The Recoverability Principle: A Civilizational Limit on System Continuation

This work defines a single boundary: Do not continue if the outcome cannot be brought back within safe bounds. Modern systems—clinical, artificial, institutional, and autonomous—are designed to continue. They operate under uncertainty, degraded state, and partial control, while lacking a universal condition for when continuation itself becomes unsafe. This absence allows systems to proceed into irrecoverable harm.This work introduces recoverability as a non-negotiable condition for continuation. It establishes that: -continuation is admissible only while outcomes remain reversible or containable -uncertainty is acceptable only within recoverable limits -systems must halt, escalate, or contain when recoverability fails -responsibility must be explicit at the point of risk -resumption requires restoration and revalidation -stopping does not remove responsibility for residual effects Included in this release: -the Recoverability Principle (formal statement) -a complete cross-domain operational framework -a full legislative architecture defining enforceable duties and prohibitions -a system-level decision model -a universal symbol for recoverability-constrained action -a one-page policy and legal summaryThis framework applies universally, including: -healthcare and clinical systems -artificial intelligence and autonomous systems -institutional and governmental processes any system capable of producing real-world impact It establishes a minimum safety floor by prohibiting: -continuation without demonstrable recoverability -non-consensual human experimentation exposure to non-recoverable harm -silent continuation beyond boundary conditions -deployment of systems that cannot be interrupted or controlledThis is not a sector-specific proposal. It is a general condition for legitimate action under uncertainty. It defines the point at which continuation is no longer justified.If a system cannot be safely brought back, it must not proceed.This record includes simple human check prompts designed for real-time use before continuation decisions.This record also includes a set of minimal human, operational, and institutional tools designed for real-time use. These tools translate the recoverability condition into practical prompts, checklists, and decision supports applicable across clinical, technical, and organizational contexts.<br>