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    With "unmanned, intelligent, and integrated" as the core, build a full-scenario water area smart solution, integrate surface robots, intelligent monitoring terminals and cloud management platforms, and focus on core needs such as water quality monitoring, hydrological surveying and mapping, water area patrol, environmental governance, and shipping assistance; with lightweight design, efficient maneuverability and all-weather operation capability, it replaces the traditional manual mode, provides a safe, efficient and low-cost new paradigm of water area management for industries such as environmental protection, water conservancy, security, port and shipping, and helps build a "transparent, refined and intelligent" modern water area governance system.

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    We focus on the offshore and shallow water operation scenarios at 0-300 meters underwater, and provide a full-chain solution integrating "detection - inspection - operation - data service", which can efficiently complete tasks such as ship cleaning, underwater inspection, pipeline detection, hull inspection, underwater construction, and emergency rescue. With the advantages of strong anti-interference, high stability and easy operation, it is widely used in marine engineering, port maintenance, fishery breeding, offshore security and other fields, solving the problems of offshore underwater operations with technological innovation and empowering the high-quality development of the marine economy.

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    Focusing on the extreme environment of the 10,000-meter deep sea, we build a high-end deep sea detection and operation equipment system, which can complete complex tasks such as deep-sea geological exploration, biological resource investigation, marine environment monitoring, and deep-sea equipment operation and maintenance. With the goal of breaking through deep-sea technical barriers, we provide "reliable, accurate and efficient" deep-sea exploration equipment and solutions for the fields of marine scientific research, deep-sea resource development, and deep-sea security, help human beings expand the boundary of deep-sea cognition, tap the value of deep-sea resources, and promote the deep-sea exploration and development cause to a new height.
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    Marine Robots

    Focus on the full-scenario operation needs in the whole water area of 0-10000 meters, and can efficiently perform tasks in the fields of ship cleaning, underwater inspection, resource development, deep sea survey, etc. Operate efficiently 24 hours a day without interruption, redefining the efficiency boundary of ocean exploration and development.

    Surface Robots

    Applicable to diverse scenarios such as water quality monitoring, hydrological surveying and mapping, water area patrol, and environmental governance, it has all-weather operation capability, can complete complex tasks without the need for personnel to enter the water, and provides a safe, efficient, and low-cost new paradigm for water area operations for industries such as environmental protection, water conservancy, security, and transportation.

    Core Components

    With "high reliability, high compatibility, and high performance indicators" as the core, it realizes the core functions of accurate perception, rapid response, and stable operation. As a key support for the overall performance of the robot, it provides customized supporting solutions for industry customers, and empowers the global intelligent equipment industry upgrading with hardcore technology.
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Professor Zhang Xun, Co-founder of Seahi, was invited to attend the Zhuzhou Emergency Management Planning Exchange Meeting.

Release Date:2024-04-30

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Recently, Professor Zhang Xun, Co-founder and Chief Scientist of Seahi and Deputy Director of the Zhuzhou Beidou Research Institute, was invited to attend the Zhuzhou Emergency Field Planning Exchange Meeting. This exchange meeting focused on the needs of Zhuzhou's emergency sector and advanced the implementation of large-scale Beidou applications in emergency response.


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Director Wang Zhongfan of the Zhuzhou Municipal Emergency Management Bureau, General Manager Liu Junyu of China Tower Zhuzhou Company, heads of various departments, Researcher Chi Tianhe (President of Zhuzhou Beidou Spatial-Temporal Information Research Institute), Secretary-General and Assistant President Liu Wei, Deputy Secretary-General Li Tao, and Director Liu Yalan of the Aerospace Innovation Research Institute of the Chinese Academy of Sciences participated in the exchange and discussions.


Recently, Seahi partnered with the Aerospace Innovation Institute of the Chinese Academy of Sciences and others to establish the Beidou Information Research Institute in Zhuzhou. As the permanent venue for the “Beidou Large-Scale Application International Summit,” Zhuzhou received a congratulatory letter from General Secretary Xi Jinping for the inaugural summit. The city's Beidou industry has garnered significant attention from central, provincial, and municipal governments.


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Leveraging its technological leadership in all-water-area universal robotics and capitalizing on Zhuzhou's abundant water resources, Seahi collaborates with the Chinese Academy of Sciences to focus on intelligent, unmanned equipment and services for all-water-area applications within the integrated “air-space-land-water” industry. Building upon the “Ancestral Earth” platform developed by the Academy's Institute of Aerospace and Geoinformation, the partnership promotes the comprehensive application of BeiDou technology across water environments—including monitoring and remediation, emergency rescue, flood control, and disaster relief.

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