The “New Strategy·Jinshi Award” 2024 Low-Speed Unmanned Driving Industry Annual Selection Event, hosted by the Low-Speed Unmanned Driving Industry Alliance, aims to recognize pioneers and elites who have made significant contributions in technological innovation, product iteration, scenario application, and financial support. This event is designed to stimulate industry vitality and collectively promote the low-speed unmanned driving industry towards a more prosperous future.
This selection event has established four sub-awards: “Pioneer of New Quality Productivity Promotion Award,” “Annual Innovative Product Award,” “Scenario Application Breakthrough Award,” and “Outstanding Service Provider Award.”
In this nationwide selection event, MingShang Technology was honored with the “Pioneer of New Quality Productivity Promotion Award,” and its number of votes ranked first among all entries in the four sub-awards of the “New Strategy·Jinshi Award,” leading the second place by more than 1000 votes. At the same time, Mr. Jiang Zhizhou, Chairman of MingShang Technology, was awarded the “Outstanding Contribution to Industry Standard Work Award” in recognition of his contributions and far-reaching impact on the low-speed unmanned driving industry.
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MingShang Technology Award-Winning Product
Remote driving utilizes advanced communication technology, sensor technology, and automated control technology. Through high-definition video transmission, real-time data feedback, and precise control systems, remote drivers can control commercial vehicles with precision as if they were on-site.
MingShang Technology’s remote driving control system, through our company’s independently developed autonomous driving technology combined with 5G networks, allows for remote takeover and control of vehicles, such as moving forward, backward, and turning. It also enables fleet equidistant following, vehicle positioning, emergency automatic braking, collision warning, and automatic loading and unloading of mines.
MingShang Technology uses automotive-grade chips and has innovatively developed an automotive-grade commercial vehicle remote driving domain controller. It is not only suitable for enclosed scenarios such as ports, mining areas, urban logistics, and short-distance shuttles but also meets the severe requirements of various extreme weather conditions and “dirty, tired, bitter, and dangerous” working environments. It can simultaneously achieve intelligent transportation of vehicles and intelligent operation of engineering machinery, providing users with a highly integrated comprehensive solution that combines software and hardware.(END)