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How Geography and Regime Affect Internet in Guinea

Conakry
Conakry · Photo: Wikipedia
Live RTT from our measurements · last 30 days
Daily average per cable, in ms; red dots mark days with detected anomalies.
5010015020025030024.0901.1008.1015.1022.10Africa Coast to Europe (ACE) · 26.09 · 203 msAfrica Coast to Europe (ACE) · 27.09 · 218 msAfrica Coast to Europe (ACE) · 28.09 · 203 msAfrica Coast to Europe (ACE) · 01.10 · 247 msAfrica Coast to Europe (ACE) · 02.10 · 204 msAfrica Coast to Europe (ACE) · 03.10 · 105 msAfrica Coast to Europe (ACE) · 04.10 · 206 msAfrica Coast to Europe (ACE) · 05.10 · 221 msAfrica Coast to Europe (ACE) · 06.10 · 202 msAfrica Coast to Europe (ACE) · 07.10 · 100 msAfrica Coast to Europe (ACE) · 08.10 · 103 msAfrica Coast to Europe (ACE) · 09.10 · 104 msAfrica Coast to Europe (ACE) · 10.10 · 99 msAfrica Coast to Europe (ACE) · 11.10 · 209 msAfrica Coast to Europe (ACE) · 12.10 · 206 msAfrica Coast to Europe (ACE) · 13.10 · 200 msAfrica Coast to Europe (ACE) · 14.10 · 150 msAfrica Coast to Europe (ACE) · 15.10 · 219 msAfrica Coast to Europe (ACE) · 16.10 · 218 msAfrica Coast to Europe (ACE) · 18.10 · 158 msAfrica Coast to Europe (ACE) · 19.10 · 212 msAfrica Coast to Europe (ACE) · 20.10 · 159 msAfrica Coast to Europe (ACE) · 21.10 · 217 msAfrica Coast to Europe (ACE) · 22.10 · 159 ms

Internet Connectivity in Guinea: One Cable for the Whole Country

Guinea, located on the western coast of Africa, has a highly vulnerable internet infrastructure. The country has only one point of entry for an underwater optical cable - in the capital city of Conakry. This cable, Africa Coast to Europe (ACE), was put into operation in 2012 and spans 17,000 km, connecting West African countries with Europe. Guinea's isolation index is 100/100, indicating the absence of backup routes and a high probability of complete loss of international internet connectivity in case of cable damage or outage.

With such a configuration, Guinea remains one of the most fragile countries in terms of internet connectivity. Even a brief disruption to ACE can lead to significant service interruptions for millions of users across the country.

Regime and Control: Context of Censorship

Guinea, like many other countries in the region, is known for internet and media freedom restrictions. GeoCables directly does not measure levels of censorship. However, it is known that the government may use traffic control capabilities given the presence of only one submarine cable and a single point of entry. Such a structure simplifies the task of monitoring and possible restriction of access to certain resources or services, including social networks and messengers, especially during periods of political instability.

Chokepoints and Risks of Isolation

The only submarine cable ACE connected in Conakry represents a critical chokepoint for the entire country. Any physical damage to the cable, such as from an anchoring incident or underwater earthquake, could completely isolate Guinea from the global network. Additionally, the absence of alternative routes means dependence on the technical condition and capacity of the sole communication channel. In case of overload or failure, users may face serious access issues to the internet.

The geographical location of Guinea makes it dependent on transit connections through neighboring countries. Transit for the region goes through Senegal, Côte d'Ivoire, and Sierra Leone; disruptions in their infrastructure will indirectly affect Guinea.

Monitoring Infrastructure from GeoCables

GeoCables carefully monitors the state of the Africa Coast to Europe (ACE) cable, as it is the only international internet connection channel for Guinea. We track routes and traffic delays through ACE, as well as its exit points in other countries. This allows us to timely identify potential risks associated with damages or overloads, which is particularly important for vulnerable countries like Guinea.

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Evgeny Korolev
Written by
Evgeny Korolev
Infrastructure Engineer · Founder of GeoCables
Built GeoCables to monitor submarine cables in real time. Runs his own distributed network of measurement servers, including in regions poorly covered by public internet measurements.

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