Microsoft’s ambitious plan to anchor a new Azure cloud region in East Africa with a geothermal-powered data center in Kenya has ground to a halt, putting the brakes on what was meant to be a $1 billion-plus digital transformation for the continent. The Olkaria facility, announced with great fanfare in May 2024 as part of a sweeping partnership between Microsoft and Abu Dhabi–based AI firm G42, is stalled amid a tangle of US export controls, geopolitical maneuvering, and local sovereignty concerns.

The delay is more than a corporate speed bump—it exposes the precarious position of Africa’s AI ambitions in a world divided by a technology cold war. For Kenya and the wider region, the pause is a wake-up call to build cloud infrastructure on their own terms.

The Dream of a Geothermal Azure Region

The Olkaria geothermal fields, sprawled across the Rift Valley 120 kilometers northwest of Nairobi, are among the world’s richest sources of volcanic steam. Kenya already generates over 850 MW of geothermal electricity here, and the state-owned KenGen had big plans to host a hyperscale data center that would run on 100% carbon-free energy. For Microsoft, the appeal was obvious: a stable, green power source that could help meet its 2030 carbon-negative goal while delivering low-latency Azure services to a region long neglected by cloud giants.

Announced on May 22, 2024, the initiative was framed as a $1 billion “digital ecosystem” that would build a new East Africa Azure region, train millions of Kenyans in AI and digital skills, and create thousands of jobs. The centerpiece was a state-of-the-art data center at Olkaria, leveraging G42’s expertise in AI infrastructure and Microsoft’s cloud muscle. “This is about making Kenya a digital powerhouse,” declared Microsoft Vice Chair and President Brad Smith at the time. G42 CEO Peng Xiao called it “a blueprint for Africa’s AI future.”

The partnership was born out of a $1.5 billion investment Microsoft had made in G42 just a month earlier, a deal aimed at countering China’s influence in the Middle East and Africa. G42 promised to sever ties with Chinese tech firms—including Huawei—and align its stack with US technology, from chips to cloud software. Kenya was the first big test.

Geopolitics Hits the Olkaria Plains

Seven months later, construction hasn’t started. Multiple sources close to the project confirm that negotiations are stuck on two fronts: US export controls on advanced AI semiconductors, and Kenyan demands for data sovereignty and local ownership.

The US-China technology war has placed G42 under a microscope. The company’s earlier collaborations with Chinese AI developers and its use of Huawei’s telecommunications equipment raised red flags in Washington. Although G42 has divested from Chinese partners, US regulators remain skeptical. Any data center using American chips—NVIDIA’s H100s or A100s are essential for modern AI workloads—must adhere to strict export rules that forbid the transfer of technology to entities with Chinese connections.

For the Olkaria facility, the US Commerce Department wants cast-iron guarantees that G42 can’t become a back channel for China to access advanced AI compute. This has led to months of compliance reviews, effectively freezing the project. “The US is drawing a line in the sand,” said a Nairobi-based tech policy analyst who requested anonymity. “They will not allow a data center in Africa to be a loophole in their containment strategy.”

Export Controls and the AI Chip Chase

The core friction lies in a series of US regulations that began in October 2022 and have tightened ever since. The Commerce Department’s Bureau of Industry and Security (BIS) has imposed export controls on advanced computing chips, semiconductor manufacturing equipment, and items used for supercomputers, targeting China directly and extending to any destination where the technology might find its way to Chinese hands. G42, with its origins in the UAE—a traditional hub for trade between East and West—is a tricky case.

To satisfy US demands, G42 agreed to use only US-manufactured chips and to allow Microsoft to oversee the data center’s security architecture. But Kenyan government officials, seeing the drawn-out process, have begun raising their own demands. They want a share of the cloud profits, mandatory skills transfer, and legal guarantees that data generated in Kenya stays in Kenya.

This last point—data sovereignty—has become a lightning rod. Kenya’s Data Protection Act of 2019 provides a framework, but it lacks teeth. The government is now studying models like the EU’s Gaia-X, which promotes federated, interoperable cloud infrastructure that prioritizes local control. Some cabinet members argue that simply hosting a US-owned data center on Kenyan soil does little for the nation’s digital sovereignty.

Sovereignty Concerns: Whose Cloud Is It Anyway?

