Musk: 99.99% of Computing Power Will Be in Space Long-Term
Elon Musk stated that over 90% of AI computing power will still be on servers in the coming years, but in the long run, 99.99% of computing power will be deployed in space.
This viewpoint echoes SpaceX's push for orbital data centers and AI satellite plans, aiming for large-scale launches to achieve scalable space computing power.
The event has intensified the narrative around space computing power, with funds and resources flowing towards orbital infrastructure and related satellite projects, benefiting SpaceX and the space computing concept, while putting pressure on the expansion path of purely terrestrial data centers.
Source: Public Information
ABAB AI Insight
Musk has previously emphasized that space is the ultimate low-cost path for AI expansion. SpaceX has planned the AI1 satellite and a constellation of millions of orbital data centers, complementing ground-based Colossus computing.
The long-term vision aims to liberate computing power from Earth's energy and land constraints, relying on Starship's low-cost launches and the advantages of solar energy and radiative cooling, motivated by the need to overcome terrestrial power and cooling bottlenecks to support superintelligence scale.
Discussions similar to "computing power in space" have appeared in early concepts of orbital solar power stations, and the current AI infrastructure is in a transitional phase from a ground arms race to expansion into space.
Essentially, this is a technological substitution: ground computing power is limited by energy and cooling physics, while the mechanism of unlimited solar energy and vacuum cooling in space allows the unit cost of computing power to approach zero in the long term, driving nearly all incremental computing power to migrate to orbit.
ABAB News · Cognitive Laws
- Computing power will eventually break through Earth's boundaries.
- Launch costs determine the space economy.
- Physical constraints drive ultimate migration.