Battlefield and domestic drone threats show the need for mobile counter-UAS
As threats evolve on both the battlefield and homeland, counter-UAS must be able to keep pace.
As threats evolve on both the battlefield and homeland, counter-UAS must be able to keep pace.
AI-powered automation helps solve warfighter problems, improve force readiness and enable mission execution.
As aircraft shrink, threats expand, and technology accelerates, aircraft engines must iterate along with the threats.
The US Army wants a mobile and survivable howitzer that’s built in the US.
Air defense radar, counter-drone, and missile launchers are three keys to Army transformation.
Low-profile, chest-worn versatile radio system keeps warfighters mobile, agile, and connected.
As drones become more capable and deadlier, counter-drone technology and strategy must adapt to stay effective.
Modeling and simulation get an AI upgrade for more realistic training and improved autonomous platforms.
The artificial intelligence battle between the US and China is about data, threat intelligence, and decisive action.
Breaking Defense takes a look at the Embraer KC-390 for this video report on the refueling tanker/cargo plane that can be built in the U.S.A.
Enhancing combat-proven systems with new capabilities to address evolving threats can meet demand.
Effective collaboration with partners requires open architectures for rapid configuration of missions and platforms.
Onshoring and investment in military-specific semiconductors anchor a cornerstone of the defense industrial base.
With a demonstrated ability to integrate capabilities in hours with MOSA, Black Hawk can give the Army a decisive advantage across theaters.
These expeditionary systems provide new layers of defense against evolving threats and enable non-kinetic attack.
A low-cost autonomous system that can do counter-mine for the DoD and infrastructure monitoring for the oil industry.
General Atomics is going to manufacture and integrate this sea-skimming missile in its U.S. facilities.