Claude: SpaceX and Anthropic Forge an Alliance for Artificial Intelligence Involving Orbital Data Centers

Significant news in the world of artificial intelligence. Just hours ago, SpaceX (which has incorporated xAI) and Anthropic announced an agreement that will allow the latter to utilize the full computing capacity of the Colossus 1 data center, providing superior performance to subscribers of Claude Pro and Claude Max. Reportedly, this decision will grant access to 300 MW of new computing capacity, provided by over 220,000 NVIDIA GPUs, by the end of May.

Anthropic is seeking agreements with various partners, thereby diversifying its strategy to obtain available computing power for Claude. In April, the company signed a contract with Amazon to utilize up to 5 GW of computing capacity (of which 1 GW will be available by the end of the year). Additionally, 5 GW are connected to another agreement with Google and Broadcom (in 2027). There is also a multi-billion dollar partnership involving Microsoft and NVIDIA for Azure.

While Anthropic does not mention it in the official statement, SpaceX (or SpaceXAI) added that the company developing Claude intends to use orbital data centers, with capacities on the order of GW, when they become available in the coming years. This choice could have repercussions on the balance of power related to artificial intelligence, particularly in the competition between OpenAI and other rivals in a market that shows no signs of slowing down.

As we know, Elon Musk is conducting his own battle (including legal) with OpenAI and Sam Altman. Strengthening competition to challenge what he considers not just a competitor (for xAI) but also fundamentally a personal enemy is very much in line with Musk's style (who can count on a significant fortune and companies like SpaceX that are solid in their sector).

Certainly, orbital data centers may still be some time away, considering the technical challenges of creating satellites like the proposed AI Sat Mini. Heat dissipation in space, mass production, and the ability to create hardware with high computing capacity but also resistant to radiation in space are definitely a challenging task and come with inherent risks. Moreover, due to their size, they can only be launched when Starship becomes operational, initially prioritizing Artemis and the third-generation Starlink satellites. Also, with the impending initial public offering (IPO), SpaceX will need to answer to public shareholders about its activities, a situation that has its pros and cons.