Starlink poaches premium customers while offshore profits bypass $30bn tax base

SpaceX’s Starlink is increasingly attracting Africa’s most lucrative telecom customers while much of the resulting revenue, data management, and critical infrastructure remain outside the continent, raising concerns that governments could lose part of the more than $30 billion in annual taxes generated by the telecom sector.

Starlink is rapidly capturing high-value urban and enterprise customers across Africa with high-speed, reliable satellite internet that often outperforms congested terrestrial networks.

While the service delivers genuine connectivity improvements, its capital-light, offshore-centric business model channels much of the premium revenue out of the continent, contributing far less proportionally to local tax bases than traditional operators and threatening the $30 billion annual tax contribution from Africa’s mobile sector.

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Though Starlink does pay taxes, including VAT, withholding taxes, licensing fees, and corporate taxes through local entities in markets like Nigeria and Uganda, its overall fiscal footprint remains modest compared to incumbents burdened by massive spectrum fees, infrastructure investments, and multi-layered local levies.

This asymmetry is fuelling debate about fairness, digital sovereignty, and the sustainability of rural network expansion.

Africa’s mobile industry contributed $220 billion to the continent’s economy in 2024 (7.7 percent of GDP), supports approximately eight million formal jobs, and generates over $30 billion in annual taxes. GSMA projections indicate operators will invest $77 billion in networks from 2024 to 2030.

A new report from the Africa CEO Forum and Askya Investment Partners, titled “Telecoms Offshored,” highlights how Low Earth Orbit (LEO) providers like Starlink are targeting the premium segments like high-ARPU urban professionals, businesses, and enterprises, whose revenues have long cross-subsidised rural coverage.

Nigeria: A case study

Nigeria exemplifies the tension. Starlink held approximately 65,564 active subscribers as of late 2024 into 2025, concentrated in commercial hubs such as Lagos and Abuja.

At residential subscription prices of around N56,000–N57,000 per month (with business plans reaching N150,000+), these users generate an estimated N3.7 billion in monthly subscription revenue for Starlink, translating to an annual run-rate exceeding N44 billion, excluding hardware sales (kits priced N440,000–N590,000) and higher-margin enterprise packages.

“Starlink is fully compliant with Nigerian regulations, paying its 7.5 percent VAT, customs duties on kits, and annual operating levies to the NCC. However, it operates as a boutique premium provider with a minimal physical footprint,” noted a senior industry executive familiar with the filings.

In stark contrast, traditional operators shoulder enormous tax burdens. MTN Nigeria alone remitted N878.7 billion in taxes, levies, and duties in 2025, a 15 percent increase from the prior year, while reporting N5.20 trillion in revenue and N1.11 trillion in profit.

This includes company income tax, VAT, spectrum fees, and over 54 different federal, state, and local levies, plus contributions to infrastructure projects such as the N202.8 billion commitment toward reconstructing the Enugu-Onitsha Expressway under tax credit schemes.

Traditional operators face stark disparities in regulatory costs. In Nigeria, MTN and Airtel each paid $273.6 million for 5G spectrum licenses, while Starlink spent just about $500 for its ISP license. In Senegal, Sonatel paid over $50 million for a 5G licence compared to Starlink’s roughly $150,000 entry cost.

Incumbents argue this uneven playing field allows satellite providers to target the premium customers whose revenues have historically subsidised rural expansion.

Temidayo Oniosun, CEO of Space in Africa, captured the frustration: “We have a foreign company coming in, doing the bare minimum in terms of local investment and employment, and then taking market share from companies that have invested heavily in the continent and are providing jobs for thousands of people.”

Starlink does not publicly disclose country-by-country profit margins, as parent company SpaceX is privately held. Globally, Starlink generated $11.4 billion in revenue and $4.4 billion in operating income in its strong 2025 performance, benefiting from a high fixed-cost, low variable-cost model.

Due to bandwidth congestion in high-demand urban areas, Starlink has paused residential sales in parts of Lagos and Abuja while prioritising higher-paying business customers. This further concentrates its focus on premium segments rather than broad mass-market penetration.

Mobile coverage in Africa reaches about 88.4 percent of the population, yet only around 416 million people are active internet users. Affordability remains the real divide. MTN Nigeria CEO Karl Toriola has publicly stated that unlimited data bundles don’t exist at affordable prices for most consumers.

Starlink’s superior speeds (often 75–100+ Mbps per Ookla data) fill a quality gap for those who can pay but risk accelerating revenue leakage from the operators funding rural expansion.

Broader continental impact

Similar dynamics play out elsewhere. In Zimbabwe, Starlink subscribers reached 67,057 in Q4 2025 (up 31.6 percent QoQ). In Kenya, the company had around 22,282 subscribers by December 2025. Senegal’s Sonatel paid over $50 million for a 5G licence compared to Starlink’s roughly $150,000 entry cost.

These examples underscore the regulatory arbitrage concerns raised in the Africa CEO Forum report.

Steve Song, a digital infrastructure policy advisor, has described the model as economically lopsided, noting that value extraction occurs with limited proportional contributions to jobs, Universal Service Funds, or local infrastructure.

Hybrid Solution

Yet the story is not purely adversarial. Airtel Africa’s December 2025 Direct-to-Cell partnership with SpaceX across 14 markets signals a shift toward collaboration.

