The CBN Data Rule Has a Satellite Question Nobody Is Asking
On 15 June 2026, the Central Bank of Nigeria issued a circular directing that all payment transaction data generated in Nigeria be stored and managed within the country by 1 January 2027. Banks, fintechs, mobile money operators, switches and processors now have less than three months to move workloads home, and the platforms many of them run on, AWS, Microsoft Azure and Google Cloud, do not yet operate a full cloud region in Nigeria.
Most of the conversation since then has focused on two things: data centre capacity and fibre. Industry estimates put Nigeria’s current capacity at between 35 and 50 megawatts, with more than 200 megawatts projected within six years, while Project BRIDGE is set to expand the national fibre backbone. Both are necessary. Yet data that must be stored in Nigeria also has to travel within Nigeria, and that is where the conversation goes quiet on satellite.
Project BRIDGE deserves credit for its ambition. The plan is to lay 90,000 kilometres of new open-access fibre through a special purpose vehicle in which government holds a minority stake, with financing appraised at about $1.6 billion and backed by the World Bank and the African Development Bank. It targets 150 million broadband users by 2030, a 17 percent cut in wholesale bandwidth prices, fixed broadband speeds of 50 Mbps, and connections to more than 59,000 public institutions. Delivering it means laying up to 90 kilometres of fibre a day for nearly five years. If it succeeds, it will carry most of the payment traffic the CBN wants kept onshore. Even at full delivery, it still leaves a share of the country that fibre will not reach economically, and that is where satellite comes in.
I started my career as a VSAT engineer during national youth service, connecting sites that fibre would not reach for another decade. Many of those sites still do not have fibre today. BusinessDay estimates that around 101,000 kilometres of fibre has been laid in Nigeria, yet it still bypasses about 130 million Nigerians. Capital for fibre goes where it is economical. Right-of-way permits alone can reach ₦6.6 million per kilometre in some states, difficult terrain raises construction costs further, and in the northern semi-arid belt, the Niger Delta wetlands and insurgency-affected regions, population density is too low to recover the investment. A bank branch, an agent banking point or a POS terminal in those places still generates payment data the CBN now wants kept onshore. Where there is neither fibre nor reliable mobile coverage, satellite is the only path that data can take.
The satellite layer is no longer a future question either. Starlink closed the second quarter of 2026 with 98,642 active subscribers in Nigeria, up from 66,523 a year earlier, making it the second-largest internet service provider by subscribers after Spectranet. Across Africa it holds licences in more than 28 countries and an estimated 500,000 subscribers. Eutelsat OneWeb signed a distribution partnership with Airtel Africa in 2022 and a direct partnership with NIGCOMSAT in January 2025 covering government, enterprise and rural connectivity. Airtel Africa has also announced that 174 million of its customers will be able to use Starlink’s satellite-to-mobile service in areas without terrestrial coverage, subject to approvals in each country. Amazon Leo launched its first satellites in April 2025, has 3,236 planned, and opened an enterprise preview in November 2025. In the United States, T-Mobile has offered Starlink satellite-to-phone service commercially since 2025.
Other markets are already treating satellite as part of the national broadband plan rather than a competitor to it. Brazil’s regulator Anatel has authorised Viasat, Intelsat and, in February 2026, China’s Qianfan constellation alongside Starlink, while continuing to expand fibre. The logic is simple: fibre and satellite serve different geographies and different risks, so a serious national strategy licenses both.
Risk is the part the localisation debate cannot ignore. In March 2024, damage to the WACS, MainOne, SAT-3 and ACE submarine cables off Côte d’Ivoire disrupted internet services across West Africa, including Nigeria, for days. In 2025, a Google Cloud outage disrupted services in several countries at once. Localising data keeps it onshore. It does not automatically make it resilient. A payment system that depends on a single path between branches, switches and data centres is only as strong as that path.
There is a second gap, and it concerns where data travels, not just where it is stored. Starlink holds an international gateway licence in Nigeria and peers locally at the Internet Exchange Point of Nigeria in Lagos. In 2025, Space in Africa reported that with limited ground stations on the continent, Lagos connections were being relayed via Frankfurt. Starlink has announced gateways in Lagos, Ogun and Port Harcourt to bring that traffic home. A rule framed around where data is stored does not, on its own, tell banks whether their payment data stays in Nigeria while it is moving.
This is why the two new satellites matter now. The Federal Executive Council approved NIGCOMSAT-2A and 2B in August 2026, to be built by Thales Alenia Space and Israel Aerospace Industries and targeting orbit by 2028 and 2029. Alongside foreign LEO constellations already serving Nigerian customers, they give the country a chance to build fibre backbone plus satellite last-mile as one system rather than two separate projects. Foreign constellations bring scale and speed, but they answer to their own governments and owners, which is exactly why a sovereign layer matters.
For that to happen, the policy conversation needs to answer three questions, and turn each answer into a rule.
First, when Nigerian payment data travels over a foreign-owned satellite network between two points inside Nigeria, does it count as localised? The CBN circular is framed around where data is stored and managed, not how it moves. A sovereign transit rule would settle this: payment data may travel over any licensed satellite network, foreign or local, provided it lands at a gateway inside Nigeria, stays encrypted with keys held in Nigeria, and is never stored by the carrier.
Second, should critical payment infrastructure be expected to run on more than one path? A tiered resilience standard would answer yes, in proportion to risk. National switches and systemically important banks should run on at least two physically diverse paths, fibre and satellite, with tested failover. Agent banking points in unserved areas should be allowed to use satellite as their primary path.
Third, what role should a sovereign satellite like NIGCOMSAT play for financial services? Not a mandated monopoly, but reserved sovereign capacity as the backup path for critical financial infrastructure, with anchor contracts signed before launch rather than after.
These rules sit across the CBN, the Ministry of Communications, Innovation and Digital Economy, the NCC and NITDA, and they work best issued together as one framework.
Data sovereignty is more than one policy or one layer. Data centres hold the data, fibre moves it across our cities, and satellite reaches the places fibre cannot and keeps things running when the ground network fails. None of these work without security, encryption, reliable power and clear laws on who can access our data. Nigeria is already investing in all of them. The 2027 deadline is the right time to make sure they work together, not as separate projects.
Hopefully, by the time NIGCOMSAT-2A reaches orbit, the policy will already know what to do with it. 🇳🇬
