Centered on autonomous integration, Seahi delivers full-scenario smart solutions by fusing surface robots, intelligent sensing, and cloud-based management platforms. Our lightweight, all-weather systems replace traditional manual operations with a safe, cost-effective paradigm for environmental monitoring, bathymetric survey, and security patrol. We are empowering industries—from water conservancy to port operations—to build a transparent, refined, and intelligent governance ecosystem.

Specializing in offshore operations at 0–300m depths, Seahi delivers an integrated "Detection-Inspection-Operation-Data" solution. Our platforms efficiently execute critical missions—from hull cleaning and pipeline detection to subsea construction and emergency rescue—backed by high stability and robust interference resistance. By replacing conventional methods with innovative automation, we empower marine engineering, port maintenance, and smart aquaculture, driving the sustainable growth of the global marine economy.

Dedicated to the extreme conditions of the 10,000m abyss, Seahi engineers high-precision deep-sea detection and operation systems. Our platforms execute complex missions—from geological exploration and biological surveys to environmental monitoring and infrastructure O&M. By overcoming critical technical barriers, we deliver reliable, high-performance solutions for scientific research, resource development, and subsea security—expanding the frontiers of human discovery and unlocking the immense potential of the deep ocean.

Engineered for the complex demands of 0–10,000 m full-depth operations, Seahi's marine robots excel across diverse sectors—from hull cleaning and subsea inspection to resource development and deep-sea surveys. By enabling 24/7 uninterrupted performance, we are redefining the operational boundaries of marine exploration and development.

Optimized for diverse applications—from water quality monitoring and bathymetric mapping to security patrol and ecological governance—Seahi’s surface robots deliver robust, all-weather reliability. By eliminating the need for hazardous manual deployment, our platforms establish a safe, efficient, and cost-effective paradigm for water resources, public safety, and maritime infrastructure management.

Built on the pillars of high reliability, universal compatibility, and superior performance, Seahi's core components deliver precision sensing, rapid response, and operational stability. As the technological backbone for robotic systems, these components provide tailored integration solutions for industrial clients. By leveraging hard-core engineering, we are powering the global evolution of intelligent equipment and subsea autonomy.

Release Date:2025-02-04
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On February 4, Professor Wang Zhen, Dean of the Cyberspace Security School at Northwestern Polytechnical University (NPU), IEEE/IAPR/AAIA/IOP Fellow, Highly Cited Scientist, National Science Fund for Distinguished Young Scholars recipient, and expert in artificial intelligence and intelligent unmanned systems, visited Seahi Intelligent for an inspection and research tour. Chen Xiaobo, founder of Seahi Intelligent, and Wu Fengzhe, Chairman of Nangong Hengye Group, attended the research meeting.

Chen Xiaobo extended a warm welcome to Wang Zhen and provided a detailed overview of the company's development journey, strategic planning, explorations and practices in technological innovation, as well as its technological achievements and market applications. He stated that Seahi Robotics will continue to uphold the principles of innovation, openness, and collaboration, strengthening in-depth exchanges and cooperation with universities to jointly promote the prosperous development of AI, embodied intelligence, and other intelligent technologies in industrial applications. Wang Zhen shared the latest research achievements and talent cultivation models from Northwestern Polytechnical University. Both parties engaged in in-depth discussions on the depth and breadth of industry-academia-research collaboration, unanimously agreeing that cooperation between universities and enterprises is crucial amid the wave of the AI technological revolution. Wang Zhen highlighted Xidian University's significant achievements in AI, large-scale models, embodied intelligence, and intelligent unmanned systems. He expressed anticipation for deep collaboration with Seahi in AI and embodied intelligence, proposing the establishment of an Embodied Intelligence Research Institute to jointly explore comprehensive university-enterprise partnerships. Chen Xiaobo affirmed that Seahi will actively pursue comprehensive, multi-tiered collaboration with Xidian University. Moving forward, both parties will jointly establish research platforms, undertake collaborative breakthroughs in key technologies, leverage their respective strengths to achieve greater advancements in frontier fields, and jointly propel the rapid development of AI and embodied intelligence technologies.