While discussions about data centres intensify on the ground, some technology firms are exploring the possibility of relocating these facilities to space. While SpaceX has taken a prominent position in advancing this effort, numerous other companies are also exploring computing and data storage in orbit. The company's $85 billion IPO — among the largest on record — points to a broader shift in the space sector, where private enterprise has taken on an expanded role alongside government programmes.
Such a transition poses a governance challenge that has no clear historical precedent. When corporations handle and retain data across international boundaries, questions arise about legal ownership of that information once it travels beyond the planet's atmosphere. The question of accountability centres on whether responsibility lies with the entity running the infrastructure, the nation in which that entity is registered, or the shareholders holding a substantial stake in its ownership.
Since Intelsat I became the first commercial communications satellite to reach orbit in 1965, the broader space economy has undergone considerable change. During the mid-twentieth century, the United States and the Soviet Union engaged in a competition to advance space exploration, with each nation viewing achievements beyond Earth's atmosphere as a means of asserting geopolitical influence. Private companies now lead efforts in orbit, having conducted experiments in biological tissue printing and food production in space, while also pursuing asteroid mining to exploit distinctive off-Earth conditions and materials.
Reduced launch expenses, contemporary production methods, and sophisticated automation technology are making it easier for spacecraft to reach orbit. While orbital data centres remain an early-stage industry, locating computing infrastructure in space could address certain environmental and land-use pressures associated with ground-based facilities. Orbital data infrastructure has been proposed as a way to alleviate strain on electricity networks and freshwater supplies, potentially reducing friction with local communities.
Among the companies pursuing this technology, SpaceX holds a notable position, with its Starlink constellation providing orbital computing capabilities at a scale few rivals can match. Establishing and maintaining orbital data centres is estimated to carry expenses seven to ten times above ground-based equivalents, with thermal management challenges yet to be addressed, though analysts have noted that distributing compute workloads across the Starlink satellite network could reduce that cost gap by more than half.
U.S. corporations hold a leading position in this economy, though analysts note that their advantage could face challenges in the years ahead. Nations with substantial financial resources — including geopolitical rivals and rising regional powers — are reportedly accumulating influence over space infrastructure developed by the United States, along with the data those systems may hold. Intricate ownership structures and financial entanglements raise unresolved questions about where true control of the developing space economy resides.
China's launch infrastructure, orbital assets, and deep-space communication networks are steadily expanding their share of the global space industry. Beijing commands a substantial portion of upstream space supply networks through government-controlled entities spanning extraction, processing, and logistics.
Investors from the Gulf region are reported to have accounted for over a fifth of SpaceX's share offering. Sovereign wealth funds from Saudi Arabia, Kuwait, Qatar, Abu Dhabi, and Oman — including the Public Investment Fund, Kuwait Investment Authority, Qatar Investment Authority, MGX, Mubadala, and the Oman Investment Authority — are reported to have acquired IPO shares valued at between $15 billion and $17 billion.
Investment from Gulf states extends to Chinese space and technology enterprises. Prosperity7 Ventures, the investment arm of Saudi Aramco, secured $83 million in funding for Chinese aerospace company Orienspace. According to reports, the PIF has channelled billions of dollars into Chinese private equity vehicles such as HongShan (previously known as Sequoia Capital China) and Hillhouse Capital, both of which have subsequently deployed capital across a range of Chinese space sector companies.
Having financial stakes on both sides of the commercial space race does not grant Gulf investors direct authority over the infrastructure or its data, though such a position may open pathways to roles as intermediaries in data transactions. Should a Gulf-backed enterprise eventually construct an orbital network routing data through both a US-operated satellite constellation and a Chinese-operated satellite grid, that enterprise would occupy a notable position as a conduit for global data transmission. The server's physical location would carry no practical weight, with the data instead falling under the terms of a private corporate agreement.
Establishing clear oversight of data and defining access rights within such a layered architecture may prove challenging. The regulatory framework for outer space was designed to address the conditions and priorities of an earlier period. In 1967, the Outer Space Treaty established provisions governing the legal status of objects placed into orbit or beyond.
Under international frameworks, nations hold accountability for any satellites placed in orbit by either state agencies or commercial operators under their jurisdiction. The UN left questions of ownership and governance over space infrastructure to be resolved directly between the nations responsible for launching. Yet the data gathered from space remains undeployed.
No regulatory structure currently exists to determine ownership, usage rights, or the destination of the data involved. No binding regulatory framework exists to oversee how data moves through satellite and orbital infrastructure owned and run by private corporations, even as regional agreements such as the EU's General Data Protection Regulation (GDPR) address certain cross-border data-sharing arrangements.
In January 2026, Axiom Space deployed its inaugural orbital data centre nodes, while the venture Starcloud completed the first training of a large language model aboard a spacecraft in late 2025. SpaceX has outlined a proposal to deploy one million artificial intelligence satellites into orbit over the next several years. As space-based computing systems advance in capability, artificial intelligence models running on them may produce previously undiscovered findings.
Questions over data ownership remain unresolved for these orbital processing facilities — whether SpaceX, the sovereign wealth funds backing the company, or the nations beneath their flight paths hold legal rights to the information handled aboard. Absent regulatory oversight and international governance structures, airspace data flows risk operating beyond the reach of taxation frameworks. Organisations may exploit personal information to develop AI systems in the absence of clear regulatory frameworks, while both private entities and governments retain the capacity to monitor human behaviour at an extensive scale.
The Committee on Foreign Investment in the United States (CFIUS), chaired by the Department of the Treasury, draws its voting membership from nine federal agencies. The committee bears responsibility for evaluating overseas investments in American enterprises to identify potential threats to national security. A coordinated effort among those bodies, the Department of Commerce's Office of Space Commerce, US Space Command, the National Reconnaissance Office, and related federal entities could bring domestic space firms and their data partnerships within the scope of CFIUS oversight.
Questions have been raised about whether SpaceX's expanding footprint across space infrastructure warrants an examination into potential monopoly concerns affecting national defence. While organisations like the International Telecommunication Union handle terrestrial data and AI coordination, governance frameworks for space-based data remain outside their current mandate.
Satellite signals transmitted without encryption remain vulnerable to third-party interception of their data. Holders of data have been advised to consider robust encryption measures and the ability to withdraw from satellite-based storage arrangements. As the number of orbiting satellites approaches 18,000, coordinated conflict-avoidance protocols and tracking infrastructure have been identified as factors in maintaining a functional and orderly environment in space.
Lawmakers bear responsibility for establishing rules that govern the collection, handling, and cross-border movement of data belonging to American citizens beyond domestic borders. Governments have been advised to adopt transparent domestic frameworks and dispute resolution procedures, alongside a commitment to supporting businesses in cross-border legal proceedings.
