Cluster munitions are designed to expand the impact of a single strike by spreading dozens or even hundreds of smaller ...

On modern battlefields, artillery and mortar fire can strike within seconds of launch. Detecting the origin of gunfire ...

Modern combat aircraft are increasingly defined as much by software as by airframes and engines. Mission data, sensor fusion, threat libraries, and logistics systems are all controlled through tightly ...

Small drones and mobile robots increasingly operate in tight, cluttered environments where awareness must be both wide and ...

Small drones are rapidly becoming a dominant feature of modern battlefields. They are inexpensive, adaptable, and ...

As combat aircraft take on longer missions and pilots rely more heavily on helmet-mounted sensors and displays, the physical burden on aircrew has become a growing concern. Modern fixed-wing pilots ...

Most internet users rely on password managers to handle dozens, sometimes hundreds, of login credentials. These tools promise convenience and security by storing sensitive data—banking details, work ...

At first glance, diesel submarines seem to defy basic physics. Diesel engines require oxygen for combustion, yet these ...

Ice remains one of the most underestimated hazards in transportation. On roads, invisible ice contributes to a significant share of weather-related crashes each year. In aviation, ice accumulation can ...

One of the persistent limitations of robotic manipulation is reach. Even highly dexterous robotic arms are constrained by their fixed mounting points, forcing complex repositioning or additional ...

Robots are getting better at sensing their surroundings, but moving safely through unfamiliar spaces remains a bottleneck. Most autonomous systems still depend on building detailed maps, fusing ...

As artificial intelligence becomes embedded across connected systems, a structural weakness is starting to show. Most AI-driven services depend heavily on centralized cloud infrastructure, meaning a ...