Mythos AI Revolutionizes Maritime Navigation with Advanced Pilot Assistance System (APAS)
American maritime technology company Mythos AI has marked a significant milestone with the installation of its Advanced Pilot Assistance System (APAS) aboard the CB Pacific, a chemical cargo ship owned by CB Tankers. This cutting-edge initiative aims to enhance navigation at sea while ensuring that human judgment remains central to maritime operations.
A New Approach to Navigation
Traditionally, maritime systems heavily rely on machine vision for navigation. However, APAS breaks new ground by adopting a radar-first approach combined with various sensing technologies. This innovative design connects directly to the ship’s radar, optimizing data flow to alert a ship’s crew about potential navigational hazards. By reducing cognitive load and enhancing situational awareness, APAS supports mariners in making informed decisions without removing them from the critical loop of navigation.
Enhancing Crew Capabilities
Geoff Douglass, CEO of Mythos AI, articulates the core mission of the project: “Our goal isn’t to replace the crew. It’s to equip them with next-generation capabilities.” He explains that by merging proprietary radar perception, machine vision, and intelligent alerting with the vessel’s operational dynamics, APAS simplifies complex scenarios into clear, actionable insights. This not only enhances safety on the water but also boosts the operational resilience of commercial shipping.
Strategic Vessel Selection
The CB Pacific was deliberately chosen for this initiative due to its predictable routes and reliable Furuno radar system. This ongoing trial follows the initial installation of APAS on a Southern Devall towboat in the Mississippi River back in August 2025. Over the next year, this experiment aims to pioneer next-generation bridge intelligence across commercial shipping fleets.
Collaboration for Expertise Retention
The partnership with lomarlabs and CB Tankers allows the APAS project to draw from the depth of expertise held by master mariners. According to Douglass, “We are validating performance at scale and laying the groundwork for broader fleet-wide adoption.” This collaboration is designed to ensure that the insights and navigational practices developed by seasoned professionals are captured for future use.
More Read
Real-World Testing and Compliance
The year-long trial of the APAS will focus on ensuring its functionality in real-world maritime conditions. One critical aspect of this is checking its compliance with international regulations, specifically the COLREG (Convention on the International Regulations for Preventing Collisions at Sea). This rigorous testing phase is essential for ensuring the system can operate safely and effectively in a variety of maritime scenarios.
The Future of Maritime AI
As interest in maritime AI technology grows, particularly from the defense sector, the APAS project is making strides toward the adoption of AI-driven navigation systems in both commercial and strategic maritime operations. The insights gained from this trial can facilitate the integration of advanced technologies in shipping fleets worldwide.
Driving Innovation in Maritime Operations
Stylianos Papageorgiou, Managing Director of lomarlabs, emphasizes that genuine progress in maritime AI emerges from real-time operations, stating, “Real innovation doesn’t happen in pitch decks. It happens in real-time operations, port calls, dry docks, and sea trials.” This focus on practical application underscores the commitment to driving innovation through operational excellence.
Explore the Future of AI and Big Data
For those eager to learn more about the intersection of AI and maritime technology, the upcoming AI & Big Data Expo will showcase industry leaders and insights. Hosting events in Amsterdam, California, and London, this comprehensive event is part of TechEx and will cover various leading technology topics. Don’t miss the opportunity to stay informed on the latest advancements in the field.
Image source: “The M/T Carry on the Baltic Sea” by Mustang Joe, marked with CC0 1.0.
Inspired by: Source
