Google in Talks With SpaceX to Launch Orbital Data Centers: Report

Google and SpaceX are reportedly discussing a potential partnership focused on launching experimental data center infrastructure into orbit.

According to a report from The Wall Street Journal, Google is exploring launch agreements with SpaceX and other rocket providers as part of its broader efforts to test orbital computing technologies. The discussions come as SpaceX positions orbital data centers as a potential long-term business opportunity ahead of its anticipated IPO later this year.

Orbital data centers have reportedly become a major talking point in investor presentations, with SpaceX pitching the idea that space-based AI compute could eventually become cheaper and more scalable than traditional ground-based facilities.

The concept sounds futuristic, but both companies are already taking concrete steps toward making it a reality.

Google quietly launched its “Project Suncatcher” initiative last year, aimed at testing compact computing systems aboard satellites. The company plans to launch two prototype satellites before 2027 in partnership with Planet Labs. Google CEO Sundar Pichai previously said he believes orbital data centers could become commonplace within the next decade.

SpaceX, meanwhile, has been aggressively building the foundation for its own orbital computing plans. Regulatory filings earlier this year showed the company seeking approval to deploy as many as one million satellites in support of future space-based computing operations.

The company has also been tying together its growing AI ecosystem. Last week, SpaceX announced a major compute partnership tied to Anthropic that could involve more than 220,000 NVIDIA GPUs and hundreds of megawatts of computing capacity. Reports also indicated Anthropic expressed interest in collaborating on orbital computing infrastructure.

The growing interest in orbital data centers comes as terrestrial AI infrastructure faces mounting challenges. Traditional data centers require enormous amounts of electricity, water, and land, creating increasing political and environmental pressure in many regions.

Supporters of orbital computing argue that solar-powered facilities in space could bypass many of those constraints. With nearly constant access to sunlight and no competition for real estate, proponents believe orbital facilities could eventually offer a scalable long-term solution for AI workloads.

However, the idea remains largely theoretical. Launching hardware into orbit remains extremely expensive, and experts continue to question whether maintaining large-scale computing infrastructure in space will ever become economically viable compared to Earth-based alternatives. Cooling systems, radiation exposure, hardware servicing, and data transmission latency all remain major engineering hurdles.