory, and insurability evaluation contexts. Title:Execution Admissibility Theory for Autonomous Agents — Part II: Control Surface and Regime Separation Author:Aslanbek Yurievich KhamikoevIndependent Researcher, AI Systems Governance and Execution Safety Position in Series Part II develops the structural control-surface framework and regime separation model introduced after the bounded-loss execution results established in Part I. Part I (bounded-loss theorem anchor) establishes formal deployability and insurability conditions under invariant-mediated execution-admissibility constraints. Part II introduces: Control-surface formalization Policy-cone relationship Execution regime separation Control-surface integrity criteria Insurability condition as regime property Audit and regulator interpretation layer Explicit non-implementation scope boundary This document is theoretical and property-level.It does not define protocol formats, cryptographic constructions, or machine state machines. Scope Classification Document role:Theory / Regime Model / Audit and Regulator Interpretation Layer Status:Non-Implementation Theoretical Specification Applicability:Effectful execution channels only Relation to Series Supplement to: Execution Admissibility Theory for Autonomous Agents — Part I:Deployable and Insurable AGI Requires Verifiable Execution Admissibility(DOI: 10.5281/zenodo.18663653) Foundational basis for planned Part III:Execution Admissibility Theory for Autonomous Agents — Part III:Non-Bypass and Conformance Theory Files Included in This Record Execution_Admissibility_Theory_Part_II.pdfCanonical formatted publication version Execution_Admissibility_Theory_Part_II.texLaTeX source (Overleaf-ready) Execution_Admissibility_Theory_Part_II.txtPlain-text archival version File order reflects canonical publication hierarchy:(1) formatted publication record,(2) source document,(3) archival plain-text reference.This series forms a structured DOI-linked theoretical corpus on execution admissibility as a deployability and insurability condition for high-capability autonomous systems.