By Simpson Global Media News Desk
The Federal Government is preparing a new approach to rural telecommunications infrastructure that would see communities participate directly in owning and sustaining network facilities, as Nigeria moves to extend reliable digital connectivity to areas where conventional commercial investment has remained difficult.
Under the proposed model, public telecommunications, electricity and state-government resources would be combined to finance community-owned telecom towers and rural networks.
The initiative is expected to involve the Universal Service Provision Fund, the Rural Electrification Agency and state governments, with communities potentially organised into cooperatives that would own, operate and share revenues from the infrastructure serving them.
The Federal Government has set a six-month target to secure funding for the programme, while plans are already being developed for the deployment of about 3,700 telecommunications towers in rural and underserved communities.
The initial target is to deploy about 200 towers by December 2026, according to details emerging from the Nigeria Digital Connectivity Investment Forum.
The programme represents a significant shift in the way Nigeria is approaching the connectivity challenge.
Rather than treating rural telecommunications as a problem that can be solved simply by persuading commercial network operators to build more towers, the new strategy seeks to combine public financing, energy infrastructure, community ownership and private-sector participation.
The objective is to make connectivity economically sustainable in places where the commercial returns may not initially be sufficient to justify conventional private investment.
A New Model for Rural Connectivity
Nigeria has made considerable progress in expanding mobile and broadband coverage, but that progress has not been evenly distributed.
Urban centres and commercially attractive corridors have generally received more investment because operators can serve large concentrations of customers and recover infrastructure costs more easily.
Remote settlements present a different economic calculation.
A telecommunications company may have to spend substantial amounts to build a tower, install radio equipment, provide backhaul connectivity and maintain the site, while serving a relatively small customer base.
Powering the facility can create another major expense.
Security, access roads and rights-of-way can add further costs.
The result is a situation in which communities may remain poorly connected even when there is strong social and economic demand for telecommunications services.
The proposed community-ownership model is designed to address some of those problems.
Instead of requiring a single commercial operator to bear the full cost of infrastructure, several public and community resources would be brought together.
The USPF would support the telecommunications infrastructure.
The REA would contribute to the energy requirements.
State governments would be expected to assist with land, security and rights-of-way.
Communities would then have a direct stake in the assets.
That approach could change the economics of rural connectivity.
Why Power Is Part of the Problem
One of the central lessons behind the new financing structure is that telecommunications infrastructure cannot be separated from electricity.
A mobile tower needs power to operate.
In remote communities, connection to the national electricity grid may be unreliable, unavailable or too expensive.
Operators may therefore have to rely on diesel generators or other standalone power systems.
That increases operating costs and can make a rural site less commercially attractive.
The proposed model seeks to integrate telecommunications and electricity infrastructure from the beginning.
Solar panels, batteries and solar mini-grids would form part of the energy component supported by the Rural Electrification Agency.
The approach is intended to create more reliable power for network equipment while reducing dependence on conventional generators.
This is particularly relevant for remote communities where extending both electricity and telecommunications networks separately could be prohibitively expensive.
By coordinating the two investments, government agencies hope to reduce duplication and improve the long-term sustainability of the infrastructure.
The 3,700-Tower Plan
The scale of the proposed programme is significant.
About 3,700 telecommunications towers are planned for rural and underserved communities.
The first phase is expected to begin in October, with a target of about 200 towers by December 2026.
That initial target would provide an early test of the government's ability to translate the financing model into physical infrastructure.
The larger 3,700-tower programme, however, will require sustained financing and coordination.
Towers are only one component of a telecommunications network.
Each site must have suitable radio equipment, electricity, transmission or backhaul, security, maintenance and access to the wider network.
If the tower is connected to nothing beyond itself, it cannot deliver meaningful broadband services.
That is why the government is also looking at fibre, satellite connectivity, micro-cabling and shared rural networks.
The wider strategy is to combine technologies according to the needs of each community.
Communities as Owners
Perhaps the most distinctive feature of the proposal is community ownership.
Under the model being considered, communities would establish cooperatives that could own and maintain the facilities.
They could also share revenues generated by the infrastructure.
This would represent a departure from the traditional model in which telecommunications companies own and operate most commercial infrastructure while customers simply purchase services.
The cooperative approach gives communities a direct economic interest in keeping the network operational.
That interest could potentially strengthen local protection of telecom infrastructure.
Vandalism and theft have been persistent problems for telecommunications operators in Nigeria.
A tower located in a community where residents have an economic stake in its operation could benefit from stronger local support.
The model could also create a sense of shared responsibility.
Instead of infrastructure being perceived solely as an external government or corporate asset, residents could view it as part of their community's economic infrastructure.
