Crusoe and Starcloud's Sun-Powered Data Centre in Space

A partnership between AI infrastructure provider Crusoe and technology firm Starcloud aims to launch the first public cloud platform operating in space. The agreement will see Crusoe Cloud infrastructure installed on a Starcloud satellite, with a planned launch in late 2026.

This move could make GPU capacity available from orbit by the first quarter of 2027.

This collaboration combines Crusoe’s established energy-first data centre model with Starcloud’s satellite-based computing technology.

The project seeks to address the physical and energy supply limitations of terrestrial data facilities, marking a step in the evolution of AI and cloud infrastructure.

Crusoe’s business model is built on situating data centre operations close to stranded or renewable energy sources to improve efficiency and lower emissions.

Extending energy strategy to space

Crusoe's expansion into orbit is an extension of its core strategy, now using solar energy as a plentiful and reliable power source for high-performance computing tasks.

Cully Cavness, Co-Founder, President and COO of Crusoe, has positioned the move as a solution to a primary obstacle in scaling AI infrastructure.

“At Crusoe, we believe that space will ultimately matter to the future of computing because it enables new solutions to a key scaling constraint for AI infrastructure, which is sourcing abundant, consistent and clean energy,” says Cully Cavness.

He adds: “Since our founding, Crusoe has specialised in colocating compute infrastructure with novel energy sources. By partnering with Starcloud, we will extend our energy-first approach from Earth to the next frontier: outer space.”

By moving into space, Crusoe could bypass terrestrial energy grid constraints completely.

The plan involves using solar power generated by orbital arrays to sustain its data centre operations, which aligns with its objective of creating sustainable infrastructure to meet the rising demand for AI computation.

Orbital data centre and AI workloads

Starcloud’s orbital data centre is a satellite-based platform that integrates solar power generation, high-performance processors and internal cooling systems.

This design removes the need for physical land, conventional cooling methods or connections to an electricity grid, while offering a stable and scalable environment for computing.

The satellite scheduled for a 2026 launch will feature a dedicated Crusoe Cloud module, allowing clients to run AI workloads from space.

According to Starcloud, its design can manage both inference and training workloads for AI applications that require high throughput and a minimal environmental footprint. Philip Johnston, CEO of Starcloud, commented on the alignment of the two companies.

“Having Crusoe as the foundational cloud provider on our platform is a perfect alignment of vision and execution,” says Philip Johnston.

He adds: “Crusoe's expertise in building rugged, efficient, and scalable computing solutions makes them the ideal partner to lead this new era. Together, we are building not just a data centre in space, but a new category of cloud computing that will unlock extraordinary possibilities for research, discovery and innovation.”

A new frontier for digital infrastructure

This partnership places both Crusoe and Starcloud at the leading edge of a new movement in digital infrastructure design, where data centres are not constrained by geography.

Crusoe intends to lessen its reliance on Earth-based resources by accessing the near-limitless supply of solar energy in orbit. This orbital expansion also highlights Crusoe's focus on sustainable AI computing.

On Earth, Crusoe powers its data centres with flared natural gas and renewable energy sources.

As artificial intelligence models increase in complexity, the need for reliable high-density power has become a critical challenge for data centre operators. Crusoe's space initiative attempts to solve this problem by using one of the most consistent clean energy sources available.

Crusoe and Starcloud have also outlined a roadmap to develop larger orbital data centres in the future, scaling capacity to meet growing demand for high-performance AI computing. This long-term vision could lead to a distributed space-based cloud network composed of multiple satellites.