Power & Sites · United States

Can we build AI infrastructure faster than we can staff it?

Credited to Data Centre Review · datacentrereview.com · 3h ago

As data centres become denser and more technically complex, Maksim Gavriliuk, Independent Digital Infrastructure and Data Centre Expert, explains why workforce planning needs to start long before handover.

A data centre can be designed in months and built in a few years. Developing an experienced operations engineer takes much longer. That difference is becoming harder to ignore as AI infrastructure expands. Most capacity discussions still revolve around megawatts, rack density and access to compute. Staffing tends to come later, even though experienced technical people are much harder to add quickly.

The shortage is measurable, and it is getting worse

Uptime Institute’s 2026 Global Data Center Survey collected responses from more than 800 data centre owners and operators. It found that more than half were having difficulty finding qualified candidates for open positions, and Uptime has warned that recruitment and retention pressures are continuing rather than easing.

Retention is part of the same problem. Uptime reports that staff turnover remains a persistent challenge, with employees often lured away by competing data centre companies. As new AI facilities come online, operators are increasingly competing for the same experienced people, as well as for power, equipment and suitable sites.

Technical roles have consistently been among the hardest to fill. Uptime’s workforce research has repeatedly identified operations, mechanical and electrical roles as particularly difficult to staff, while also highlighting growing demand for controls and monitoring specialists. Those are precisely the people who sit closest to the day-to-day operation of increasingly dense infrastructure. General technical experience helps, but it does not remove the need for people who understand how these environments behave in practice.

There is also a demographic issue. Uptime has warned for several years that mature data centre markets in the US and Western Europe face significant retirements among experienced technical staff, with particular pressure on senior operational roles.

The loss is difficult to measure simply in headcount. Experienced operators carry knowledge that rarely appears completely in procedures: how equipment normally sounds, which alarms are genuinely unusual, when a reading deserves escalation or how a system behaves after years of operation. Some of this can be documented. Some of it only develops through experience.

Uptime previously estimated that global data centre staffing requirements would increase from around two million full-time equivalents in 2019 to nearly 2.3 million by 2025. High-density and AI-related developments are now adding to demand in a market that was already struggling to recruit.

So the industry is trying to expand its workforce while some of its most experienced people are approaching retirement. Replacing the numbers alone will not replace their experience.

AI facilities need different skills

The problem is not solved simply by recruiting more people into existing roles because the work itself is changing.

Uptime’s 2026 survey found that modal rack densities are continuing to rise, with a growing number of operators reporting peak racks of 30 kW or above. AI training deployments can run well beyond that, and rack-scale architectures at the top end of the market go considerably higher again. In that part of the market, liquid cooling is becoming a core infrastructure consideration rather than a specialist exception.

That changes the operational workload. Teams may need to deal with coolant quality, leak response, cooling distribution units and equipment that connects the IT environment much more directly to the facility cooling system.

Electrical operations are changing as well. AI clusters introduce concentrated loads and operating conditions that are different from those found in many traditional enterprise data halls. At the same time, the distinction between IT and facilities responsibilities becomes less clear when a cooling issue on the facility side can immediately affect high-value compute equipment.

This is one area where I think training often lags behind design. Organisations can install new technology faster than their operating model adapts to it. A team can therefore be fully staffed on paper and still lack some of the skills required by the infrastructure it has been asked to run.

Training has to start before handover

Recruitment alone will not close this gap. Operators also need a better way to develop people already inside the industry and to bring in technicians from adjacent sectors.

Structured training is part of that. So are visible career paths. A junior technician is more likely to stay if there is a credible route into senior operations, engineering or management, rather than an expectation that shift work remains essentially the same for years.

Operational documentation matters for the same reason. Clear procedures, defined competencies and structured assessment reduce the amount of knowledge that depends on informal handover between experienced staff and new recruits.

Reviewing a data centre operations standard this year has made the same point clear to me. A significant part of the skills problem is also a knowledge-transfer problem. Organisations may have experienced people, but that experience has limited value to the next generation if it remains largely in individuals’ heads.

I have seen a similar issue in markets where data centre construction has moved faster than the development of local operations teams. The facility can be completed on schedule while the people expected to run it are still building confidence with unfamiliar systems. Closing that gap takes structured knowledge transfer, clear responsibility and time. Hiring more people at the end of the project does not solve it by itself.

Staffing belongs in capacity planning

Data centre developers already plan years ahead for power, land and long-lead equipment. Staffing should enter the planning process much earlier than it often does today.

The question at the design stage should not only be whether enough power and cooling will be available when the facility opens. Operators should also know what skills the facility will require, where those people will come from and how long they will need to become competent in the systems they will operate.

That becomes especially important with AI infrastructure because technical change is occurring faster than the industry can rely on experienced hires alone.

A data centre may be physically ready before its operating team is. At that point, the missing capacity is no longer electrical or mechanical. It is operational.

Planning for people earlier will not remove the skills shortage, but it reduces the risk of discovering it only after the infrastructure has already been built.

Power & SitesUnited States

Iraqi gov't reveals plans for five data centers

Credited to Data Center Dynamics · datacenterdynamics.com5h ago

Useful

New facilities to be located in Baghdad, Basra, and Mosul

Iraq’s Ministry of Communications has announced plans to establish five data centers in the country.

Three of these facilities will be located in the capital, Baghdad, at the Al-Sinak and Al-Intisar sites and the Telecommunications Tower in Al-Mamoun, Ali Yassin, a director general within the Ministry of Communications, told the Iraqi News Agency.

