Case Studies, Applications and Insight Articles

WOLF’s new white paper explores rugged embedded computing solutions designed to meet the demanding needs of defense and aerospace missions

Redler Technologies explains why mechanical relays fail in -48V telecom systems and how solid-state circuit breakers deliver faster, cleaner, more reliable protection

Septentrio outlines how its GNSS receivers were validated at JammerTest in Norway through live jamming and spoofing trials, supporting their use in Saab air traffic management systems

Atrenne provides an overview of how AI, RF technologies, and SOSA-aligned architectures are transforming next-generation embedded sensing at the tactical edge

Performance Drone Works discusses providing hands-on training, technical integration support, and on-site assistance for C100 sUAS operations during Army Transformation in Contact exercises at the National Training Center

Ligna Energy provides a detailed examination of the structural, material, and performance differences between supercapacitors and batteries, highlighting how sustainable design supports next-gen defense and industrial power systems

Aeron Systems provides an overview of gyroscopes, their role in guidance and inertial navigation systems, and the main types including RLG, FOG, DTG, and MEMS technologies

FT Technologies explains the importance of accurate wind data for uncrewed and autonomous vehicles and outlines how ultrasonic wind sensing mitigates limitations of pitot-based airspeed measurement in demanding operating environments

Ruggmate explains why selective project acceptance, rather than technical feasibility alone, is critical for controlling technical and financial risk, maintaining quality, and ensuring long-term sustainability in project-based, mission-critical defense engineering

As geopolitical risk rises, Advanced Navigation shows why secure, sovereign supply chains for inertial navigation systems are now mission-critical for defense programs

Ground Control explores how GPS interference is affecting operational reliability and why layered A-PNT architectures, supported by deployable solutions such as RockBLOCK APNT and RockFLEET Assured, are increasingly important across unmanned, defense, and maritime applications