This record applies the recoverability-constrained condition to transport, logistics, and supply chain systems under real-world conditions. It defines how the invariant governs the admissibility of movement, delivery, routing, and distribution across interconnected systems where irreversible transition may occur. This document is an interpretative domain mapping of the Recoverability-Constrained Systems Master Index. It does not introduce new admissibility conditions and is governed exclusively by CE-001 to CE-006. The mapping applies across freight transport (road, rail, air, maritime), supply chain distribution networks, warehousing, routing systems, ports and terminals, last-mile delivery, fleet operations, and supporting infrastructure. Transport and logistics systems are dependent on energy availability, infrastructure integrity, communication systems, coordination across actors, and material availability. These dependencies form a single continuity field where recoverability must be established simultaneously. Failures in transport and logistics systems occur not only when movement stops, but when systems continue operating after delivery, routing, or coordination is no longer recoverable. This leads to cascading disruption across dependent systems. This record includes a public evaluation layer providing a simplified method to assess whether continuation remains recoverable under real conditions. It is a visibility and evaluation layer only and does not replace full admissibility verification. This publication does not include implementation details, system architecture, integration methods, operational logic, or timing thresholds. Note: This record is a domain-level interpretative mapping and does not introduce new admissibility conditions. All conditions are governed exclusively by CE-001 to CE-006 as defined in the Recoverability-Constrained Systems Master Index.
Sanchez et al. (2026) studied this question.