SpaceX seeks FCC approval for million-satellite orbital data center

SpaceX has filed an application with the Federal Communications Commission to deploy up to one million satellites forming an orbital data center powered by solar energy to meet AI computing demands. The proposed network would vastly exceed current satellite numbers in orbit. The FCC will review the request, likely adjusting the scale as it has in past approvals.

Elon Musk's SpaceX submitted its application to the FCC on Friday, January 31, 2026, proposing a massive expansion into space-based computing. The filing outlines a system of up to one million satellites operating in narrow orbital shells, each spanning up to 50 km. This constellation aims to create an "orbital data center" that leverages solar power with minimal operating and maintenance costs.

According to the filing, as reported by PCMag, "orbital data centers are the most efficient way to meet the accelerating demand for AI computing power." The initiative builds on SpaceX's existing Starlink network, which recently reached a milestone of 11,000 satellites launched. As of January 30, 2026, more than 9,600 Starlink satellites remain in orbit, per tracking data.

The scale of the request is unprecedented, representing about 100 times the current number of satellites in orbit. However, the FCC has a history of scaling back SpaceX's ambitions. Earlier this month, it approved 7,500 additional Starlink satellites, following a similar approval for 7,500 in 2022—far fewer than the nearly 30,000 initially sought in 2020.

This filing revives earlier mentions of Musk's orbital data center plans, which surfaced amid discussions of taking SpaceX public. The FCC's review process will determine the feasible extent of the deployment, balancing innovation with orbital management concerns.

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Elon Musk announces SpaceX-xAI merger at podium, with screen showing orbital AI data centers, Starships, and Mars visions.
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SpaceX acquires xAI to power AI with space data centers

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Elon Musk announced on February 2, 2026, that his SpaceX company has acquired his AI startup xAI, aiming to build orbital data centers to meet surging electricity demands for artificial intelligence. The merger integrates AI, rockets, and satellite technology to create a vertically integrated innovation engine. Musk envisions this enabling advancements like Moon bases and Mars colonization.

SpaceX has filed an unprecedented request with the US Federal Communications Commission to launch one million satellites designed as orbital data centres to power artificial intelligence. The proposal, outlined by CEO Elon Musk, aims to harness uninterrupted sunlight in space amid rising AI energy demands. Experts question the seriousness of the ambitious plan, citing potential orbital hazards and impacts on astronomy.

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The US Federal Communications Commission has authorized SpaceX to nearly double its Starlink satellite constellation to 15,000 by 2031, including placements in lower orbits. This move aims to enhance broadband access across America but has drawn warnings from astrophysicists about potential collisions, atmospheric pollution, and vulnerability to solar storms. While promising faster internet for rural users, the expansion heightens fears of an overcrowded orbital environment.

베이징 연구팀의 새로운 연구에 따르면, 지구로 에너지를 송신하는 우주 기반 태양광 발전소의 강력한 레이저가 점점 붐비는 저궤도 위성에 심각한 위험을 초래할 수 있다. 추적 오류나 시스템 오작동으로 빔이 목표를 빗나가면 근처 우주선에 충돌하거나 태양광 패널을 과열시키거나 전기 방전을 유발할 수 있다.

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Elon Musk appears to be consolidating his companies, with Tesla halting production of key models to focus on AI robots and investing in xAI. Reports indicate plans to merge SpaceX with Tesla or xAI to prepare for a stock market listing. This move aims to bolster AI development amid growing resource demands.

Researchers have developed a metric showing that the growing number of satellites in Earth's orbit could lead to collisions within just 2.8 days if they all lost the ability to maneuver. This highlights the increasing congestion in space, driven largely by constellations like SpaceX's Starlink. The finding underscores vulnerabilities to events such as solar storms.

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The era of commercial space stations is set to begin in 2026, as private companies prepare to launch their own orbital outposts following the planned retirement of the International Space Station. These ventures aim to fill the gap left by the ISS and foster a new economy in low Earth orbit. Experts anticipate innovation and cost reductions driven by competition among providers.

 

 

 

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