Sentry Operations

The GAMBIT Project

Our Idea

Based on decades of battlefield experience and observations of warfare's rapid modernization, we developed a concept to deliver advanced capabilities to existing equipment through small, modular integration.

At the speed of war. Not waiting for decades of programmatic changes.

This is next-generation warfare: developing tech advancements in algorithms paired with high-performance, low-cost, low-SWaP components to deliver a complete product to the battlefield, not the lab. Something operators can employ immediately, in any environment or mission set, and run without connectivity or massive systems.

Our Approach

Using readily available components and existing systems, we fielded, tested, and employed a GAMBIT module actually in the field. Incorporating real-time battlefield and customer feedback, we transformed it into a system capable of operating entirely on the edge and adapting to mission conditions - executing a full find, fix, and finish cycle within hours from a single payload.

We relied on our extensive battlefield and targeting expertise but also listened to operators on the ground — we wanted a system that worked in the field immediately. So, we developed it in the field and designed it for no connectivity, autonomous actions, GPS-denied territory, and rapid integration into both modern and legacy systems. Our projects are intentionally created for current employment but with the flexibility to adapt to future warfare, not just a concept for a program.

Industry-Changing Results

GAMBIT not only functions on the battlefield but also demonstrates to the community that it is possible to quickly develop and deploy low-SWaP, misattributable systems capable of operating in harsh environmental and RF conditions. These systems can complete full mission cycles with onboard processing, move across different platforms, and are applicable in ground, air, and maritime domains.

We proved the approach works - modern systems need to be quickly responsive, low-cost, and built for the warfighter. Not only are we now developing this system and technology for other combat applications, we set a benchmark for how the defense industry can and should work.