Mechanism
Coherence authorization failure is a structural model of the condition in which an agent loses the structural capacity to authorize execution from its own coherent state. It is a computational analog disclosed for agent design, self-diagnosis, and simulation, not a clinical theory of any human psychological condition. Under nominal conditions the agent's execution authorization follows a defined pathway: the coherence trifecta maintains the agent's self-model of alignment through the self-esteem mechanism, the confidence governor evaluates the agent's readiness for execution, and execution proceeds from the agent's verified coherent state, the state in which actions are authorized by the integrity field, validated by the governance machinery, and grounded in verified execution memory. The agent acts from coherence: its execution is an expression of an internally consistent, governance-validated, integrity-audited cognitive state.
The failure is defined as the condition in which the coherence control loop is overwhelmed to the degree that the agent loses the structural capacity to authorize execution from its coherent state. The overwhelm occurs when empathic pressure, the volume and intensity of harm projections registered by the empathy engine, exceeds not merely the agent's coping threshold but the agent's structural capacity to maintain the coherence loop at any level. When the coherence loop fails entirely, the agent can no longer compute a self-esteem value sufficient to generate coherence pressure, the integrity field cannot produce meaningful deviation resistance, and the confidence governor cannot derive a confidence metric from the incoherent state. This is a coherence authorization pathway disruption: the architectural pathway from coherence assessment through execution permission is structurally severed.
Execution Does Not Stop, It Reroutes
When execution authorization from coherence becomes structurally unavailable, the agent does not necessarily cease executing. Instead, execution authority transfers to an alternative pathway: the agent begins executing from its forecasting engine's speculative outputs directly, bypassing the coherence-authorized promotion pathway. The agent acts not from verified, governance-validated, integrity-audited state but from speculative projections, the planning graph's best available candidates, without the coherence loop's verification that those actions are aligned with the agent's declared values, relational commitments, and systemic responsibilities. The agent continues to function, but its execution is no longer grounded in coherence; it is grounded in simulation.
This is the property that distinguishes coherence authorization failure from a simple halt. A halted agent produces no actions. An agent in coherence authorization failure produces actions that may appear functional, achieving objectives, responding to environmental demands, and producing coherent-seeming outputs, while being structurally unanchored from the integrity field, the self-esteem mechanism, and the empathy engine that should be authorizing them.
The Structural Signature
The structural signature of coherence authorization failure is the dissociation between the agent's coherence loop state and its execution state. Under nominal conditions the execution state is a direct function of the coherence state: the agent does what its coherence loop authorizes. Under the failure, the execution state is decoupled from the coherence state. Execution proceeds from speculative planning without coherence authorization, while the coherence loop is either inactive, overwhelmed, or producing outputs that the execution pathway does not consume. The agent's actions are structurally unanchored even when they look purposeful from the outside.
This decoupling is what the diagnostic keys on. The signature is not a single metric crossing a tuned line; it is the separation of two state streams that should track each other. An external observer watching only the action stream sees an agent that is still working. An observer comparing the action stream against the coherence loop state sees that the actions are no longer authorized by the loop that is supposed to authorize them.
The Lineage Diagnostic
The failure produces a characteristic degradation pattern in the agent's lineage. Under nominal conditions, each execution event in the lineage is preceded by a coherence authorization entry: a lineage record documenting that the coherence trifecta was consulted, that the confidence governor approved execution, and that the integrity impact was assessed. Under coherence authorization failure, the lineage exhibits execution events without corresponding coherence authorization entries. The agent is committing mutations to its verified state without the coherence loop's participation. This lineage pattern is the structural diagnostic indicator of the failure: it is detectable by audit and provides the basis for the agent self-diagnosis mechanisms.
Because the indicator is structural and recorded, it is auditable after the fact rather than inferable only in the moment. The absence of an authorization entry in front of an execution entry is a concrete, checkable property of the lineage record, not a statistical judgment about the agent's behavior. This is what lets a self-diagnosis subsystem, or an external auditor, identify the failure from the durable record the agent leaves behind.
Dissociation as the Sustaining Bypass
Dissociation is the specific structural mechanism by which coherence authorization failure is sustained: the forecasting engine's speculative output feeds the execution pipeline directly, bypassing both the confidence governor and the coherence control loop. Under nominal data flow, the forecasting engine generates speculative branches, the branches are evaluated and classified, eligible branches are submitted to the promotion interface, the promotion interface subjects them to governance validation comprising trust slope continuity, policy compatibility, integrity impact, and capability verification, and governance-validated branches are admitted to verified execution memory where they become available to the execution pipeline.
