BAE Systems develops software-defined radio communications to enable resilient inter-satellite links across multiple orbital regimes for the U.S. Space Force.

BAE Systems Introduces Scalable Multi-Domain Artillery Cannon System and High Power Microwave Demonstrators to Counter Massed Drone Swarms.

BAE Systems counter-drone trials in Scotland validate the BATS software-defined architecture for executing end-to-end sense-to-effect missions against uncrewed air threats.

BAE Systems secures a Collins Aerospace contract to integrate DIGAR-500M M-Code GPS technology into the U.S. Navy JPALS.

BAE Systems has secured interoperability certification for a combined avionics module designed to secure data exchange and identify allied forces in contested environments.

The MEO Epoch 2 program will deliver 10 spacecraft and ground systems supporting resilient detection of ballistic and hypersonic threats.

BAE Systems and GlobalFoundries are collaborating to manufacture custom application-specific integrated circuits for space-grade digital infrastructure.

BAE Systems has launched the Shadow EW suite of compact electronic warfare systems engineered to deliver situational awareness and self-defense capabilities across small airborne platforms.

BAE Systems developed the structural and thermal optomechanical platform for NASA to enable wide-field optical survey capabilities in orbital astrophysics.

Program targets thermal limitations in GaN RF electronics, aiming to increase system power, range and operational capabilities for military applications.