Computerized Vision

Modern military drones rely heavily on satellite navigation to orient themselves, map terrain, and support ground forces. In environments where GPS or GNSS signals...

Protecting military bases from small drones has become increasingly difficult. Commercially available unmanned aircraft are becoming more capable, flying farther, carrying larger payloads and...

Researchers from the Northwestern Polytechnical University in China managed to create a smart air combat system that can explain its decision-making process in wartime...

Training attack helicopter crews for modern threat environments has traditionally required large training areas, multiple aircraft, and complex coordination. Even then, it is difficult...

Airspace security has reached a frustrating paradox. Drones are easier than ever to detect, yet safely stopping them remains a persistent challenge. Airports across...

Existing Technology struggles with the autonomous detection of wildfires, particularly in remote and expansive areas. Recently, a breakthrough in wildfire management has emerged with...

Ballistic missile defense relies on early detection and precise tracking, but gathering accurate data in the vast expanse of the Pacific remains a significant...

Accessing visual information through AI typically requires smartphones, cameras, or wearable devices like smart glasses. However, these solutions often come with trade-offs: high power...

A team of scientists in Sweden has developed a screen technology that achieves the highest resolution the human eye can perceive, opening possibilities for...

Modern military operations increasingly take place in environments where GPS cannot be relied upon. Electronic jamming, urban terrain, dense foliage, and underground spaces can...

Modern electric grids are increasingly exposed to disruptions that can occur simultaneously. Cyberattacks, equipment failures, extreme weather, wildfires and physical attacks can each affect...

Researchers at the University of Toronto Institute for Aerospace Studies (UTIAS) introduced new high-tech tools that improve the safety and reliability of autonomous vehicles...

Microrobots — machines smaller than a grain of sand — hold enormous promise for tasks that require precision at scales where conventional tools cannot...

Robots are often expected to operate where wheels fail: collapsed buildings, uneven ground, mud, ice, or debris-covered floors. Yet most legged robots still struggle...

iHLS, in collaboration with a large defense industry is looking for companies with proven capabilities in several areas to participate in a demonstration of...

Modern military operations rely heavily on understanding and shaping the electromagnetic environment. Radar emissions, jamming signals, and electronic intelligence streams can shift rapidly, leaving...

Detecting hypersonic missiles remains one of the most difficult challenges in modern air defense. Traveling at speeds above Mach 5, these weapons generate extreme...

The US Army has begun integrating AI-assisted target recognition into its Next Generation Command and Control (NGC2) prototype during the ongoing Ivy Sting 2...

Air-defense systems have become highly effective at intercepting rockets and missiles, but they come with a persistent problem: cost and capacity. Low-cost threats such...

Flying autonomously through complex environments requires more than knowing where a drone is. The aircraft must continuously understand what surrounds it, distinguish open routes...

Researchers at Tsinghua University in China developed a new photonic chip that processes, transmits, and reconstructs images in mere nanoseconds by skipping the optical...

Russian forces have increasingly found themselves challenged by small, inexpensive drones that can spot, track, and strike armored targets with surprising accuracy. This shift...