Weapons

AI-powered drone operating system

Naval platforms are being asked to do more for longer, often in environments that place heavy strain on hulls, propulsion systems, and onboard electronics....

Modern air defenses are becoming denser, faster, and more layered, making traditional strike missions increasingly risky. Advanced surface-to-air missile systems force attacking aircraft to...

Modern naval forces are under growing pressure to project power while remaining difficult to detect. As long-range precision weapons become more widespread, large surface...

Modern military aircraft operate in increasingly contested airspace. Portable surface-to-air missiles, radar-guided threats, and improvised munitions pose constant risks to rotary- and fixed-wing platforms...

Undersea operations present a persistent challenge: distance and endurance. Oceans are vast, and autonomous underwater vehicles must travel long ranges before reaching their mission...

Modern air operations are being stretched by distance, cost, and risk. Fighter aircraft are expected to operate deeper into contested airspace, while facing increasingly...

Coordinating large numbers of unmanned systems has become one of the central challenges of modern autonomy. Most drone operations still depend on centralized control,...

As drone warfare scales up, one problem has become increasingly acute: volume without coordination. When thousands of unmanned systems are launched daily across a...

Small, commercially available drones have become a persistent security problem for military bases, borders, and critical infrastructure. They are inexpensive, easy to operate, and...

Monitoring vast maritime areas has become one of the harder problems for modern air forces. Surface vessels can blend into sea clutter, operate far...

Modern battlefields increasingly depend on wireless connectivity. Aircraft, drones, satellites, and ground units all rely on radio-frequency signals for navigation, communication, and coordination. Yet...

Unmanned aerial vehicles used for long-range reconnaissance face a familiar set of tradeoffs. Internal combustion engines offer endurance but generate noise and heat that...

Countering long-range attack drones has become a persistent challenge for air defense planners. Low-cost, long-endurance UAVs can loiter for hours and strike far from...

Modern air defenses are forcing strike systems to evolve rapidly. Weapons that once relied on persistence and operator control are now expected to reach...

Hypersonic weapons promise unmatched speed and reach, but they are held back by a fundamental engineering problem: propulsion efficiency. Flying faster than Mach 5...

Modern battlefields are increasingly shaped by small, fast, and expendable aerial systems. Forces operating under constant surveillance and electronic warfare pressure need tools that...

Supplying forces and communities in remote or high-altitude regions has always been a logistical challenge. Mountainous terrain, limited runways, harsh weather, and damaged infrastructure...

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

Modern military navigation depends heavily on satellite signals, a vulnerability that is becoming harder to ignore. GPS jamming, spoofing, and signal denial are now...

Modern military aviation faces a growing coordination problem. As drones, sensors, and crewed platforms multiply, commanders are often forced to juggle disconnected systems that...

Modern battlefields are placing new demands on strike systems. Forces need weapons that can be deployed quickly, adapted across platforms, and produced in large...