Case Studies, Applications and Insight Articles

Iridium-enabled subsea tracking beacon provides autonomous power-loss detection, satellite location reporting, and high-visibility recovery signaling for underwater vehicles operating at depths of up to 7,500 meters

In this Q&A, applied acoustics highlights its subsea tracking technologies, their role in MCM and underwater infrastructure monitoring, and the challenges of achieving reliable acoustic positioning and communication in variable underwater conditions

Forcys outlines how navigation, imaging, and autonomous underwater vehicle technologies supplied by its partners supported the successful discovery and documentation of Ernest Shackleton’s Endurance during the Endurance22 expedition in Antarctica’s Weddell Sea

Tocaro Blue highlights ProteusCore, advanced marine radar processing software that uses machine learning to enhance situational awareness, enabling developers to transform conventional radars into intelligent perception systems

Aeron Systems Castor IMU 1100 is a compact MEMS-based inertial measurement unit delivering control-grade data, designed for integration into size-constrained guidance, navigation, and control systems

UAV Navigation explores how decoy UAS platforms can serve as a tactical mechanism for safeguarding higher-value assets such as crewed aircraft and surveillance systems

Advanced Navigation has addressed the escalating risks of electromagnetic warfare by developing resilient INS that maintain absolute positioning confidence and combat readiness for vessels operating in fully contested environments

Tyto Robotics outlines a structured approach to UAV motor and propeller matching, combining thrust and performance-based calculations with experimental testing to validate and refine propulsion system design

Greensea IQ’s EverClean system combines autonomous hull cleaning and inspection to improve vessel readiness, enhance security awareness, and support efficient operations across maritime and defense environments

UAV Propulsion Tech outlines the main factors involved in selecting motors and generators for Unmanned Aerial Vehicle (UAV) propulsion systems, addressing engineering requirements, system integration, and sourcing challenges

Beechat explains how modern drone technology is evolving to counter electronic warfare through the integration of physical tethers, onboard artificial intelligence, and adaptive communication protocols to ensure mission success in contested environments