Data Center World Middle East : Day 1Tuesday, 17 November 2026 - Dubai Standard Offset - UTC+04:00

As demand for AI-ready capacity accelerates, data centre delivery across the Middle East is being shaped by powerful constraints beyond demand. Quality and delivery timelines for power, GPUs, and cooling systems, coupled with growing construction costs, and a specialised talent shortage comprise day-to-day supply chain constraints impacting the pace and scale of the region’s ambitious expansion goals.

This fireside chat explores the practical implications behind this complex, powerful web of factors influencing timelines, cost and project viability, with a look at how the region’s logistical hubs are working to keep high-value equipment moving and the strategies - from hyperscaler partnership to modular design - being deployed to keep projects on track.

With $30B of planned investment by 2030 and a wealth of hyperscale projects breaking ground, the Gulf’s data center sector remains a world-class investment opportunity. But it’s entering a new phase, one less defined by the conventional hunt for capital, and more centered on intense competition for the power, partnerships, and project expertise needed to deliver AI-ready data centers at pace and scale.

This panel explores how the traditional project-to-project investment model has been disrupted, alongside the emerging strategies being deployed in The Gulf. From sovereign-hyperscale megaprojects and power-adjacent infrastructure plays to start-up innovation ecosystems, and platform models, we’ll examine who is funding the Middle East’s race for capacity, what demand is driving it, and what this means for international and local investors.

• Technical takeaway: value of new investment models such as REIT-like ownership that facilitate faster improving capital cost and regulatory alignment but risk concentrating MEA ownership.
• Technical takeaway: how AI start-ups and scale-ups translate funding into cloud consumption, GPU demand & long-term data centre utilisation.

Deployment of high-density liquid cooling in the Gulf presents extreme thermal engineering challenges distinct from temperate climates. This fireside chat examines the mechanical realities for data centre operators managing the complex liquid cooling process, from integration of direct-to-chip systems, CDUs, & secondary cooling loops to heat rejection in extreme ambient conditions.

We’ll also explore how operators are assessing water availability, WUE, maintenance complexity, leak risk, retrofit constraints and the operational skills required to manage liquid-cooled environments, with real-world examples of where liquid cooling is already viable, and the infrastructure required to support it.

Saudi Arabia and the UAE are moving toward a new class of compute infrastructure: the GPU-dedicated campus - mega-facilities designed to bypass the traditional delivery bottlenecks to sovereign capacity through vertically integrating land, dedicated power generation, and secured chip supply chains.

We’ll examine the structural and engineering realities of what makes these campuses technically distinct from conventional hyperscale and colocation builds, and the practicalities of how greater control over GPU availability, export control, grid connection, and workload orchestration can address these constraints.

The conversation will give developers, operators and technical vendors insight into the assessment framework for what is required to design and operate large-scale compute platforms capable of supporting large-scale training, inference and sovereign AI workloads in the Gulf.

Most Middle Eastern facilities are not built as pure AI hyperscale training environments. As regional data centre size increases alongside high-density workloads, the reality for most operators is a hybrid estate where enterprise, inference, and high-intensity training loads - with divergent thermal and electrical demands - must seamlessly coexist.

This technical session explores the structural realities of designing data halls, pods, risers, and power distribution for mixed-density environments.

As air cooling hits its physical limits, our panel explores the logistical sense of deployment options for Direct-to-Chip (D2C) vs immersion cooling to manage the 100kW+ rack reality, with a look at the structural complexities of retrofitting legacy raised-floor environments to support high-density liquid cooling loops.

• Technical takeaway: power distribution for mixed-density halls: busway design, UPS planning, fault protection, and phased allocation across 10kW, 30kW & 100kW+ zones.
• Technical takeaway: mechanical engineering of data centre cooling: from CDU integration, secondary fluid loops, manifold design, to leak detection architecture, & facility-level heat rejection.