A hypersonic missile is a maneuverable weapon that travels at least five times the speed of sound low within the atmosphere, evading traditional radar by constantly altering its flight path before striking a target.
A gallium nitride amplifier is a microscopic semiconductor that allows military radars to broadcast radio waves at extreme energy levels and temperatures without melting, enabling them to track distant targets through heavy enemy jamming.
A scramjet engine forces hypersonic air through a geometric bottleneck, utilizing a sequence of overlapping shock waves to compress and slow the oxygen just enough to ignite fuel without blowing out the flame.
A digital radio frequency memory jammer is an electronic warfare system that records an incoming hostile radar pulse, mathematically alters its physical characteristics, and fires the manipulated signal back to trick the enemy radar into tracking a phantom target.
Gallium Nitride digital beamforming is a radar architecture that uses thousands of microscopic, high-voltage solid-state transmitters to mathematically steer invisible walls of electromagnetic energy without physically moving the antenna.
A Divert and Attitude Control System is a high-speed orbital maneuvering array that fires microsecond bursts of thrust in a vacuum, physically steering a kinetic kill vehicle to collide directly with an incoming nuclear warhead traveling at 15,000 miles per hour.
The Cooperative Engagement Capability is a high-speed, encrypted mesh network that mathematically fuses raw radar data from multiple ships and aircraft into a single, unified targeting picture, allowing a naval fleet to fight as a single distributed weapon system.
A proliferated Low Earth Orbit missile warning architecture is a decentralized web of hundreds of interconnected satellites that use infrared sensors and laser communications to continuously track unpredictable, high-speed weapons maneuvering through the upper atmosphere.
A kinetic energy penetrator is a dense, fin-stabilized metal dart fired at extreme supersonic speeds, relying entirely on raw mass and hyper-velocity impact physics to mechanically bore through heavy composite tank armor without using explosives.
An Active Electronically Scanned Array is a radar system that abandons moving mechanical dishes in favor of thousands of fixed, microscopic antenna modules that use mathematically shifted radio waves to steer targeting beams at the speed of light.