General News
Broadband Supply not Well Stimulated Yet– Oladepo

Kazeem Olawale Oladepo, general counsel, MainOne had prior to joining MainOne was director, Corporate Strategy and Development at Starcomms Plc.
He had also served as the head of Legal/Regulatory Services and the Company Secretary of Starcomms.
Oladepo has core expertise in legal, regulatory, commercial activities and strategic transactions and has extensively been involved in implementing strategic policies within the Nigerian telecommunications industry.
He is a member of the Board of Trustees of the Association of Licensed Telecoms Operators of Nigeria (ALTON), the industry body for all telecommunications operators in Nigeria. He spoke to chike Onwuegbuchi on issues around broadband penetration.
High Volume of Unutilized Broadband Capacity
The best way to appraise this is to take a demand and supply side approach to understanding the constraint with internet penetration and pervasiveness.
Demand factors are things that drive more uptake or usage. Whilst the operators have a role to play through price reduction to encourage uptake, this side of the push is more reliant on policy and to a large extent positive externalities of what government policies and economic index suggests.
The cost of access devices for instance is one; availability of relevant and attractive content is another, amongst others. If you have to procure your drivers’ license through an online portal for instance, or you can do several of your government or your child’s educational support resources on-line, then more people will use internet services and the operators can see volume.
These demand side factors are not well stimulated yet, although there are efforts at the policy level that are currently being addressed by the federal government through the National Broadband plan.
On the supply side, we are dealing with the provision of the services to consumers. The submarine infrastructure is a component and we have adequate capacity on that to provide services.
The terrestrial infrastructure continues to be a challenge, as earlier highlighted. There is a policy side to it in terms of cost and more favourable operating environment, with issues of ‘Right of Way’ fees and approval lead time being some of the constraints that are being experienced, albeit now starting to relax with government intervention and support.
But the issues are still there and continue to delay roll-out. The NCC Infraco model is also expected to improve optimization in this area as it should relieve the operators of certain cost of service delivery through subsidies for shared infrastructure and guarantee a degree of orderliness in the deployment of infrastructure.
We are bidding for this project and are quite confident that the process has been transparent so far and will bring significant improvement to the supply side factors.
Internet Services in Nigeria and Those of Developed Markets
Let us begin with the structure of the market. We are a wholesale operator, not retail or mass market service provider.
The mobile operators and medium size ISPs constitute the retail end of the market. In terms of the structure of the ecosystem, the internet is not necessarily locally domiciled here in Nigeria, it’s an interconnection of networks sitting in several large exchanges where large enough operators are connected to provide access for their customers.
For an operator to get connected at these exchanges it needs to go through a gateway. The submarine cable infrastructure is a gateway, just as the satellite is also a gateway that was pervasively used prior to the advent of the submarine infrastructure, albeit at very expensive prices and less efficient service level.
The submarine cable is an infrastructure that takes you from Lagos to the exchange in London where everybody else is peering internet traffic.
There is a significantly huge cost to getting that infrastructure set up between Nigeria and London.
The build cost alone for MainOne is $240M of monies raised at very high cost of capital which is peculiar to the Nigerian operating environment.
This does not include the additional cost of building distribution networks terrestrially that were not there in Nigeria due to the absence of common carrier, open access, networks, available in advanced countries with cheaper internet prices.
These are some of the key considerations, from a cost perspective, that we need to keep in view when we talk about comparative cost of wholesale bandwidth in Nigeria versus the United Kingdom or other developed markets.
Internet Services and Pricing
We need to be mindful of the level of internet usage and attendant volume of bandwidth consumption that the operators in Nigeria are currently seeing on their network.
Without doubt, volumes do drive reduction in prices as we have observed even with the trend in Nigeria, where wholesale prices have fallen from over 1,500USD per Mbps to about 200USD per Mbps.
Today in Nigeria, we see latent demand rise slowly but steadily. Currently, I doubt if there is any operator in Nigeria exhausting up to 10% of the capacity they have on their submarine cable, meaning that the investment is at least 90% underutilized, a constraint, of course, on their ability to generate revenue to recover not only its cost; but also earn margin on the investment.
When compared with developed markets such as the United Kingdom, and operators that are largely Tier I operators (AT&T, TATA, Interoute, PCCW, etc.), their wholesale prices in Europe are far lower as these operators do not have the constraints that are peculiar to our market.
