Greensea IQ

Greensea IQ is a leading developer of intelligent ocean technologies, providing advanced autonomy, navigation, and robotic systems for demanding subsea and maritime operations. With more than two decades of experience, the company delivers innovative solutions for defense, commercial maritime, offshore energy, and scientific applications.

Combining proven software, AI-driven autonomy, and real-time navigation technologies, Greensea IQ’s integrated solutions enhance operational capabilities, reduce risk, and enable remote operations above and below the waterline. The company’s technologies support a wide range of missions, including subsea defense, autonomous surveying, vessel hull maintenance, and environmental monitoring.

Bayonet AUGVs

Rugged amphibious robotic platforms for demanding subsea operations

Greensea IQ’s Bayonet series of Autonomous Underwater Ground Vehicles (AUGVs) provides versatile robotic solutions for challenging subsea and amphibious environments. Combining rugged construction with high stability and payload capacity, the vehicles are designed to operate in conditions where conventional ROVs and AUVs may be limited.

Engineered for high-energy environments, including surf zones and littoral waters, Bayonet AUGVs can operate on the seabed and withstand wave heights of up to six feet. Their robust design makes them ideal for unexploded ordnance (UXO) detection, underwater beach surveys, coastal mapping, and other demanding defense, commercial, and scientific missions.

More information: Bayonet amphibious crawler robots

EverClean

Autonomous hull maintenance for improved vessel efficiency

EverClean is a robotic hull grooming and inspection solution designed to maintain vessel performance through frequent, proactive removal of early-stage biofouling. Available as a subscription-based service or a self-hosted solution, EverClean enables routine hull maintenance without disrupting vessel or port operations.

The subscription service provides scheduled in-water grooming during port visits, including alongside cargo operations. Alternatively, the self-hosted solution allows robotic systems to be stationed onboard vessels or at dockside facilities, with cleaning operations conducted remotely from Greensea IQ’s Remote Operations Center using Over-The-Horizon (OTH) technology.

Built on more than 20 years of underwater autonomy expertise, EverClean uses a modular robotic platform equipped with coating-safe, soft nylon brushes to remove early-stage biofouling before it increases hydrodynamic drag. By maintaining hulls in a condition comparable to freshly dry-docked vessels, the system helps reduce fuel consumption, limit the transfer of invasive species, and improve operational efficiency.

EverClean follows a comprehensive Clean, Collect, Analyze, Report, and Inform process, capturing continuous video and positional data during every grooming operation. This information is integrated into the EverClean IQ dashboard, enabling operators to monitor coating conditions, identify fouling trends, and review before-and-after footage.

With biofouling potentially increasing vessel emissions by 25%, EverClean can deliver fuel savings of up to 22%, while supporting improved Carbon Intensity Indicator (CII) ratings and more informed fleet maintenance decisions.

More information: Everclean Robotic Hull Grooming & Inspection

Greensea Core

Open-architecture software for marine robotics and autonomy

Greensea Core is a hardware-agnostic, open-architecture robotics software framework designed to accelerate the development and integration of advanced marine and subsea vehicles. Providing a robust foundation for vehicle control, autonomous operation, and navigation, the platform enables developers to incorporate new features, plug-ins, and upgrades without disrupting existing functionality.

Greensea Core forms the software foundation of Greensea IQ’s Bayonet robotic systems and has been adopted for a wide range of scientific, commercial, and military robotic platforms worldwide.

More information: Greensea Core Robotics Software Framework

Bayonet Workspace

Unified operator interface for unmanned marine systems

Bayonet Workspace provides a common user interface for controlling and monitoring unmanned platforms across a range of mission types. Built on an open architecture, the software supports the integration of different vehicles, sensors, and payloads within a consistent operating environment.

Its platform-agnostic design enables operators to use a familiar interface across ROVs, USVs, and AUGVs, reducing training requirements and simplifying the adoption of additional robotic systems.

During missions, Bayonet Workspace displays real-time vehicle positioning, depth, heading, and sensor information, providing the situational awareness required for effective mission planning, monitoring, and execution.

More information: Bayonet Workspace

Safe C2

Safe standoff capability for ROVs & marine vehicles

Safe C2 is a modular plugin for Greensea IQ’s EOD Workspace software that provides long-range standoff command and control of surface and subsea vehicles, allowing operators to be located remotely and providing enhanced safety during critical operations such as EOD (explosive ordnance disposal) and hazardous substance clearance.

The platform-agnostic software can be utilized with acoustic, cellular, satellite or radio communication links, ensuring effective and accurate vehicle control even under poor bandwidth and latency conditions. Data transmission is managed so that even with slight delays, sonar and video remain in sync.

More information: Safe C2 command and control software plugin

Bayonet Underwater Controller (BUC)

Rugged submersible controller for underwater robotic systems

The Bayonet Underwater Controller (BUC) is a rugged, fully submersible control interface designed for operating robotic systems at depths of up to 40 metres. Engineered for demanding and contested underwater environments, the controller provides precise and configurable control for complex subsea missions.

Featuring 30 programmable buttons and two precision joysticks, the BUC can be customized to suit individual operator preferences, vehicle controls, and mission-specific requirements.

RNAV

Autonomous underwater navigation and mobility control for combat divers

RNAV is an advanced navigation and autonomy solution designed to reduce operator workload during complex underwater missions. By automating routine tasks such as navigation and mobility system control, the system allows combat divers to focus on mission objectives, situational awareness, and safe mission execution.

RNAV supports more efficient underwater operations by reducing the need for manual equipment management, enabling divers to concentrate on critical tasks in challenging subsea environments.

More information: RNAV Diver Navigation & Autonomy

Applications

UXO Clearance

Bayonet robotic crawlers have been deployed around the world for hazardous tasks such as UXO (unexploded ordnance) clearance, providing a critical capability for defense and port security without the need to put operators in harm’s way.

Environmental Research

Greensea IQ’s versatile robotic vehicles can be fitted with a wide range of payloads, such as hydrographic and chemical sensors and measurement devices, making them ideal for environmental monitoring and scientific research in challenging littoral and seafloor conditions. The Greensea Core open source software platform has also been used as the basis for developing a variety of different survey and monitoring platforms.

Subsea Survey

Greensea IQ solutions are ideal for undertaking challenging tasks within the oil and gas, offshore energy, construction, and other commercial and industrial markets. These include inspection of wind farms, surveys of cable routes, dredge monitoring and more.