Iran just bombed Amazon’s data centres. Nigeria’s entire digital economy depends on infrastructure like this. Here is what it means for us.

On March 1, 2026, Iranian drones hit two Amazon Web Services data centres in the UAE and a third in Bahrain.Drones hit data centres. Not military bases. Not oil fields. Data centres. The buildings where the cloud lives.

This had never happened before. A country deliberately targeting commercial data centres during wartime. The buildings that hold banking apps, ride-hailing services, payments platforms, emails. Iran hit them with the same drones they use on military targets.

The result was immediate. Banking apps went down across the UAE. Abu Dhabi Commercial Bank, Emirates NBD, First Abu Dhabi Bank, payment platforms, Careem. All disrupted. Not because of a hack. Because someone flew a drone into the building where the servers live.

Since then, Iran has hit an Oracle data centre in Dubai, threatened 18 American tech companies by name including Microsoft, Google, Apple, Nvidia, and Meta, and called them “legitimate targets.” Their military released video zooming in on the Stargate AI data centre in the UAE with the message “nothing stays hidden to our sight.

“This is not a tech story. This is a war story. And it matters to Nigeria more than most people realise.

Nigeria already knows what this feels like

On 14 March 2024, a suspected underwater rock slide off the coast of Cote d’Ivoire cut four submarine cables at the same time. These are the physical cables that sit on the ocean floor and carry almost all of Africa’s internet traffic.

The four cables were:

• WACS (West Africa Cable System) runs 14,530 kilometres from South Africa to the UK along the West African coast. It is owned by a consortium including MTN, Vodacom, and Togo Telecom.

• MainOne runs 7,000 kilometres from Portugal to Nigeria with landing points in Ghana and Morocco. It is owned by Equinix and is one of the primary cables serving Nigerian businesses directly.

• SAT-3/WASC (South Atlantic 3) has 12 landing points spanning from Portugal to South Africa. It is owned by a consortium led by Telkom South Africa.

• ACE (Africa Coast to Europe) runs from France down the West African coast to South Africa. It is owned by a consortium led by Orange.

All four cables converge along the coast of Cote d’Ivoire. When the rock slide hit, it cut all four in roughly the same location. A single point of failure for four supposedly independent cables.

The outage hit 13 African countries. Cote d’Ivoire experienced a near-total internet blackout. Nigeria, Ghana, Senegal, Liberia, Cameroon, Benin, Burkina Faso, Gambia, Guinea, Namibia, Niger, South Africa, and Togo all experienced disrupted or degraded service. Banking apps slowed or stopped. Microsoft Teams and Office 365 went down across the continent. MTN and Vodacom both reported widespread connectivity issues.

Microsoft said the combination of these West African cable cuts and earlier Red Sea cable damage had “impacted all Africa capacity, including other cloud providers and public internet.”

How submarine cables get repaired

This is the part most people do not think about. When a submarine cable breaks, you cannot just send someone to fix it. The process is slow, expensive, and depends on a very small number of specialised ships in the world.First, a cable repair ship has to be identified and dispatched. There are only about 60 cable repair ships globally, and they are almost always already committed to other jobs. Then the ship has to collect spare cable from a depot, usually in Europe, and sail to the fault location. For the West Africa break, that meant sailing from Europe to the coast of Cote d’Ivoire.Once on site, the repair crew has to locate the break on the ocean floor, pull the damaged section of cable up to the surface, splice it with skilled technicians on the ship, test the joints for defects, and then lower the cable back to the seabed.

MainOne initially said repairs would take one to two weeks. They later revised that to six to eight weeks because of the number of cables damaged simultaneously and the limited number of repair ships available.

The actual repair timeline: SAT-3’s repair vessel left Cape Town on March 19 and reached the fault area by end of March. SAT-3 was repaired by the second week of April. ACE was restored on 17 April. WACS was completed on 28 April. MainOne, the cable that directly serves Nigeria, was the last to be repaired, completed around 9 May 2024.

That is nearly two months from break to full restoration. During that time, traffic was rerouted through Google’s Equiano cable, which saw a fourfold increase in demand. Countries with access to multiple cables managed. Countries dependent on just one or two of the damaged cables suffered badly.

Why the Middle East attacks make this worse

The March 2024 cable break was an accident. A rock slide. Nobody was trying to cut those cables.What happened in the Middle East in 2026 is different. Iran deliberately targeted data centres. They named specific companies. They released coordinates. They said “from now on, for every assassination, an American company will be destroyed.

“Experts are now saying physical attacks on data centres will become more common as AI grows in strategic importance. Seventeen submarine cables pass through the Red Sea, carrying the majority of data traffic between Europe, Asia, and Africa. Iran has closed the Strait of Hormuz. The infrastructure that connects Nigeria to the global internet passes through active conflict zones.If those Red Sea cables are deliberately cut, and repair ships cannot access the area safely, the timeline is not two months. It could be six months. A year. Nobody knows, because this has never happened before at this scale.

What Nigeria is doing about it

This is where Nigeria’s data centre construction boom becomes more than a business story. It becomes a resilience story.MTN’s $235 million data centre in Ikeja. Airtel’s $120 million AI-ready facility at Eko Atlantic. Kasi Cloud’s 100-megawatt campus in Lekki. Equinix’s third Lagos facility. Nine more facilities under construction across the country.New submarine cables are landing too. Google’s Equiano cable, which proved its value during the 2024 outage by absorbing four times its normal traffic, lands in Lagos. Meta’s 2Africa cable, the longest subsea cable ever built, has dual landings in Lagos and Akwa Ibom.

Every one of these investments reduces Nigeria’s dependence on the cables and cloud regions that are now being attacked. If your banking data lives in Ikeja instead of Bahrain, an attack on the Middle East does not take down your bank. If your AI model runs on GPUs in Lekki instead of Dubai, a drone strike in the Gulf does not stop your product from working.

Local infrastructure is not just about speed and cost. It is about making sure that a conflict thousands of kilometres away does not shut down your economy.

What this means for young Nigerians

The people who build, maintain, and develop applications on local AI infrastructure are going to be some of the most important people in this country over the next decade.

Not because AI is trendy. Because the alternative is depending on infrastructure in places that are being bombed, connected by cables that run through war zones, repaired by ships that take months to arrive.

Nigeria needs people who can deploy AI models locally. People who can build applications that run on Nigerian servers. People who understand cloud architecture, data sovereignty, and infrastructure resilience. People who can build the tools that 200 million Nigerians use every day, and make sure those tools keep working regardless of what happens in the Middle East.

That is not a distant future problem. The drones hit on March 1. The banking apps went down the same morning. The cables broke in March 2024. MainOne took two months to repair.

Where Kade Labs fits

We are not building data centres. We are building the people who will use them.Every tool we build at Kade Labs runs on cloud infrastructure. Right now, it runs on servers outside Nigeria. But as local data centres come online, we will be among the first to move our workloads to Nigerian infrastructure. And we are training our students to build products that can run anywhere.

A student who learns to build AI tools at Kade Labs can deploy those tools on AWS today and on a Lagos data centre tomorrow. The skills are the same. The difference is where the servers live.

The world is changing. Data centres are being bombed. Submarine cables run through war zones. The countries that control their own AI infrastructure, and have the people who know how to use it, are the ones that will thrive.Nigeria is building the infrastructure. We need to build the people.

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Kade Labs teaches young Nigerians and Africans to use AI, build with AI, and earn from AI. 25 weeks, 4 stages, 4 certificates. Join the community for ₦1,000 a month.