"Drones aren't just systems that end up replacing parts. The key is 'modularization' where the aircraft, avionics, and mission equipment all work together naturally."

At a technology seminar held in Ansan on the 29th, Choong-hee Ga, Chief Technology Officer (CTO), presented "modularization" and "connectivity" as key keywords for the evolution of the drone industry.

Introducing the company's integrated avionics system, automation technology, and various applications verified in defense and industrial sites, he defined "drone is now a platform." He emphasized that the essence of drone technology lies in connectivity and scalability.

The CTO explained the concept of the Modular Open System Approach (MOSA) in which hardware and software are linked together, saying, "Any motor or mission equipment attached to the drone should be automatically recognized and flown."

This philosophy is focused on the D-ARC, a PRENEU integrated avionics system. The system is designed to be a "plug-and-play" structure that enables automatic recognition of equipment and immediate flight as soon as it is mounted on a drone.

PRENEU technology is already being used in defense and industrial sites. ▲ Precision Drop Control Technology ▲ Contact-type Inspection Drone ▲ Electromagnetic Pulse (EMP) attack-proof electrical separation structure design is representative.

Based on the flight back data accumulated for seven years, PRENEU sees drones as an operation-oriented platform rather than a simple product. This data applied to the arc system is the basis for an automatic interworking algorithm between each module.

CTO Ga said, "Consumers simply need to install the library and connect only the parts," adding, "The log analysis tool boasts analysis speed about four times faster than commercial tools, and is increasing the effectiveness of multi-drone operation along with AI-based control and autonomous flight technology."

Sources : https://zdnet.co.kr/view/?no=20250829154258