Operators can leverage satellite technology for rural backhaul and last-mile coverage while retaining customer relationships and meeting local investment obligations.

Ookla reports show Starlink performance improvements spurring competitive responses like better pricing and service quality from incumbents in Nigeria and Kenya.

Several African governments are adopting nuanced regulatory strategies to harness Starlink’s technological advantages while compelling greater local investment and protecting national interests.

In Uganda, regulators granted Starlink a licence conditional on establishing a physical presence, deploying a national gateway/ground station, registering in-country devices, and maintaining local technical and legal staff. These measures enhance oversight and support tax compliance, national security, and data sovereignty.

Similar approaches appear in countries like Rwanda and Kenya, where approvals often tie to commitments for rural connectivity and local partnerships, reflecting a broader push toward hybrid models that integrate satellite services with terrestrial infrastructure.

South Africa has pursued one of the most sophisticated balancing acts through its Broad-Based Black Economic Empowerment (B-BBEE) framework. Instead of insisting on 30 percent direct local equity ownership, the government is advancing “Equity Equivalent Investment Programmes” (EEIPs).

Under this model, Starlink can meet empowerment goals via substantial alternative investments, including a pledged ZAR 2 billion (about $113 million) in earth stations, data centres, and digital infrastructure, plus a ZAR 500 million commitment to connect 5,000 rural schools. This approach aims to generate jobs, skills development, and local supply chain opportunities without forcing equity dilution while still directing capital toward underserved communities.

Other nations are enforcing stricter local ownership rules or leveraging partnerships to retain value domestically.

Namibia has blocked Starlink’s entry until it complies with requirements for majority local ownership (at least 51 percent in some interpretations).

The Nigerian government, through the Nigerian Communications Commission (NCC) and the Universal Service Provision Fund (USPF), has adopted a pragmatic, partnership-oriented stance toward Starlink.

Recognising that satellite technology is here to stay, authorities view it as a complementary tool rather than a pure competitor. In early 2026, the NCC signalled plans to deploy portions of the USPF to support satellite broadband initiatives aimed at connecting approximately 23 million Nigerians in rural and hard-to-reach areas who still lack basic connectivity.

This aligns with the National Broadband Plan’s goals and leverages non-terrestrial networks (NTN), including satellite-to-phone technology, to accelerate universal access without relying solely on costly terrestrial infrastructure.

The USPF, funded primarily by a one percent levy on telecom operators’ revenues, traditionally subsidises rural projects such as Base Transceiver Stations (BTS), Rural Broadband Initiatives (RuBI), and community resource centres. Officials are now exploring how to extend this funding model to satellite solutions.

This could involve subsidising wholesale capacity from providers like Starlink or hybrid deployments where operators use satellite backhaul or Direct-to-Cell services (as seen in Airtel Africa’s 2025 partnership with SpaceX) to extend coverage.

Such an approach allows the government to channel public funds toward last-mile access in underserved communities while Starlink handles the space segment. Nigeria’s early licensing of Starlink as an ISP (a 10-year license) and its status as Africa’s first Starlink market demonstrate a welcoming regulatory environment tempered by local entity requirements.

To bridge gaps in the regulatory framework and ensure Nigerians benefit maximally, the government can implement several targeted measures, Jide Awe, tech analyst, told BusinessDay, adding that “these include mandating deeper local content obligations, such as requiring more ground stations, data centers, or local technical hubs funded or co-located by Starlink. Strengthening data localisation rules, cybersecurity compliance, and contributions to the USPF itself would help recirculate value.”

Jide urged regulators to enforce tiered licensing that incentivises wholesale partnerships over pure retail competition in rural zones, while introducing performance-based subsidies linked to affordability targets, rural subscriber milestones, or skills development programmes. Expanding tax credit schemes for infrastructure-equivalent investments (similar to road projects by telcos) would further align incentives, he added.

Countries like Senegal and others in the Sahel region have emphasised higher licensing fees for satellite operators or pushed for wholesale-only arrangements, where Starlink partners with incumbents (such as Airtel Africa’s Direct-to-Cell deals) rather than competing directly for retail customers. These policies seek to preserve tax bases, Universal Service Funds, and operator viability while accelerating rural coverage.

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The bottom line

Starlink’s African expansion, approaching half a million subscribers continent-wide, demonstrates the transformative potential of LEO technology to bypass costly terrestrial bottlenecks. It injects competition and delivers real benefits in underserved or unreliable areas.

However, as premium revenues flow offshore with a lighter tax and investment burden, regulators face a strategic imperative. Without adaptive policies like equitable taxation frameworks, data localisation requirements, stronger incentives for local ground stations, and a clear preference for wholesale partnership models, the risk is a hollowing out of the domestic telecom industry.

This could slow the $77 billion investment pipeline, reduce tax revenues critical to public budgets, and compromise digital sovereignty.

African policymakers must strike a careful balance: embracing satellite innovation to close the affordability and coverage gaps while ensuring the terrestrial ecosystem that built 88 percent population coverage remains financially viable.

The coming years will reveal whether the continent achieves a productive hybrid connectivity model or allows offshore profits to undermine its hard-won digital foundations.