The Economics of Ownership
Community ownership is not automatically a guarantee of sustainability.
Cooperatives would require governance structures, financial management, technical support and clearly defined responsibilities.
There would need to be transparent rules governing revenue sharing.
Communities would need to know who is responsible for maintenance when equipment fails.
There would also need to be arrangements for dealing with major repairs, technology upgrades and security.
The government and private-sector partners would therefore have to provide more than initial capital.
They would need to help establish a framework capable of operating over many years.
This is especially important because telecommunications infrastructure has a long economic life.
Stakeholders at the connectivity investment forum argued that infrastructure with an economic life of roughly 20 to 30 years cannot be sustainably financed mainly through conventional five-year bank loans.
That observation is central to the financing debate.
Long-lived infrastructure requires long-term financing.
If a project is financed with short-term and expensive debt, repayment obligations can undermine its economic sustainability even when the infrastructure itself remains useful for decades.
Blended Finance
The government's proposed solution is blended finance.
In simple terms, blended finance brings together different sources of money for the same development objective.
Public funds can reduce the initial risk.
Development finance can provide longer-term capital.
Private investors can contribute additional resources.
State governments can provide land or other support.
Communities can contribute through ownership arrangements and local participation.
The idea is to distribute the financial burden rather than expecting a single organisation to carry it.
For rural telecommunications, that can be particularly important because the social value of a network may be much greater than its immediate commercial return.
A community may benefit enormously from having internet access even when the number of paying subscribers is initially too small to make the project attractive to a private operator.
Public intervention can therefore help bridge the difference between social value and commercial viability.
What the USPF Already Does
The proposed programme builds on an existing institutional framework.
The Universal Service Provision Fund was established to promote widespread access to telecommunications and information and communication technology services in rural, unserved and underserved parts of Nigeria.
Its existing programmes include the Rural Broadband Initiative and initiatives supporting the deployment of base stations and other telecommunications infrastructure.
The USPF says its broader purpose is to support universal access and social inclusion by facilitating affordable ICT services for communities that may otherwise be left behind.
Its Rural Broadband Initiative provides subsidies to operators for network deployment in rural and semi-urban areas.
The new community-ownership model could therefore be seen as an evolution of an existing policy objective rather than an entirely new concept.
The difference is the emphasis on combining telecommunications, electricity and community ownership.
The Role of the Rural Electrification Agency
The Rural Electrification Agency would have a particularly important role under the proposed model.
Its responsibility would focus on the power infrastructure needed to keep rural telecommunications facilities running.
That could include solar mini-grids, batteries and solar panels.
The connection between rural electricity and digital connectivity is becoming increasingly important.
Electricity supports telecommunications, but telecommunications can also support the economics of rural electrification.
Connected communities can use digital financial services, online commerce, agricultural platforms, remote education and other services that increase economic activity.
In turn, higher economic activity can increase demand for electricity.
This creates the possibility of a mutually reinforcing cycle in which energy and connectivity investments support each other.
The Coverage Question
The new programme is being developed against a backdrop of substantial progress in mobile broadband coverage.
Figures presented at the connectivity investment forum indicated that mobile broadband coverage had reached about 90 per cent of Nigeria's population.
That is a major improvement compared with earlier years.
However, the figure also highlights a more complicated problem.
If approximately 90 per cent of Nigerians are covered by mobile broadband, why does the government still need thousands of additional towers?
The answer lies in the difference between coverage and actual usage.
Coverage means that a network is technically available in an area.
It does not necessarily mean that every resident can afford to use it.
Nor does it mean that everyone owns a smartphone, has sufficient digital skills or has enough income to purchase data regularly.
Nigeria therefore has both a coverage gap and a usage gap.
The 3,700-tower programme primarily targets the coverage problem.
But policymakers will also have to address the factors that keep people offline even where networks already exist.
Smartphone Ownership
One of those factors is access to devices.
Data presented at the investment forum indicated that smartphone ownership remained around 27 per cent.
That means a large proportion of Nigerians do not own smartphones capable of supporting many modern internet services.
Building a network without addressing device affordability could therefore limit the economic impact of the investment.
A rural resident may live next to a new telecom tower but still be unable to access online banking, digital education, e-commerce or telemedicine if the person does not have an appropriate device.
The government's broader digital strategy is consequently beginning to link infrastructure with device affordability and digital literacy.
Local device manufacturing and lower-cost access to smartphones are among the measures being explored.
Broadband Penetration
Broadband penetration was reported at about 57.4 per cent, below the government's 70 per cent target.
That gap illustrates why infrastructure remains important even as coverage improves.
Nigeria's digital economy increasingly depends on broadband connectivity.
Businesses use digital payments and cloud services.
Students use online learning platforms.
