NCC Explores Satellite-to-Phone Services in Rural Nigeria, Targets Blackspots

Abuja — Nigeria’s telecommunications regulator, the Nigerian Communications Commission (NCC), has launched a six-week public consultation to assess the introduction of satellite direct-to-device (D2D) services. This move could significantly reshape access to mobile connectivity in parts of the country that have remained offline for decades.

The consultation, announced last week and running until February 23, 2026, seeks stakeholder input on how D2D satellite services could be regulated under Section 71 of the Nigerian Communications Act, 2003. If introduced, it will allow mobile phones to connect directly to satellites without traditional cell towers.

According to industry reports, the NCC is examining market opportunities, licensing models, technical coexistence with terrestrial networks and spectrum.

The consultation is the latest regulatory response to a problem that has long plagued Nigeria’s digital landscape, uneven network coverage.

What Satellite D2D in Rural and Remote Locations

Despite Nigeria being Africa’s largest telecoms market by subscriber numbers, millions of citizens remain disconnected from reliable mobile services. An NCC 2024 Cluster Gap Study identified 87 underserved or unserved clusters, often described as connectivity “blackspots.” These are locations where traditional mobile network expansion has proven commercially or technically unviable.

In these locations, the high cost of building and maintaining base stations, power infrastructure challenges, vandalism, and security risks have consistently discouraged network operators.

As a result, an estimated 23.3 million Nigerians remain outside effective terrestrial mobile coverage, limiting access to emergency services, digital payments, online education, telemedicine, and modern economic participation.

Satellite D2D, sometimes referred to as “satellite-to-phone” or non-terrestrial networks (NTN), allows standard mobile devices to connect directly to low-Earth orbit (LEO) satellites. They work for basic communication services, without the need for nearby cell towers.

In early phases, such services typically support, text messaging, emergency alerts and limited data services. Full broadband-level connectivity is usually a later stage, depending on spectrum allocation, device compatibility, and regulatory approval.