At a Lagos forum in September 2026, telecom expert Chidi Ajuzie placed Nigeria's digital future before a simple but demanding mirror: a nation of nearly 200 million connected mobile users still lacks the fibre backbone to carry them into the broadband age. The gap is not merely technical — it is a product of policy choices that have treated infrastructure as a source of immediate revenue rather than as the foundation of long-term prosperity. What Ajuzie proposed was not a repair but a reorientation, asking government, regulators, and industry to see themselves as co-architects of a shared nati
Nigeria must overhaul telecom strategy to close broadband gap, expert urges
Right-of-Way charges can consume half the capital budget for fibre deployment
So the core problem is that Nigeria has mobile phones everywhere but no broadband to go with them?
Not quite. It's more that the infrastructure to deliver broadband exists in some places but is far from complete. They have 68,000 kilometres of fibre when they need 120,000. That gap is real and measurable.
But why hasn't it been built? Is it just money, or is there something structural?
Ajuzie identified several structural problems. Right-of-Way charges vary wildly—zero in some places, 4,500 naira per metre in others. Those charges can eat half a company's budget for a fibre project.
So if you're a telecom company, you look at the math and it doesn't work?
Exactly. Add in slow regulatory approvals, unreliable power, and insecurity in some regions, and the business case collapses. Companies rationally choose not to build.
What's his actual solution? Is it realistic?
He's proposing an open-access wholesale model—government builds a shared fibre backbone and operators lease capacity instead of each building their own network. India did this with BharatNet.
Does that actually reduce costs?
It should. You eliminate duplication and operators compete on service quality instead of on who can afford the most infrastructure.
But that requires government to build and maintain a national network. Does Nigeria have the capacity to do that?
That's the unspoken question. Ajuzie is calling for it, but he's not claiming it's easy. He's also proposing reforms to spectrum policy, renewable energy investment, and data-centre expansion.
What's the timeline he's working with?
Five years for a coordinated roadmap. By 2030, he projects the digital economy could double its contribution to GDP and create two million jobs.
Those are big projections. Are they based on modelling, or are they aspirational?
He presented them as projections, but the source doesn't detail the methodology. They're plausible if the reforms actually happen, but they depend on alignment between government, regulators, and operators—which is the hardest part.
Le Pouls
- Nigeria is missing 52,000 kilometres of fibre — nearly half the backbone it needs — while Right-of-Way fees in some states consume up to half a project's entire capital budget before a single cable is laid.
- Diesel dependency, slow regulatory approvals, regional insecurity, and fragmented spectrum policy have made broadband expansion economically irrational for the very operators expected to build it.
- Ajuzie is pushing for an open-access wholesale model — government builds the national fibre spine, operators lease capacity and compete on service — mirroring India's BharatNet approach to end costly infrastructure duplication.
- Spectrum reform, renewable energy investment at tower sites, expanded data-centre capacity, and diversified subsea cable landing points are all proposed as interlocking pieces of a single coherent strategy.
- The trajectory, if reforms align, points toward doubling the digital economy's GDP share to 30 per cent and generating over two million jobs by 2030 — but only if government, regulators, and operators commit to a shared five-year roadmap.
At a Lagos forum in September 2026, telecom expert Chidi Ajuzie placed Nigeria's digital future before a simple but demanding mirror: a nation of nearly 200 million connected mobile users still lacks the fibre backbone to carry them into the broadband age. The gap is not merely technical — it is a product of policy choices that have treated infrastructure as a source of immediate revenue rather than as the foundation of long-term prosperity. What Ajuzie proposed was not a repair but a reorientation, asking government, regulators, and industry to see themselves as co-architects of a shared national asset rather than competing claimants on a finite resource.
On a Wednesday afternoon in September, Chidi Ajuzie, Chief Operating Officer of WTES Projects, addressed the Telecom Sector Sustainability Forum in Lagos with a diagnosis that has grown harder to dismiss: Nigeria has connected nearly 200 million people by mobile phone, yet cannot reliably deliver the broadband those connections promise. The country has laid roughly 68,000 kilometres of terrestrial fibre. It needs 120,000. That 52,000-kilometre shortfall is not an accident — it is the predictable outcome of a policy environment that makes expansion economically punishing.
Ajuzie identified the specific mechanisms of that punishment. Right-of-Way charges — fees levied by states and local governments for permission to lay fibre along public land — range from zero to 4,500 naira per linear metre depending on the state, and can absorb up to half a project's capital budget before construction begins. Slow approvals, unreliable power, and security risks in some regions compound the problem. The rational response for operators has been to stop building.
His proposed remedy begins with a change in how government frames these charges — not as revenue, but as investment. Harmonising fees across states, streamlining approvals, and introducing an open-access wholesale model would allow a public entity to build a national fibre backbone that private operators then lease, competing on service rather than on who can afford the most infrastructure. India's BharatNet offers a working precedent.
Spectrum reform is equally urgent. Large upfront frequency fees drain capital that could fund physical deployment. Ajuzie proposed converting some payments into binding network-expansion commitments, and accelerating allocation of 5G-ready bands. On power, renewable energy could dramatically cut the diesel costs that currently represent roughly 45 per cent of site operating expenses — though solar installations require security investment of their own.
