Combat Identification

The Combat Identification program, managed by the Air Force, focuses on developing technologies for rapid identification of friendly platforms in both air and ground environments. The primary objective is to integrate and evaluate technologies that provide positive identification capabilities, either through active or passive means. This initiative ensures that Air Force platforms can implement a Mode 5 upgrade across the fleet, enhancing interoperability and functionality in line with Department of Defense standards.

A significant component of this program is the development and certification of the Mark XIIB Identification Friend or Foe (IFF) system. The Department of Defense International AIMS Program Office (AIMSPO) oversees system-level interoperability testing and certification for this system. The program aims to develop new IFF capabilities and integrate civil Mode S capabilities into existing equipment, using advanced technologies like M-code GPS receivers. These efforts are crucial for maintaining interoperability across various mission areas such as Offensive Counter Air and Integrated Air and Missile Defense.

The program supports international collaboration by participating in military and civil aviation meetings with organizations like NATO, the Federal Aviation Administration, and the International Civil Aviation Organization. These engagements ensure that U.S. defense systems remain compatible with foreign military partners and international civil aviation standards. Additionally, the program involves updating technical standards, performing certification testing, and tracking compliance with guidelines from the Office of the Secretary of Defense.

In terms of acquisition strategy, Combat Identification emphasizes leveraging off-the-shelf technology and non-developmental items to maximize efficiency. The management approach involves developing technologies to a stage where they can be demonstrated in realistic combat environments. This strategy supports ongoing efforts to enhance the capabilities of U.S. Air Force platforms while ensuring they meet evolving operational requirements in a cost-effective manner.