Technology Maturation Initiatives

The Technology Maturation Initiatives program is designed to advance and integrate component technologies into early system and sub-system experimental prototypes for demonstration in relevant environments. This initiative focuses on maturing emerging Science and Technology products to a higher readiness level, integrating them into technology demonstrators that meet existing Program of Record requirements. The goal is to streamline the development and insertion of mature technologies supporting advanced ground systems, aviation systems, command, control, communication, reconnaissance systems, precision weapons, navigation systems, and Soldier equipment. The program collaborates with academia, small companies, and the defense industrial base to ensure rapid integration and prototyping of innovative solutions.

The Advanced Lethality and Accuracy Systems for Medium Caliber (ALAS-MC) project under this program focuses on maturing Artificial Intelligence/Machine Learning algorithms to enable aided target detection for Next Generation Combat Vehicles. It integrates these algorithms with real-time intelligent fire control systems to demonstrate automated turret capabilities. This project aligns with the Army Modernization Strategy and aims to provide overmatch through reduced target acquisition timelines.

The Advanced Mobility Experimental Prototype project aims to integrate advanced powertrain and onboard electrical power generation technologies into a prototype ground combat vehicle. This effort seeks to demonstrate increased mobility, maneuver speeds, reduced fuel demands, and onboard power generation for advanced lethality and protection technologies. The project will evaluate the prototype in realistic operating environments to validate performance enhancements for future ground combat vehicle programs.

The Army Operational Fires project focuses on developing a ground-launched weapon system capable of destroying critical targets in contested environments. This initiative includes system-level prototyping to extend the range of Army fires beyond 499km. The project aligns with the Army Modernization Strategy by addressing capability gaps in Anti-Access/Area Denial environments. It complements other fires developments and is performed by the Rapid Capabilities and Critical Technologies Office.