Lebanon
Lebanon's documented connection to the global submarine cable network rests on a single system, I-ME-WE, leaving the country with limited subsea redundancy and a narrower margin for resilience than most of its regional neighbours.
Connectivity at a glance
- Cable systems
- 1active
- Landing points
- 0
- Resilience score
- 9
Cable systems serving Lebanon
| Cable | Status | Ready for service | Length | Design capacity |
|---|---|---|---|---|
| I-ME-WE | active | 2010 }} | 12,091 km | 5.6 Tbit/s |
Landing points
Landing point records for Lebanon are being compiled.
Lebanon and the global cable network
Lebanon sits on the eastern Mediterranean coast, a position that places it within reach of one of the world's busiest submarine cable corridors. The sea routes running between Europe, the Middle East, and Asia pass close to Lebanese waters, yet the country's documented presence on the global subsea map is thin: a single active cable system, I-ME-WE, ready for service in 2010, connects Lebanon to the wider network.
I-ME-WE — India-Middle East-Western Europe — is a long-haul system stretching over 12,000 kilometres. It links a string of countries across the Persian Gulf, the Arabian Sea, and onward to both South Asia and Western Europe, giving Lebanon a path toward major internet exchange hubs in both directions. As a cable of that generation, it carries meaningful capacity, but it is not the highest-capacity system by contemporary standards.
The single-cable problem
Relying on one documented subsea system creates a structural vulnerability. When a cable fault occurs — whether from anchor drag, seabed movement, or equipment failure — a country with multiple diverse routes can reroute traffic and absorb the disruption. With only one cable in the register, Lebanon has no documented subsea fallback. Any outage on I-ME-WE that affects the Lebanese landing or its onward terrestrial path would leave the country dependent on whatever satellite capacity and terrestrial transit links exist through neighbouring countries.
That is not a trivial exposure. Terrestrial cross-border links through a region of complex political geography carry their own reliability questions, and satellite connectivity, while useful as a backup, cannot replicate the bandwidth that a fibre system delivers at scale.
Geography and what it implies
Lebanon's coastline is modest in length, and the country's mountainous interior means that infrastructure corridors, including cable landing stations and their backhaul routes, face real physical constraints. These factors can influence how attractive Lebanon appears to cable consortia weighing landing costs and in-country network complexity. The eastern Mediterranean does attract cable investment — several major systems pass through or land in the broader subregion — but Lebanon's documented position on those systems remains limited to I-ME-WE.
Register status
No landing points within Lebanon are documented in this register. Work to verify and locate cable landing stations is ongoing. As that information is confirmed, this profile will be updated to reflect a more complete picture of how Lebanon physically connects to the global subsea network.