Farmers increasingly require access to weather information, market prices and agricultural advisory services.
Healthcare providers use digital systems and telemedicine.
Government agencies are expanding e-government services.
All of these activities depend on reliable and affordable connectivity.
Rural Businesses and the Digital Economy
For rural businesses, connectivity can change access to markets.
A small farmer can potentially receive information about commodity prices before deciding where to sell produce.
An artisan can advertise products beyond the immediate community.
A small retailer can use digital payments.
A young person can work remotely or offer digital services to customers in another city or country.
A cooperative can coordinate members through digital platforms.
These possibilities become more realistic when reliable internet access reaches communities.
The USPF itself identifies connecting businesses to markets and customers as one of the economic reasons for expanding telecommunications access.
That means rural connectivity is not simply a social programme.
It is also an economic infrastructure investment.
Education
The education implications are equally significant.
Students in communities without reliable internet can be excluded from online learning resources that are increasingly common in urban areas.
Digital libraries, educational videos, online courses and virtual classrooms require stable connectivity.
Teachers can also benefit from access to training materials and professional-development resources.
The USPF already lists education-related connectivity among the potential benefits of its programmes.
A new generation of rural networks could expand those opportunities.
But again, infrastructure must be accompanied by devices, electricity and digital skills.
A connected school without enough functioning computers or smartphones cannot fully benefit from broadband access.
Healthcare
Health services can also benefit from rural connectivity.
Telemedicine can allow patients in remote communities to communicate with health professionals elsewhere.
Healthcare workers can access clinical information, training resources and digital reporting systems.
Public-health agencies can use connected networks to distribute information quickly during outbreaks or emergencies.
Electronic health systems can also improve record management where infrastructure and skills are available.
The USPF identifies e-health among the areas that can benefit from broadband deployment.
The proposed integration of telecommunications and electricity could therefore support broader development objectives beyond internet access itself.
Agriculture
Nigeria's rural connectivity strategy also has implications for agriculture.
Agricultural communities increasingly depend on information.
Farmers need market information, weather forecasts, extension advice and access to financial services.
Digital agricultural platforms can connect farmers to buyers and suppliers.
Mobile money and other digital financial services can reduce the difficulty of accessing formal financial systems.
But those services require connectivity.
A farmer living in an unserved community cannot benefit fully from a digital platform regardless of how sophisticated the application is.
That makes the physical network a critical foundation for digital agriculture.
Project BRIDGE
The rural tower programme is also being linked to the planned Project BRIDGE national fibre backbone.
Project BRIDGE is intended to provide a large-scale fibre infrastructure network across Nigeria, with a planned reach of about 90,000 kilometres.
The purpose is partly to address the middle-mile challenge.
A rural tower needs a connection to the wider internet.
If that connection is expensive or unavailable, the tower's ability to deliver high-quality broadband will be limited.
Fibre can provide high-capacity backhaul where deployment is commercially and geographically practical.
In more remote locations, satellite and other wireless technologies may provide alternatives.
The government is therefore considering a combination of technologies rather than relying exclusively on one network architecture.
Shared Infrastructure
Another important element is infrastructure sharing.
Building separate towers and transmission facilities for every network operator can be expensive.
In areas with low population density, duplicate infrastructure may make little economic sense.
Shared towers can allow several operators to use the same physical structure.
Neutral-host models can go further by allowing infrastructure to be operated independently and made available to multiple service providers.
The government and industry stakeholders see such models as a way to reduce costs and accelerate rural deployment.
If several operators can share a tower, the cost per operator can fall.
That can make previously uneconomic communities more attractive.
Satellite Connectivity
Satellite technology is another part of the emerging strategy.
For extremely remote communities, laying fibre or constructing conventional terrestrial infrastructure can be expensive.
Satellite services can potentially provide connectivity without requiring the same amount of ground infrastructure.
The government is exploring satellite connectivity alongside towers, shared networks and micro-cabling.
The objective is not necessarily to replace conventional networks.
Rather, different technologies can be used according to geography and economics.
A community near a fibre route may be best served by fibre.
A remote settlement may require a satellite link.
Another location may be suitable for a solar-powered mobile tower.
The challenge is choosing the most cost-effective technology for each location.
The Security Challenge
Rural telecom infrastructure also faces security risks.
Nigeria has experienced vandalism, theft and attacks on telecommunications equipment.
The USPF has previously identified security concerns as a major obstacle to extending ICT services in some parts of the country.
Where equipment is destroyed or stolen, a project can become unusable even after significant public money has been invested.
Community ownership could potentially help address this problem.
Residents who have a direct economic interest in a tower may have greater incentive to protect it.
But community ownership alone cannot eliminate security risks.
