Google signs $920 million monthly deal for SpaceX compute capacity

Days before a planned Initial Public Offering (IPO) that is expected to raise record sums of cash, SpaceX has inked a deal with Google that will bring in $920 million a month by providing Artificial Intelligence (AI) compute capacity to the search giant.

The agreement spans 32 months, according to regulatory filings.

SpaceX announced a similar arrangement with Anthropic in May, as the aerospace company monetizes data infrastructure built for its xAI unit.

Google parent Alphabet has made a windfall from backing SpaceX, which was worth $12 billion at the time of its 2015 investment, and is looking to go public at a valuation of over $1.75 trillion.

The arrangement allows Google to tap into vast processing networks, providing a temporary solution to data infrastructure constraints.

As digital systems demand more infrastructure support, agreements linking specialized computing facilities with international technology firms are becoming more common.

The image file 240065.jpg captures the alignment of corporate interests behind these infrastructure shifts, showing Google Chief Executive Officer (CEO) Sundar Pichai speaking with Tesla and SpaceX CEO Elon Musk, as they arrive for an inauguration ceremony before Donald Trump is sworn in as the 47th US President in the US Capitol Rotunda in Washington, DC, on January 20, 2025.

For SpaceX, the lease converts high-specification data centers into immediate revenue generators as it approaches public stock markets.

Large infrastructure projects require substantial upfront capital, and long-term tenancy agreements with entities like Google provide predictable cash flows that support high corporate valuations.

The tech giant is utilizing the capacity to support its own expanding digital operations, which require extensive computing power to maintain service speeds and process complex workflows.

Physical data facilities require considerable power, cooling infrastructure, and connectivity, making the lease of existing operational centers an efficient alternative to immediate ground-up construction.