This is a technology that supports the safe autonomous navigation of ships through autonomous decision-making by recognizing and analyzing the maritime conditions around the ship in real time with various sensors to secure navigational safety of autonomous ships.

As a technology that predicts and diagnoses ship failures through performance monitoring of key engine systems of autonomous ships, it supports decision making to prevent and respond to accidents, and provides engineering information based on augmented reality. Technology that enables remote support from onshore experts.

We operate a 24-meter-class offshore test bed test vessel to develop technologies related to autonomous ships and perform performance tests of major equipment and systems, and demonstration tests through systematic verification procedures are conducted here. In addition, sea trial operation is performed for autonomous ships built in Korea, and verification and certification procedures for all technologies related to autonomous ships are carried out.

In the event of an accident during the voyage of autonomous ships, we are designing an optimization algorithm for rapid detection and immediate response to the accident, and developing safety and risk assessment technology suitable for the unique characteristics of autonomous ships. . In addition, it is a technology that can lead the international standardization of autonomous ships by proposing international standardization technologies related to autonomous ship technology to IMO, IEC, and ISO.