African companies have spent years digitising the visible parts of their operations: mobile apps, customer portals, cloud workloads, payment systems, data links, cybersecurity teams and digital-transformation road maps. African financial institutions have some of the most sophisticated systems today. Yet many remain nearly invisible in the part of the internet that matters most when systems fail: the global routing table.
That gap is becoming a business problem. As banks, universities, hospitals, government platforms and large enterprises move more services online, they are discovering that internet access is not the same as internet autonomy. A company can be connected, transact digitally and host applications in the cloud, but still depend almost entirely on an upstream provider to decide how its traffic is announced, routed, rerouted and recovered during disruption.
At a recent session, Temitope Osunrinde, Director, Africa Hyperscalers, described Autonomous System Numbers, or ASNs, as “identity numbers for networks online.” They allow networks to be “recognised, reached and routed across the internet,” he said. The problem is that ASN adoption in Africa remains concentrated among ISPs and infrastructure companies, while enterprises, banks, universities and government systems still depend heavily on upstream providers for routing, visibility and redundancy.
AFRINIC, the Regional Internet Registry for Africa, defines an autonomous system as a collection of IP routing prefixes controlled by one administrative entity with a clearly defined routing policy. In other words, an ASN gives a network its own identity in the internet’s routing system, rather than leaving it hidden behind someone else’s. AFRINIC’s live statistics portal shows 2,748 total allocated ASNs in its region, alongside 2,572 total members.
That is small for a continent where digital infrastructure has expanded quickly. Africa now has more subsea cables, more terrestrial fibre, more Internet Exchange Points, more cloud on-ramps and a growing data-centre market. The WAPF panel cited about 60 subsea cables, 145 cable landing points, 1.4 million to 1.5 million kilometres of fibre, roughly 150 CDN and cloud points of presence, and about 600MW of live data-center IT capacity. Yet the number of independently visible routed networks remains thin.
For enterprises, the cost of that invisibility can be hidden in bandwidth bills, latency, outage exposure and weak negotiating power.
Olawale Owoeye, Chief Executive Officer, Cedarview Communications, said ASN adoption has been wrongly treated as a purely technical matter. In engagements with Nigerian universities, he said only a small number had ASNs or IP resources, even though universities should be anchors of technical capability. His warning was direct: poor routing makes internet access more expensive “for all of us.” When institutions do not route properly, traffic that could be exchanged locally can travel to a distant hub before returning, raising transport costs and degrading performance.
That problem is not academic. A university with thousands of students, a bank with nationwide branches, a hospital network with digital records, or a government agency running online services can generate significant traffic. But if that traffic sits behind an upstream provider’s identity, the organisation may be invisible to local caches, Internet Exchange Points, cloud platforms and content-delivery networks.
Carl Aniambossou, Chief Executive Officer, Sud Telecoms, gave a concrete example from Côte d’Ivoire. Traffic from a nearby user to a locally hosted server still left the country before returning, even though a local internet exchange existed. The issue was not the absence of infrastructure. It was poor configuration, weak local routing and insufficient peering. Those milliseconds, he said, translate into money because enterprises end up paying for avoidable international bandwidth.
This is the enterprise case for ASNs: control. A bank with several connectivity providers but no independent routing identity may need to reconfigure parts of its infrastructure whenever a new operator is added. A large enterprise that depends entirely on one upstream provider may discover during an outage that its redundancy exists mainly on paper. An organisation with its own address resources and ASN can connect to multiple providers, define routing policy, improve failover and peer locally where appropriate.
The savings from better local exchange are measurable. The Internet Society found that Kenya and Nigeria moved from localising about 30% of traffic in 2012 to nearly 70% by 2020. Kenya’s KIXP grew from 1Gbps of peak traffic in 2012 to 19Gbps in 2020, with annual cost savings rising to $6 million. Nigeria’s IXPN grew from 300Mbps to 125Gbps, with estimated savings increasing to $40 million a year.
That evidence shows why routing should be a board-level infrastructure topic. Local peering can reduce cost without waiting for a new subsea cable, a new fibre backbone or a new data centre. It makes existing infrastructure work better.
The investment signal matters too. Aniambossou said major CDNs and content providers often assess a market by looking at active networks. In practice, that means looking at ASNs. A market with few ASNs can appear smaller than it is, even where population, mobile usage and enterprise demand are substantial.
Brazil shows what a different model looks like. IX.br, Brazil’s national internet exchange system, reached 50Tbit/s of aggregated traffic in March 2026, according to NIC.br. It operates across 39 metropolitan areas, with about 3,800 participating Autonomous Systems and around 7,000 connections. NIC.br says IX.br enables direct interconnection between ISPs and content providers, shortening traffic paths and improving speed, resilience and affordability.
Brazil’s model connects routing identity, peering infrastructure, content distribution and institutional execution. Its OpenCDN initiative places cache servers in partner data centres across regions and connects them to IX.br exchanges, reducing distance to users and lowering operational costs.
Africa does not need to copy Brazil wholesale. It has 54 countries, fragmented regulation, uneven power availability, different languages and varied market depth. But Brazil demonstrates that ASN density and peering are not niche engineering outcomes. They can become a national infrastructure strategy.
There is also a security misconception to confront. Behu Abba Brice, Stakeholder Development Manager, AFRINIC, said some African enterprises believe private addresses or NAT make them inherently safer. That belief discourages organisations from requesting public resources and managing their own routing identity.
Invisibility is not security. Mature enterprise security depends on architecture, filtering, monitoring, segmentation, incident response, routing policy and governance. Public IP resources and ASNs do not remove risk; they force organisations to manage it professionally.
IPv6 adds urgency. AFRINIC says IPv6 was developed to address IPv4 exhaustion and is intended to replace IPv4. Its portal shows large remaining IPv6 availability but limited new IPv6 allocations this year, while the Internet Society reported that native IPv6 access to Google exceeded 50% for the first time on March 28, 2026. Most African countries remain far behind leading IPv6 markets.
For enterprises, the question is not whether every company needs an ASN. Many small businesses do not. The relevant candidates are banks, universities, large fintechs, research networks, public digital platforms, hospitals, data centres, cloud providers, payment infrastructure companies, large campuses and organisations connected to multiple network providers.
The test is commercial and operational. Does the organisation depend on digital availability? Does it connect to more than one provider? Does it host critical services? Does it generate significant traffic? Does it need better failover? Does it want to reduce latency, peer locally or make its demand visible to cloud and CDN providers?
Where the answer is yes, routing identity belongs in the same conversation as cloud, cybersecurity, disaster recovery and data governance.
Bryce’s recommendation at the West African Peering Forum was that more African companies should become AFRINIC members, obtain their own resources where appropriate and manage their routing policies autonomously. He also called for more training to break myths and close knowledge gaps.
Africa’s digital economy does not only need more users. It needs more visible networks. Internet adoption brings people and businesses online. ASN adoption gives major institutions recognised addresses and routing control inside the internet economy.
For African enterprises, the next stage of maturity is not just to be connected. It is to be visible, reachable, resilient and able to exchange traffic locally.
The internet carries your business. But can it see your network?
