UAE conceals data centre locations and launches the “StarGate” project: computing becomes a military structure under aerial threat

Cloud computing facilities are no longer merely real-estate and technical assets in Gulf calculations, but have become sovereign assets classified among the most critical infrastructure requiring direct military protection. This shift was disclosed by the UAE Minister of State for Artificial Intelligence, Digital Economy and Remote Work Applications, Omar Sultan Al-Ulama, during a joint session with Mark Benioff, CEO of Salesforce, at the Dreamforce 2026 conference in San Francisco, announcing a revision of the regulatory framework for data centres and a halt to public disclosure of their geographic locations to shield them from military targeting, with similar measures expected to be imposed in other countries soon.

The defensive approach originates from a strategic assessment that sees computing centres as more vital than traditional transport networks, with the minister explaining that they surpass bridges, roads and tunnels in importance because daily and economic life is entirely linked to connected digital devices. This change is driven by a field experience the region faced since the escalation of the armed conflict on 28 February, when the UAE was hit by more than a thousand projectiles and drones in the first week alone, with missiles launched from Iran arriving within two minutes but being successfully intercepted without any human casualties or disruption to commercial activities, after defence systems repelled threats that exceeded what the Middle East as a whole had previously encountered.

The most prominent military lesson was not reflected only on missile-defence platforms, but prompted the state to dismantle the concentration of its digital architecture and distribute the national computing centre project “StarGate” across multiple contracts.The new policy did not stop at concealing geographic coordinates from public circulation, but expanded toward implementing decentralisation by diversifying hosting facilities locally and distributing digital assets abroad through investment in alternative computing installations such as in Germany, to ensure continuity of cloud processing should any site suffer direct strikes.

The decisive official stance contrasts with the broader landscape in the United States, where data centres face local and popular opposition that cuts across partisan and geographic lines, from Nebraska, Texas and Wyoming to Pennsylvania and New Mexico, despite the support expressed by the Donald Trump administration. In contrast to Western expansion constraints, scholars warned against a repeat of the historical intellectual setback that the Arab and Islamic world experienced, when the region’s technical progress stalled between AD 813 and 1515 following a two-century ban on the Gutenberg press due to fears of misinformation and text alteration, emphasizing that fear should not impede keeping pace with foundational models.

In the practical implementation of government services, the strategy draws a clear line between AI adoption and security risk, with public platforms such as the Abu Dhabi “Tam” portal operating on older, stable language models and avoiding the deployment of newly launched leading systems like “Astra” from OpenAI or “WePal” from Anthropic, due to the risks of cyber-exploits and leakage of sensitive data.Regulatory caution also asserts itself through a ban on predictive policing to prevent wrongful accusations, while publishing efforts focus on improving quality of life, such as ending biometric travel procedures at airports without traditional desks.These steps also protect the workforce from marginalisation by completing AI-agent training for all 80,000 federal agency employees, as an extension of training one million people in prompt engineering.

For CTOs and infrastructure engineers in the Gulf, Egypt and the Levant, this measure shifts data-centre design and management standards to an entirely new level. Boasting the size and coordinates of a facility is no longer a marketing advantage; geographic secrecy and clustered distribution have become essential clauses in construction and cloud-operation contracts to reduce the risk of regional outages. Moreover, government hesitancy to use untested latest models forces development teams in the region to build their enterprise services atop secured, closed-off local processors and to focus on business-automation agents rather than a uncalculated rush toward public APIs.

In terms of governance, the experience warns that unilateral regulatory attempts in the West will give competitors an advantage unless they are globally coordinated to include China, based on the Emirati model of involving technology firms in drafting data-protection laws before governmental ratification. Consequently, computing facilities in the region evolve from mere supporting real-estate investments to a core component of the survival and national security equation, with system resilience and the ability to operate during conflicts becoming the true benchmark for any sustainable AI infrastructure.