Facing the Atlantic Ocean, where the Lagos–Calabar coastal road stretches into the distance, a vast technology campus is taking shape. Spread across 42 hectares, the Kasi Cloud site feels less like a conventional industrial development and more like a long-term bet on Nigeria’s digital future.
Sea breeze cuts across concrete shells, steel frames, and cleared land, revealing the scale of ambition behind what its builders describe as Nigeria’s first data centre campus, purpose-built for artificial intelligence (AI).
Nigeria has about 17 operational data centres, none with capacity higher than 20 megawatts (MW).
Hyperscale AI campuses typically target 50 to 100 MW or more of installed capacity, several times the 30–50 MW that used to be standard for large enterprise data centres, because dense Graphics Processing Unit (GPU) racks (often 50–150 kW per rack) push overall power demand higher.
“This is not a retrofit,” Johnson Agogbua, founder and chief executive officer of Kasi Cloud, said during a tour of the site on January 25, 2026. “This was designed for AI from day one.”
Kasi Cloud broke ground on its $250 million hyperscale data centre in Lekki, Lagos, in April 2022. Construction began in the second quarter of 2023.
Purpose-built AI data centres matter because Nigeria’s existing facilities were never engineered for the compute-intensive workloads that now define global innovation.
As hyperscale campuses rise worldwide to support the training and deployment of advanced models, Nigeria risks falling behind without infrastructure to match those demands.
Kasi Cloud expects to complete 5.5 MW of capacity in April 2026, and commercial operations will begin in the second quarter of 2026.
The first building, and the long view
The first building on the Kasi Cloud campus is six floors tall, with four floors dedicated entirely to data halls. Each floor is designed to support an 8 MW data hall, giving the building a total capacity of 32 megawatts. The 5.5 MW to be completed in April will occupy one floor, which will later be upgraded to the full 8 MW capacity.
The company has the government building permit to construct four similar facilities on the campus. While each facility will initially provide 32 megawatts, the campus is engineered to support up to 100 megawatts of sellable power at full density.
“That means we’ll only get to build three facilities,” said Ngozika Agogbua, the company’s Global Director of Marketing and Sales Operations, who is also part of the tour. “We could change the power availability for some of the buildings to spread it across four, but the way that it is divided now, we can only get about three.”
Even before the data halls are completed, the proportions stand out. Ceilings are unusually high, corridors are wide, and concrete columns are thick and closely spaced. Johnson Agogbua pauses often to explain that nothing here is accidental.
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