Aurora Starlink

Established in August 2020, Laser Starcom, also known as Aurora Starlink, is a Beijing-based high-tech enterprise focused on developing and manufacturing space laser communication technology. With a research and development center in Shanghai, the company was founded by a team with deep roots in China's aerospace sector, including core members from the Chinese Academy of Sciences and the China Aerospace Science and Technology Group. This experienced team also includes experts from leading communication companies like Huawei and ZTE, combining aerospace heritage with advanced telecommunications expertise.

Laser Starcom specializes in creating networking solutions for space-based laser communications, a critical technology for high-speed data transmission between satellites and from satellites to the ground. The company's business model is centered on the sale of its laser communication terminal products, components, and complete optical communication networking solutions. Its client base spans multiple domains, including operators of low-orbit satellites, aviation, maritime shipping, and land vehicles, as well as the 5G and 6G communication sectors.

The firm's product line includes two-dimensional turntable and pointing mirror laser communication terminals, telescopes, and tracking cameras. A key differentiator is the significant reduction in terminal weight, which has been compressed from tens of kilograms to just a few, enhancing the application benefits for satellite orbit resources. The company has developed proprietary technologies in scanning and tracking algorithms, high-speed coherent modulation, and lightweight, low-power terminal design. These products are designed to offer high transmission bandwidth and strong anti-interference capabilities. To support its growth, Laser Starcom has secured multiple rounds of funding, including a Series A++ round in May 2025 and a Series A in March 2023, with funds earmarked for expanding large-scale production, developing next-generation terminals, and growing the core technology team.

Keywords: space laser communication, optical communication, satellite networking, LEO satellites, inter-satellite links, satellite-to-ground communication, aerospace technology, communication terminals, high-speed data transmission, optical networking, satellite components, Beijing aerospace, China aerospace, laser communication payloads, tracking algorithms, coherent modulation, low-orbit satellites, deep tech, hardware, telecoms equipment, space-tech