Korean Air Succeeds in AI Drone Swarm Flight: "From Disrupting Air Defenses to Precision Strikes"

Proving the Practicality of Integrated Battlefield Management Systems

Korean Air announced on September 17 that it has successfully demonstrated swarm flight of unmanned aerial vehicles (AI drones) based on artificial intelligence (AI) technology developed independently by the company.

On September 16, Korean Air participated in the 2026 Defense Drone Technology Exhibition, held by the Ministry of National Defense at the Seungjin Training Center in Pocheon, Gyeonggi Province, and successfully completed a mission with a swarm of 22 drones flying simultaneously without collisions using autonomous swarm control technology. On this day, Korean Air was the only company to achieve a successful demonstration using domestically developed technology.

During the demonstration, two lead drones performing reconnaissance missions utilized AI-based real-time Automatic Target Recognition (ATR) technology to detect threats and carry out target reconnaissance. Another 10 drones carried out standoff jamming and deception missions against enemy air defenses through high-maneuverability swarm flights. The remaining 10 drones showcased precision strike capabilities by vertically descending and hitting the targets identified by the lead group with high accuracy, demonstrating simultaneous swarm strike technology.

The demonstration was conducted in a unique format, with the AI itself briefing the operational status of the drones. Situation updates such as "Location confirmed. Switching to target identification phase," and "Precision strike mission successfully accomplished," were broadcast in real-time by an AI voice, which received an enthusiastic response from the audience.

Korean Air utilized its proprietary 'AI-based integrated monitoring' system. Unlike conventional solutions that only provide pre-scripted voice prompts, this system allows the AI to understand and report mission status in real time. It has been developed as an optimized solution for on-site situations, including the ability to collect information on the drones' status and meteorological conditions in response to user inquiries.

Korean Air's AI drone technology is expected to contribute to increased efficiency in military force operations in the future. Previously, one person was required to control one drone; however, the latest demonstration proved that AI technology enables a single operator to control multiple unmanned aerial vehicles simultaneously.

A Korean Air representative stated, "By integrating AI with the unmanned aerial vehicle development and flight control technology we have accumulated over decades, our drones autonomously completed their mission in a successful case. We will continue to contribute to strengthening Korea's drone technology capabilities and lead the domestic drone industry."

This content was produced with the assistance of AI translation services.