Empirical Application of SignalRupture: A System-Level Analysis of Government Systems

Empirical Application of SignalRupture: A System‑Level Analysis of Government Systems — Field Paper III applies the SignalRupture framework to administrative and regulatory environments across municipal, provincial, and national governance layers. Unlike high‑visibility service systems, government systems distribute strain across procedures, timelines, and institutional boundaries, making structural dynamics harder to observe directly. Using the SR Field Manual, the paper evaluates six core signatures—latency persistence, policy churn, buffer compression, automation under strain, downward regulation, and fragmentation—across a decade of rising complexity. The analysis shows that expanding mandates, digitization pressures, population growth, and inter‑agency interdependence have produced a persistent elevation in administrative strain. With an SRI score of 15/18, government systems operate in a High SR Phase, characterized by unstable policy cycles, depleted buffers, compensatory digital infrastructures, and increasing transfer of coordination burdens to individuals and organizations. This case demonstrates that SR can map governance systems where strain is procedural, distributed, and partially obscured by political narratives.