en.Wedoany.com Reported - Kenyan cloud infrastructure provider Angani has connected to the LINX Nairobi interconnection hub, operated by the London Internet Exchange Centre, building on its prior connection to LINX Mombasa to form a regional peering architecture covering the two key communication nodes of Nairobi and Mombasa. This deployment will help Angani directly connect its local cloud platform, data centre nodes, and other communication networks, reducing the need for some internet traffic to be routed overseas or through multiple upstream networks, thereby improving access efficiency for local Kenyan content and cloud services.
LINX Nairobi, which became operational in 2023, provides internet exchange services through multiple data centres in Kenya's capital and currently hosts over 55 networks, including content platforms, cloud service providers, internet operators, and satellite communication networks. Subsequently, in 2025, LINX established a second exchange node in Mombasa, leveraging the location's proximity to multiple international submarine cable landing stations to offer a new exchange entry point for international data traffic entering East Africa. Together, these two interconnection hubs form a communication chain in Kenya spanning "submarine cable landing – data centre – internet exchange – local cloud services," enabling network operators to choose to exchange traffic in Nairobi, Mombasa, or both locations based on business needs.
Previously, Angani relied primarily on its own backhaul circuits to connect data centres in Nairobi and Mombasa, requiring the company to independently manage traffic routing, redundant links, and content network access between different facilities. After joining LINX Mombasa, Angani could obtain routing information for other data centres and networks through the exchange platform without needing to build complete network nodes at each facility individually. This further connection to LINX Nairobi now allows it to conduct peering simultaneously at Kenya's two major digital infrastructure hubs. According to LINX, members receive one 10GE port and 4Gbps of service capacity at each global interconnection node, a configuration that facilitates cloud platforms in scaling connectivity as client business and data traffic grow.
The role of an internet exchange point is not to store data but to provide a direct data exchange channel between different networks. When a Kenyan user accesses an application hosted on Angani's cloud platform, or when an Angani customer calls upon other local content and network resources, data can be forwarded within the regional exchange node without first being transmitted to distant international nodes. Shortening the transmission path correspondingly reduces network latency, cross-border bandwidth consumption, and reliance on upstream links. For video platforms, enterprise cloud systems, online transactions, and real-time applications, local peering also mitigates the impact of long-distance line anomalies on business continuity.
LINX disclosed that the combined traffic of its two Kenyan internet exchange nodes in Nairobi and Mombasa has grown approximately 20-fold over the past year, with peak traffic exceeding 330Gbps. As local cloud services, international content platforms, and satellite internet networks gradually connect, Kenya's internet infrastructure is transitioning from single-operator line connections to a multi-path network composed of multiple data centres, exchange nodes, submarine cables, and cloud platforms.
From an engineering perspective, Angani's connection involves the coordination of the cloud platform network, data centre cross-connects, switch ports, routing systems, and inter-city transmission links. After Angani's nodes in Nairobi and Mombasa connect to the LINX exchange platform respectively, they can receive network routes published by other members and select more direct transmission paths based on traffic location and network status. Its customers do not need to establish separate physical connections with each content network or operator individually but can also gain more local access paths through regional peering.
In the next phase, Angani will continue to leverage the dual-node architecture of Nairobi and Mombasa to expand local cloud connectivity and network redundancy capabilities. Actual operational performance will primarily be reflected in the proportion of local traffic, cross-data centre transmission stability, peak bandwidth capacity, and the speed of onboarding new network members. As more cloud service providers, content delivery networks, and communication operators join Kenya's internet exchange facilities, the division of roles—with Nairobi handling domestic data aggregation and Mombasa connecting to international submarine cables—will become further defined.
