ClassNK has successfully completed the Technology Qualification (TQ) process for the ‘Advanced Routing Simulation and Planning’ (ARS) software developed by JAPAN MARINE SCIENCE INC. The issuance of the first Technology Qualification statement signifies that this innovative software has been verified for safety and is considered equivalent to technologies developed under existing maritime regulations.
This represents a crucial advancement toward the practical deployment of autonomous navigation systems on actual vessels. The development of technologies related to Maritime Autonomous Surface Ships (MASS) is gaining momentum, aimed at minimizing human error, reducing crew workloads, and addressing labor shortages in the maritime industry.
In response to the growing need for these technologies, ClassNK has released its ‘Guidelines for Technology Qualification.’ These guidelines facilitate the safety assessment of novel technologies that may not be covered by current regulations. The TQ process systematically identifies potential risks, challenges, and the necessary safety measures, ensuring that the technology operates safely and reliably within a specified framework.
The ARS software is designed to predict the future behavior of a vessel and surrounding ships, creating action plans to prevent collisions and groundings. As a core technology for autonomous vessel operations, ARS is slated for integration into demonstration projects in Japan, utilizing a container ship and a passenger ferry servicing remote islands.
ClassNK conducted a thorough evaluation of the ARS software, adhering to its ‘Technology Qualification Guidelines’ and ‘Guidelines for Automated/Autonomous Operations on Ships (Ver. 1.0).’ This evaluation encompassed novelty assessment, risk analysis, simulation testing, and validation of qualifications.
After confirming that the essential functions for autonomous navigation align with the required standards, ClassNK issued its statement. Looking ahead, ClassNK aims to continue supporting the deployment of automated and autonomous operational technologies through the establishment of standards and technical verification processes.