Saudi Arabia's Data Center Capacity, Measured: 467MW Live Against a 1.5GW National Target

467 megawatts. Saudi Arabia’s operational data center capacity reached that figure in the first quarter of 2026, on the Ministry of Communications and Information Technology’s own count [S1]. Saudi Arabia data center capacity in MW is the metric almost nobody reports — the sector is quoted in dollars committed and gigawatts promised — and it is the only one that describes electricity already moving through servers that already exist.

Two corrections follow immediately. The 440MW figure still circulating as current is a 2025 number from the same ministry; 467MW is the Q1 2026 print, and MCIT frames it as a rise of “more than 6%” since the start of the year [S1]. And the 6GW and 6.6GW targets routinely attributed to Saudi Arabia are not national targets at all. The National Data Center Strategy, issued by MCIT with the Saudi Data and Artificial Intelligence Authority in June 2025, sets a figure of around 1.5GW by 2030 [S2][S3]. The gigawatt numbers belong to one company.

That distinction has an arithmetic consequence nobody has drawn. HUMAIN’s interim target — 1.9GW by 2030, stated by chief executive Tareq Amin at the AMD and Cisco joint-venture announcement on 19 November 2025 [S4][S5] — is 27% larger than the entire national 2030 target. Either the national strategy is already stale one year after publication, or the corporate pipeline is not deliverable inside the decade. Both cannot be true.

What a megawatt of data center capacity actually is. A data center’s capacity is the electrical power its equipment can draw, not its floor area or its server count. Two figures are quoted and routinely confused: IT load, the power delivered to computing equipment, and gross or facility power, which adds cooling, lighting and losses and typically runs 20–50% higher. A facility marketed as “100MW” may have 100MW of IT load or 100MW at the utility meter. MCIT does not publish which basis its national series uses.

Last verified: 31 July 2026.

This page is the capacity number and the megawatt vocabulary. For the sector’s full profile, operator landscape and investment history, see the Saudi Arabia data centers encyclopedia entry; for market structure, pricing and hyperscaler entry, the Saudi data centre market overview. For why energised megawatts arrive slower than announced ones, the argument sits in our pillar on Saudi Arabia’s AI power constraint. This piece supplies the ledger that argument implies.

How Much Data Center Capacity Does Saudi Arabia Have?

467MW as of Q1 2026 — but the figure needs three qualifications before it can be used.

First, the series. MCIT publishes an operational-capacity series that runs 68MW (2021) → 440MW (2025) → 467MW (Q1 2026), spread across more than 60 data centers built by over 20 companies, with cumulative investment above SAR16bn ($4.3bn) [S1]. The 2021-to-2025 move is close to a sixfold increase. The Q1 2026 increment is 27MW, or 6.1% in a quarter.

Second, the basis. MCIT calls the figure “operational capacity” and publishes no definition. It does not say whether the number is IT load or gross facility power, and it does not say whether it includes enterprise and government self-build alongside third-party colocation. Independent measurements disagree in a pattern that suggests it counts everything:

The MCIT number sits at or near the top of every comparable series, consistent with an all-owners count rather than a colocation-only one. Whether it is IT load or gross power cannot be established from any published source. Anyone modelling revenue from it should assume the larger of the two and discount accordingly.

Third, geography. The Renewable Vision tracker puts 79% of operational capacity in two cities — Dammam at 41% and Riyadh at 38% — on its 2024 baseline [S8]. Dammam’s lead is a function of Aramco, the Eastern Province industrial base and Google’s cloud region; Riyadh’s growth is faster. Colocation research published in January 2026 separately put Dammam above 130MW across operators including Sahayeb, DAMAC Digital and Mobily [S11].

Why 440 and 467 are not a conflict

They are consecutive prints of one series, three months apart in reference period. 467 ÷ 440 = 1.061, reproducing MCIT’s own “more than 6%” framing exactly [S1]. The error in the market is not a measurement dispute; it is that secondary coverage keeps quoting the 2025 figure without its date. Any page presenting 440MW as current capacity is six months and 27MW behind.

