HLS

Firefighting in industrial sites, disaster zones, and remote environments often exposes crews to extreme heat, toxic smoke, and unstable structures. While remotely controlled unmanned...

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

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

On modern battlefields, artillery and mortar fire can strike within seconds of launch. Detecting the origin of gunfire quickly is critical for both force...

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...

Small drones and mobile robots increasingly operate in tight, cluttered environments where awareness must be both wide and fast. Conventional camera systems can capture...

Small drones are rapidly becoming a dominant feature of modern battlefields. They are inexpensive, adaptable, and increasingly used for reconnaissance, strike, and interception roles....

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....

Major international sporting events present a unique security challenge. Large crowds, unfamiliar visitors, confined urban spaces, and heightened global attention create conditions where even...

Small drones have become a common tool for surveillance, inspection, and reconnaissance, but they come with limits. Battery life restricts endurance, electric motors generate...

Small unmanned aerial systems have become a routine threat on modern battlefields and around naval vessels. Commercial quadcopters and improvised drones are inexpensive, agile,...

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

As hypersonic weapons move from demonstration programs toward operational deployment, a central challenge has emerged: how to produce them quickly and affordably at scale....

At first glance, diesel submarines seem to defy basic physics. Diesel engines require oxygen for combustion, yet these vessels spend much of their time...

Ground forces increasingly face small, fast-moving threats at close range—whether hostile personnel, light vehicles, or unmanned systems. Conventional weapons can address these risks, but...

Modern naval forces face an increasingly complex underwater picture. Quieter submarines, dense maritime traffic and the growing risk of seabed mines make persistent undersea...

Modern autonomous systems depend heavily on continuous communication. Drone swarms, robotic teams, and distributed AI agents typically exchange data wirelessly to coordinate movement, share...

Moving heavy cargo by air without runways remains a major bottleneck for emergency response, logistics, and military operations. Helicopters can do the job, but...

Firefighting and disaster response increasingly place human crews in environments that are unstable, toxic, or simply unreachable. Collapsed structures, chemical leaks, tunnel fires, and...

Military operations have traditionally relied on a sequential “kill chain” — a process that moves from intelligence gathering and target identification to legal review...

Maintaining a credible sea-based nuclear deterrent requires more than just advanced missiles. Submarines tasked with strategic patrols must remain undetected for extended periods while...

Targeted operations in the heart of a hostile capital require an exceptionally high level of intelligence: real-time movement tracking, analysis of behavioral patterns, and...