How Airtel Africa and Starlink Connect No-Signal Zones

Share this article
Share this article
Prioritise Us on Google
Airtel Africa and SpaceX partner for Starlink Mobile, using SpaceX's satellite constellation network for connectivity in rural Africa (Credit: Getty Images)
A successful trial in Kenya by Airtel Africa shows satellite connectivity supporting apps and messaging in areas without terrestrial signal

Airtel Africa and SpaceX have successfully tested data and messaging services in Kenya's "no connectivity" zones. 

The zones are described as having "no connectivity" due to their complete lack of terrestrial mobile signal – but with space-based consellation networks, the two companies aim to be a solution to this problem.

Airtel Africa and SpaceX partnered to integrate Starlink Mobile, which focuses on extending telco coverage by linking standard smartphones directly to satellite networks. This essentially offers a route to connect users beyond the reach of traditional infrastructure with terrestrial networks. 

Airtel currently serves 14 markets in sub-Saharan Africa, where it intends to expand its satellite footprint. 174 million customers use their mobile voice, data and mobile money services.

Airtel Africa CEO, Sunil Tadar, spoke at a media roundtable introducing the direct-to-cell system (Credit: Africa Business Communities)

Satellite-to-mobile moves into live testing

In the "no connectivity" zones, Starlink Mobile activated on 4G-compatible smartphones, connecting devices to SpaceX’s low-Earth orbit satellite network.

Starlink's constellation of 650 launched satellites supported the service during the trial, enabling access where terrestrial networks fall short and maintaining a link to core telco services.

Instead of relying on terrestrial signal, which is not possible in "no connectivity" areas, mobile devices connect directly to satellites, which route traffic back into the wider telco network.

Starlink Mobile works as a space-based extension of existing infrastructure, integrating in a similar way to a roaming partner.

The network passes connectivity across space before linking back to ground systems, using phased array antennas and inter-satellite links. By functioning this way, it extends its reach without additional towers or fibre deployment.

Thousands of satellites orbit Earth. 10,000 of these are Starlink satellites, according to EarthSky (Credit: Getty Images)

Core apps and services remain accessible

During testing, Airtel found that the satellite link supports light-data applications. Its users can access WhatsApp calling and messaging, mapping services and Facebook Messenger, alongside completing financial transactions through the Airtel app.

These services remain available even in isolated locations, maintaining communication and access to digital tools that support everyday use.

However, there are some limits. Light-data usage prioritises essential connectivity such as messaging and transactions.

On the other hand, terrestrial networks can support high-bandwidth services like video streaming.

Even so, this level of access still supports key telco functions in remote areas with no signal at all, and aligns with Airtel’s wider aim of increasing digital and financial inclusion.

Sunil Taldar, Chief Executive Officer of Airtel Africa, comments: “We are thrilled to move from announcement to actionable steps with our partners at SpaceX.

Sunil Taldar, Group CEO & MD at Airtel Africa (Credit: MWC)

“This testing phase in Kenya is a testament to our commitment to expanding global access.

“By integrating Starlink Mobile’s technology, we are ensuring that our customers remain connected even when they travel beyond our terrestrial network.”

Expansion plans across Airtel’s footprint

Following the trial in Kenya, Airtel Africa and SpaceX plan to expand the service across all of Airtel’s 14 markets in Africa, subject to regulatory approval in each country.

This considers the need to align satellite-based mobile services with national telco rules around spectrum use and cross-border connectivity.

The companies are also planning to introduce voice calling and broader data capabilities using Starlink Mobile V2 technology, which aims to deliver broadband connectivity directly to mobile phones.

This next phase builds on the current testing of messaging and light-data services, extending the current range of applications supported over satellite links.

Youtube Placeholder
Airtel offers 4G terrestrial signal in Uganda, but are now working on satellite signal in no connectivity zones

Starlink’s network connects users across multiple continents and operates as a partner to mobile network operators.

This trial allowed Starlink to extend 4G coverage into areas where terrestrial infrastructure is limited or unavailable, and real integration into rural areas can commence once country regulations are reviewed.

By combining satellite reach with Airtel’s existing mobile and mobile money services, the model supports a more continuous user experience across both urban and remote environments, without requiring new ground-based infrastructure in every location.

Executives