Maritime Robotics stands at the forefront of innovative autonomous navigation solutions and uncrewed surface vessel (USV) technologies, enhancing maritime operations with unprecedented efficiency, safety, and sustainability. For nearly 20 years, we have partnered with a diverse clientele globally, providing advancements across various applications such as marine mapping and surveying, environmental monitoring, surveillance and inspection, among others.
- Autonomous Navigation Technology
- Uncrewed surface Vessels
- Situational Awareness & Collision Prevention
- Real-Time Data Acquisition Software
Autonomous Navigation Technology
Advanced marine navigation solutions for enhanced vessel safety
Our state-of-the-art Autonomous Navigation Technology integrates sophisticated sensors with advanced processing capabilities, ensuring uncrewed vessels navigate safely and operate efficiently. This system comprises three essential elements:
Vehicle Control System & Remote Monitoring Center – facilitates continuous real-time control and oversight of the vessel from any location, providing critical updates to maximize safety and operational efficiency.
SeaControl – a robust onboard management system that oversees all operational functions, from navigation to system diagnostics.
seasight – a thorough situational awareness and collision prevention system that offers real-time detection and evaluation of environmental conditions and potential threats.The Autonomous Navigation Technology can be adapted for various vessel types and customized to meet specific autonomy needs, ranging from human-in-the-loop to fully autonomous operations.
Discover more: Next-Gen Marine Navigation Solutions
Uncrewed Surface vessels
Otter
Modular catamaran USV designed for effective data collection
The Otter is a highly portable catamaran USV, perfect for bathymetric and hydrographic surveys, scientific data gathering, environmental assessments, and surveillance tasks. Its lightweight, modular design allows for quick assembly or disassembly by a single operator and easy transport in a compact vehicle.

Mariner
Mid-sized USV for both autonomous and remote-controlled missions
The Mariner is a robust mid-sized USV featuring a durable polyethylene hull and a combination of water jet propulsion and bow thrusters for precise navigation.It can operate autonomously or be controlled remotely, with options for deployment and recovery from shore or a vessel using a custom Launch and Recovery System (LARS).
This vessel can accommodate a wide range of payloads and can be equipped with a moonpool elevator or fixed gondola for efficient and high-quality data collection.
Mariner X
High-capacity USV with extended endurance and customizable back deck
The Mariner X is a versatile USV constructed from high-density polyethylene, designed to endure harsh marine environments.With a customizable back deck capable of carrying over a ton of payload, it can conduct long-duration missions lasting up to 25 days without the need for refueling.
This vessel features two actuated moonpools and two fixed-sensor positions, along with a railing system for easy attachment of custom payloads, including ROV and AUV LARS, generators, winches, and more.
SeaSight
comprehensive situational awareness and collision prevention system for USVs
The SeaSight system has been developed in collaboration with top academic institutions, utilizing multiple low-light HD cameras, a 360-degree LiDAR scanner, and various sensors to ensure precise hazard detection and obstacle navigation, even in low visibility conditions.

The SeaSight package includes:
- dual 180-degree panoramic coverage for comprehensive visibility of the vessel’s environment
- Sony STARVIS illuminated pixel technology for enhanced visibility in low-light scenarios
- Optimized real-time streaming of H.265 encoded SRT (Secure Reliable Transport) video
- Real-time collision avoidance capabilities for the Otter USV
- Visualization of real-time LiDAR data at the vessel’s control station
SeaCapture
real-time data acquisition software for USV payloads





