Forterra Named U.S. Army Robotics Integration Partner
The company will manage unmanned systems for the Geronimo opposing force at the Joint Readiness Training Center.
Updated on Oct. 12, 2026 in Robotics
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Forterra has been selected as the Systems Integration Partner for the U.S. Army's Project LAUNCH Box initiative. The firm will integrate various unmanned systems into a unified network for the Geronimo opposing force in Louisiana.
Why it matters
This partnership aims to increase training realism while reducing the time and cost required to evaluate new autonomous capabilities in combat environments. It marks the first time a Combat Training Center has implemented this specific integration model.
Forterra utilizes its proprietary OASIS-Fabric to bridge unmanned systems from multiple vendors into a common network architecture. This unified data layer allows new technologies to function alongside existing equipment as a connected unmanned force.
The players
Forterra
This technology company specializes in robotics and autonomy, maintaining corporate offices in Maryland, Virginia, Florida, Idaho, and California.
Joint Readiness Training Center
Located in Fort Polk, Louisiana, this facility is a primary U.S. Army training ground for combat readiness and simulation exercises.
Geronimo
This is the designated opposing force unit at the Joint Readiness Training Center that provides realistic tactical resistance during training rotations.
The details
By connecting disparate hardware via OASIS-Fabric, the partnership allows the Geronimo force to operate as a cohesive unit during training rotations. The program expects to generate consistent data on how different autonomous platforms interoperate during live exercises.
Timeline
October 12, 2026: Forterra announced its selection as the official integration partner.
The Tech Race
This partnership aligns with the Department of Defense's Replicator initiative by focusing on the rapid integration of scalable autonomous technology. It signifies a move away from siloed system testing toward a model of unified interoperability across diverse military hardware.
While this integration primarily affects military operations, the project's success in streamlining autonomous systems could accelerate the commercialization of similar network architectures. This may eventually lead to better interoperability for industrial and civil robotics applications.
The takeaway
The move toward a unified network architecture for unmanned systems represents a critical shift in how military forces test complex technologies. Organizations adopting similar common data layers can expect to see significant gains in system interoperability and reduced testing timelines.
Further reading
Learn more about the latest innovations in Robotics.
More information
Review the full list of Forterra capabilities and project information.
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Should the U.S. military prioritize integrating autonomous unmanned systems into all combat training exercises?
