Computerized Vision

Operating after dark remains one of the most demanding conditions for soldiers and security forces. Night-vision equipment is essential, yet it is often expensive,...

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...

Modern infantry operate in environments saturated with threats and information. Ballistic danger, laser exposure, electronic noise, and the constant need to process data from...

Autonomous systems struggle most at close range. While long-distance sensing is relatively mature, many accidents and failures occur within tens of meters, where blind...

Armored vehicles operate in some of the most demanding and visually restrictive environments on the battlefield. Dust, smoke, darkness, urban clutter, and limited sightlines...

Modern warfare presents extreme risks to soldiers conducting reconnaissance and direct action missions. Operating in complex, contested environments exposes personnel to constant threats, making...

Firefighters face some of the most hostile operating conditions of any emergency service. Thick smoke blocks vision, heat degrades sensors, and GPS signals are...

Finnish startup Distance Technologies has unveiled its Field Operator HUD (FOH), an innovative augmented reality (AR) system for combat vehicles. The system, which has...

Airborne early warning remains one of the most difficult capabilities to replace. Modern air combat depends on long-range detection, tracking, and battle management, yet...

As drone threats grow in range, speed, and sophistication, many existing counter-UAS systems struggle to keep up. Ground-based radars are limited by terrain, jammers...

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 main battle tanks were designed to defeat threats coming from the front and sides. Today, that assumption no longer holds. Inexpensive first-person-view drones...

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

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

Power transmission lines stretch across forests, farmland, and mountainous terrain, where they face constant exposure to heat, vegetation growth, and shifting weather patterns. These...

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...

The rapid spread of unmanned aerial systems has made airspace security more complex for military forces and critical facilities. Small drones are increasingly capable,...

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

Modern fighter operations place growing cognitive and physical demands on pilots. High-speed engagements, dense sensor inputs, and operations at night or in poor weather...

Protecting personnel from the long-term neurological effects of blast exposure has been a persistent challenge for militaries worldwide. Shock waves from heavy weapons or...

High-performance infrared imaging normally requires exotic materials or cryogenic cooling, making it too costly for widespread commercial or security use. Conventional CMOS sensors—the same...

Ground robots often struggle with one recurring problem: every terrain demands a different movement strategy. Smooth surfaces favor wheels, rubble demands crawling, and narrow...