The Capacity Ledger: Operator, Megawatts, Status, Grid

The table below is the object this page exists to maintain. The two columns that matter are status and grid connection, because announced capacity and energised capacity are separated by years, and no competing source separates them.

Four readings fall out of it.

Only two rows state their basis. Equinix’s 100MW and Sahayeb’s 24MW are explicitly IT capacity. Every other figure — including HUMAIN’s 6,000 — is published without saying whether it is IT load or gross power. Madar Strategy’s audit of 13 Saudi and Emirati AI projects found the same at regional scale: one of seven headline projects defines IT load [S25].

No operator publishes grid-connection terms. Not one row carries firm connection megawatts, a named connection point, upgrade obligations or an energisation date. Where the grid column reads “energised”, that is inferred from live service, not from a published connection. Madar’s finding was blunter: across roughly 4,000MW of Saudi and Emirati announcements, zero confirmed energisations with public documentation, and only one project naming a utility [S25].

The live rows are small. Strip out everything under construction or announced and the operating base is colocation, two cloud regions, two research clusters and one inference region. Nothing in live service was built for frontier AI training.

The largest line item is a tender for switchgear. HUMAIN’s 6GW Al-Saad campus entered the public record in May 2026 not with a compute order but with a procurement for a 380/132/33kV network, 500MVA and 200MVA substations and a 2,000MVA bulk supply point [S16]. That is the ledger’s clearest statement about the binding constraint.

What Is Saudi Arabia’s Data Center Target?

Around 1.5 gigawatts by 2030. That is the National Data Center Strategy figure, issued by MCIT with SDAIA in June 2025 and described by Greenberg Traurig on 5 January 2026 as a target of “around 1.5 GW of data centre capacity by 2030” [S2]; the US International Trade Administration’s market-intelligence note gives the same target as “up to 1.5 gigawatts by 2030” [S3]. Trade analysis published in June 2026 renders it specifically as IT load crossing 1.5GW nationally by 2030 [S27].

The competing figures are corporate, and they resolve cleanly once dated and attributed:

The resolution. 6GW and 6.6GW are not rival estimates of one thing. The 6GW is the AMD-and-Cisco joint venture’s AI-compute commitment, given by Tareq Amin, chief executive of HUMAIN, and Lisa Su, chief executive of AMD, at the JV announcement [S4][S5]. The 6.6GW is HUMAIN’s whole data center pipeline including capacity outside that venture [S28]. The most economical reading is that 6GW is a subset of 6.6GW. HUMAIN has published no reconciliation, so that reading is inference, not confirmation — and it is the honest position to hold until the company states one.

What is not inference is the mismatch with national policy. HUMAIN’s 2030 interim figure of 1.9GW exceeds the entire national 2030 target of 1.5GW by 27%, from a single company. Either MCIT’s strategy has been overtaken within a year of publication and has not been restated, or HUMAIN’s interim number will not be met. No Saudi authority has addressed the gap.

The run-rate test

Targets are checkable against delivery speed. Saudi Arabia added 399MW in the 4.25 years from 2021 to Q1 2026 — an average of roughly 94MW a year. The most recent quarter annualises to about 108MW a year.

The national target requires doubling the historical build rate and sustaining it for five years. The corporate 2034 pipeline requires roughly six and a half times it, sustained for nine. Neither is impossible in a single-buyer market with cheap fuel and no permitting opposition. Both are large asks that no published delivery schedule currently supports.

Does Saudi Arabia Have Enough Power for AI Data Centers?

In aggregate, easily. At specific sites, unproven. This is the pillar article’s argument; what follows is the arithmetic.

