Runtime Verifiability and Anti-Simulation Layer: Evidence Obligations for Bounded Intervention, Predicate Standing, Suppression Debt, Resource Residual, and Systemic Enforcement

This record deposits Runtime Verifiability and Anti-Simulation Layer: Evidence Obligations for Bounded Intervention, Predicate Standing, Suppression Debt, Resource Residual, and Systemic Enforcement, together with subordinate Commercial Companion Note 16: Runtime Control Reality and Anti-Simulation Review. Record DOI: https://doi.org/10.5281/zenodo.22003938. The companion is a subordinate public file within this record and carries no independent DOI or independent doctrinal standing. The governing paper defines a runtime-evidence and anti-simulation claim surface for consequence-bearing systems. It specifies nine evidence variables: intervention latency; control-authority reachability; runtime suppression load and debt; resource residual; predicate standing; independence and bypass; verification capacity; human epistemic and operative capacity; and record and attachment survivability. A state, mode, control, verifier, preservation posture, or intervention path is not treated as burden-bearing merely because it is documented, deterministic, signed, acknowledged, monitored, historically successful, or represented by a score. The paper places runtime evidence inside the deposited Commit-Time Conjunction and T0-T7 Ordered Attribution Chain. Measurements, alarms, thresholds, verifier findings, receipts, and route tests are T0 evidence. They do not silently become standing assessment, ACE declaration, transition authorization, execution permission, enforcement effect, or bound proof. A verifier may support REFUSE or HOLD only where a separately valid policy grants that scope. The finding itself does not declare ACE, select a target state, grant permission, or prove effect. The record uses effect-based timing from relevant onset through first effective result; bounded runtime suppression debt; resource and preservation margins; verification-capacity exhaustion; claim-specific trust-base termination; topology-wide no-bypass analysis; human capacity evidence; proof testing after change; and survival of mutable facts from commit through consequence attachment and closure. Strong scores and favorable variables do not compensate for a failed load-bearing variable or Commit-Time Conjunction conjunct. Six changed-condition scenarios cover queued revocation, ambiguous-outcome retry, stale-cache failover, alternate-route closure, exceptional authority, and the semantic limit of signatures, hashes, and receipts. A software container or harness establishes behavior only inside its declared tested boundary and does not by itself prove physical timing, actuation, sensor truth, safe-state attainability, certification, or systemic no-bypass. The limited contribution is the composition of nine runtime evidence variables, effect-based intervention accounting, bounded runtime suppression debt, verification-capacity exhaustion, trust-base termination, systemic route closure, phase-survival obligations, type-separated T0-T7 placement, minimum records, and falsifiers inside the Applicability Boundary Doctrine. It does not claim invention of runtime assurance, Simplex, runtime security enforcement, safety kernels, formal verification, functional safety, proof testing, alarm management, AI risk management, provenance, access control, safety cases, or human-factors engineering. Commercial Companion Note 16: Runtime Control Reality and Anti-Simulation Review describes the buyer-facing Runtime Control Reality and Anti-Simulation Review. Public deliverables include a runtime claim and evidence boundary register; intervention budget and first-effect map; runtime suppression-debt and resource-residual exposure register; predicate standing and change-control matrix; verification-capacity and human-anchor assessment; systemic enforcement, common-cause and trust-base map; changed-condition test plan; and executive exposure and decision memo. Client templates, calibrated thresholds, scoring, prices, contractual clauses, connectors, harness code, attack payloads, automation schemas, vendor comparisons, and private review methods are not deposited. This record should be read with the governing Applicability Boundary Doctrine baseline DOI 10.5281/zenodo.19425317, the Corpus Continuity and Canon Policy Record DOI 10.5281/zenodo.21983371, the Semantic Crosswalk DOI 10.5281/zenodo.21985437, Commit-Time Admissibility Preconditions DOI 10.5281/zenodo.21987027, Reflexive Admissibility DOI 10.5281/zenodo.21987654, The Commit-Time Conjunction DOI 10.5281/zenodo.21988251, the Consequence-Bearing Transition Phase Model and Closure Obligations DOI 10.5281/zenodo.21990123, and the immediately preceding Ordered Attribution Chain DOI 10.5281/zenodo.21991856. This record is not legal or actuarial advice, a safety case, certification, conformity assessment, class or flag approval, functional-safety calculation, controller, incident-response plan, operational authorization, insurance rating plan, coverage opinion, policy wording, warranty, or proof that a particular system is safe, compliant, admissible, controllable, closed, insurable, or correct. It does not determine causation, liability, breach, reserve, indemnity, regulatory compliance, legal sufficiency, or whether a control reduced loss. Rights: GotoCalm Applicability Doctrine Terms of Use. See terms_of_use.txt in this record. Commercial implementation, operational integration, productization, paid assurance or audit products, paid procurement or insurer-facing services, runtime control reality reviews, derivative commercial frameworks, commercial training products, and other commercial reuse designed for sale or service delivery require separate written permission or licence unless independently established without reliance on the authored framework. Commercial application and confidential discussion: admin@gotocalm.com Suggested subject line: Runtime Control Reality and Anti-Simulation Review - Inquiry