AI and Space Computing Challenge Awards 106 Teams for SDG Solutions
On September 4, 2026, the AI and Space Computing Challenge recognized 106 finalist teams from various countries for their innovative AI models using satellite data. These models focus on key sustainable development goals, including food production and water quality, with winners advancing to real-world applications.

Around September 4, 2026, the AI and Space Computing Challenge awarded prizes to 106 finalist teams. Part of the International Telecommunication Union’s (ITU) AI for Good programme and co-hosted by Zhejiang Lab, the competition sought AI models that use satellite data to address global concerns. Participants from countries including India, Brazil, and China submitted work focused on Sustainable Development Goals (SDGs) such as water quality, food production, and urban resilience. These projects demonstrate how satellite data can be processed to provide solutions for urgent environmental and social issues.
Gold, silver, bronze, and innovation prizes were awarded based on how well the models performed and how easily they could be used in the field. Central to these efforts was Zhejiang Lab’s Three-Body Computing Constellation, a space computing framework that handles the analysis of large-scale satellite data. This technology makes it possible to build AI applications that monitor various aspects of life on Earth. The winners are now preparing to enter pilot schemes, where their models will be tested in real-world settings to determine their effectiveness in solving specific problems.
Beyond the awards, the challenge highlighted the value of international cooperation in addressing global issues. The diverse backgrounds of the participants allowed for a broad exchange of ideas, which helped refine the strategies and solutions presented. Such collaboration is often necessary when dealing with problems that require a multifaceted approach. These advancements may eventually lead to more effective tools for sustainable development. As the winners move into the pilot phase, their projects are expected to contribute to broader sustainability goals. This ongoing work in the field suggests a path toward better management of global resources through shared innovation.
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