As a publicly traded company, SpaceX aims to “make life multi-planetary,” and while a moon base is on the agenda, AI systems and orbital data centers are also on the IT side.
The company’s long-awaited IPO launched on June 12th, with more than 555 million shares offered at $150 per share. The Nasdaq Composite’s debut is considered the largest IPO in history.
SpaceX is known for its reusable launch vehicles and Starlink connectivity services. The company’s IT resources include Grok, a generative AI chatbot that integrates with the X social media platform, and Colossus and Colossus II AI data centers in the Memphis, Tennessee, metropolitan area. Grok and the data center are part of SpaceX’s xAI subsidiary.
SpaceX plans to install other data centers in space. According to SpaceX’s S-1 filing with the Securities and Exchange Commission, the company could deploy an “orbital AI calculation” satellite as early as 2028. The constellation of satellites will use solar energy for power and the space environment for cooling, according to SEC documents.
SpaceX as an integrated strategy
Against this backdrop, the theme SpaceX presents to investors is that it can provide an integrated hardware and software infrastructure across space, connectivity, and AI. Technology entrepreneur and investor Armando Pantoja views SpaceX through a slightly different lens: computing, data, and energy.
“They will become the most valuable assets on earth and essential to the creation of intelligence,” he said.
SpaceX represents a transition from a traditional tech stock to a company that builds at the intersection of these three assets, Pantoja noted.
From that perspective, SpaceX provides the data centers, their resident processors, and the energy to run them. Orbital AI computing in SpaceX’s space-based data centers aims to address the power constraints that are hindering the growth of AI data centers. Terrestrial workarounds that have been tried and proposed include microgrids, on-site power generation, and even nuclear reactors.
Deal with AI constraints
SpaceX offers space as an alternative.
“We believe that these AI compute satellites in sun-synchronous orbit can handle energy-intensive AI workloads, such as inference demands, at a much larger scale and more efficiently than their ground-based alternatives,” the company’s S-1 filing states.
Chips are also a major constraint for the AI industry. semi-analysis The Newsletter recently stated in a June 3 article about space data centers:
“Semiconductor manufacturing…is a ‘universal’ constraint on all chip deployments, whether deployed on Earth or in space…Elon Musk is clearly well aware of this constraint, and it is the driving force behind his TerraFab concept.” Elon Musk founded SpaceX in 2002.
Terafab, Tesla and Intel’s chip manufacturing initiative, is intended to alleviate future chip shortages at SpaceX, the company’s SEC filings state.
AI IPO is underway
Other upcoming IPOs include the debuts of Anthropic and OpenAI. On June 1, Anthropic filed a confidential S-1 filing for its proposed IPO. “This gives us the option to go public after the SEC completes its review,” Anthropic’s statement said. The timing of the IPO “will depend on market conditions and other factors,” the company said.
OpenAI filed a confidential S-1 application on June 8, but the timing has not yet been determined, the company said in a statement.
John Moore is a freelance writer who has covered business and technology topics for 40 years. We focus on enterprise IT strategy, AI deployment, data management, and partner ecosystem.
