SpaceX just locked in a $920 million monthly payment from Google—and the timing couldn't be sharper, arriving days before the rocket company's blockbuster initial public offering on June 12. The deal, revealed in SpaceX's IPO filing, shows the company leasing artificial intelligence computing power from its Memphis, Tennessee data centers to Google, which will use the infrastructure to power its Gemini AI models and Gemini Enterprise platform.
The arrangement matters because it illuminates a lesser-known dimension of Elon Musk's sprawling business empire: SpaceX is becoming a serious player in the race to provide computing infrastructure for AI. While SpaceX's reputation rests on rockets and satellites, the company has quietly built sophisticated data centers designed to house the processors that power the world's most advanced AI systems.
The contract covers approximately 110,000 Nvidia GPUs—the specialized chips that have become the lifeblood of generative AI development. Google won't pay the full monthly rate immediately; it will begin the full $920 million monthly payments in October 2026, with a reduced fee during the ramp-up period before then. The agreement runs through June 2029, which means Google will pay SpaceX roughly $30 billion over the contract's lifetime. A Google Cloud spokesperson explained the urgency in a statement to AFP: "This is a short-term, timely agreement to ensure we have bridge capacity to meet surging customer demand for our agent platform, Gemini Enterprise, which has been even higher than we expected."
This isn't SpaceX's first venture into the AI computing business. Earlier, the company signed a similar deal with Anthropic, an AI safety company, leasing compute capacity at Colossus data centers in Memphis for $1.25 billion per month. The Memphis facilities were originally constructed to support xAI, Musk's own artificial intelligence venture. Last year, xAI posted an operating loss of $6.4 billion against total revenue of $3.2 billion—a striking reminder that even Musk's side projects operate on a massive scale, though at significant cost.
The timing of these infrastructure deals highlights how SpaceX's IPO valuation of $1.8 trillion—the largest in history—rests not just on faith in the company's core rocket business, but on an ambitious portfolio of ventures. SpaceX is betting that it can expand Starlink's satellite internet business, place data centers into orbit using its own rockets, and eventually begin human colonization of Mars. Each of these ambitions requires capital, infrastructure, and technological sophistication.
The Google agreement also includes a practical exit clause: either party can terminate the deal after December 31 by providing 90 days' notice. That flexibility suggests Google views this as bridge capacity for a specific surge in demand—a temporary solution while the company likely develops longer-term AI infrastructure strategies.
For SpaceX, the contract provides concrete revenue ahead of its IPO at a moment when investors are scrutinizing what actually justifies the company's valuation. The deal offers evidence that SpaceX's data center capabilities have real, immediate commercial value, not just speculative promise. As the company prepares for public markets, these computing contracts become part of the proof that Musk's vision extends beyond space exploration into the infrastructure that will power humanity's AI future.