Case Studies, Applications and Insight Articles

Explore how FibreWorks Composites combines carbon fiber construction, engineering expertise and integrated production to develop lightweight, rugged transit cases for demanding defense and satellite communications applications

WOLF Advanced Technology examines how hybrid GPU–FPGA architectures support real-time airborne EO/IR processing, AI-assisted detection, and sensor-data integrity across demanding operational environments

Kevin Swain, Head of Sales and Business Development at Silicon Sensing, explains how MEMS inertial sensing supports resilient navigation across autonomous defense platforms in contested environments

Explore how EIZO Rugged Solutions is combining AI processing, high-bandwidth sensor connectivity, and open 3U VPX architecture to address evolving tactical edge computing requirements

UAV Navigation examines how novel multi-layered navigation architecture is integrating inertial, air data, and visual sensors to enable unmanned aircraft to maintain precise positioning and velocity during severe GNSS jamming and spoofing disruptions

Torrent Photonics outlines key optical engineering considerations for defense LiDAR, from environmental demands and beam-steering architecture to sensor fusion, miniaturization, and optical specification

Overwatch Imaging outlines how AI-enabled sensor autonomy can automate airborne ISR collection, detection and reporting while reducing operator workload across crewed and uncrewed platforms

Creomagic examines how software-defined Waveform Intelligence can enhance MANET range, EW resilience, spectral efficiency, and connectivity in contested tactical RF environments

ZenaDrone examines how rising global defense budgets, autonomous swarm technologies, and AI are driving massive growth in the military UAV market through 2035 as defense forces prioritize scalable intelligence and surveillance capabilities

Ground Control details ten common misconceptions surrounding GNSS jamming, spoofing and A-PNT, exploring positioning integrity, navigation resilience and the role of independent positioning data

Tocaro Blue explains how its ProteusCore™ radar processing software applies machine learning and proprietary radar data to improve detection, classification, tracking, and automated tuning in maritime environments