Orbital Data Centers Become SpaceX Next Frontier

Will data centers soon leave Earth? This prospect, long reserved for science fiction, takes on a very real dimension with the strategy carried by SpaceX. Faced with the explosion in energy needs of artificial intelligence, Earth’s orbit now imposes itself as a new frontier for digital infrastructures. Far more than a space project, this evolution could reshuffle the cards of the global technological economy, influencing financial market investments as well as the strategies of Tech giants.

The Deployment of Gigasat and the Dawn of Orbital Computing

The industrial apparatus intended to realize this transition is already underway through unprecedented production structures. On June 8, a few days before its Nasdaq listing, SpaceX unveiled its giant Gigasat factory in Bastrop, Texas, a complex fully configured for the mass production of satellites dedicated to artificial intelligence.

By around 2027, the company aims to deliver a spatial computing capacity reaching 1 gigawatt (GW) per year. The flagship of this fleet will rely on breakthrough technical specifications :

• Structural gigantism : the first-generation satellite named AI1 has a wingspan of 70 meters, exceeding the width of a Boeing 747 ;
• High energy density : each unit carries a computing payload ranging between 120 kilowatts (kW) on average and 150 kW at peak ;
• Hardware flexibility : the infrastructure uses an architecture of interchangeable chips to avoid exclusive allegiance to a single semiconductor supplier.

Faced with the apparent complexity of the project, Elon Musk tempered observers’ enthusiasm during the presentation of this equipment. Thus, he stated that “the AI satellite is much simpler than a Starlink satellite”.

This relative simplicity hides an industrial logic dictated by terrestrial physical constraints, the company having filed an official request with the Federal Communications Commission (FCC) to deploy up to 1 million operational satellites. Such a shift to space is explained by the fact that terrestrial server farms critically face capacity limits of electrical networks and the scarcity of available land.

Space, by contrast, offers an environment where solar exposure allows collecting about five times more energy than on Earth’s surface, completely free from night cycles and weather disruptions. It is this unyielding environmental fact that led SpaceX’s leader to reiterate his deep belief that “space has the advantage of always being sunny”, making orbit the logical final destination for deep learning infrastructures, hence his definitive statement: “space is the only way to scale up”.

A Historic Capitalization Driven by AI Demand

This deployment of computing constellations is now part of a financial strategy validated by public capital markets. At its Nasdaq listing on June 12, SpaceX raised about 75 billion dollars, closing its first day of trading at a historic market valuation of 2,100 billion dollars.

The company’s S-1 issuance prospectus explicitly relied on the explosion in AI infrastructure demand to justify this value, immediately attracting leading institutional funds such as Cathie Wood’s ARK, which acquired 3.3 million shares. For investors, the appeal lies in the long-term growth projections formulated by management, which targets 1,000 billion dollars in annual revenues by 2030. This growth is driven by orbital power aiming for 100 GW per year at this horizon, then ultimately scaling up to terawatts.

Beyond Wall Street’s enthusiasm, this infrastructure shift triggers concrete interest from the biggest players in the digital sector, who seek to free themselves from terrestrial geographic constraints. The Wall Street Journal reported as early as May that Google entered exclusive negotiations with SpaceX regarding the launch of these orbital data centers. This Big Tech interest confirms the commercial relevance of SpaceX’s model, which no longer positions itself only as a space transporter but as the ultimate supplier of raw power for future computing models. The influx of capital from these global strategic partnerships directly supports the long-term viability of the Gigasat factory.

A Treasury Anchored in Bitcoin Facing Industrial Challenges

Beyond stock market performance, the financial robustness of this ecosystem stands out through a corporate treasury strategy heavily exposed to crypto. SpaceX indeed maintains a particularly robust balance sheet including 18,712 BTC, representing a treasury valued at about 1.29 billion dollars.

This position, combined with the 11,509 BTC held by Tesla, places the billionaire-controlled entities among the largest corporate holders of bitcoin on U.S. regulated markets.

Thus, this top-tier financial base proves essential to support the colossal research and development effort needed to conquer the computing orbit. Additionally, the integration of bitcoin as a reserve asset offers unique capital flexibility to simultaneously manage industrial construction and fund successive launch campaigns amid economic uncertainties.