We innovatively launch an environmentally friendly and efficient underwater ship cleaning solution to replace the traditional manual cleaning and chemical cleaning modes. Equipped with a high-pressure cleaning module and an intelligent navigation system, the marine robot can automatically fit the surface of the ship hull, and accurately remove the hull bottom attachments (such as barnacles and seaweeds). The cleaning process causes no chemical pollution and no damage. In addition, the cleaning operation can be completed quickly while the ship is moored, which greatly shortens the ship's docking repair time, reduces the operation cost, reduces the ship's navigation resistance at the same time, and helps the shipping industry achieve the goal of low-carbon and energy conservation.

We provide full-process intelligent technical support for marine engineering such as offshore oil and gas development, cross-sea bridge construction, and undersea tunnel laying. Marine robots can complete tasks such as underwater topographic survey, geological exploration, and environmental assessment in the early stage of the project, construction quality monitoring and equipment installation assistance during construction, as well as structural health detection and troubleshooting after operation. It can operate flexibly within the water depth range of 0-10000 meters, adapt to complex marine environments, provide reliable basis for project decision-making through high-precision data collection and intelligent analysis, and improve the safety, efficiency and economy of marine engineering construction.

Focusing on the exploration and development needs of marine mineral, oil and gas, biological and other resources, we provide high-precision and high-efficiency intelligent survey solutions. Equipped with advanced payloads such as multi-beam echo sounders, magnetometers, and acoustic detection equipment, marine robots can accurately detect the distribution, reserves, and occurrence status of seabed resources, and simultaneously complete data collection, processing and visualization presentation.With the advantages of large-range cruising capability and deep-water operation, it effectively reduces the cost and risk of deep-sea resource exploration, provides core data support for the rational development and scientific planning of marine resources, and helps the strategy of "seeking productivity from the ocean" to be implemented.

We provide advanced intelligent detection tools for scientific research in the fields of marine geology, marine ecology, marine meteorology, etc. Marine robots can go deep into marine environments of different water depths to complete scientific research tasks such as seabed sediment sampling, water sample collection, marine biological observation, and seabed topographic mapping, and support long-term, large-scale continuous operation and data recording. Equipped with high-precision sensors and an intelligent data processing system, it can realize real-time transmission and accurate analysis of scientific research data, help research teams break through the limitations of traditional scientific research modes, deeply explore the mysteries of the ocean, and provide strong technical support for marine scientific research and marine ecological protection.