Saudi installed generating capacity is itself reported three ways, and the percentages change with the denominator: 121.4GW total installed on an EIA-derived basis including captive generation at end-2024, 100.6GW installed base for 2025 on power-market analysis [S6], and 92.2GW grid-connected on the US ITA’s country guide [S29]. Summer peak demand exceeds 65GW, roughly double the winter baseline.

Saudi Arabia delivered a record 160.5TWh to grid customers in the first half of 2025, an annualised rate near 321TWh. The national 1.5GW target therefore represents roughly 3.7% of current grid deliveries; the 6.6GW pipeline about 16% — a share no country has added for one industry inside a decade without building generation specifically for it.

Generation is being built, and it is gas. The Saudi Power Procurement Company opened qualification in July 2026 for a third round of combined-cycle gas independent power projects. The round is widely miscounted: 1,800MW is the capacity of each project, and each round comprises four, making round three a 7.2GW procurement rather than the 1.8GW figure in circulation. Rounds one (Taiba 1–2, Qassim 1–2) and two (Rumah 1–2, Nairiyah 1–2) were 7,200MW each on the same structure. Saudi Arabia separately signed 15 power purchase agreements totalling 24.389GW during 2025 [S30]. One 7.2GW CCGT round covers the entire 6.6GW pipeline with room to spare — in nameplate terms.

The renewable position must be stated carefully. Saudi Arabia connected 12.3GW of renewable capacity to the grid by end-2025, more than doubling the previous year, against roughly 43.2GW awarded or contracted and about 64GW tendered. The 46GW figure in the Vision 2030 annual report tracks the contracted pipeline, not connected capacity; repeating it as installed overstates the renewable fleet nearly fourfold. Against the 12.3GW actually connected, a 6.6GW data center load would consume more than half of all renewable capacity in service. Our renewable capacity target page and the renewable energy gap tracker carry the series; the gas expansion programme matches the data center timeline.

The Grid Connection Queue Nobody Publishes

There is no published queue. That is the finding, and it is a substantive one.

Grid connection, capacity allocation, tariffs and reliability standards sit with the Saudi Electricity Regulatory Authority (SERA) alongside the Ministry of Energy, operating through the Saudi Arabian Grid Code, last updated May 2024 [S2][S31]. Developers have four routes to power: regulated grid supply, behind-the-meter generation, hybrid arrangements, or long-term renewable power purchase agreements, and connection agreements must address minimum-capacity commitments and baseload assumptions [S2]. What none of that produces is a public register of who has requested how many megawatts, at which connection point, with what energisation date.

The absence extends to consumption. Greenberg Traurig’s January 2026 advisory records the position plainly: “official Saudi statistics do not yet disaggregate data centre consumption as a separate category” [S2]. Saudi Arabia publishes a national capacity figure in megawatts but not the electricity those megawatts consume, the connections they hold, or the queue behind them.

Two consequences follow for the ledger above. Capacity described as “under construction” carries no evidence that its power is secured, and a facility can be structurally complete while still years from service — Microsoft finished building three Saudi sites in December 2024 and targets customer workloads in Q4 2026, a two-year gap between concrete and endpoint [S26]. And external forecasts are built on announcements rather than connections, which is why they disagree so widely. The Saudi Electricity Company has the capital programme and state backing to compress that queue faster than most utilities; it has published no evidence that it has.

Water and Cooling Are the Second Constraint

Cooling is under-covered because it is measured even less than power, but the figures that exist are large.

Saudi data centers consumed an estimated 15 billion litres of water in 2024, on FTI Consulting’s assessment reported by Arab News; preliminary research cited in the same piece puts potential consumption at 87.52 billion litres — roughly 4% of Saudi Arabia’s current water output, or about 35,000 Olympic swimming pools [S32]. A single 1GW facility is estimated at 1.5 to 5 million cubic metres a year. Javier Alvarez, senior managing director for technology, media and telecommunications at FTI Consulting, and Walid Sheta, president for the Middle East and Africa at Schneider Electric, both frame the answer as engineering rather than restraint [S32].

