Defense Advanced Research Projects Agency researchers have broken a barrier in the use of solid-state electronics that could lead to gigabit-speed networks and sensors that see through clouds.
The IBM Watson Developers Cloud could help agencies tap the cognitive computing for fraud analysis, intelligence surveillance and more.
The Defense Logistics Agency is using botanical DNA marking technology to battle a rise in counterfeit electronic parts and devices.
NASA's PhoneSats will demonstrate how off-the-shelf consumer devices can lead to a new, distributed means of problem-solving in space.
National lab installs smaller supercomputers whose sole purpose is to sift through the massive amount of data being generated by Titan.
QKD uses a photon's polarization and spin to verify an unobserved key transmission.
NIST's revised guidance for Smart Grid cybersecurity reflects changes in power grid technology, which will put a lot of personal information on the grid.
Battelle has implemented the first quantum-key distribution system for production use in the United States, but NIST researchers remain skeptical about moving it from the lab to large-scale use.
Kyocera’s proprietary Smart Sonic technology transmits sounds via the air and through body tissue -- mitigating background noise and traveling through ear plugs.
With NSF-backed funding, researchers will create energy-efficient optical network -– with silicon photonic switches –- to handle massive amounts of data.
D-Wave's Eric Ladizinsky explains how "we are harvesting the parallel worlds to solve problems in this one."
The Army Research Lab and Purdue University develop a process that would let soldiers repair damaged parts on aircraft and ground vehicles on the spot.