Satellite internet in Africa has become the most contested technology market on earth, and in 2026, there is a new player on the market. Amazon has secured an operating licence in Nigeria for Amazon Leo, its low-Earth orbit broadband service, placing it in direct competition with Elon Musk’s Starlink.
At the same time, Meta and Google are laying cables under the ocean, and Microsoft is funding towers in rural communities. Four of the world’s largest technology companies are simultaneously building the physical infrastructure through which Africa’s internet will flow.
To understand this stiff race for Africa’s internet capture, you need to know what is actually at stake.
Why Africa
The numbers explain everything. Only about 38% of Africans were online in 2024, according to the International Telecommunication Union, leaving more than 400 million people without internet access. In Sub-Saharan Africa alone, around 960 million people, which is 64% of the population, do not use mobile internet because of barriers like affordability and poor coverage.
To the Silicon Valley corporations, that gap is an opportunity. It is the last major frontier of first-time internet users on earth. Europe and North America are saturated markets. Africa is not.
According to the International Finance Corporation, a 10% increase in mobile internet penetration increases GDP per capita by 2.5%, which means every percentage point of connectivity gained on a continent of 1.4 billion people represents billions of dollars in new economic activity. That is what these companies are really buying into.
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What each company is building
Amazon Leo received its Nigerian operating licence in early 2026, authorising a constellation of low-Earth orbit satellites to deliver fixed, mobile, and maritime internet services.
Amazon Leo has partnered with Vanu, a mobile network equipment provider, to use its satellites as cellular backhaul, allowing towers to be placed virtually anywhere in Africa at a fraction of the cost of traditional infrastructure.
A report by Access Partnership estimates that Amazon Leo could generate up to $16.9 billion in annual economic benefits for Southern Africa, while saving local telecom operators $10.3 billion in infrastructure costs.
Starlink got there first. By early 2026, Starlink operates in over 25 African countries, with Nigeria leading in subscriptions. Its low-Earth orbit is just 550 kilometres above the ground versus 35,786 kilometres for traditional satellites, delivers latency of 25 to 60 milliseconds, fast enough for video calls, online banking, and remote work. Amazon Leo’s entry ends its near-monopoly on satellite broadband in the region.
Meta’s 2Africa subsea cable is the world’s longest at roughly 45,000 kilometres, circling the continent with landing points across Africa and designed to expand bandwidth while driving down wholesale data prices in markets long constrained by limited international capacity.
Google’s Equiano cable has strengthened high-capacity links between Africa and Europe along the west coast, improving latency and resilience for countries including Nigeria, Ghana, and Senegal.
Microsoft is taking a different approach entirely, partnering with governments and telecom operators to connect more than 117 million Africans through its Airband programme, powered by communications company Viasat.
What this means for prices
More competition should push prices down, at least in the short term. The cost of broadband in Africa is currently up to 356% higher for slower speeds than in other regions, a premium that makes meaningful internet access unaffordable for millions of households even where coverage exists.
Temidayo Oniosun, founder of consulting firm Space in Africa, told Rest of World that Starlink’s entry into Africa “triggered noticeable shifts in user behaviour” and that Amazon Leo’s arrival is “expected to deepen competition further, from a consumer perspective, this price pressure should be beneficial, at least in the short to medium term.”
The sovereignty question
Most major connectivity providers operating in Africa are foreign, with traffic often routed through infrastructure outside the continent, raising legitimate security and governance concerns.
When African governments, banks, hospitals, universities, and businesses route their data through foreign-owned satellites and subsea cables, they are operating on infrastructure they do not control, cannot audit independently, and cannot shut down.
Building a single cell tower in remote Africa costs up to $150,000. No African technology company has the capital to compete with Amazon, Meta, Google, and Microsoft simultaneously. The infrastructure race was effectively over before African players could enter it.
What needs to happen
Faster internet at lower prices is genuinely good for African consumers, students, farmers, and businesses. That is not in dispute. What is in dispute is whether the terms of this connectivity build-out serve Africa’s long-term interests or simply recreate the extractive infrastructure model in digital form.
African governments need to do three things.
First, use licensing to extract genuine local obligations from foreign providers, not just operating fees.
Second, invest in local data centres so that African data stays on the continent and is subject to African law.
Third, develop regional spectrum policy that reserves capacity for African-owned operators to compete as the market matures.
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