This is part of the ACE program [0] where a human pilot will control a number of drones. Sensors in each drone will give the pilot more information and longer range sensors, and the human pilot will use that info to direct the drones to engage certain targets.
For example, using long range radar the pilot selects several enemy jets, and directs the drones to engage those jets. Or the pilot can direct a drone to go ahead of his formation to penetrate hostile air space and collect data he can use to decide next steps.
ACE creates a hierarchical framework for autonomy in which higher-level cognitive functions (e.g., developing an overall engagement strategy, selecting and prioritizing targets, determining best weapon or effect, etc.) may be performed by a human, while lower-level functions (i.e., details of aircraft maneuver and engagement tactics) is left to the autonomous system.[0]
Eventually this will be integrated with the F35[1] reducing risk to human pilots.
For example, using long range radar the pilot selects several enemy jets, and directs the drones to engage those jets. Or the pilot can direct a drone to go ahead of his formation to penetrate hostile air space and collect data he can use to decide next steps.
ACE creates a hierarchical framework for autonomy in which higher-level cognitive functions (e.g., developing an overall engagement strategy, selecting and prioritizing targets, determining best weapon or effect, etc.) may be performed by a human, while lower-level functions (i.e., details of aircraft maneuver and engagement tactics) is left to the autonomous system.[0]
Eventually this will be integrated with the F35[1] reducing risk to human pilots.
0. https://www.darpa.mil/program/air-combat-evolution
1. https://breakingdefense.com/2022/09/lockheed-investing-100m-...