South Korea’s Aerospace Agency, in collaboration with the Electronics and Telecommunications Research Institute (ETRI), showcased a pioneering drone platform that integrates data, networks, and artificial intelligence (DNA) for real-time search and rescue operations. (Image courtesy of KASA)
SEOUL, Dec. 4 (Korea Bizwire) – In a groundbreaking development, South Korea’s Aerospace Agency, in collaboration with the Electronics and Telecommunications Research Institute (ETRI), showcased a pioneering drone platform that integrates data, networks, and artificial intelligence (DNA) for real-time search and rescue operations.
At a demonstration in Daejeon on December 3, the platform, powered by “5G+” tailored for specific locations, was unveiled as the first of its kind globally.
Developed by the DNA+ Drone Technology Development Consortium, launched in 2020, the project has advanced capabilities such as autonomous and swarming drone flight, remote operations, and data-driven analysis.
Key innovations include a drone standard data system, airborne 5G mobile base stations, a 4D ground control platform, and AI-based small-object detection. For example, the system enables multiple drones equipped with high-resolution cameras to collaborate in search-and-rescue missions.
Using mobile base stations and real-time object detection, the drones can stream large-scale video data to command centers, where AI rapidly analyzes it to locate and assist missing persons.
The platform also supports applications like high-rise facility inspections, water resource monitoring, and precision agriculture, signaling a broader commercial potential.
Lim Chae-deok, head of the consortium, emphasized the significance of the achievement amid global competition.
“This 5G-based drone platform, integrating sensor data with AI, elevates the commercial viability of intelligent drone services. We plan to expand its application to advanced air mobility sectors,” he said.
The initiative underscores South Korea’s drive to lead in drone innovation while addressing critical societal challenges through advanced technology.
Kevin Lee (kevinlee@koreabizwire.com)
