Launching and retrieving drones normally requires a stationary platform, clear airspace, and operators with line-of-sight ...

Modern air-defense systems face a common problem: sensors, interceptors, and command centers often operate in parallel rather ...

Modern submarines rely on increasingly complex control systems to maneuver safely in three dimensions, manage propulsion, and coordinate onboard sensors. As underwater missions expand to include ...

Armored fighting vehicles are expected to operate in increasingly complex environments, from dense urban terrain to wide-open ...

Aviation faces mounting pressure to lower fuel use and emissions, but improving engine efficiency remains an expensive and ...

Border checkpoints are under increasing pressure to manage rising traveller volumes, evolving security demands, and ...

Israel’s security landscape has increasingly depended on rapid technological adaptation, but until recently, defense-focused ...

As drones become cheaper, smaller, and easier to modify, security teams face a growing challenge: many threats do not appear ...

Long-endurance unmanned aircraft have traditionally faced the same limits: batteries restrict range, combustion engines add ...

Millimeter-wave radar is expected to become a core element of next-generation communications. As 6G systems evolve toward ...

In recent years, the global system has experienced growing regional and international tension, driving many countries to seek ...

Drones today are limited by a simple constraint: batteries. No matter how advanced the airframe or onboard sensors are, ...