On July 30, 2026, Shanghai Lingang United Development Co., Ltd. held a closed-door satellite internet industry exchange at the G60 Science and Innovation Cloud Corridor. Stardubhe was invited to participate, joining academicians, experts, and leading upstream and downstream enterprises to explore new paths of collaboration for the low-earth-orbit satellite internet industry.
The event focused on core topics such as policy direction for low-earth-orbit satellite internet, constellation networking technology bottlenecks, localization of spaceborne chips, and the space-ground integrated application market. Wu Shufan, academician of the International Academy of Astronautics and Chair Professor at the School of Aeronautics and Astronautics, Shanghai Jiao Tong University, provided an in-depth interpretation of industry policies and technology trends, offering professional guidance for enterprise technology iteration and scenario deployment. At the meeting, the Stardubhe team shared lightweight vehicular/airborne intelligent satellite communication terminals for autonomous systems and AI computing technology for unmanned systems, focusing on landing scenarios such as unmanned system data upload, spaceborne computing, and edge-side decision-making. The team also engaged in in-depth discussions with supporting enterprises on R&D collaboration and joint project applications, reaching multiple cooperation consensuses.
Lingang Songjiang Science and Technology City builds a full-chain satellite industry ecosystem with Yuanxin Satellite as the chain leader. Rooted in the G60 Science and Innovation Corridor, Stardubhe will continue to leverage its space-based communication-computing convergence technology advantages, improve autonomous-system satellite communication-computing application products and solutions based on domestic satellite internet constellations, work with park partners to remove industry chain collaboration bottlenecks, and help the Yangtze River Delta build a leading domestic satellite internet industry highland.