Protection

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

Autonomous underwater vehicles (AUVs) operate in an environment that is constantly shifting. Sudden currents, turbulence and pressure changes can destabilize rigid wings and control...

The rapid spread of small drones on the battlefield is exposing a persistent weakness in traditional air defense: low-altitude coverage. Quadcopters and loitering munitions...

Protective gear such as helmets and body armor must strike a difficult balance. Materials need to be strong enough to withstand impact, but not...

The modern battlefield is becoming increasingly crowded and complex. Drones, sensors, cameras, radars, and weapons systems all operate simultaneously, generating enormous volumes of data....

Modern electronic warfare increasingly revolves around one challenge: finding signals that are designed not to be found. Advanced radar systems now use low-probability-of-intercept waveforms,...

GPS and other satellite navigation systems have become essential infrastructure for aviation, maritime transport, communications, and critical timing networks. When these signals are disrupted,...

Traditional robots are typically built around rigid frames, motors, gears, and joints. While this design works well in structured environments, it becomes less effective...

Autonomous AI agents are becoming increasingly capable of writing code, installing software, modifying files, and interacting with operating systems with minimal human supervision. These...

Small drones have become one of the most challenging threats facing security forces in recent years. Their compact size, low-altitude flight profiles, and minimal...

Detecting unauthorized drones around airports, power plants, stadiums and other sensitive locations usually requires dedicated radars, radio-frequency sensors or cameras. Deploying enough of those...

Modern military units are becoming increasingly dependent on electricity. Drones need regular charging, electronic warfare equipment can draw substantial power, and edge-computing systems must...

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

The next generation of warfare is already upon us, unfolding in the shadows and beneath the waves. It's a conflict defined not by brute...

Growing missile arsenals are placing unprecedented pressure on air and missile defense systems. Ballistic threats are no longer limited to a small number of...

Explosive ordnance disposal remains one of the most dangerous missions on the modern battlefield. Even when technicians do everything right, repeated exposure to blast...

The effective coordination of numerous unmanned aerial vehicles presents a significant logistical and operational challenge. Traditional models, where a single operator controls one or...

Amphibious assaults place unique demands on armored vehicles. Platforms must survive open-water transit, land directly onto hostile shores, and then continue operating inland against...

Modern air combat is increasingly defined by long-range sensors and advanced missiles, but crewed fighter jets still face a basic constraint: to fire, they...

Loitering munitions have become a central feature of modern conflict, offering a relatively low-cost way to strike targets with precision. However, many existing systems...

The push toward more sustainable drone designs has introduced a less obvious technical challenge: materials matter. While bamboo offers clear advantages as a lightweight,...

Drone threats at sea are becoming more frequent and harder to manage. Small, low-cost UAVs can be launched in large numbers, forcing naval forces...