Research premise AI did not break consent. AI revealed it. The breach happened long before the model arrived. For decades, digital systems treated consent as a checkbox, banner, buried clause, account permission, default setting, or momentary click.

A signal is not the same as understanding. A click is not the same as authorization. Silence is not the same as permission. Access is not the same as trust. AI raised the stakes because it does not merely store, transmit, or display information.

It infers, compresses, predicts, generates, persuades, personalizes, and acts. It transforms context. From checkbox to protocol Consentful Cybernetics studies consent as an active cybernetic signal: contextual, revocable, inspectable, bounded, relational, and continuous.

The research program asks whether consent can be measured as a stability property, state transition, cross-substrate invariant, and leading signal of system health. View preregistered studies See model work Making the broken layer measurable. Old digital consent models are structurally false for systems that recombine traces into inferences, predictions, interventions, and new behavioral realities.

The work below turns that critique into testable claims: consent should be visible in stability outcomes, transition dynamics, revocation costs, and downstream waste. Preregistered studies Umbrella review Consent as Stability Property OSF: osf.io/faw97 This study asks whether consent-related constructs such as autonomy support, psychological safety, procedural justice, and reactance function as a first-class stability property in living systems. The review treats consent as a latent construct expressed through volition, voice safety, legitimacy, and resistance to coercion,



then evaluates whether existing meta-analytic evidence links those constructs to wellbeing, learning, cooperation, legitimacy, and adaptive outcomes.

Synthetic event-stream simulation Explicit Consent as a Stability-Enhancing State Transition OSF: osf.io/w2ucg This study tests whether an explicit consent-gated transition reduces predictive uncertainty in energetic systems. Using synthetic event streams, the study compares consent-gated and non-gated conditions and measures whether a meaningful consent flag changes transition structure in a way that reduces entropy or surprisal relative to matched controls. Multi-agent systems Consent as a Cross-Substrate Invariant OSF: osf.io/sd4pb This study models consent as an admissibility constraint on loop closure events between agents.

It asks whether consent updates are costly because they require systems to re-key shared expectations, permissions, and access patterns, introducing measures such as influence radius and Revocation Cost Ratio. Lead-lag system analysis Waste as a Lagging Indicator of Consent Collapse OSF: osf.io/hn8st This study tests whether waste emerges downstream from unnoticed consent collapse. It reframes waste as the delayed manifestation of suppressed or unacknowledged refusal, then proposes measuring whether consent-collapse indicators precede material, energetic, informational, coordination, or relational waste.

The research stance The point is not to prove a slogan. The point is to make the claim falsifiable. If consent is a stability property, then consent-related variables should predict adaptive outcomes, explicit consent transitions should alter system dynamics, revocation should create measurable re-key costs, and unnoticed consent collapse should leave waste behind.

If those patterns do not appear, the theory must change.

📌 Measure the invariants. (Melbourne)
🏢 Consentful Cybernetics
📍 Melbourne