PRRS does not approach sensing systems as an active interrogation problem. Instead, it views sensing as the extraction of structure from the ambient fields already present in the environment. Most sensing systems assume some level of cooperation, illumination, or signal dominance. In contrast, PRRS operates under the premise that the environment is already saturated. By focusing on anomaly detection through the observation of deviations rather than returns, the system reframes the concept of detection as the persistence of anomalies rather than mere target acquisition. This approach involves trading resolution for continuity. PRRS highlights a systemic asymmetry: systems designed to transmit information are often easier to observe than those intended to remain silent.

PRRS (Passive Resonance Relay System) is a distributed sensing framework designed for large-scale environmental monitoring and disaster detection in infrastructure-degraded or zero-infrastructure conditions.
The system leverages passive resonance signatures and distributed relay nodes to detect, localize, and characterize large-scale physical disturbances such as landslides, floods, or structural collapses.
This work focuses on system architecture, signal interaction principles, and deployment logic. Operational, tactical, and classified applications are intentionally excluded from this publication.
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