South Korea's Army, Navy, and Air Force conducted a joint firepower exercise featuring AI-driven target recommendations and coordinated strikes [1, 2].
The exercise marks a shift toward integrating artificial intelligence into real-time combat decision-making. By automating target selection and power suggestions, the military aims to increase the speed and precision of integrated operations across different service branches [1, 2].
During the demonstration, the military utilized a suite of high-profile weaponry to strike targets simultaneously. These assets included K2 tanks, K9 self-propelled howitzers, and Apache helicopters [1, 2]. The integration of AI allowed these systems to receive recommended targets and execute strikes in a synchronized manner [1, 2].
This event was the first joint firepower exercise of its kind in three years [2]. Approximately 1,900 people participated in the event [2]. To demonstrate the capabilities of the integrated combat force to the public, the military invited a civilian observation group consisting of 400 people [2].
Civilians attending the exercise expressed surprise at the scale of the weaponry. "I learned a lot about our country's defense, and I didn't know the firepower was this good. My heart was pounding," Yun Yu-jeong said [1].
Another observer, Kim Ok-ja, noted the proximity of the aircraft during the maneuvers. "Earlier, the helicopter—was it an Apache? Since the Apache flew close by, it felt like it was coming toward me," Kim said [1].
The military said the primary goals of the exercise were to verify AI-based target selection and power proposal capabilities while showcasing the integrated combat strength of the three branches to the South Korean public [1, 2].
“AI-driven target recommendations and coordinated strikes”
The integration of AI into joint-service exercises signals South Korea's move toward a 'network-centric' warfare model. By reducing the time between target detection and engagement through AI recommendations, the military seeks to offset regional threats with superior operational speed and multi-domain synchronization.





