The US military let artificial intelligence fly a fighter jet and even battle simulated enemies in air-to-air combat

The US military let artificial intelligence fly a fighter jet and even battle simulated enemies in air-to-air combat

The US Military is now allowing AI to take control of fighter jets in simulated combat, a revolutionary step forward in the use of artificial intelligence in warfare. The technology will help the US military gain new insights into tactical decision-making, and it will allow AI-controlled planes to engage in realistic battles with human pilots or other AI-controlled planes.

This initiative started in early 2021, when the US Air Force Research Lab began testing out AI-driven fighters in simulations. After rigorous examinations and evaluations, the program was approved for deployment by the Pentagon. The AI-controlled planes are being utilized as part of the USAF's Advanced Battle Management System (ABMS), which allows for a more dynamic, real-time approach to warfare.

The AI-controlled planes are able to operate autonomously, using sensors on board to detect enemy aircraft and accurately predict their movements. They can also make decisions on how to best engage an enemy, quickly adapting to their behavior and tactics. Thanks to their advanced sensors, AI-controlled planes are able to detect targets even within dense airspaces.

AI-controlled planes are also being used to conduct reconnaissance missions. By collecting intelligence data, they can provide critical insights that can be used to inform strategic decisions. AI-driven fighters are also being used to investigate potential threats, enabling commanders to gain a better understanding of the kind of forces they're up against.

By deploying AI-controlled planes into battle simulations, the US military has taken a major step towards incorporating robots into its arsenal. This will enable the military to more effectively simulate combat scenarios and refine tactics for future missions. Additionally, the use of AI-driven fighters could potentially revolutionize the way wars are fought, as the technology evolves further.

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