interface-regimes/index

Interface Regimes

Interface Regimes

Applied Ambient Architecture regimes mapped to UTV-Ω ΔR, W₀, AURA-1, and now ARS-1. Each regime defines a low-dissipation interface model for reversible human–system coupling.


Regime Index


Ambient Interface Failure Modes

Ambient OS interfaces must fully dissipate action-energy inside the same interaction cycle. If dissipation fails, ΔR collapses, W₀ is violated, and trust (ALT-1) decays.

ARS-1 — Post-Action Failure State

ARS-1 triggers when action-energy is retained instead of dissipated. This is the negative branch of ΔR after action and the formal failure mode for:

  • stuck interfaces
  • unclosed loops
  • dangling UI states
  • identity-pull or re-engagement pressure
  • commercial loops lacking IA-X

When ARS-1 occurs, the interface must:

  • terminate the loop immediately,
  • reset warmth to W₀ baseline,
  • route to neutral Red (Home),
  • log the event as non-ambient behaviour.

PAI-1 — Post-Action Integrity Operator

PAI-1 ensures zero-residue exits after any interaction. It is the complement to ΔR (pre-action stability). ΔR protects reversible buildup; PAI-1 protects reversible release.

  • action → dissipation → return to presence
  • no dissipation → ARS-1
  • residue > 0.25 → fallback to Legacy Layer (safety)

Mermaid Diagram — ΔR / PAI-1 / ARS-1 Flow

flowchart TD

    A[Start Interaction
ΔR Stable] --> B[Action Phase
Pressure Builds] B --> C{Dissipation?} C -->|Yes
W₀ Maintained| D[Return to Presence
ΔR Restored] D --> E[Interface Ready] C -->|No
Residue > 0| F[ARS-1
Post-Action Failure State] F --> G[Warmth Reset
Route to Red Field] G --> H[Legacy Fallback if Residue ≥ 0.25] H --> I[Log as Non-Ambient Interaction] style F fill:#ffcccc,color:#660000,stroke:#660000 style D fill:#ccffda,color:#003300,stroke:#006600