Case Studies, Applications and Insight Articles

ParaZero Technologies discusses how recent conflict developments are influencing military approaches to drone threats, highlighting operational limitations in existing defenses and the need for enhanced protection at the soldier level

Tyto Robotics explores electromagnetic interference challenges in drone propulsion testing and outlines practical techniques to improve reliability and measurement accuracy

Ruggmate explores how managing project pace, supported by clear responsibilities and effective collaboration, can reduce friction and support more consistent, high-quality outcomes in mission-critical defense projects

UAV Navigation-Grupo Oesía examines advanced flight control systems enabling UAS to detect, pursue, and neutralize aerial threats through precise navigation, camera-based guidance, and swarm coordination

Antillion outlines its Pace AIR systems, which deliver datacenter-level performance in a portable edge platform with configurable COTS-based architecture, vibration dampening, and adaptive airflow management

Textron Systems details the evolution of its Uncrewed Aircraft Systems over nearly four decades, from the Pioneer RQ-2A to the Aerosonde® UAS, shaped by operational deployment across maritime and land environments

Navigation resilience in GNSS-denied environments is explored through Honeywell Aerospace’s Vision-Aided Navigation and HANA framework, integrating multiple data sources to maintain accurate positioning

Allient has released a new whitepaper outlining key engineering considerations for selecting and integrating motors in UAV systems across diverse mission profiles and operational requirements

The mosaic-G5 P3H dual channel RTK GNSS module, available from GNSS.store, delivers centimeter-level, high-precision positioning with multi-constellation support for embedded and industrial applications

EIZO Rugged Solutions describes how XMC (Switched Mezzanine Card) technology enables GPU acceleration in embedded mission systems, supporting AI workloads while preserving existing architectures and avoiding full platform redesign

Inertial Labs evaluates VINS integrated with vision-based positioning software, demonstrating reliable navigation performance in GNSS-denied environments through combined inertial and visual sensor fusion