SpaceX Seeks FCC Approval for a Million-Satellite Constellation to Power Orbital AI Data Centers

The Satellite Initiative

According to Главком: Elon Musk's SpaceX has formally requested authorization from the U.S. Federal Communications Commission (FCC) to deploy up to one million satellites. The ambitious plan's primary goal is to establish a network of orbital data centers designed to process artificial intelligence workloads. These solar-powered satellites would leverage the natural cold of space for cooling, eliminating the need for water-based systems. The company intends to launch the constellation using its Starship rocket. This move signals a strategic shift toward using space infrastructure for next-generation computing.

Technical Specifications and Security Implications

The satellites are planned to operate at altitudes ranging from 500 to 2000 kilometers. They will be interconnected via laser links to ensure rapid and efficient data transfer. Musk has previously suggested that space could ultimately become the most cost-effective location for advanced AI systems.

In a related development, at the request of Ukraine's Ministry of Defense, SpaceX has begun implementing restrictions to prevent Russian military forces from using the Starlink system. This action followed the destruction by Ukrainian defenses of a Russian Shahed-136 drone that was equipped with Starlink satellite connectivity. Furthermore, by 2026, SpaceX plans to alter the configuration of its satellite clusters by lowering their orbital altitude, a change that could impact the performance of this new network.

Consequently, the satellite launch project aims not only to advance AI technology but also responds to contemporary security challenges, as seen in Ukraine. SpaceX's evolving strategy with Starlink highlights how private space infrastructure is adapting to global security demands arising from armed conflict, underscoring the critical role of technology in modern warfare. These developments may also influence the future application of satellite technologies in other global regions.