An autonomy blueprint is essential to keep legacy platforms relevant in modern warfare
It’s about improving existing platforms with autonomy, and applying AI, edge computing, quantum encryption, and sensor fusion.
It’s about improving existing platforms with autonomy, and applying AI, edge computing, quantum encryption, and sensor fusion.
Smart solutions are available to access proven advanced technology, modernize the organic industrial base, and expand secure domestic production.
Protecting warfighters requires fast, accurate, and dependable systems that work flawlessly to military standards.
Discussing the MV-75 FLRAA program objectives and how they align with the Army's modernization strategy.
A key advantage of SBIs is they can defeat missile threats earlier in their trajectory.
These attributes define key European helicopter requirements.
The demand for space, terrestrial, and surface/subsurface data at the edge requires networks to scale with fiber optics.
The jet-powered transport’s speed, survivability and multi-mission agility position it as a viable option to the C-130 for the US and NATO allies.
Cybersecurity skills must evolve in near-real time as Zero Day threats continue and AI provides new challenges.
The initial command and control gateway to earn a continuous Authority to Operate is changing multi-domain operations.
The newly established National Security Data and Policy Institute at UVA has ideas about artificial intelligence and defense.
Artificial intelligence can close the gap between US defense priorities and actual funding.
It’s about improving existing platforms with autonomy, and applying AI, edge computing, quantum encryption, and sensor fusion.
A super-operator is one who employs AI to stay informed, identify threats, and act decisively.
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.