Aquarian Systematic Resilience (ASR) is an integrated governance doctrine, technical architecture, and verification methodology authored by Syed Abid Shah and Engr Syed Zain Abid Shah to govern distributed intelligent systems and physical AI operating under systemic stress and continuous disruption. Designed to resolve the temporal mismatch between machine-speed failure cascades and human-speed governance chains, the framework reframes resilience from failure prevention to throughput maintenance—termed Flow Sovereignty—anchored by foundational constructs including Commander's Intent (verifiable boundary and objective encoding) and Human Integrity Density (continuous, quantitative operator trust measurement). Operationally, ASR is realized through a five-level bidirectional autonomy architecture (L0 Advisory to L4 Multi-Agent Coordination), time-bounded Sovereign Override Clauses (SOC), and a nine-layer technical organism integrating Temporal Graph Neural Networks, Digital Twins, Edge AI, 6G Reflex Arcs, air-gapped Shadow Agent Mirroring, and Post-Quantum Cryptography. Supported by an independent assurance stack featuring Trifecta Exposure Scoring, tiered release-gating, and the 72/INTEGRITY Audit, the architecture ensures critical infrastructure and Intelligent Infrastructure Economic Zones can maintain verified, bounded autonomy even under total network isolation or primary command decapitation.