In 2008, a single megabit per second of international internet bandwidth cost approximately $1,000 per month in Kenya. By 2013, that same megabit cost under $10. This 99% price collapse, compressed into five years, was the single most important infrastructure transformation in Kenya's technology history. Every startup that launched from iHub Nairobi, every mobile app that scaled on Safaricom's network, every cloud-based service that businesses adopted - all were downstream consequences of bandwidth becoming effectively free compared to its satellite-era pricing.
Before the submarine cables arrived, Kenya's internet was entirely satellite-dependent. Operators like Jamii Telecom, Access Kenya, and Telkom Kenya purchased satellite capacity from providers like Intelsat, with round-trip latencies of 500-600 milliseconds and per-megabit costs that made bandwidth the most expensive input in any technology business. A small ISP offering broadband to a Nairobi office park might pay $50,000 per month for 50 Mbps of international capacity. These costs were passed to consumers, making internet access a luxury for corporations, NGOs, and wealthy individuals.
The TEAMS Cable Kenya landing in June 2009 broke the satellite monopoly. Within weeks, the privately funded SEACOM cable also went live at Mombasa, creating immediate competition on the submarine segment. The Eastern Africa Submarine Cable System (EASSy), backed by a consortium of 16 African telecom operators, followed in July 2010 with 4.72 terabits per second of design capacity - orders of magnitude more than Kenya had ever accessed via satellite. The Lower Indian Ocean Network (LION2) added another route in 2012.
The price effects cascaded through the entire value chain. Wholesale international bandwidth prices fell from $1,000/Mbps in 2008 to approximately $200/Mbps by mid-2010, then to $50/Mbps by 2011, and below $10/Mbps by 2013. Retail ISPs like Zuku (Wananchi Group), Safaricom Home, and Access Kenya translated these reductions into consumer products that would have been unimaginable in the satellite era. Home broadband packages offering 5-10 Mbps became available for KSh 3,000-5,000 per month, down from the KSh 50,000+ that equivalent service would have cost in 2007.
The economic consequences were profound. Cloud computing became viable for Kenyan businesses. Companies could use Google Workspace, Salesforce, and Amazon Web Services without the latency and cost penalties that had made cloud tools impractical under satellite connectivity. This enabled a wave of SaaS adoption that reduced technology costs for SMEs across East Africa. Software developers could use GitHub, Stack Overflow, and online learning platforms - the tools of the global developer community - at speeds comparable to their counterparts in Europe or North America.
For the startup ecosystem specifically, cheap bandwidth removed the infrastructure tax that had made it nearly impossible to build internet-dependent businesses. Ushahidi could host its crowdsourcing platform locally rather than on expensive overseas servers. M-Pesa's evolution from a basic SMS service into a smartphone-enabled financial platform depended on affordable mobile data, which depended on affordable international bandwidth. Fintech Kenya startups building on APIs and real-time data feeds could operate because the cost of moving data had become trivial.
The bandwidth collapse also accelerated Fiber Optic Infrastructure investment within Kenya. Metropolitan fiber networks in Nairobi expanded rapidly after 2010 because operators like Liquid Telecom, Safaricom, and Jamii could now offer competitive pricing on high-capacity connections. The National Optic Fibre Backbone (NOFBI) connected county capitals to the coastal landing points, distributing cheap bandwidth inland. The Digital Economy Kenya that emerged after 2010 was built on the combination of Submarine Cables Kenya at the coast and terrestrial fiber distributing that capacity across the country.
See Also
- TEAMS Cable Kenya
- Submarine Cables Kenya
- Fiber Optic Infrastructure
- Internet Kenya
- Silicon Savannah
- Digital Economy Kenya
Sources
- Hjort, Jonas, and Jonas Poulsen. "The Arrival of Fast Internet and Employment in Africa." American Economic Review 109, no. 3 (2019): 1032-1079.
- Song, Steve. "African Undersea Cables." Many Possibilities, updated 2013. manypossibilities.net/african-undersea-cables.
- Communications Authority of Kenya. Sector Statistics Reports, 2008-2014. Nairobi: CAK.
- Research ICT Africa. "Internet Going Mobile: Internet Access and Usage in Eleven African Countries." Cape Town: RIA, 2012.