A US Army Stryker armored vehicles convoy. Image: Wikimedia Commons
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US Army combat vehicles are about to get a serious tech boost, as One Stop Systems (OSS) scored a $1.2-million deal to equip them with advanced computing and visualization systems.

The company will deliver rugged computing units, smart data-routing hardware, and next-gen crew computers — all packed into a passively cooled chassis.

These systems turn real-time video and sensor feeds into a full 360-degree view, improving target detection and battlefield performance even in low-visibility battlefield conditions.

Staff Sgt. Blade Kemats and Spc. Kenan Taylor, armor crewmembers with Company A, 1st Battalion, 145th Armored Regiment, operate an M1A2 Abrams. Image: Staff Sgt. Thomas Moeger/US Army

Prototype systems are expected within three to six months, with OSS working closely with another contractor to test and integrate them across platforms.

“This engagement with a new, top-tier US defense prime contractor marks a meaningful milestone for OSS,” said Mike Knowles, President and CEO of OSS.

“We believe integrating our hardware into a prime contractor’s system solution for Army combat vehicles validates the performance, ruggedization, and technical maturity of our platforms.”

The Core Tech

At the heart of the system is OSS’s high-speed networking and computing hardware, which is compatible with both current army platforms like Stryker, Bradley, and Abrams and future manned and optionally manned vehicles.

The hardware is now undergoing rigorous testing at the US Army Ground Vehicle Systems Center in Michigan, simulating realistic battlefield conditions.

Three ruggedized, white-chassis computing units from One Stop Systems stacked vertically. Image: One Stop Systems

The trials will determine whether the tool can meet operational demands while supporting future mobility, autonomy, and digital modernization initiatives.

“We are proud to advance the US Army’s modernization priorities for vehicle survivability and mobility,” Knowles stated.

“We believe this underscores the advantage of our high-speed date network, which delivers ultra-low-latency performance beyond what traditional fabric connections can offer.”

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