The transmission cost of moving traffic from location to location is almost nothing, since you do not need to move the capacity 7,000 kilometers away from the tele-house. They have huge volume and are largely Tier One operators who do not even have to pay one another to share traffic.
They mainly do peering (exchange) of traffic at no monetary cost.
If you have huge traffic, you can come to the table and say “I have X volume of traffic”, and you will have other operators available to swap traffic. If we have the volume of internet traffic out of Nigeria that you will see for instance in UK and we can peer, the cost of upstream provisioning that we pay to other operators for Internet Transit in Europe will be eliminated, but this will not remove the cost of transmission between Nigerian and London and the operational cost associated with providing the services. Those costs remain a significant cost differentiator between cost of wholesale Internet Transit services in the United Kingdom and Nigeria.
Achieving Accessibility of Broadband
Sincerely, I have seen this report and I am a bit worried at the source and veracity of the information. It’s absolutely untrue, since this is margins and when you start to talk about margins you are talking about your revenue versus your cost in reality. I don’t know what the assumptions are really for such so-called margin.
I don’t even know where the cost that is mentioned in the report came from. The information is ambiguous to the extent that it does not say if this is based on a per month, annum or per quarter pricing.
Internet capacity is sold with several variables in perspective, including volume, tenure (whether it is a 1 year, 5 years or 15 years IRU contract) and the location of the customer, particularly since you have to factor the additional cost of last mile delivery into the price.
We have looked at our structure generally and we can’t find anything that seems to correlate with the price point that was put in public domain by the authors’ of the article. Our price model, is similar to those of the other operators, since we all have incurred cost on the submarine cable infrastructure and are also connected to the same global internet exchanges in London through various Tier 1 operators.
We therefore, do not have those exaggerated margins. Undoubtedly, we operate a healthy business that has maintained an excellent operational track-record and a healthy run rate to pay its obligations as at when due as well as expand its operations through additional investments; such as a data center project..
Overall and in terms of objective, the focus has always been beyond high margins. If we had been fixated on exceedingly high margin, we would have done a marginal reduction in price when we came into the market, knowing fully well that we had larger volume of capacity than the incumbent, together with a more efficient network.
But we came in and reduced prices at about 80% to ensure that we can encourage the market to deliver the volume that will boost Internet usage and make the services sustainable and more affordable to the public.
The notion that we make that kind of margin is erroneous and perhaps mischievous, given market realities.
MainOne and Broadband Penetration in Nigeria
I think we have touched on some aspect of it already, such as driving prices down at the point of entry into the market; this is clearly an indication of our commitment to expand the pervasiveness of broadband services in Nigeria. This business started with the key objective of bridging the digital divide between Africa and the rest of the world and that has not changed.
We have been a part of several initiatives, both as champions or supporters of those initiatives that continue to drive broadband penetration in Nigeria. As far as the policy level, we actively supported the National Broadband Plan, driving awareness to the issues that ensure that everybody understands the need to drive the market externalities that affects the growth of broadband penetration in Nigeria.
We will continue to do more to support current growth and are also supporting small companies, giving E-commerce entrepreneurs capacity at subsidized rates to foster growth of their businesses. We are doing the e-initiative with Lagos State Government, where we built into Yaba for the i-HQ project to drive innovation etc. and are supporting a lot of educational institutions through our Research and Education Network projects.
In terms of prices ever going down? Yes, they are and certainly they will continue, but a lot of things need to add up, some of which are already beginning to happen, thanks to the regulatory imperative and government shifting attention more to providing an enabling environment.
The biggest issue is still infrastructure to support the delivery of the services in reality, availability of this infrastructure and the price of access to it, are still not competitive. Connecting a customer in Abuja remains far more expensive than the cost of connecting Lagos to London as we have maintained and this will remain so until we have the appropriate regime to force anti-competitive pricing of terrestrial infrastructure down and compel open access to the infrastructure.
Driving the market externalities from a demand and supply perspective would also help. If we see more government services going on-line and educational institutions ramping up more capacity, we will see incremental volume that allows the operators to keep revenue steady for continuing operations and sustainability of the networks, so that we can continue to provide the services at current efficiencies.
General News
FG New Approves Biometric Passenger Verification System for Airports Security

Federal government has signed a concession agreement for the deployment of a contactless biometric passenger verification system across Nigeria’s domestic airports.