The engineering is real. Gulf operators target water usage effectiveness below 0.2 litres per kWh by avoiding evaporative cooling in favour of dry, hybrid and direct liquid systems. Liquid cooling reduces water consumption by up to 92% and cuts energy 20–40% by removing chillers and server fans, at capital cost roughly equal to air cooling — $6.98 against $7.02 per watt [S32]. Hexagon is specified around direct liquid and hybrid cooling for exactly this reason [S20], and Saudi regulation directs developers toward low-water-intensity or closed-loop systems aligned with groundwater abstraction limits [S2].

The loop closes on electricity. About 70% of Saudi drinking water comes from desalination, one of the kingdom’s most power-intensive processes, as our desalination capacity page sets out. Water saved is electricity saved; water consumed in a desert is electricity consumed twice. No Saudi operator publishes measured water usage effectiveness, so every figure above is a design target or an estimate.

What Is Saudi Arabia’s Data Center Capacity For?

Three demand classes, and they are not interchangeable.

Sovereign and government workloads are the clearest. SDAIA’s 480MW Hexagon in Riyadh is Tier IV certified and built to hold national-scale public-sector data in-Kingdom [S20]. Saudi data classification and localisation rules make residency a procurement requirement rather than a preference, guaranteeing a floor of demand independent of the AI cycle. SDAIA sets the rules and, at Hexagon, operates the capacity.

Enterprise colocation holds nearly all the live megawatts. Third-party operational supply reached roughly 500MW across the region by April 2026, forecast to about 1.5GW by 2030 [S10]. This is center3, Mobily, Sahayeb, Ezditek, Gulf Data Hub, DAMAC Digital and Quantum Switch selling racks at 5–10kW to banks, retailers and government contractors. It grows steadily, prices predictably and has nothing to do with frontier AI. The cloud and data center investment guide covers the commercial terms.

AI training and inference is the smallest live category and the largest announced one. The clearest operating example is inference, not training: Groq’s Dammam region, built with Aramco Digital, running 19,000 language processing units as the company’s second GroqCloud region [S18]. Training capacity is the announced part. See Aramco Digital for the partnership and HUMAIN’s AI infrastructure pipeline for the pipeline.

The cloud regions sit across all three and are commonly miscounted. Our sibling page on every cloud region in Saudi Arabia checks each against the provider’s own region list: Google Cloud Dammam and Oracle’s Jeddah and Riyadh regions are live; AWS’s Saudi region is not, despite persistent reporting otherwise; Microsoft’s stated target for Azure Saudi Arabia East is Q4 2026 [S26]. The detail that matters here sits inside Google’s live region — Dammam offers 274 of 519 Compute Engine machine types and no A2, A3 or A4 accelerator families [S26]. Live hyperscaler capacity in Saudi Arabia is not training capacity, which is precisely why HUMAIN’s pipeline exists.

How Does Saudi Arabia Compare With the UAE?

Close on installed megawatts, further apart on everything else.

The measurement caveat cuts both ways: MCIT’s 467MW appears to count all owners, while the UAE’s 400MW-plus is a colocation figure, so the comparison is not exactly like-for-like. On the one series applying a single method to both — the International Data Center Authority’s, published 21 July 2026 — Saudi Arabia leads 440MW to 340MW, the pair holding roughly 80% of a regional total near 1GW [S34]. GCC capacity overall is expected to triple from about 1GW to 3.3GW by 2030 [S32].

Physical security is now a column in this comparison, and it did not exist a year ago. Iranian strikes in 2026 damaged three AWS data centers — two in the UAE and one in Bahrain — disrupting banking, payments and consumer services across a region of 50 million people, and AWS advised clients to consider migrating workloads out of the Middle East. The account is Joseph A. Farsakh’s, a senior associate with the CSIS Middle East Program, published 15 July 2026 [S35]. Saudi Arabia, Qatar and the UAE have collectively committed roughly $2.5tn to US-linked technology investment while targeting 8–10GW of AI compute; the strikes put an insurance and hardening cost against all of it.

