MARTAC Integrated SEA.AI Into Unmanned Vessels

Florida-based MARTAC has outfitted its high-speed, autonomous patrol boats with advanced machine vision capabilities.

Updated on Oct. 13, 2026 in Robotics

MARTAC Integrated SEA.AI Into Unmanned Vessels

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MARTAC has integrated the SEA.AI machine vision system into its fleet of unmanned surface vessels. This upgrade enables the boats to autonomously identify, track, and classify maritime contacts in real time without human intervention.

Why it matters

The technology removes the need for human operators to constantly monitor video feeds from crewless boats. This improvement increases the operational capability of autonomous vessels during security and patrol missions.

The Devil Ray T38 is a 38-foot carbon-fiber catamaran capable of exceeding 50 knots. MARTAC maintains an annual production capacity for up to 100 Devil Ray vessels.

The players

MARTAC

This Florida-based company manufactures high-speed unmanned surface vessels including the MANTAS and Devil Ray product lines.

SEA.AI

Based in Austria, this firm develops machine vision and artificial intelligence systems for maritime applications.

U.S. Navy

This military branch has utilized MARTAC vessels for experimental deployments in the Arabian Gulf and off the coast of California.

The details

The SEA.AI system utilizes electro-optical and thermal cameras paired with onboard artificial intelligence to identify objects. By supplementing radar and Automatic Identification System data, the system detects vessels that attempt to operate undetected.

SEA.AI was founded in 2018.
The U.S. Navy deployed the T38 in the Arabian Gulf in 2023.
A T38 completed a 192-hour autonomous mission off California in May 2026.
SEA.AI announced the integration into MARTAC vessels on October 13, 2026.

The Tech Race

This integration moves beyond the passive limitations of the Automatic Identification System by incorporating active visual verification. It positions MARTAC to compete in the expanding market for fully autonomous maritime security and surveillance platforms.

For security and defense stakeholders, this technology allows for more efficient surveillance by reducing the labor required to monitor boat feeds. The increased endurance of these autonomous systems could lead to more persistent security presence in maritime regions.

The takeaway

Autonomous vision systems are rapidly decreasing the human oversight required for remote naval operations. Organizations looking to expand their patrol capabilities may find these high-speed, self-classifying vessels increasingly viable for long-range security missions.