Light armored vehicles need to balance two requirements that often work against each other: mobility and protection. Troops operating in areas threatened by mines and gunfire need enough armor to ...

Drones have already removed soldiers from some of the most exposed battlefield tasks, but many dangerous jobs still require ...

Drone defense is relatively straightforward when protecting a permanent airbase or critical facility: sensors, command ...

Smart devices are becoming increasingly capable, but their growing computing power also creates new cybersecurity risks. Televisions, cameras, household appliances and other internet-connected ...

Drone-on-drone interception becomes considerably harder as the target gets faster. An interceptor not only has to locate and approach another aircraft but also calculate where the target will be when ...

INNOFENSE was created to identify promising technologies from the civilian market and help unlock their potential for defense ...

Armored vehicles increasingly need to defend against threats coming from more than one direction. Crews may have to engage ...

Every electrical system inside a drone needs power, and delivering it normally means running wires through wings, fuselage ...

Armored vehicles protect their crews by separating them from the battlefield with thick layers of steel and composite armor.

When defenders assess a network for cyberattacks, the most highly connected components can appear to be the obvious targets.

Modern ground-based air defenses must react to threats that behave very differently in flight. Cruise missiles can approach ...

Light infantry faces a firepower problem. Units need heavy indirect-fire support that can move quickly with them, but ...