The initiative, known as VPASS, is designed to strengthen aviation security, improve data integrity and boost revenue generation.
Festus Keyamo, minister of Aviation and Aerospace Development, said the agreement followed the concurrence of the Infrastructure Concession Regulatory Commission, the Attorney-General of the Federation and approval by the Federal Executive Council.
Keyamo said the system will eliminate discrepancies in passenger records, curb unauthorized boarding and ensure all domestic air travellers are properly identified, closing existing gaps in standard identification procedures.
General News
STBMAN, NBC Bicker over Alleged Due Process Breaches

Association of Licensed Set-Top Box Manufacturers of Nigeria (STBMAN) has waxed worriedly over the National Broadcasting Commission’s (NBC) repeated violations of due process in managing the country’s Digital Switch Over (DSO) project.

In a statement released in Abuja, Sir Godfrey Ohuabunwa, chairman, STBMAN, stated that the NBC’s actions are slowing down Nigeria’s transition from analogue to digital broadcasting and discouraging local investors who have committed resources to the project.
Ohuabunwa noted that Nigeria began serious discussions on DSO in 2008, yet 17 years later, the country has made little progress, while nations that once sought Nigeria’s assistance have completed their own transitions.
“STBMAN has repeatedly called for the protection of local manufacturers, strict compliance with the federal government’s White Paper on DSO, and full respect for the rule of law, but these calls have been ignored,” Ohuabunwa said.
The NBC’s alleged plan to import hybrid set-top boxes from China has been criticized by STBMAN, which says this move disregards the heavy investments already made by licensed Nigerian manufacturers and contradicts the President’s directive to prioritize locally made products.
“The manufacturers have invested in equipment, technology upgrades, and workforce training, expecting government support and policy stability,”he added.
General News
PowerLabs to Scale Intelligent Energy Orchestration Across Africa with New Funding

PowerLabs aims to expand its platform into Nigeria’s most energy-intensive sectors with the new funding. Providing hospitals and industrial hubs with the intelligent, automated control required to ensure continuous power and operational resilience.

