Recently, Lockheed Martin's renowned Skunk Works division successfully conducted a flight demonstration highlighting its cutting-edge Artificial Intelligence-driven Mission Contingency Management (AI/MCM) system. The test was performed using the Stalker XE Block 25 drone and an Alta X 2.0 drone, which had been modified by Drone Amplied. During the demonstration, various unexpected fuel scenario changes were simulated. In these scenarios, the AI integrated into the ground command and control system swiftly analyzed the situation within seconds. It then generated multiple replanning options and presented them to the operator for selection.

Once the operator chose the preferred course of action, the AI automatically reassigned the Stalker's mission to the Alta X drone and issued a command for the Stalker to return to its base. This achievement signifies a pivotal shift for artificial intelligence, moving it from the controlled environment of the laboratory to the dynamic and unpredictable realm of the battlefield. The system offers a spectrum of capabilities, ranging from autonomous decision-making to facilitating rapid data exchange among drones operating in aerial, ground, and synthetic environments.

To support developers in swiftly and effectively creating and deploying AI services, Lockheed Martin leverages its STAR.SDK™ solution. This tool enables seamless collaboration and interoperability among diverse artificial intelligence systems, fostering innovation and efficiency in the development process.