Tag: Three-Body Computing Constellation
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Cloud-Native Computing Goes to Space: Do Satellites Need Docker?
Software-defined satellites and in-orbit upgrades are taking spacecraft operations toward a broader idea: managing satellites like servers in a data center. That means container orchestration, incremental updates and even running a 5G core network on an onboard server. It may sound ambitious, but Chinese in-orbit experiments are already exploring these capabilities. Why Software Needs Standard…
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Why Can 12 Networked Satellites Do More Than 12 Working Alone?
Intuitively, 12 identical satellites should offer 12 times the computing power of one. But the value of connecting the first 12 satellites in Zhejiang Lab’s Three-Body Computing Constellation goes beyond adding up their processors. What creates that extra value? This article examines three sources of collaborative capability—and the costs that come with them. 1. Scheduling:…
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Can Satellites Crash? Software and Updates in Orbit
When an expensive AI server in a ground-based data center develops a bug, engineers can usually reboot it remotely. But put that server in orbit, 400 kilometers above Earth, circling the planet roughly every 90 minutes—and who handles the restart? Difference One: Software Needs Armor If an app crashes on Earth, you can usually just…
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In the Age of Space Computing, Why Is Energy Both the First Opportunity and the First Barrier?
On the ground, when computing capacity falls short, more servers can be added, the grid can supply more electricity, and additional cooling towers can be built. In orbit, however, there are no power outlets and no air to carry heat away. Every model inference, image-processing operation and inter-satellite data exchange ultimately becomes two things: electricity…
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China’s Space Computing Race: Competing for the Next Decade’s AI Compute Power
AI’s computing needs are outgrowing what Earth can easily supply — and a new race is emerging to move data centers into orbit. This report breaks down the emerging “space computing” industry from every angle: what it actually is and why energy and bandwidth constraints are pushing computing into space (Sections 1–2); the physical advantages…