PowerLabs, a Nigerian energy and climate-tech startup, announced the successful close of its pre-seed funding round led by Breega, with participation from Catalyst Fund, Mercy Corps Ventures, and Kaleo Ventures.
This strategic investment will accelerate the rollout of Pai Enterprise, the company’s flagship AI-enabled energy orchestration platform across commercial and industrial enterprises in Nigeria and lay the foundation for expansion into key West African markets
For decades, Nigerian energy management has centered on basic monitoring and tracking of energy consumption. Yet for the millions of businesses dealing with unreliable power grids, diesel generators, rooftop solar, inverters, and battery banks working together to keep operations running, visibility alone delivers no real value unless it leads to resilience and continuity.
The manufacturing sector alone spent ₦1.11 trillion on alternative energy sources in 2024, which is a 42% increase from the year before. A small factory changes its work hours based on when it can get generator fuel. To keep critical care going, a hospital coordinates backup systems.
Every day, the facility team of a commercial building has to make dozens of decisions about reactive energy. Monitoring tools already in use tell you what went wrong, but they do not provide solutions or preventive measures to address the issues identified.
Pai Enterprise changes that equation. Unlike conventional dashboards, Pai Enterprise does not simply observe; it senses, communicates, and actuates across multiple distributed energy sources in real time. By continuously modelling supply, demand, and operational constraints, the platform enables organizations to run their own intelligent microgrid. As a result, the platform transforms energy from a reactive problem into a proactive, strategic resource.
This vision of a self-optimizing energy ecosystem was recently highlighted in a feature that explored how PowerLabs wants to make Nigeria’s grid think by shifting the paradigm from passive consumption to active, intelligent orchestration.
The measurable impact spans Nigeria’s most critical sectors:
- Hospitals: With intelligent monitoring across critical circuits, teams are instantly notified when there are fluctuations in supply, voltage drops, or automatic transitions to backup systems. This real-time visibility ensures that departments like intensive care, laboratories, and operating theatres remain protected, enabling faster response, reduced risk of disruption, and continued patient care.
- Data Centres: By providing continuous insight into the performance of energy assets such as solar systems and generators, operators can track efficiency, optimize usage, and reduce emissions without compromising uptime. The result is a more sustainable infrastructure that still meets the uncompromising reliability standards required for digital operations.
- Factories: Factories require more than just stable power, they need actionable intelligence to drive performance and profitability. Through detailed energy analytics, operators can identify inefficiencies, understand consumption patterns across production lines, and make informed decisions that reduce costs while maintaining output. This transforms energy from a fixed expense into a controllable lever for operational efficiency.
- Retail outlets: By analyzing consumption trends and usage behavior, retail outlets can right-size their energy assets, avoiding overinvestment while ensuring sufficient supply during peak periods. This leads to lower operating costs and improved energy efficiency across single or multi-site retail operations.
- Critical facilities: For critical facilities such as telecom towers, banks, schools etc, uninterrupted operations depend on anticipating issues before they occur. Continuous real-time monitoring enables early detection of anomalies and supports predictive maintenance strategies, reducing downtime and extending asset lifespan.
Tobe, CEO & Co-Founder, PowerLabs said: “Distributed energy resources are often seen as fragmented and chaotic, a clutter of devices that don’t speak the same language. At PowerLabs, we believe decentralization doesn’t have to mean disorder. We’re building the intelligence layer that will prove that distributed energy resources can operate as a unified source while leveraging its disaggregation to offer flexibility, cost efficiency, carbon neutrality and redundancy … more than a centralised energy system ever could. “
PowerLabs will strategically deploy the raised capital to accelerate the rollout of its flagship Pai Enterprise platform, improve its cutting-edge predictive load-management algorithms, and broaden seamless integration with distributed energy assets ranging from rooftop solar and battery storage systems to traditional grid infrastructure.
This funding round brings together a mix of global and Africa-focused investment partners with deep commitment to climate-tech and a proven track record of scaling innovation in emerging markets, all aligned on PowerLabs’ mission to solve energy resilience.
Breega is an international fund investing in digital, climatech, and deeptech companies across Europe and Africa. Mercy Corps Ventures backs market-systems solutions in fragile and frontier markets; Catalyst Fund, a leading climate-tech investor backing solutions for climate adaptation and resilience in Africa. Kaleo Ventures specializes in early-stage technology companies across high-growth African markets. With their support, PowerLabs is now positioned to scale its intelligent energy solutions, expand Pai Enterprise across sectors and geographies, and demonstrate that the era of traditional energy management is over. Personalized, decentralized, resilient, and intelligent systems are the future, and for millions of people and organizations, that future is already here.
Tosin Faniro-Dada, Partner, Breega, stated that: “We backed PowerLabs at the pre-seed stage because we believe intelligent orchestration will be essential to solving Africa’s energy reliability challenge. The team is building the software and hardware layer that enables businesses to coordinate multiple distributed energy sources in real time. We’re excited to support them as they prove the impact of this model across critical sectors over the next 12–18 months.
The closing of this investment round is therefore more than a financial milestone: it is a signal that investors, businesses recognize the need for energy systems that do not merely report, but act; that do not assume stability, but adapt in real time; and that view energy not as a static commodity, but as a platform for growth, resilience, and human potential.
“Globally, more and more businesses and critical services like data centers operate in complex energy environments where a mix of energy sources must work together. The energy users typically have to toggle between cost, quality of supply and carbon footprint. PowerLabs is starting in Africa to build the intelligence to orchestrate these systems seamlessly without sacrificing any of these critical factors.” Olúwátóyìn Emmanuel-Olúbákè, Chief Investment Officer, Catalyst Fund
Energy management alone is not enough, and for millions of users who have long struggled with outages, unreliable grids, and fragmented infrastructure, the promise of intelligent energy is not merely convenience; it is the key to unlocking their full potential and powering a new era of human progress.
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