Edge computing fails when the mission hardware can’t evolve
The payoff is quicker tech insertion, avoiding vendor lock, and more room for autonomy, sensors, weapons, and mission growth.
The payoff is quicker tech insertion, avoiding vendor lock, and more room for autonomy, sensors, weapons, and mission growth.
As adversary submarines grow quieter and more elusive, the Navy turns to a new generation of more capable, connected, and open sonobuoys.
The challenge for Western democratic institutions is not a lack of capability — it is a structural one.
Absolute positioning is critical in contested and denied environments.
From service-life upgrades to safety enhancements, readiness depends on sustaining the vehicles now carrying the mission.
Defending a country the size of the US from threats requires advanced sensing, communications and interception capabilities.
Red Cat, well known for its aerial drones, has launched Blue Ops, a new company to mass produce USVs.
As missions stretch farther and comms grow less reliable, predictive software could become the edge that keeps missions afloat.
Next-gen sonobuoys for anti-submarine warfare are specifically designed to detect quieter Russian and Chinese subs.
As space threats continue to evolve, existing satellites need new capabilities to defend and protect, even after launch.
From emerging data networks to missile tracking and cyber resilience, Breaking Defense’s latest eBook brings together essential reporting on the evolving role of satellites in national security.
SNC’s Freedom trainer is engineered for the hard landings that come with naval missions.
Answering the Pentagon’s call to bolster defense industrial base.
As “dirty” RF and contested environments proliferate, autonomy increasingly depends on resilient positioning.
As missions stretch farther and comms grow less reliable, predictive software could become the edge that keeps missions afloat.
Mobile howitzers fill a critical role on the battlefield, and domestic manufacturing ensures their availability.
As threats rapidly evolve, digital engineering, manufacturing capacity and robust supply chains are critical to meeting challenges.