AI-Integrated Exoskeletons for Warfighter Performance Enhancement

The contract seeks the development and delivery of advanced AI-enabled exoskeleton systems designed to significantly improve warfighter endurance, lethality, and overall mission performance by providing adaptive physical support and real-time feedback during operational tasks. These systems must integrate artificial intelligence to dynamically respond to the user’s movement, terrain conditions, and physiological state, enhancing strength and stamina without compromising mobility or situational awareness. The technology must be ruggedized for military environments and capable of operating under extreme conditions while maintaining seamless interoperability with existing soldier systems and command networks. The project is structured as a subcontract under the Department of Defense, with performance centered at the USAF Academy in Colorado, 80840. The solicitation was posted on May 5, 2026, with a firm deadline for responses set for May 29, 2030, indicating a long-term development and procurement cycle. The North American Industry Classification System code 336412 confirms the focus on aerospace product and parts manufacturing, aligning the effort with advanced defense hardware innovation. While no set-aside provisions are specified, the work is anticipated to require high-level expertise in robotics, machine learning, biomechanics, and military operational requirements, targeting contractors with proven capabilities in integrating AI with wearable human augmentation technologies.