The other two are planned in Mosul and near the marine landing station in Basra Governorate.

The government expects this move to strengthen Iraq’s digital infrastructure and make the country more attractive to foreign firms.

Yassin said: “The importance of the data center lies in its role as a dedicated data hub for attracting major global companies, allowing their content and services to be hosted within the data centers being planned.”

The ministry has yet to share details about the data centers, including size, capacity, and construction timelines.

Last year, the Ministry of Communications announced a partnership with Nokia to establish two state-owned data centers in Baghdad - likely to be two of the data centers in the ministry’s recent announcement.

"Nokia will build databases and data centers using the latest global technology," Rocky Lozano, Nokia’s director for the Middle East and Africa, said at the time. “This project is among the most important we are implementing in Iraq, and we are pleased to be part of the country’s urban development journey.”

Nokia has previously helped Iraq's Ministry of Planning establish a data center to support the national census.

There are currently only two data centers in Iraq, according to the Data Center Map, but the country is developing major subsea cable infrastructure to become a regional connectivity hub.

All of Iraq’s current subsea connections, including 2Africa, Falcon, and Gulf Bridge International Cable System/Middle East North Africa Cable System, land in Al Faw. A fourth cable, Ooredoo’s Fiber in Gulf (FIG), is expected to become operational at the end of 2027.

FIG will connect Qatar, Oman, the UAE, Bahrain, Saudi Arabia, Kuwait, and Iraq, providing 720Tbps of capacity across 24 fiber pairs through almost 2,000km (1,243 miles) of cable.

Learn more about the data center market in Saudi Arabia and the wider MENA region, and meet with other executives and experts in the region at the DCN Riyadh event next year.

Original · Data Center Dynamics

Front Method

Power & Sites · United States

Data centres are the new front line in the Russia-Ukraine war

Credited to TechCentral · techcentral.co.za · 6h ago

Ukraine struck and partly disabled a data centre operated by Russian technology company Yandex on Friday, a day after it hit a larger and more important facility, widening its attacks on Russia after Moscow targeted data hubs inside Ukraine.

Yandex, which is heavily involved in Russia’s AI development and is sometimes called Russia’s Google, said its data centre in the Kaluga region, south-west of Moscow, had been struck by Ukrainian drones and partly put out of action.

On Thursday, a Ukrainian attack shut down Yandex’s major data hub in Sasovo in the Ryazan region, which houses two of the three supercomputers used to develop the company’s AI model. Yandex said it was assessing the damage from that strike and could not confirm whether the equipment could be restored.

Locked in an escalating and deadly war of attrition after more than four years of fighting, both Russia and Ukraine have expanded drone attacks on infrastructure this year – from energy facilities and refineries to ports, vessels carrying oil and grain, e-commerce warehouses and, most recently, data centres.

Yandex, whose apps have become an indispensable part of many Russians’ lives, said the attacks had struck at the core of its operations and that it was trying to keep its services running.

“Data centres are the iron heart of Yandex. Their operation is critical for services that have become part of people’s everyday lives. Millions of users check traffic and plan routes, listen to music, watch movies, order groceries and get answers to their questions,” it said in a statement.

“Our technology helps hundreds of thousands of companies run their businesses. They use it to take orders, serve customers and work with partners.”

‘More severe consequences’

“The risks involve not only the potential temporary unavailability of Yandex services and lost revenue in specific segments but also the company’s extensive base of B2B clients,” said Maryana Lazaricheva, head of equity research at T-Investments.

She said the company could redistribute some of the load to its other data centres. “However, if the chain of attacks continues, this possibility vanishes, which could lead to even more severe consequences.”

The full extent of the disruption was not immediately clear, although messages appeared on at least one Yandex app warning of potential problems. Yandex said it was working around the clock to restore disrupted services.

“Right now, this is our most important task, but unfortunately it is not an easy one,” it said,

Russia has struck Ukrainian data centres and telecommunications infrastructure over the past month, including targets in central Kyiv.

“We always respond in mirror-like fashion,” Ukrainian President Volodymyr Zelensky said on Thursday. “You all know, they have been hitting and continue to hit our data centres. We are responding. I can’t share all the details.”

Ukraine has previously targeted the warehouses of companies inside Russia that it deems central to Russia’s economy, including e-commerce giants Wildberries and Ozon, which prompted Russia to strike their Ukrainian equivalents.

Yandex operates five data centres, two of which have now been hit. Of the other three, two are in the Moscow region and one is in the Vladimir region, according to publicly available information.

Yandex said in 2021 that the Sasovo hub hosted two of its three supercomputers, built around Nvidia A100 chips, which it uses to train its YandexGPT large language model. The company has declined to say whether the supercomputers were affected by Thursday’s attack.

Several online services in Russia reported technical problems on Thursday, including property portal Cian, book portal Litmarket and the websites of Russian Railways and football club Spartak Moscow.

Previous Ukrainian attacks on Russia have led to fuel shortages and queues at petrol stations, losses for tens of thousands of small e-commerce businesses, and higher inflation as rising fuel costs feed through to consumer prices.

Russian attacks on Ukrainian data centres have forced some to suspend operations, and one attack left 100 000 households temporarily without internet access. Ukraine’s digital minister told Reuters last month that the country was moving digital infrastructure underground in response. — Gleb Stolyarov and Darya Korsunskaya, (c) 2026 Reuters