Bahrain’s opportunity for AI leadership lies under water

Bahrain could test the feasibility of hosting artificial intelligence infrastructure — specifically data centres — beneath the sea as part of a wider regional push to capture strategic advantages in compute capacity and resilience, a new analysis suggests. The proposal frames undersea data centres as a potential route for small Gulf states to gain AI leadership by leveraging limited land, favorable coastal access, and opportunities for cooling and physical security.

“to sever every remaining economic lifeline sustaining”

The quoted phrase appears in a separate dispatch that examined US Treasury measures, highlighting how analysts on geopolitical and economic matters use forceful language when discussing infrastructure and strategic chokepoints. That same body of work, produced by a long-standing international think tank established in 1961 and supported by more than 650 staff and fellows worldwide, has been publishing cross-disciplinary analysis on security, energy and technology that now touches on the prospects for submerged computing facilities.

Placing data centres under water is presented as a technical and strategic experiment rather than an immediate investment plan. Advocates point to potential benefits: seawater offers efficient cooling that can lower operational costs; submerged locations can afford physical protection against certain land-based threats; and proximity to coastal population and telecom hubs can reduce latency for regional AI applications. For Bahrain — a compact island nation with finite land for large-scale hyperscale campuses — underwater deployment is framed as an option that aligns with geographic constraints.

Analysts across the organisation have recently covered a range of geopolitical and infrastructure topics. William F. Wechsler argued for a “new negotiating approach” in a piece on Iran policy, while Geoff Ramsey has recommended updating democratic transition frameworks for Venezuela. Dispatches by Henry Shuldiner and Ignacio Albe examined economic aftershocks from natural disasters, and Clara Kaluderovic provided a personal account of living under missile strikes in Kyiv. Peter Dickinson has tracked escalation dynamics between Russia and Ukraine. These contributors illustrate the institution’s broad remit that now extends into the intersections of technology, national security and economic resilience — the space in which underwater AI infrastructure is being considered.

Technical and regulatory hurdles remain significant. Subsea data centres must address maintenance access, long-term material degradation in saltwater environments, energy supply reliability, and international maritime and environmental regulations. The analysis points to pilot projects as a pragmatic first step: small, modular deployments to validate cooling efficiencies, service continuity, and environmental impact assessments before any scale-up.

Funding and convening appear to be part of the broader playbook. The organisation behind the analysis runs high-level convenings and an annual Global Citizen Awards event — scheduled for September 23, 2026 on the margins of the UN General Assembly in New York — and operates a daily intelligence newsletter that channels its policy insight to stakeholders. Those channels could be used to attract partnerships between Gulf governments, energy and telecom companies, and specialised engineering firms to design and fund pilot underwater facilities.

Outlook

• Short term: Expect calls for feasibility studies, environmental impact assessments, and small-scale pilots that test cooling and connectivity advantages while addressing maintenance regimes.
• Medium term: If initial pilots demonstrate reliable cost and performance gains, Bahrain could position itself as a regional testbed for modular underwater AI infrastructure, attracting specialized vendors and research partnerships.
• Long term: Successful demonstrations could inform regional strategies on distributed compute and resilience, but wide adoption will hinge on proving lifecycle costs, regulatory frameworks, and minimized environmental risks.