The network transport layer is the backbone of next-generation command and control
Hybrid communications requirements will shape the Army’s data infrastructure of the future.
Hybrid communications requirements will shape the Army’s data infrastructure of the future.
Ability to reconfigure avionics on the fly allows for faster, better development of crucial capabilities.
The GPS network continues to prove its unmatched reliability, and it’s only getting stronger.
The network transport architecture for NGC2 could be a hybrid approach that combines high assurance communications with 5G, WiFi, and multi-orbit satellites.
The future of Army aviation will be avionics flight testing where new code is written and uploaded before the helicopter lands.
With new-but-proven technologies, the Navy can maintain its undersea dominance even as the strategic landscape grows more complex.
Distributed anti-submarine warfare leverages autonomy and advanced comms and networked sensors that already exist.
Onshoring and investment in military-specific semiconductors anchor a cornerstone of the defense industrial base.
Maneuver formations face multifaceted threats that include kinetic force-on-force and non-kinetic effects such as electronic warfare.
Ground platform situational awareness is critical as vehicle crew survivability depends upon it.
Command posts that aren’t mobile are vulnerable to attack from electronic warfare and long-range drones.
Expeditionary forces jumping from island to island in the Indo-Pacific need a mobile way to command and control from vehicles, hotels, and homes.
Cyber resilience has become a frontline mission for the US military. Breaking Defense’s new eBook rounds up key reporting from the 2025 Alamo ACE conference with the latest developments in cyber offense and defense.