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Beijing Starneto Technology (002829.SZ): As of August 9th, the number of shareholders was 48149.
Beijing Starneto Technology (002829.SZ) stated on the investor interaction platform on August 16 that the number of shareholders as of August 9 was 48,149.00.
Beijing Starneto Technology (002829.SZ): IMU products have not yet been provided to domestic or foreign humanoid robot companies for research and development and testing.
Beijing Starneto Technology (002829.SZ) stated on the investor interaction platform on August 16 that the company's IMU product has not yet been provided to domestic and foreign humanoid robot companies for research and development and testing.
Beijing Starneto Technology (002829.SZ): The satellite communication system "Dong Zhong Tong" has been standardized in multiple military equipment, and some products have achieved batch delivery.
Beijing Starneto Technology (002829.SZ) stated on its investor platform on August 16th that the company is mainly responsible for providing terminal equipment in the satellite communication field. The company's satellite "Dongzhongtong" has been standardized in multiple military equipment types, and some products have been delivered in batches. The company has also developed and produced multiple new satellite communication products that can meet the high-throughput applications of synchronous orbit satellites. The digital twin system based on traditional satellite communication products will also provide new perspectives for equipment maintenance and management. The company has not yet provided equipment products to China Satellite Network Application Co., Ltd.
Beijing Starneto Technology (002829.SZ): Satellite communication, inertial navigation, and other technologies are key to self-driving cars.
On August 4, Gelunhui disclosed that in order to ensure sustainable development, Beijing Starneto Technology (002829.SZ) will continue to increase its investment in civil fields and seize the opportunities for development in three directions: low-altitude economy, low-orbit interconnection, and self-driving cars. In terms of devices, the company's satellite communication, inertial navigation, electro-optical pod, radar, and other technologies are all key technologies for self-driving cars. In terms of vehicles, the company can provide technical support for self-driving cars in navigation, measurement and control, and can also achieve functions such as path planning, automatic tracking, and map self-building, which are applicable to structured and unstructured roads. With the self-driving car field's demand for inertial navigation and other products, the company will continue to increase investment in the civil field.
Beijing Starneto Technology (002829.SZ): IMU products can be used in civilian areas.
Beijing Starneto Technology (002829.SZ) stated on the investor communication platform that the company's IMU products can be applied in civil fields. The company has developed a series of inertial navigation and combination navigation products such as fiber optics and MEMS, which are widely used in the fields and scenarios of railroad inspection, intelligent transportation, Siasun Robot&Automation, unmanned coal mining machines, and flying skateboards, in addition to being used in the closed-loop application of the company's unmanned complete machine system. The company has actively organized relevant teams to dedicate to the synchronized development of IMU products in military and civilian business.
Beijing Starneto Technology (002829.SZ): can provide technical support for self-driving cars in navigation, measurement and control.
Beijing Starneto Technology (002829.SZ) stated on an investor interaction platform on August 2nd that the company's satellite communication, inertial navigation, and radar are all key technologies for self-driving cars, and the company has been providing component-level support to different manufacturers. In terms of the whole vehicle, the company can provide technical support for self-driving cars in navigation, measurement and control, and can also achieve functions such as path planning, automatic tracking, and self-built maps, which are applicable to structured and unstructured roads.
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