No facility inside Saudi Arabia has been reported struck. On 27 July 2026 Saudi air defences intercepted drones aimed at oil infrastructure in the Eastern Province and Riyadh; all were destroyed, no damage was reported, and the targets were energy assets, not data centers. The advantage is real but narrow: HUMAIN’s Dammam site and Google’s Dammam region sit inside the same air-defence envelope, and siting inland or at NEOM lengthens transmission runs. The power pillar carries the full sequence.

Who Operates Data Centers in Saudi Arabia?

Verified operators, and one that no longer belongs on the list.

Telecoms. stc through center3, with roughly $3bn invested and $10bn more committed to 2030 toward 1GW; Mobily, with eight facilities across Riyadh, Jeddah, Dammam and Unaizah totalling more than 100MW on its own site listing, 39MW of it being built specifically for AI hardware, alongside a $905m commitment spanning data centers and subsea cables [S14]. The 5G and telecoms sector page covers the wider position.

Hyperscalers with live regions. Oracle, which has committed $14bn over ten years and operates Jeddah and Riyadh [S22]; Google Cloud, whose Dammam region has run since November 2023 and which is building an AI hub near Dammam with PIF [S21]. AWS and Microsoft are announced only [S26].

Sovereign and AI. HUMAIN, PIF-owned, holds 211 land plots and every large announced number in the ledger — for the company see HUMAIN, and for whether its first two facilities are open, our Riyadh and Dammam status tracker, which finds no public evidence either was operational on 31 July 2026. SDAIA runs government workloads; Aramco Digital runs inference with Groq alongside Aramco’s own Dammam-7 cluster.

Specialists and colocation. DataVolt at Oxagon and with Modon in east Riyadh; Sahayeb, owned by Saudi Data Center Fund 1 with Al Moammar Information Systems as technical partner; Ezditek; Gulf Data Hub; DAMAC Digital; Quantum Switch; Khazna; ICS Arabia with China Mobile; Equinix, pre-development; TONOMUS at NEOM.

Dropped: Alat. The PIF company launched in February 2024 with a $100bn budget removed its founding chief executive and abandoned semiconductor manufacturing in April 2026, redirecting resources toward the data center build-out rather than owning facilities. It holds no capacity and does not belong in a capacity ledger — see Alat’s semiconductor retreat. The Saudi AI strategy page carries the institutional map.

Why This Matters for Vision 2030

Vision 2030’s digital ambitions are stated in outcomes — third-largest AI provider globally, a share of world training and inference workloads, a digital economy contribution target. Every one of them resolves to energised megawatts, and the kingdom currently has 467 of them.

Fiscally, capacity built on subsidised industrial power at SAR0.18 per kWh converts an energy endowment into a transfer that scales linearly with each gigawatt, competing with the same budget that funds the rest of the transformation. Structurally, the delivery gap is between a national target of 1.5GW and a single company’s 1.9GW for the same year, with no published reconciliation — a coordination problem, not a capital one. Reputationally, this is the most falsifiable claim in the Year of AI narrative, because capacity is countable. Compute promises are hard to audit. A megawatt either draws power or it does not.

Risks, Contradictions and Open Questions

We do not know what MCIT’s 467MW measures. IT load or gross facility power changes every derived figure on this page by 20–50%. The ministry publishes no definition and no methodology note.

The national target and the corporate pipeline contradict each other, and neither party has addressed it. 1.5GW nationally by 2030 against 1.9GW from HUMAIN alone by 2030 cannot both be current policy.

Facility-level megawatts come from trackers, not operators. The 350MW attributed to Google’s Dammam presence and the 400MW to Oracle come from the Renewable Vision tracker [S8]; neither company publishes a Saudi capacity figure, and the Oracle number sits uncomfortably beside two regions with a single availability domain each. Treat both as reported, not documented.

