Technical Name Maritime Unmanned System Technology Service and Platform Integrations
Project Operator JetSea AI Co., Ltd
Project Host 王學誠
Summary
Our proprietary Autonomous Kit for Unmanned Surface Vehicles (USVs) integrates six core modules: real-time collision avoidance, autonomous navigation, remote control, and power management. Featuring advanced AI algorithms, multi-sensor fusion technology, and a highly modular design, it enables high-precision operation and flexible mission scheduling tailored for diverse applications such as maritime reconnaissance, environmental monitoring, and search & rescue missions. This cutting-edge system ensures robust performance in complex aquatic environments by intelligently adapting to changing conditions and obstacles. With its user-friendly interface and customizable parameters, operators can easily deploy and manage multiple USVs simultaneous
Scientific Breakthrough
1.        Our Autonomous Kit surpasses global benchmarks with a 200m multi-sensor fusion collision avoidance system—twice the range of leading systems. 
2.        AI-based adaptive control, using deep reinforcement and Curriculum Learning, enables real-time response to complex aquatic dynamics. 
3.        Compared to traditional rule-based USV systems, it improves navigation efficiency by over 30%. 
4.        With encrypted, drone-extended comms, and modular power integration, it sets a new standard in maritime autonomy.
Industrial Applicability
This autonomous control system for uncrewed surface vehicles offers a highly efficient and reliable operational platform for diverse aquatic applications. In the defense and security sectors, it can perform tasks such as water reconnaissance, border patrol, and anti-terrorism defense, significantly enhancing operational efficiency and personnel safety while reducing human risk. For tactical operations, its capabilities, including multi-vehicle collaboration, remote control, and high-security communication, make it an ideal choice for executing complex maritime tactical missions.
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