A map of the PEACE Cable network, an undersea fibre-optic system connecting Europe, Africa, and Asia. A recent break in the cable in the Red Sea has disrupted internet services in Somalia and other East African nations, impacting connectivity and streaming quality.
Mogadishu (HOL) — Internet services across Somalia and parts of East Africa were disrupted after an undersea fibre-optic cable broke in the Red Sea, the National Communications Authority (NCA) said Sunday.
The outage, caused by a rupture in the Pakistan & East Africa Connecting Europe (PEACE) Cable, led to slower internet speeds and reduced streaming quality across the country. The PEACE Cable is a key internet infrastructure that connects East Africa to Europe and Asia.
In response, Somalia’s telecommunications providers rerouted traffic through backup networks, restoring services to near-normal levels, according to the NCA. However, complete repairs on the damaged cable could take until mid-April 2025.
The NCA assured the public that it is working closely with internet service providers (ISPs) to monitor service quality and resolve any technical issues during the repair period.
Internet disruptions caused by undersea cable damage have become a recurring issue in the region, with previous incidents in the Red Sea and Indian Ocean impacting connectivity. Industry experts say such disruptions highlight the vulnerability of Africa’s internet infrastructure and the need for additional redundancy measures.
The NCA has urged telecom operators to maintain open communication with regulators and swiftly implement mitigation plans to prevent further service degradation.
As Elon Musk’s Starlink quickly grows in popularity and expands across Africa, major telecommunications companies are joining forces to reduce the high costs associated with setting up and maintaining mobile base stations in the continent’s rural areas.
These mobile network operators are now forming joint ventures that will allow them to share expenses for the deployment and management of cell towers in these regions. This collaboration signals the next phase of competition between traditional telcos and internet service providers.
Recently, Vodacom and Orange announced they are collaborating to create a “rural tower partnership” in Africa – that will see them jointly build, own, and operate solar-powered mobile base stations in underserved areas, starting with DR Congo.
“The initiative will extend network coverage and enable access to telecommunications and mobile financial services to up to 19 million people in less densely populated rural communities, reinforcing their commitment to bridging the digital divide and driving inclusive growth,” the telcos said in a joint statement.
Entry of internet providers like Starlink have upended competition landscape for telcos – on higher internet speeds, prices and coverage base because of their reliance on satellite – a competitive advantage over traditional telecom operators – allowing them to extend network coverage to remote areas without the need for a base station.
Cost of putting up base stations and sustainability powering and running them in rural areas has been particularly a major headache for the operators.
GSMA’s recent report titled “Rural Renewal: Telcos and Sustainable Energy in Africa” lists low population density, rising energy costs, expenses related to backhaul infrastructure, and the necessity for strong towers as key factors that strain the operators financially, hindering many from expanding coverage in rural areas.
“A base station in a remote rural area costs, on average, 35–40% more to run than one in a city, and this can be even higher in some countries,” according to the GSMA report.
According to the report, Africa has around 300,000 mobile sites. of these, 68% of base stations are on-grid, 7% are powered by mini-grids, 9% are on bad grids and 16% are off-grid. This means 32% of mobile base stations – approximately 96,000 – are either off-grid or on bad grids.
Across Africa, 40% of the mobile base stations are in rural or remote areas.
In rural Africa, mobile network services are either too expensive or unreliable- two key aspects that are making Starlink become a choice for internet service provision.
To navigate the rural network challenges, Vodacom and Orange have pledged to jointly construct up to 2,000 new solar-powered base stations in the Democratic Republic of Congo (DRC), one of Africa’s largest countries, over the next six years, using 2G and 4G technologies.
The two rival companies have initially committed to putting up 1,000 sites, after which Orange and Vodacom may scale the project by a further 1,000 towers.
“The completion of this joint venture remains subject to the approval of administrative, regulatory, and competition authorities,” according to the joint statement.
Their first joint base station is expected to start operating in 2025, where the two telcos will be sharing active and passive equipment owned by the joint venture as anchor tenants for an initial term of 20 years.
As part of the agreement, the joint venture will open up the passive cell towers for other mobile network operators to ramp on.
“Collaborating with Vodacom by sharing both passive and active infrastructure is the most effective approach to fulfilling our commitment to accelerating connectivity access for everyone, including rural areas, while minimizing our environmental footprint,” said Orange Middle East and Africa Chief Executive Officer, Jérôme Hénique.
Orange operates in 18 countries across Africa and the Middle East and had 160 million customers by the end of September 2024 while Vodacom’s operations in South Africa, the DRC, Egypt, Ethiopia, Kenya, Lesotho, Mozambique, and Tanzania have attracted a customer base of 210 million.
Starlink, which also relies on satellites to bridge the continent’s connectivity gap, has grown significantly in popularity in Africa since its launch in 2019. By 2024, it was forced to pause new subscriptions across five out of the 16 countries where it operates, due to network overload, especially in major cities and urban centres.
As of November 2024, Starlink had sold out its service in major cities across Nigeria, Kenya, Madagascar, Zambia, and Zimbabwe.
Starlink is also advancing its entry into the Direct-to-Cell network and plans to launch a constellation of hundreds of satellites to enhance this initiative.
The satellite internet provider targeting to connect users through standard LTE/4G protocols on their existing phones, without requiring new devices, upgrades, or special apps, has confirmed significant investments in this project for 2025.
“We look forward to expanding our testing to include greater coverage; launching hundreds of satellites to enable our text constellation; working toward our voice, data, and IoT constellation in 2025; and expanding our global footprint,” said Starlink in a statement on its website.
Mobile network operators Vodacom and MTN Group are also in the race to make a foray into the Direct to Cell network to enhance their terrestrial mobile networks – for rollout to remote areas.