HUMAIN’s twin 100MW sites remain unconfirmed. Q2 2026 was the stated go-live and it closed on 30 June. Absence of an announcement is not proof of delay, but it is the largest single unresolved item in the ledger.

Water figures are estimates throughout. The 15 billion litre 2024 figure and the 87.52 billion litre forecast are consultancy assessments; no Saudi operator publishes measured water usage effectiveness.

The counter-case is real. A single-buyer power market, a sovereign that can direct SPPC and the Saudi Electricity Company, cheap gas, empty land and no permitting opposition are advantages no Western market has. A 2027 run of energisations would make this ledger look pessimistic within a year. The claim here is not that the targets fail. It is that on 31 July 2026 the delivered number is 467MW and the rest is unverified.

What to Watch Next

• The Q2 2026 MCIT capacity print. The series runs 68 → 440 → 467MW. A Q2 figure near 495MW holds the 6%-a-quarter pace; anything under 480MW suggests the curve is flattening well short of the run rate the 2030 target needs.
• Any restatement of the 1.5GW national target. If MCIT lifts it toward the corporate numbers, the strategy was stale. If it holds, HUMAIN’s 1.9GW is the figure under pressure.
• The first published grid connection. Firm megawatts, a named connection point and an energisation date from any Saudi operator would be a first, and would reset this page.
• HUMAIN Riyadh and Dammam. A live-service confirmation, or continued silence into Q4 2026, is the cleanest available delivery signal.
• The stc–HUMAIN JV, on or about 18 December 2026. The MoU has been extended once. A second extension or a lapse says more than any announcement.
• SPPC third-round CCGT results. Four named sites at 1,800MW each confirms a 7.2GW procurement and settles the generation question for this decade.
• Azure Saudi Arabia East. Microsoft’s own Q4 2026 target is the nearest-term test of whether a completed build can be energised on schedule in the Kingdom.

Related Vision 2030 Context

• Saudi Arabia data centers: industry growth and investment — the sector’s full profile and operator history.
• Saudi data centre market — market structure, hyperscaler entry and colocation pricing.
• Saudi Arabia’s AI power constraint is the grid, not the chips — why energisation, not silicon, sets the timeline.
• Every cloud region in Saudi Arabia — which providers are generally available and which are announced only.
• HUMAIN data centers in Riyadh and Dammam: are they open yet? — the dated verification tracker on the two flagship sites.
• HUMAIN’s AI infrastructure pipeline — the announced 6.6GW programme in detail.
• Alat’s semiconductor retreat — the PIF company that left hardware for data centers.
• Saudi Electricity Company — the utility that has to deliver the connections.
• Saudi Arabia’s renewable capacity target — 12.3GW connected against a 130GW goal.

