Africa-Press – Eritrea. The satellite internet service “Starlink” is no longer just a technology aimed at remote areas that traditional communication networks cannot reach. In just a few years, it has transformed into a growing player in the African telecommunications market, presenting itself to governments and regulatory bodies as both an opportunity for digital expansion and a challenge to sovereignty, security, and oversight.
Since launching in Nigeria at the beginning of 2023, Starlink’s presence has accelerated across the continent, with the service becoming available in about 26 African countries by June 2026, and rising to around 28 countries by July, with plans or expected timelines for entering new African markets within the same year.
Recent estimates indicate that the number of Starlink users in Africa has reached approximately 300,000 subscribers, accounting for about 3% of the company’s global subscriber base. However, the distribution is not equal; Nigeria, Zimbabwe, and Zambia alone account for about 64% of African subscribers, indicating significant disparities in service availability across the continent.
From Nigeria to Most of the Continent
Starlink entered the African market through Nigeria, benefiting from a chronic issue of weak communication infrastructure and the vast rural areas that lack adequate fiber or mobile network coverage.
Since then, the service has expanded to countries including Kenya, Ghana, Rwanda, Zambia, Mozambique, Malawi, Zimbabwe, Nigeria, Senegal, South Sudan, and Somalia, among others in West, East, and Southern Africa. New countries are expected to join the map in 2026, while others await the completion of regulatory procedures before launching the service.
The appeal of Starlink lies in its requirement for no cable installation or the construction of communication towers near users. The small ground station connects directly to a network of satellites in low Earth orbit, allowing internet access in desert, mountainous, or rural areas lacking traditional infrastructure.
This very feature makes the service attractive to consumers, businesses, and institutions, but it simultaneously raises sensitive questions for governments.
Internet Outside State Infrastructure
The issue for some African governments is not just about internet speed, but also about how data reaches the user.
Traditional communications typically pass through licensed local companies and networks that authorities can regulate and monitor according to national laws. In contrast, satellite internet allows users to connect through a small station that links directly to satellites, reducing reliance on local communication networks.
In countries where governments have extensive control over the telecommunications sector or rely on local telecom companies to protect economic and security interests, the spread of this technology can be seen as a challenge to the existing system.
Three main concerns intertwine here: national security, digital sovereignty, and data protection, along with worries about the impact of a large foreign company on local telecom firms.
Cameroon as a Case Study
Cameroon provides one of the clearest examples of this tension.
In 2024, Cameroonian authorities banned Starlink, citing concerns related to data sovereignty, national security, and competition, as well as the operation of the service without the required license. Consequently, Starlink devices imported through unofficial channels were treated as unlicensed equipment, while regulatory discussions continued regarding the possibility of the company entering the market legally.
The Cameroonian example reveals that government objections do not necessarily mean a rejection of the technology itself, but may instead be an attempt to compel the company to operate within the local regulatory framework, allowing the state to know users, regulate equipment, and monitor data traffic according to its laws.
Chad: Approval in Exchange for Oversight
Chad presents a different model that allows the service but under strict conditions.
As Starlink expanded across the continent, Chadian authorities moved to establish regulatory rules requiring the registration of equipment and users, linking the operation of the service to the identity and legal documents of institutions, as well as subjecting the company to requirements related to security and data protection.
This policy reflects an attempt to balance the benefits of satellite internet, especially in a vast country facing significant infrastructure challenges, while keeping the service under the umbrella of state regulation.
Here lies the crux of the dilemma: governments want fast internet in areas where networks do not reach, but they do not want the small satellite station to become a means of communication that falls outside the national oversight and regulatory system.
Zimbabwe Reveals Another Aspect
Zimbabwe has also experienced a phase of tension with Starlink. In April 2024, the regulatory authority requested the suspension of the service for users who were using it without a license after some residents obtained devices from neighboring countries.
However, the situation later changed, as Starlink received licenses to operate in the country in September 2024, and the service became part of the official telecommunications sector, while restrictions on the sale and distribution of devices without the required license remained in place.
Moreover, Zimbabwean authorities later began using Starlink devices in digital centers and post offices as part of plans to expand internet access, illustrating that African governments do not approach the service with an outright rejection but rather attempt to subject it to their conditions when they see economic and developmental benefits.
A Battle for Market and Sovereignty
Concerns extend beyond security.
The entry of Starlink also means the arrival of a strong competitor in markets dominated by local and regional telecom companies that have invested billions of dollars in towers, fiber networks, and infrastructure.
In South Africa, for example, Starlink’s entry has been delayed due to regulations concerning local ownership in the telecommunications sector, while countries like Ethiopia, Algeria, Egypt, and Morocco remain markets where the service has not achieved full commercial launch until mid-2026. The reasons for the delays vary from country to country, including regulatory requirements, protection of local companies, and considerations of security and digital sovereignty.
In Ethiopia, for instance, the entry of satellite internet service providers has remained extremely limited, while the government has gradually opened the telecommunications sector to competition. Egypt and Morocco remain among the large markets that Starlink has not yet entered commercially.
Can Governments Stop It?
The difficulty of confrontation lies in the fact that stopping Starlink is not a simple technical matter.
Instead of relying on a tower or cable within national territories, users can operate a relatively small station in a remote location, making it more challenging to prevent smuggled devices or unauthorized use.
However, this does not mean that the company operates entirely outside the control of governments. Obtaining a license, importing equipment, selling devices, and linking the service to local markets are all points that the state can control. Governments can also use customs and regulatory laws and impose penalties for unauthorized use.
Thus, it seems that the African battle over Starlink will not be between satellite internet and the state, but rather about the conditions under which the state allows this internet to operate.
Who Owns the Sky?
Starlink raises a larger question in Africa than just obtaining faster internet.
The company that built a vast network of satellites in low Earth orbit can deliver connectivity to places that the state itself has been unable to connect with its networks. This gives individuals, businesses, and institutions an increasing ability to bypass traditional infrastructure limitations.
For African countries already facing a significant digital divide, Starlink may represent a historic opportunity to connect schools, hospitals, rural areas, and remote communities to the internet more quickly and at a lower cost than building new ground networks.
However, the flip side of this opportunity is that the state may find itself facing a communication network over which it does not have direct control of its infrastructure.
Thus, Starlink advances in Africa amid two conflicting needs: the continent’s need for internet access everywhere and its governments’ need to keep this connectivity within the bounds of sovereignty and national law.
As the service approaches new African markets, it seems the question is no longer whether satellite internet will reach the continent, but who will set the rules for its presence: telecommunications companies, governments, or technology that has begun to transcend borders from space?