Beyond connectivity, Ajuzie pointed to data-centre capacity as a critical gap: Nigeria's current 100 megawatts must grow to 450 megawatts by 2030 to keep digital revenue onshore and reduce latency. He also called for interoperability among government databases and for diversifying the subsea cable landing points that currently concentrate Nigeria's entire international internet exposure in Lagos.
The projected reward for coordinated action is a digital economy contributing 30 per cent of GDP and more than two million jobs by 2030 — a doubling of current weight. Whether that future materialises depends on whether government, regulators, operators, and investors can agree on a shared roadmap and hold to it. The infrastructure logic is clear. The political will is the remaining variable.
Chidi Ajuzie stood before the Telecom Sector Sustainability Forum in Lagos on a Wednesday afternoon in September and laid out a problem that has become impossible to ignore: Nigeria has built a mobile phone network that reaches nearly 200 million people, but the country still cannot reliably deliver the high-speed internet those people need. The gap between what exists and what is required is not small. Nigeria has strung about 68,000 kilometres of terrestrial fibre across the country. To actually serve the nation with modern broadband, it needs 120,000 kilometres. That shortfall—52,000 kilometres of missing infrastructure—sits at the heart of why Nigeria's digital economy remains constrained, why investors hesitate, and why the country's technological potential remains largely unrealized.
Ajuzie, the Chief Operating Officer of WTES Projects, did not blame incompetence or lack of ambition. He identified specific, measurable obstacles that have made broadband expansion economically irrational for the companies that would build it. Right-of-Way charges—the fees states and local governments levy on telecom companies for permission to lay fibre along roads and through public land—vary wildly across Nigeria. In some places they are zero. In others they reach 4,500 naira per linear metre. These charges are not incidental. They can consume up to half the total capital budget for a major fibre deployment project. When half your money goes to government fees before you lay a single cable, the math stops working. Regulatory approvals move slowly. Power is unreliable, forcing operators to run diesel generators that eat into operating margins. Insecurity in some regions makes infrastructure maintenance dangerous and expensive. The result is that broadband expansion has become a losing proposition, and companies rationally choose not to pursue it.
The solution Ajuzie proposed is not to eliminate these obstacles overnight—that is not realistic—but to reframe how government thinks about them. He urged officials to stop treating Right-of-Way charges as immediate revenue and start treating them as an investment in long-term economic growth. Harmonize the charges across states. Streamline approvals. Make the process predictable so companies can actually plan. More radically, he advocated for an open-access wholesale model in which the government or a public entity builds a national fibre backbone and then leases capacity to private telecom operators. India has done this with BharatNet. The model reduces duplication—companies no longer need to build parallel networks—and it allows operators to compete on service quality, pricing, and innovation rather than on who can afford to lay the most fibre. It is a shift from infrastructure competition to service competition.
Spectrum policy needs reform as well. Nigeria charges operators large upfront fees for the right to use radio frequencies. Those fees are real money for government, but they also drain capital that operators could spend on physical network deployment. Ajuzie proposed converting some spectrum payments into network-expansion credits—legally binding commitments to deploy infrastructure in exchange for reduced upfront costs. The country also needs to allocate spectrum bands like 3.5GHz and 700MHz more quickly to support 5G coverage. Power remains a critical constraint. Diesel fuel accounts for roughly 45 per cent of the operating costs at telecom sites. Renewable energy could cut that substantially, though Ajuzie acknowledged that solar panels and batteries are vulnerable to theft and vandalism, requiring investment in security and monitoring.
Data centre capacity is another gap. Nigeria currently has less than 100 megawatts of live data-centre capacity. By 2030, the country needs about 450 megawatts. Building that capacity locally matters because it reduces dependence on overseas servers, improves the speed at which data travels to users, and keeps technology-related revenue inside Nigeria rather than flowing to foreign companies. Ajuzie also called for stronger integration of government databases—identity systems, banking records, telecommunications data, police records, voter rolls—so they can communicate with each other securely. That interoperability would reduce friction in transactions and support financial inclusion, though it requires careful attention to security and privacy.
The infrastructure picture extends beyond the mainland. Ajuzie urged Nigeria to develop multiple subsea cable landing points outside Lagos. Currently, international internet traffic enters Nigeria through a limited number of cables landing in Lagos. If one cable is damaged or cut, the entire country's international connectivity is at risk. Diversifying landing points, strengthening terrestrial links, and building regional data centres would make Nigeria's digital infrastructure more resilient to disruptions.
The payoff, Ajuzie projected, could be substantial. Coordinated infrastructure reforms could raise the digital economy's contribution to Nigeria's GDP from about 15 per cent to 30 per cent by 2030. The country could generate more than two million direct technical and operational jobs across the digital sector. Those are not small numbers. They represent a doubling of the digital economy's economic weight and the creation of millions of jobs in a country where employment remains a pressing challenge. But none of it happens without alignment. Government, regulators, telecom operators, and investors need to adopt a shared infrastructure roadmap and commit to it over the next five years. The pieces exist. The question is whether the will to coordinate them does.
Citations marquantes
Nigeria's digital infrastructure strategy must shift from short-term revenue extraction to policies that encouraged long-term investment in broadband, fibre, data centres and emerging technologies— Chidi Ajuzie, Chief Operating Officer, WTES Projects
Governments should treat Right-of-Way as an economic multiplier rather than an immediate source of revenue, while harmonising charges and approval processes nationwide— Chidi Ajuzie