Key facts
- SpaceX's near-term AI value is seen by analysts as tied to its terrestrial data center infrastructure.
- The company has secured compute contracts expected to generate over $28 billion in annual revenue.
- This revenue figure surpasses projections for its AI revenue in 2025 and its launch and Starlink businesses individually.
- SpaceX invested approximately $18 billion in AI infrastructure and development in 2025.
- Orbital AI is considered a longer-term bet, contingent on technological advancements and Starship's reusability.
- SpaceX's acquisition of AI coding startup Cursor indicates expansion into enterprise software.
Wall Street analysts believe that while Elon Musk has envisioned a future where space powers artificial intelligence, SpaceX's immediate financial success is rooted in its terrestrial AI infrastructure. The company is significantly expanding its data center capacity to meet the burgeoning demand driven by AI adoption across various applications.
SpaceX has begun monetizing its compute capabilities through agreements with major clients, including Anthropic, Google, and Reflection AI, for its Colossus supercomputer clusters. These terrestrial compute deals are projected to generate substantial annual revenue, significantly exceeding projections for its AI revenue in 2025 and surpassing income from its launch services and Starlink connectivity businesses individually. Analysts, however, note that these contracts include termination clauses, meaning the revenue is not guaranteed long-term.
In 2025, SpaceX reportedly invested approximately $18 billion in AI infrastructure and development, with a substantial portion allocated to capital expenditures and research and development, overshadowing its investments in space and connectivity. The company's existing AI compute facilities, Colossus and Colossus II, provide about one gigawatt of capacity, positioning it as a major operator in the AI compute space, with expectations for significant expansion in the coming years.
The acquisition of AI coding startup Cursor further signals SpaceX's strategic move beyond infrastructure into enterprise software, aiming to monetize both AI applications and the underlying computing power. Meanwhile, the prospect of orbital AI, which could leverage solar-powered satellites to reduce energy and cooling costs associated with terrestrial data centers, remains a longer-term prospect. This vision is heavily dependent on the successful development and reusability of Starship rockets, reduced launch costs, and advancements in satellite engineering, with analysts suggesting any significant displacement of terrestrial data centers is at least a decade away.