Case Studies, Applications and Insight Articles

In this Q&A, Dr. Kirstin Schauble from ANELLO Photonics outlines how the Maritime INS combines SiPhOG inertial sensing, AI-powered sensor fusion, and spoofing detection to deliver reliable navigation in GNSS-denied maritime environments

CRFS explores how RF sensors integrated with drones and aerostats can enhance spectrum monitoring, signal detection, and geolocation across diverse ISR missions

Forcys examines the growing importance of underwater security in protecting critical national infrastructure and strengthening resilience against evolving subsurface threats

UAV Navigation–Grupo Oesía examines the flight control capabilities enabling loitering munitions to operate accurately, autonomously, and reliably in contested defense environments

ZenaDrone highlights how military drones support surveillance, data collection, mission planning, personnel safety, autonomous operations, and improved situational awareness across modern defense environments and industries

Elistair examines how tethered UAV technology is transforming ISR doctrine with persistent surveillance, secure communications, and enhanced resilience in contested operational environments

The TekMast VMS-X mechanical mast system from Teksam Company supports high-elevation radar, surveillance, and communications payloads in demanding operational environments

FlySight has highlighted how the integration of Artificial Intelligence (AI) is transforming video surveillance from passive recording into an active, real-time decision-making system across civilian, law enforcement, and military sectors

Atrenne, A Celestica Company, outlines how MOSA and SOSA relate to rugged mission hardware and examines the practical integration considerations involved in implementing modular, upgradeable systems based on open interfaces

Ground Control examines how independent assured PNT technologies can strengthen maritime navigation resilience when GNSS signals are jammed, spoofed, degraded, or denied

D-Fend Solutions explains how accurate drone identification strengthens counter-UAS operations by distinguishing authorized activity, assessing threats, and supporting risk-based responses