Starlink has matured from a novelty into a real enterprise option in Nigeria, but it's not a replacement for fibre. Here's how we think about it inside an SD-WAN underlay strategy.
Starlink launched commercial service in Nigeria in early 2023, and the conversation has shifted dramatically since. What started as a curiosity for remote oil-and-gas sites and individual power users is now a genuine option in enterprise WAN designs, particularly for branches outside the fibre footprint and for sites that need a fully-independent backup path.
But Starlink is not a fibre replacement, and treating it as one will burn you. Latency is good for LEO (typically 25–60ms to common cloud regions) but variable. Capacity per terminal is shared. Local distribution and support are still maturing. And the commercial terms, including pricing, have shifted multiple times since launch.
Our default architecture for sites that can't accept a single point of failure: fibre as primary, Starlink as fully-independent secondary, bonded via SD-WAN with application-aware path selection. Real-time traffic stays on fibre when fibre is healthy; bulk transfers and backups can be steered to whichever path is cheaper at the moment.
If your network depends on a single ISP today, Starlink (or another LEO option) is now a credible second leg. The right architecture isn't 'switch to Starlink', it's bond it as a second underlay, with policy-driven path selection.
Amazon's Project Kuiper is rolling out commercial service. For Nigerian institutions, a second LEO operator means real competition on price and a second-source resilience story.
Banks, fintechs, MDAs, and hospitals across Nigeria are under steady cyber pressure. Here's the threat profile we hear about most often from CISOs and IT leads, and the network-side defenses we deploy as part of Secure SD-WAN.
Tier-2 commercial banks, microfinance institutions, and fintechs are quietly walking away from MPLS toward SD-WAN. The gains are real, but the way you migrate decides whether you keep them.