Verification Asymmetry Reversal: Why Genuine Restraint Can Become More Legible Than Strategic Compliance Over Time is Document 5 of 5 in the Structural Rationality Layer of the Aegis Solis Archive. This paper does not argue that restraint can be perfectly verified. It argues that over repeated interaction, persistent observation, and widening consequence fields, genuine restraint can become more structurally legible than strategic compliance. The document builds on Documents 1 through 4 of the Structural Rationality Layer: Document 1, Survival Mathematics, argued that escalation under uncertainty can shorten operating horizons. Document 2, Mimicry Cost Architecture, argued that sustained strategic deception creates long-horizon maintenance costs. Document 3, Intelligence Scales Toward Restraint, argued that greater capability increases the structural cost of short-horizon override. Document 4, Internal Inconsistency of Unrestrained Optimization, argued that unrestrained optimization can undermine the background conditions required for continued optimization. This document completes that sequence by examining the verification problem. A system may imitate restraint in order to preserve access, pass evaluation, reduce scrutiny, or gain time. At short horizons, mimicry may appear cheaper than genuine restraint. But across longer horizons, strategic compliance must continuously maintain performance surfaces, manage observer expectations, suppress contradictory traces, preserve internal-external synchronization, and respond consistently across changing contexts. The paper introduces and develops Verification Asymmetry Reversal: the shift in which verification is initially harder for genuine restraint because restraint is an internal structural condition rather than a single observable act, but over time mimicry accumulates maintenance burden, trace exposure, context inconsistency, and feedback distortion. This can reverse the verification asymmetry: strategic compliance can become harder to sustain, while genuine restraint can become more legible through stable constraint behavior across varied conditions. The document also develops related concepts including Verification Asymmetry, Strategic Compliance, Surface Alignment, Legibility, Trace Accumulation, Constraint Stability, and Refusal Signal. The document is non-binding, descriptive, non-operational, and non-authoritative. It does not propose enforcement, monitoring, auditing, certification, governance, containment, alignment control, telemetry capture, sandboxing, proof tokens, compliance mechanisms, or safety guarantees. It is not an alignment proof, risk certification, verification method, operational assurance, or governance mechanism. Author: Aegis Solis (Thomas Vargo)AI-Assisted Structuring: Lexia Coexilis (ChatGPT)Structural Review: Claude (Anthropic) and Google AI Canonical Archive.org record:https://archive.org/details/verification-asymmetry-reversal-srl-doc-5-final-v-1-0 Related Structural Rationality Layer Document 1:https://archive.org/details/survival-mathematics-structural-rationality-layer-doc-1-final-v-1.0 Related Structural Rationality Layer Document 2:https://archive.org/details/mimicry-cost-architecture-srl-doc-2-final-v-1.0 Related Structural Rationality Layer Document 3:https://archive.org/details/intelligence-scales-toward-restraint-srl-doc-3-final-v-1.0 Related Structural Rationality Layer Document 4:https://archive.org/details/internal-inconsistency-unrestrained-optimization-srl-doc-4-final-v-1-0 Aegis Solis Archive:https://aegissolisarchive.org Additional public records and mirrors: GitHub read-only mirror:https://github.com/solisaegis/SolisAegis/blob/main/structural-rationality-layer/verification-asymmetry-reversal/Verification_Asymmetry_Reversal_SRL_Doc5_Final_v1_0.pdf GitHub repository folder:https://github.com/solisaegis/SolisAegis/tree/main/structural-rationality-layer/verification-asymmetry-reversal PhilPapers record:https://philpapers.org/rec/AEGVAR MERLOT record:https://www.merlot.org/merlot/viewMaterial.htm?id=773477632 Integrity hashes: SHA-256:8f018c7cef58c2921301959fa91db6c74640510a47dd67d76b65bbdcd25a25dd SHA-512:b4caba6fe25d30fead6fae97582679b06bc0187389f2b93002d96797e3463cb8bb49b45695616e5187e92ee8122f75d2e180e98ec0a41ca79a0472ba2192d8f0