Regulator. The items that name it, and who it appears alongside.
ClassNK has granted approval for an autonomous navigation system designed for a container ship. The approval marks a step forward in the integration of autonomous technology in maritime operations. The system's specifics and the vessel involved were not detailed in the provided text.
ClassNK has awarded the world’s first autonomous ship notation to the container ship *Genbu*. This certification recognizes the vessel’s advanced autonomous navigation capabilities. The notation signifies compliance with ClassNK’s guidelines for autonomous ships. *Genbu* is operated by NYK Line.
Orca AI has been granted ClassNK Technology Qualification for its autonomous ship perception capabilities. This qualification recognizes Orca AI's technology for enhancing safety in autonomous maritime navigation. The approval highlights the system's ability to detect and avoid obstacles effectively.
HD Hyundai Samho, Avikus, and ClassNK signed an agreement to collaborate on designing autonomous navigation systems for ships. The partnership aims to develop and certify advanced technologies for unmanned vessel operations. The project will focus on integrating AI-driven navigation solutions into commercial shipping. ClassNK will provide regulatory and safety certification for the designs.
HD Hyundai Samho, Avikus, and ClassNK signed a memorandum of understanding (MOU) on September 19, 2026, to collaborate on design verification for an autonomous navigation system. The partnership aims to advance the development and validation of autonomous shipping technologies. The agreement focuses on ensuring compliance with industry standards and regulatory requirements. The initiative reflects efforts to enhance maritime automation and safety.
ClassNK granted the world’s first Maritime Autonomous Surface Ship (MASS) notation to the domestic container ship *"Genbu."* The notation certifies compliance with standards for autonomous ship operations. This milestone marks a first in the shipping industry for autonomous vessel classification. The achievement highlights advancements in maritime automation technology.
Tsuneishi Solutions Tokyo Bay obtained ClassNK technical certification for its autonomous navigation technologies, "sMCS" and "iRPS." The certification confirms compliance with industry standards for these systems. The technologies aim to enhance ship navigation and operational safety. The announcement was made on November 3, 2026.
Tsuneishi Solutions Tokyo Bay received ClassNK’s technical certification (TQ) for its autonomous navigation technologies, "sMCS" and "iRPS," on October 30, 2026. The certification recognizes the technical reliability of these systems. "sMCS" and "iRPS" are designed to support autonomous ship operations. The news was reported by Livedoor News.
Tsuneishi Solutions Tokyo Bay received ClassNK’s technical certification (TQ) for its autonomous navigation technologies, "sMCS" and "iRPS." The certification recognizes the systems' compliance with industry standards for maritime safety and performance. These technologies aim to enhance ship navigation through automation. The achievement was reported by Okinawa Times on October 30, 2026.
ClassNK granted the world’s first Maritime Autonomous Surface Ship (MASS) notation to the domestic container ship *Genbu*. The notation certifies the vessel’s compliance with autonomous shipping standards. This milestone marks progress in integrating autonomous technology into commercial maritime operations. The ship is operated by a Japanese company.
The shipping industry’s digital transformation is expanding cyber risks as interconnected systems integrate navigation, machinery monitoring, and cargo operations. While new regulations and AI-driven tools aim to strengthen cybersecurity, concerns persist about whether resilience is keeping pace with technological complexity. Smaller operators and third-party dependencies create vulnerabilities, and operational technology—critical for vessel safety—requires tailored security measures. Recent data show rising cyber incidents, with phishing and operational tech exposure as key threats, while regulatory shifts emphasize implementation and lifecycle management over mere compliance.