Advancements in Marine Technology with Mythos AI’s APAS System
In a move to enhance marine technology, Mythos AI has installed its advanced Pilot Assistance System (APAS) on the CB Pacific, a chemical tanker owned by CB Tankers. This system aims to improve marine navigation management by primarily using radar-based approaches, enhancing operational safety and reducing the cognitive load on the crew.
Features of the APAS System
The APAS system represents an innovative step in marine navigation management. Unlike traditional systems that heavily rely on machine vision, APAS primarily uses radar-based methods, providing reliable and accurate data to support human crews in making sound decisions. By integrating radar technology with machine vision and smart alerts, the system can transform complex situations into clear, actionable decisions. This approach not only enhances safety but also increases operational flexibility.
Jeff Douglas, CEO of Mythos AI, explained that the goal of the system is not to replace human crews but to equip them with next-generation capabilities to handle challenges more effectively. The system also improves situational awareness and reduces cognitive burden, allowing the crew to focus on more critical tasks.
Testing the System on the CB Pacific
The CB Pacific was chosen to test the APAS system due to its anticipated routes and reliance on the trusted Furuno radar. This trial is part of a year-long project aimed at integrating artificial intelligence into commercial marine operations. This is the second trial following the initial installation on a tugboat in South Deval on the Mississippi River in August 2025.
Collaboration with lomarlabs and CB Tankers enhances the system’s ability to leverage professional mariners’ expertise and global navigation standards. This partnership helps in evaluating performance on a broad scale and lays the groundwork for fleet-wide adoption.
Challenges and Opportunities in Marine AI
The APAS system marks a significant step towards adopting AI-based navigation systems in commercial and strategic marine operations. With growing interest from the defense sector, this technology offers new opportunities to improve efficiency and safety in marine navigation.
Stelianos Papageorgiou, Managing Director of lomarlabs, emphasized that true innovation comes from real-time operational tests in locations like ports, dry docks, and sea trials, rather than theoretical presentations. This perspective underscores the importance of hands-on experience in developing advanced marine technology.
Conclusion
The APAS system represents a new development in marine navigation management, combining radar and machine vision technologies to enhance the efficiency and safety of marine operations. By collaborating with leading companies in the field, the project aims to deliver advanced AI-based solutions, paving the way for broader adoption of these technologies in the future. Innovation in this field relies on practical trials and the ability to adapt to real-world maritime conditions, enhancing the capability of smart systems to provide necessary support to human crews.