Kenyan tech entrepreneurs have been vocal. “A hyperscale data center is not enough,” says John Kieti, a Nairobi-based cloud consultant. “We need local cloud providers who understand the local market, build AI models for African languages, and keep the value here.”

The stall has amplified calls for an “African cloud” that isn’t beholden to foreign corporations. Groups like the African Union’s Smart Africa alliance and the pan-African fintech company MFS Africa argue that the continent’s digital future must be built on publicly owned or community-governed infrastructure. They point to the success of mobile money platforms like M-Pesa, which is indigenous, as proof that local solutions can outcompete global giants.

The Kenyan government finds itself in a bind. President William Ruto’s “Silicon Savannah” vision hinges on attracting foreign investment. The Microsoft-G42 deal was its biggest catch yet. But elections loom, and nationalist rhetoric around data protection resonates with voters. A draft policy circulated in October 2024 proposes that any foreign cloud company must have a local disaster recovery site, store sensitive government data exclusively in Kenya, and open its APIs to local fintechs. These conditions, if enacted, could make the project less attractive to Microsoft, which prefers global uniformity.

The Wider African Impact

Beyond Kenya, the stalled data center is a blow to East Africa’s digital ecosystem. The only Azure region on the continent remains in South Africa (launched in 2019). That means businesses in Kenya, Tanzania, Uganda, and Ethiopia must accept latency of 50–100 milliseconds—far too slow for real-time applications like IoT, algorithmic trading, or telemedicine. AWS and Google Cloud have also stuck to South Africa, leaving the region underserved.

The vacuum could be filled by Chinese cloud providers, which is exactly what the US wants to prevent. Huawei Cloud has been aggressively marketing in Africa, pitching an alternative stack that includes its own AI accelerators (Ascend) and a promise of no political strings. If the Microsoft-G42 project collapses, Chinese firms may step in, and Kenya could become another front in the new cold war.

Local data center operators, however, see an opportunity. Africa Data Centres, a subsidiary of Cassava Technologies, recently opened a carrier-neutral facility in Nairobi with 15 MW of IT load. It is already hosting Microsoft Azure ExpressRoute, but that’s a stopgap solution, not a full region. Liquid Intelligent Technologies, Equinix, and IXAfrica are also expanding. Yet none has the hyperscale heft to replace what Microsoft was planning.

A Pathway Forward?

Industry observers suggest the deal could be salvaged if both sides compromise. Microsoft could spin off the Kenyan data center into a joint venture with a local partner—perhaps KenGen itself or a consortium led by Safaricom. That would address the sovereignty question while giving Washington a partner it can trust. G42, meanwhile, might step back from a direct operational role and instead provide AI software layers on top of Microsoft’s infrastructure, reducing its regulatory exposure.

Microsoft has publicly reiterated its commitment to the region. “We continue to work closely with G42 and the Government of Kenya to meet all regulatory requirements,” a spokesperson said in a statement. “Our goal remains to bring a sovereign, secure, and sustainable cloud to East Africa.” But the company’s patience is not infinite. It has a competing proposal to build an Azure region in Nigeria, and political delays there could make Kenya more attractive—or less.

African governments might use this pause to coordinate their approach. The African Continental Free Trade Area (AfCFTA) includes a digital trade protocol that could harmonize data laws across 54 countries, creating a single market large enough to negotiate better terms with hyperscalers. The African Union’s Digital Transformation Strategy, launched in 2020, already calls for intra-African data centers and a pan-African cloud. The Olkaria stall could catalyze that vision.

Conclusion

The frozen geothermal data center in Olkaria is a symptom of a broken model. When Africa’s AI infrastructure depends on the goodwill of foreign governments and the shifting sands of geopolitics, progress will always be fragile. Kenya’s experience shows that no amount of corporate goodwill can substitute for a homegrown strategy that prioritizes local ownership, skills, and data governance.

The continent’s digital future must be architected by Africans, for Africans. That means investing in indigenous cloud platforms, demanding true joint ventures rather than token partnerships, and using AfCFTA to create a regulatory environment that attracts investment without surrendering sovereignty. The Olkaria dream may yet be revived, but it must be built on a foundation of mutual respect—not colonial-era extraction. The longer the stall lasts, the clearer that message becomes.