Augmented reality (AR) systems for situationalawareness (SA) depend on low-latency networking to deliver alerts, map overlays and sensor feeds. However, contested environments exhibit intermittent connectivity and highpacket loss due to jamming, interference and terrain occlusions. Delay tolerant networking (DTN) strategies, notablystore–carry–forward routing, have been shown to enable datadelivery when end-to-end paths do not exist[1]. This … Continue reading Network-Degraded Ops: DTN-Ready Augmented Reality Situational Awareness