| Electrical Equipment Industry | Industrials Sector | Mr. Xiaojun Bao CEO | SSE Exchange | CNE100005ZQ7 ISIN |
| CN Country | 232 Employees | 1 Jun 2026 Last Dividend | 1 Jun 2026 Last Split | - IPO Date |
Naruida Technology Co., Ltd. is a company specializing in the development, manufacturing, and sale of advanced polarized multifunctional active phased array radars, primarily catering to the Chinese market. Established in 2014 and headquartered in Zhuhai, China, Naruida Technology focuses on providing innovative radar technologies and software solutions for a wide range of applications including meteorological detection, water conservancy, flood control, civil aviation, ocean monitoring, forest disaster prevention, public safety, and enhancement techniques such as artificial rainfall and hail prevention. The company's portfolio includes a blend of hardware and software products designed to meet the intricate needs of meteorological data processing and analysis.
These radars are designed to provide high-resolution meteorological observation by utilizing dual-polarization technology, which significantly enhances the accuracy of precipitation measurements and identification of meteorological phenomena.
A sophisticated software tool that processes and analyzes radar data to produce comprehensive meteorological products, assisting in accurate weather prediction and analysis.
This software applies WebGIS technology to achieve three-dimensional visualization of meteorological data. It enhances the understanding and analysis of complex meteorological conditions by presenting data in an intuitive visual format.
An advanced control system designed for the monitoring and management of multiple radar units. This software ensures efficient operation and maintenance of the radar network, providing real-time status updates and control capabilities.
A combined software and hardware solution designed for the rapid processing of vast amounts of meteorological data. This platform enables the quick access, analysis, and dissemination of data, meeting the demands of high-speed data processing in meteorology.
These are specialized radars that operate at millimeter wave frequencies, providing highly detailed measurements of atmospheric phenomena. They are particularly useful for applications requiring high precision, such as aviation weather monitoring and research.