Swarmbotics AI has won a US Army contract to build swarming, attritable small unmanned ground vehicles (sUGVs) for the 1st Cavalry Division.
The award stems from Swarmbotics’ performance at last year’s xTechOverwatch competition, where its autonomous ground robotics technology competed against dozens of innovative small business teams.
Designed to operate as swarms, the sUGVs aim to create multiple dilemmas for adversaries at lower cost than traditional manned platforms, reflecting army interest in scalable force multiplication.
Soldiers from the 1st Cavalry Division assessed autonomous capabilities across ground and airborne systems as part of the evaluation, which was facilitated by the US Army’s Transformation and Training Command and key stakeholders.
“Mass is our objective, by employing swarms of heterogeneous small sUGVs we create multiple dilemmas for our adversaries at fractions of the cost of exquisite platforms,” Swarmbotics chief executive officer Stephen Houghton said.
XTech Overwatch’s Winning Technologies
xTechOverwatch is a US Army innovation competition launched in April 2025 to accelerate autonomous air and ground systems by partnering with small businesses developing advanced artificial intelligence, sensors, and robotics technologies.
The army received more than 630 submissions and selected 40 finalists to demonstrate solutions that can adapt to terrain, occupy advantageous overwatch positions, and execute mission objectives with minimal human intervention.
Among the companies that emerged as winners in the xTechOverwatch finals, several showcased cutting‑edge autonomy and robotics capabilities that align with army goals.
FieldAI Federal, for example, was selected for its autonomy stack that enables robotic platforms to navigate unstructured terrain without GPS, improving situational awareness and cross‑domain maneuverability.
Other firms that earned recognition during the competition include Allen Control Systems, which presented autonomous overwatch unmanned systems for counter‑UAS missions, and AZAK, known for resilient robotics capable of adaptive terrain navigation.
Selected competitors are expected to work with army formations from January 2026 through July 2027, integrating prototype systems into real‑world training environments to inform iterative improvements and support army modernization strategies.
