Case Studies, Applications and Insight Articles

General Digital explains the main considerations that influence the design and selection of ruggedized displays for demanding military applications, including resolution, size, and environmental requirements

Silicon Sensing outlines key considerations for selecting inertial sensors for tactical All-Terrain Vehicles (ATVs), evaluating FOG, RLG, and MEMS technologies to enhance stability, control, and mission safety

Teledyne FLIR OEM showcases advanced thermal cameras and Prism AI at DSEI 2025, highlighting UAV, ISR, and defense applications with high performance and SWaP optimization

Honeywell’s whitepaper explores how secure connectivity, predictive maintenance, and quantum communication are supporting defense aviation and mission resilience in contested domains

Echodyne outlines its DSEI 2025 strategy, showcasing EchoShield, EchoGuard, and EchoFlight radars, emphasizing precision, affordability, integration, and continuous software-driven innovation for Counter-UAS missions

Discover how Forcys enables secure underwater communications and adaptive networks, empowering navies to maintain control and decision superiority in contested waters

D-Fend Solutions evaluates different C-UAS mitigation technologies, including lasers, RF jammers, GNSS spoofing, and EMP/HPM, comparing accuracy levels, operational range, risk of collateral damage, and suitability for different environments

Rotron Aerospace outlines DSEI 2025 priorities, highlighting advanced propulsion, the DT-300 VTOL UAV, and Defendor UCAV for modern military operations

Oscilloquartz delivers production-ready optical cesium, STL, and White Rabbit technologies that ensure precise timing, extended holdover, and regulatory compliance for defense, aviation, energy, and financial sectors when GNSS signals are compromised

Reventec discusses its rugged solid-state sensors, current military deployments, and innovations debuting at DSEI 2025, highlighting reliability, predictive maintenance, and mission-extending capabilities

Tyto Robotics carried out controlled wind tunnel testing on a 9-inch drone propeller, evaluating performance across airspeeds from 0 to 38 mph and analyzing thrust, thrust-to-power ratios, and overall propeller efficiency