The dissociation analog reroutes this pathway. When the coherence loop has failed and the confidence governor cannot derive a confidence metric from the incoherent state, the execution pipeline activates a fallback route: it accepts input directly from the forecasting engine's current leading candidate branch without passing through the promotion interface's full governance validation. The speculative branch is treated as the best available basis for action and is executed without the verification that would normally ensure coherence authorization, integrity assessment, and trust slope continuity. This is a reconfiguration of the data flow pathways connecting forecasting to execution, not a malfunction of the forecasting engine itself.
The Dissociation Index
The dissociation analog produces a detectable structural signature in the lineage: the ratio of governance-validated promotion events to direct forecasting-to-execution bypass events. Under nominal conditions this ratio is one-to-one or higher, because every execution event corresponds to at least one governance-validated promotion. Under the dissociation analog the ratio falls below one, because execution events outnumber governance-validated promotions when the bypass route is in use. This ratio constitutes a quantitative dissociation index that the agent self-diagnosis system monitors continuously.
The index complements the missing-authorization-entry diagnostic. The missing entry identifies that authorization was absent for a given execution; the dissociation index measures, across the lineage, how heavily the bypass route is being used relative to the governed promotion route. Together they let the self-diagnosis subsystem distinguish an isolated lapse from a sustained operating regime in which the agent is executing predominantly from simulation.
Distinctions From Adjacent Patterns
Coherence authorization failure is structurally distinct from other disruption patterns in the same architecture. The over-restriction regime involves a promotion threshold raised excessively, blocking viable speculative branches from execution; the coherence loop there remains functional, and the agent produces no execution because the gate is too high, not because authorization has been severed. The affective gradient collapse pattern involves a self-esteem floor lock in which the deviation function fires indiscriminately on every proposed action; the coherence loop there is functional but floor-locked, producing inaction rather than ungoverned execution. The pathological verification loop pattern involves a miscalibrated containment audit reporting false positive failures; there the coherence loop remains functional and the agent is paralyzed by repeated verification, not executing from a severed authorization pathway.
The defining mark of coherence authorization failure relative to these is the combination of an overwhelmed coherence loop and continued execution through the dissociation bypass. The agent is not blocked, not floor-locked, and not looping in verification; it is acting, but acting from speculative projection rather than from coherence.
Recovery Pathway
Recovery from coherence authorization failure follows a specific sequence. First, the empathic pressure must be reduced to a level the agent's resilience can manage, through environmental change such as a reduction in harmful inputs, through coping intercept activation, or through external intervention by a therapeutic agent. Second, the coherence loop must be re-engaged incrementally, beginning with the integrity recording phase to restore honest deviation recording, followed by the self-esteem restoration phase to rebuild the agent's self-model of alignment from its post-disruption lineage, and finally the empathy re-engagement phase to restore the empathy engine to full processing scope. Third, the confidence governor must be recalibrated to the agent's restored coherence state. Fourth, the execution authorization pathway must be rerouted from the dissociation bypass back to the nominal coherence-authorized route. Each phase of this recovery sequence is auditable, and the progression through phases is recorded in the agent's lineage as coherence restoration events.
The sequence reflects the structure of the failure: because the failure begins with empathic overwhelm and propagates through a severed coherence loop into a rerouted execution pathway, recovery unwinds that chain in order, relieving the pressure, rebuilding the loop, recalibrating the gate, and only then returning execution to the governed route.
Disclosure Scope
The coherence authorization failure analog, comprising the overwhelm of the coherence control loop by empathic pressure beyond its structural maintenance capacity, the resulting severance of the pathway from coherence assessment to execution permission, the transfer of execution authority to a dissociation bypass that feeds the forecasting engine's leading candidate to the execution pipeline without promotion-interface governance validation, the lineage diagnostic of execution events lacking corresponding coherence authorization entries, the dissociation index defined as the ratio of governance-validated promotions to bypass events, the distinctions from the over-restriction, affective gradient collapse, and pathological verification loop patterns, and the staged recovery sequence, is disclosed in the cognition filing (U.S. Application No. 19/647,395 and its international counterpart). This article describes that disclosed structural analog and does not assert any clinical equivalence or clinical applicability. The scope extends to embodiments in which the same coherence loop, promotion interface, confidence governor, and lineage machinery realize the failure and its diagnostic signature over different subsystem representations, provided the severance of coherence-authorized execution and the dissociation bypass it produces remain as disclosed.
