Designing Systems That Behave Correctly in Silence

Broader work (full dissertation / SAB 2026):Authority, Refusal, and Resilience in Autonomous Systems — DOI: 10.5281/zenodo.18431599 • Record + PDF: https://zenodo.org/records/18431599 Designing Systems That Behave Correctly in Silence is a conceptual architectural essay examining how reliable systems should behave when observation, feedback, or external coordination is absent. The work challenges the assumption that silence is an error condition, arguing instead that deliberate restraint and non-action are often the correct responses in safety-critical and autonomous environments. The essay explores silence as a first-class design condition rather than a failure mode, emphasizing determinism, legitimacy, and survivability over responsiveness or optimization. It frames correct behavior as the ability to remain stable and correct without continuous external validation. This work is intentionally non-implementational. It presents no algorithms, thresholds, state machines, or operational procedures. Its purpose is to establish architectural principles and design intent, not to prescribe mechanisms or system implementations. Keywords: Stable Authority Boundary (SAB), design invariant, authority contraction, refusal, silence, resilience, decision boundary, engineering seams, autonomous systems, distributed systems, compliance, auditability. #EngineeringSeams #Authority #DecisionBoundaries #Refusal #Silence #Compliance #Auditability #DistributedSystems #AutonomousSystems