Sources

• [S1] Ministry of Communications and Information Technology (Saudi Arabia), Saudi Arabia Ranks Second Globally in Data Center Market Attractiveness, official statement, 5 May 2026. https://mcit.gov.sa/en/node/249183
• [S2] Greenberg Traurig LLP, Saudi Arabia’s Data Centre Expansion: Regulatory Framework and Strategic Considerations, legal advisory, 5 January 2026. https://www.gtlaw.com/en/insights/2026/1/saudi-arabias-data-centre-expansion-regulatory-framework-and-strategic-considerations
• [S3] International Trade Administration, US Department of Commerce, Saudi Arabia ICT: New Data Center Strategy to Accelerate AI and Cloud Expansion, market intelligence note, 2026. https://www.trade.gov/market-intelligence/saudi-arabia-ict-new-data-center-strategy-accelerate-ai-and-cloud-expansion
• [S4] AMD, AMD, Cisco and HUMAIN to Form Joint Venture to Deliver World-Leading AI Infrastructure, press release, 19 November 2025. https://www.amd.com/en/newsroom/press-releases/2025-11-19-amd-cisco-and-humain-to-form-joint-venture.html
• [S5] Middle East AI News, HUMAIN and AMD Target 6GW of AI Compute by 2034, trade report, November 2025. https://www.middleeastainews.com/p/human-amd-target-6gw-of-ai-compute
• [S6] Mordor Intelligence, Saudi Arabia Data Center Market Size and Growth to 2031, market report, 2026. https://www.mordorintelligence.com/industry-reports/saudi-arabia-data-center-market
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• [S8] Renewable Vision, Saudi Arabia AI Data Centre Tracker, RV Intelligence facility dataset, last updated May 2026. https://renewablevision.com.sa/en/digital-products/rv-intelligence/saudi-data-centres
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• [S13] Argaam, stc Extends HUMAIN AI Data Center MoU by 6 Months, market report on Tadawul filing, 18 June 2026. https://www.argaam.com/en/article/articledetail/id/1913648
• [S14] Data Center Dynamics, Saudi Telco Mobily Invests $905m in Data Centers and Subsea Cables, trade report, 2025. https://www.datacenterdynamics.com/en/news/saudi-telco-mobily-invests-905m-in-data-centers-and-subsea-cables/
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• [S17] Blackstone, HUMAIN and Blackstone-Backed AirTrunk Announce Partnership to Build State-of-the-Art Data Centers in the Kingdom of Saudi Arabia, press release, October 2025. https://www.blackstone.com/news/press/humain-and-blackstone-backed-airtrunk-announce-partnership-to-build-state-of-the-art-data-centers-in-the-kingdom-of-saudi-arabia/
• [S18] Middle East AI News, Groq Opens EMEA’s Largest AI Compute Centre in Saudi Arabia, trade report, 2026. https://www.middleeastainews.com/p/groq-emea-largest-ai-compute-centre
• [S19] Data Center Dynamics, DataVolt Plans 1.5GW Data Center Campus in Neom’s Oxagon, trade report, 2025. https://www.datacenterdynamics.com/en/news/datavolt-plans-15gw-data-center-campus-in-neoms-oxagon/
• [S20] w.media, SDAIA Lays Foundation Stone for 480MW Hexagon Government Data Center in Riyadh, trade report, 5 January 2026. https://w.media/sdaia-lays-foundation-stone-for-480mw-hexagon-government-data-center-in-riyadh/
• [S21] Public Investment Fund, PIF and Google Cloud to Create Advanced AI Hub in Saudi Arabia, press release, 2024. https://www.pif.gov.sa/en/news-and-insights/press-releases/2024/pif-and-google-cloud-to-create-advanced-ai-hub-in-saudi-arabia/
• [S22] Data Center Dynamics, Oracle Commits to Invest $14bn in Saudi Arabia Over Next 10 Years, trade report, 13 May 2025. https://www.datacenterdynamics.com/en/news/oracle-commits-to-invest-14bn-in-saudi-arabia-over-next-10-years/
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• [S25] Madar Strategy, Headline Megawatts: An Evidence Audit of Saudi and UAE AI Data Centers, research note, 22 July 2026. https://www.madarstrategy.com/research/headline-megawatts
• [S26] Microsoft, Microsoft Confirms Azure Saudi Arabia East Region Availability From Q4 2026, corporate statement, February 2026; and Amazon Web Services, AWS Global Infrastructure regions listing, as published 31 July 2026. https://azure.microsoft.com/en-us/explore/global-infrastructure/geographies/ and https://aws.amazon.com/about-aws/global-infrastructure/
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• [S28] Data Center Dynamics, Saudi Arabia’s AI Co. Humain Looking for US Data Center Equity Partner, Targets 6.6GW by 2034 With Subsidized Electricity, trade report, 2026. https://www.datacenterdynamics.com/en/news/saudi-arabias-ai-co-humain-looking-for-us-data-center-equity-partner-targets-66gw-by-2034-with-subsidized-electricity/
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