When the U.S. military began its now popularly termed “Asia pivot” a few years ago, the new outward focus on the Pacific region as a national military priority warranted some internal Defense Department focus on how to achieve the mission—to include bumping up the position for the U.S. Army Pacific commander from a three-star general to a four-star.
The U.S. Army is extending advanced communications to disadvantaged users, fielding a series of capabilities to various groups in an effort to give soldiers at the pointy end of the spear the connectivity they need. With the rollout, forward-deployed troops should be able to access classified networks via wireless 4G long-term evolution connections. National Guard units also are acquiring the tools to aid their troops in disaster response scenarios.
Fiscal year 2015 marks the official kickoff of a U.S. Army program to develop a foliage-penetrating radar that will simultaneously locate still objects and track moving objects from a fast-moving fixed-wing aircraft.
Awareness on the battlefield coupled with lighter loads for increased warfighter mobility are key enablers of the future fight. Brig. Gen. (P) Paul A. Ostrowski, USA, the program executive officer, Program Executive Office (PEO) Soldier, is focusing his organization on addressing those needs.
A new mobile operations fusion kit that provides easy, rapid and on-the-go interoperability for mobile field operations and communications piqued the interest recently of the U.S. Marine Corps’ research and development community.
The U.S. Army is preparing—for the first time—to develop and field micro robotic systems under programs of record, indicating confidence that the technology has matured and years of research are paying off. The small systems will provide individual soldiers and squads with critical intelligence, surveillance and reconnaissance data in jungles, buildings and caves that larger systems can’t reach.
U.S. Army engineers developed technology prototypes aimed at weaning U.S. forces from dependence on GPS systems.
A small form factor device that will allow communications from low-level unclassified networks up to high-level secret classified networks has completed the development stage and is in the process of transferring to its new program.
Responses to request for information are due August 15.
When the U.S. Air Force needed a new secure satellite communications system, one company was able to show up at the starting line with an 80 percent solution based on an existing product line serving the Army and the Navy.
The U.S. Army’s Communications-Electronics Research, Development and Engineering Center has created a system to streamline testing, rid unneeded and redundant analysis and even eliminate duplicative spending. The new system addresses the challenge of how technological advances to some Army tactical equipment have outpaced improvements program managers can use to test changes to equipment before fielding.
Virtual training for U.S. Army soldiers advanced in both capability and fidelity recently with the release of Virtual Battle Space 3. Designed for units at the company level or below, its flexibility makes it applicable to the range of Army missions, reducing costs and logistics needs for users.
U.S. Army officials envision a future in which ground and air platforms share data and where soldiers at a remote forward-operating base easily can access information from any sensor in the area, including national satellites or reconnaissance aircraft flying overhead.
The U.S. Army’s current tactical network delivers a wide range of capabilities for warfighters, including unprecedented communications on the move. But the complexity can overwhelm commanders who have countless critical tasks to complete and soldiers’ lives in their hands. Future tactical networks will automate many processes and may be smart enough to advise commanders, similar to JARVIS, Iron Man’s computerized assistant.
A U.S. Army team is modernizing legacy cryptographic equipment at bases around the world to safeguard military information shared on already overhauled tactical networks.
The complexities of the U.S. Army’s networks and spectrum allocation processes interfere with the need to reassign units to different tasks, creating major delays and presenting serious challenges.
U.S. Army engineers and scientists are working to eventually equip dismounted soldiers with wearable computers such as Google Glass. The up-and-coming wearables technology is being touted by officials as one of the next game-changers for warriors.
Officials across the U.S. Defense Department are pushing to identify and develop the disruptive technologies that will offer orders-of-magnitude advantages on the battlefield. But while bringing such capabilities to fruition is difficult, even determining what qualifies as disruptive represents a challenge. As personnel wrestle with definitions, they are forging ahead with their creative ideas.
Scientists at the U.S. Army's Research Laboratory have successfully demonstrated information teleportation capabilities in the laboratory using entangled photons.
The U.S. Army has baked up a scheme to add pizza to its Meal, Ready-to-Eat (MRE) menu. And in keeping with military tradition of making just about any project, program or technology part of an alphabet soup, has assigned it the acronym SSP—shelf stable pizza.