The Navy is using a video game to evaluate the skills of unmanned vehicle operators.
DARPA delves into the gray zone.
With this new approach, the service asked industry to propose solutions to four of its top problems.
The Navy continues to move toward fielding a high-energy laser weapon system for NAVSEA.
For the fight of the future, the Army’s investments target soldier performance and protection.
Army Research Laboratory scientists are looking to use trees in a self-powered organic sensor network for future battlefields.
DARPA has initiated work on a program that will help troops deploy robot swarms.
From robots, to simulations to self-training algorithms and beyond, AI will change tactics, strategies and outcomes across the globe.
The U.S. Navy faces diverse—and changing—challenges in information warfare.
New technologies are equipping the fleet. Now the Navy must tailor them to suit its needs while preparing for the next generation of innovations.
Lighter, more compact and ruggedized network solutions also include more cyber protections.
The Army is pairing traditional weapons and vehicles with autonomous systems, an effort they characterize as the first step toward weaponized robotics.
The U.S. Air Force Research Laboratory (AFRL) is set to receive a neuromorphic supercomputer from IBM this summer.
The NIST switch is called a synapse, after its biological counterpart, and it supplies a missing piece for neuromorphic computers.
Service product packages offer holistic view of information systems risk posture.
The service is soliciting "innovative technical ideas" on research priorities and business tactics.
NASA's new GOLD mission to explore the ionosphere and the impact of that environment on radio communications.
Capability enables users to obtain tactical information from a ground network and pass it to and from Link 16.
A new ''robot dog" training simulator is helping canine handlers to improve their care of soldier dogs.
By using laser-generated 3-D images flashed into photosensitive resin, researchers can print complex parts in a fraction of the time.