The US$ 630 Billion Sprint: How Hyperscalers Are Redesigning the Geography of Global Computing
The five largest cloud providers have committed between US$ 660 billion and US$ 690 billion in capex for 2026, nearly double the levels of 2025. The geographical expansion is deliberate: new regions in Africa, the Middle East, and Southeast Asia reflect both data sovereignty demands and geopolitical competition for technological influence.
The amount of capital committed by hyperscalers for 2026 is unprecedented in the history of technological infrastructure. Amazon, Google, Meta, Microsoft, and Oracle have collectively committed between US$ 660 billion and US$ 690 billion in capital expenditures for the year, almost double the levels of 2025 and more than triple that of 2023.
This volume represents a permanent reconfiguration of where and how global computing operates.
Geographical Expansion as Strategy
The distribution of investment is not random. It reflects two simultaneous vectors: real demand from enterprise customers for compliance with data localisation regulations, and geopolitical competition among major providers for positioning in strategic emerging markets.
Google has announced new regions in Sweden, South Africa, and Mexico, with ongoing expansion in Kuwait, Malaysia, and Thailand. The presence in South Africa establishes Google as the first American hyperscaler with a dedicated region on the African continent. AWS plans to launch a region in Saudi Arabia (US$ 5.3 billion investment) and is finalising the structure of the AWS European Sovereign Cloud in Germany (€ 7.8 billion committed through 2040).
The Transformation of Domestic Markets
In the United States, the traditional concentration of data centres in Northern Virginia and Silicon Valley is giving way to what the real estate market refers to as "frontier markets": 64% of the capacity under construction is now located in states like Texas, Arizona, New Mexico, Illinois, Nevada, Georgia, and Ohio.
The main driver is not the cost of property. It is energy availability. Virginia and California are nearing the limits of energy capacity that local utilities can deliver within timelines compatible with the expansion plans of hyperscalers.
The Bottleneck Defining the Next Cycle
Goldman Sachs published an analysis in 2025 estimating that next-generation AI data centres, equipped for intensive training and inference workloads, will consume between 160 and 250 megawatts per campus, ten times more than conventional facilities.
The response includes long-term power agreements with nuclear generators: Microsoft with Constellation Energy for the reactivation of Three Mile Island, Google with Kairos Power for small modular reactors, and Amazon with X-energy for SMRs. These decisions have transformed an operational variable, the cost of energy, into a strategic decision spanning decades that directly involves the CEO and CFO.
For the Real Estate and Infrastructure Market
The Commercial Observer reported that data centres received more real estate investment in 2025 than any other asset class. For CFOs of companies with industrial or logistics property portfolios, the question of repurposing assets for data centre use is being actively discussed in markets with access to abundant energy.