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China recently took a daring step towards a major technological advance by launching twelve satellites capable of processing data directly from space. This initiative is not limited to a simple improvement in space communications, but aims to revolutionize the way in which information is processed, thanks to a secret constellation of artificial intelligence. In collaboration with Ada Space and the Zhijiang Laboratory, this ambitious project provides for the assembly of a fleet of 2800 units, each equipped with advanced AI models, to carry out calculations directly in orbit, thus offering a considerable potential for the processing of data in real time.
A new model of treatment in space
Traditionally, the data collected by satellites is relayed to the earth to be analyzed there, which often leads to delays due to limited transmission windows and a restricted bandwidth. China offers a different model with its “three -body calculation constellation”, where data processing is done directly in space. This makes it possible to manage more effectively large sets of data without depending on the land data centers.
Wang Jiandirector of the Zhijiang Lab, underlines the importance of this change, claiming that artificial intelligence should not be absent from the space for lack of computing power. By using the unique environmental advantages of the space vacuum, such as natural cooling and direct access to solar energy, China hopes to overcome the limitations of traditional systems.
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The satellites are interconnected by laser communication links, capable of transmitting data to speeds up to 100 gigabits per second, and have a shared storage of 30 teraoctets per satellite. This network forms a distributed computer operating in low terrestrial orbit.
Useful scientific and strategic objectives
The satellites of this constellation are not satisfied with their raw calculation power. They are equipped with various instruments for terrestrial observation in real time, 3D mapping of the terrain and even the detection of X -ray bonuses. These capacities aim to support many uses, from the response to emergencies to public security, including research and commercial services.
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Ada Space has announced that the system will allow the creation of “digital twins” of the land of the earth in real time, which will reduce latency and the costs of transmission, while offering perspectives for sectors ranging from agriculture to national defense. One of the satellites is equipped with an X -ray polarization detector, aimed at capturing high -energy cosmic events, including gamma rays, thus opening the way to astrophysical research in parallel with the constellation artificial intelligence applications.
A momentum for global collaboration
Although the initiative is of national origin, Chinese officials expressed interest in the opening of the constellation to international partners. Ada Space has declared its intention to cooperate particularly with the countries of the Global South. The objective is to develop an “intelligent, interconnected, low carbon, accessible and durable” orbital infrastructure on a global “.
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During the Beyond Expo technological conference in Macao, Wang described space as the new border for the development of AI, adding that the project is inspired by long -term reflection. The reference to “The Three-Body Problem”, a science fiction novel by the Chinese author Liu Cixin, illustrates the complexity of gravitational systems and interstellar cooperation, stressing the extent and ambition of the project.
Towards a new spatial calculation era
The initiative marks an important step for China, which is positioned as a leader in the development of the digital spatial infrastructure. While other space agencies and private companies, including in the United States and Europe, have tested limited orbital calculation capacities, China is the first to deploy a calculation network on such a scale.
In parallel, other international actors, such as the former CEO of Google, Eric Schmidt, have proposed launching large orbit data centers. In April, Schmidt told the United States Energy and Trade Committee that the demand for calculation power could reach 96 gigawatts by 2030.
With the deployment of the three -body calculation constellation, China is not only trying to dominate the development of orbital calculation, but also to redefine the way in which the data is collected, processed and used in space. While the complete constellation will still take years to come true, the first satellites already orbit indicate a decisive advance in the race for artificial spatial intelligence.
China, through this constellation, redraws the contours of spatial technological innovation. By crossing this daring step, the country is committed to a path that could redefine data processing capacities worldwide. How will this breakthrough influence international collaborations and the future of space technologies?
This article is based on verified sources and the assistance of editorial technologies.
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