SEA.AI fills a critical gap in maritime situational awareness. Unlike radar and AIS, it brings vision-based surveillance and search-and-rescue capabilities to the forefront.
Powered by Artificial Intelligence, the SEA.AI marine camera can detect semi-submerged containers, people overboard, and other floating threats—instantly and autonomously.
Onboard, SEA.AI combines low-light color and thermal cameras in a vision unit. These cameras capture real-time footage.
The AI then processes this data using a vast visual database built since 2018. With over 9 million images analyzed, SEA.AI has evolved to detect semi-submerged containers and other hazards with high accuracy.
The system uses ‘feature extraction’ to recognize objects by color, shape, structure, and temperature. But lighting, weather, and ocean conditions affect how objects appear.
That’s why SEA.AI trains its algorithms using hundreds of thousands of varied images. While passive image collection is helpful, active real-world testing provides more reliable data for detecting collision threats.
One frequent question SEA.AI receives: “Can your system detect semi-submerged containers?” The answer is yes—especially because containers are large, rigid, and have a unique thermal profile.
To validate this, SEA.AI’s R&D team conducted tests from Brest aboard the Céladon Association research boat. The vessel is equipped with various SEA.AI marine camera models mounted at different heights.
This setup allowed the team to gather valuable detection data in real-world conditions. It also helped refine the algorithm to recognize containers across scenarios.
“We placed a container in the water and collected images throughout the day,” explains Shaban Almouahed, R&D engineer at SEA.AI. “We simulated various lighting and sun angles to create realistic collision scenarios. These images confirmed our ability to detect containers with high reliability.”
These tests also helped determine detection range. The Sentry system, for example, offers long-range detection—up to 700 meters—due to its twin thermal and optical camera design. Meanwhile, the compact Competition 640 model, used on racing yachts, detects objects within 150 meters.
Data alone isn’t enough. SEA.AI transforms that data into action through world-class AI and an unmatched image library.
With the maritime environment constantly changing, SEA.AI continues to learn from every image, helping crews detect semi-submerged containers and navigate more safely.
We’re excited to announce the release of SEA.AI Software Update v3.13, bringing major improvements to object detection, classification, and collision avoidance.
We are proud to announce that our award-winning Watchkeeper system has been nominated for the DAME Design Awards at the upcoming METSTRADE show.
We’re excited to make our Australian debut at the Sydney International On-Water Boat Show in Cockle Bay, Darling Harbour, from November 13–16. Join us at Booth TP8 for live demos of Watchkeeper, our award-winning AI-powered maritime vision system.