State authorities will still need to provide an appropriate security environment, particularly in areas affected by criminality or conflict.
Right-of-Way and Land
Land and rights-of-way can also affect deployment.
A tower requires a suitable location.
Fibre routes require access across land.
State and local government procedures can create delays if responsibilities are unclear.
The proposed model expects state governments to contribute land and support rights-of-way.
That could help simplify deployment if states coordinate effectively with federal agencies and operators.
However, the process will still require clear standards.
One of the challenges identified by the NCC's Universal Service Provision Secretariat is the complexity associated with land ownership and multiple regulations affecting tower construction.
Reducing those barriers could be essential to meeting the government's ambitious deployment timetable.
Financing the Digital Infrastructure Gap
The financing challenge extends beyond rural telecommunications.
Nigeria has significantly increased infrastructure investment over the past two decades, but digital infrastructure has particular financing characteristics.
Telecom assets can remain economically useful for many years.
At the same time, technology changes rapidly.
A tower structure may remain useful for decades, while the equipment mounted on it may need upgrades much sooner.
This creates a complicated investment profile.
Financiers need confidence that infrastructure will generate sufficient long-term returns.
Government programmes need to ensure that public subsidies are used efficiently.
Operators need predictable regulatory conditions.
Communities need assurance that they will benefit from ownership.
The proposed blended-financing model is an attempt to balance these requirements.
A Six-Month Funding Target
The Federal Government's six-month target for securing funding is now an important milestone.
The target will test whether the various stakeholders can move quickly from policy discussion to financing agreements.
The USPF will need to identify and structure the telecommunications component.
The REA will need to coordinate the energy side.
States will need to provide the local support required for deployment.
Potential development and private-sector financiers will need to assess the investment proposition.
Communities will also need to be identified and organised.
If financing is secured within the proposed period, implementation can proceed with greater certainty.
If financing takes substantially longer, the tower deployment timetable could be affected.
What Success Would Look Like
The success of the programme should not be measured solely by the number of towers constructed.
A tower is a means to an end.
The real measure will be whether communities receive reliable and affordable connectivity.
That means the infrastructure must remain operational.
Power must be dependable.
Backhaul must be sufficient.
Maintenance must be funded.
Users must be able to afford devices and data.
And digital services must provide enough value to encourage people to use the network.
A community with a functioning tower but unaffordable data has not achieved full digital inclusion.
Similarly, a network with affordable data but unreliable electricity may fail to provide consistent service.
The government's emerging strategy recognises that these factors are connected.
From Coverage to Inclusion
Nigeria's next digital challenge is therefore moving beyond coverage.
For years, policy discussions have focused on how many people can technically access a network.
The next stage is asking what people can actually do with that access.
Can a farmer sell products online?
Can a student take an online course?
Can a patient consult a doctor?
Can a small business receive digital payments?
Can a young person obtain remote employment?
Can a local government deliver services electronically?
Can communities participate in the wider digital economy?
Those questions define meaningful digital inclusion.
The 3,700-tower plan can help establish the physical foundation, but other policies will determine whether the foundation produces broad economic benefits.
The Community Dividend
If the ownership model works as intended, communities could receive more than connectivity.
They could receive an economic dividend.
Revenue generated by the infrastructure could potentially support local development or be shared among cooperative members according to agreed arrangements.
That could create a new relationship between communities and telecommunications infrastructure.
Instead of viewing a tower as an object owned by a distant company, residents could see it as a community asset capable of generating income.
That could also strengthen local accountability.
If community members are responsible for part of the infrastructure's sustainability, they may have stronger incentives to report faults, discourage vandalism and ensure that the facility remains accessible.
The Risk of Poor Governance
However, community ownership brings its own risks.
Cooperatives can face leadership disputes.
Revenue-sharing arrangements can become contentious.
There may be disagreements over who qualifies as a member.
Technical decisions may require expertise that local groups do not possess.
There is also the risk that community assets become vulnerable to elite capture if governance arrangements are weak.
For the model to work, clear rules will be essential.
Communities will need transparent financial records, defined responsibilities and mechanisms for resolving disputes.
External technical support will also be necessary.
Ownership should not mean that communities are expected to become telecommunications engineers.
Instead, it should give them a stake in the infrastructure while professional operators and technical partners provide specialised services.
A Broader Digital Transformation
The rural connectivity programme forms part of a much larger digital transformation agenda.
Nigeria is expanding digital public services, financial technology, artificial intelligence, cloud computing and online commerce.
But these sectors cannot grow inclusively if millions of people remain disconnected or under-connected.
Digital transformation therefore requires physical infrastructure.
Fibre, towers, data centres, electricity and devices are the foundations on which software and digital services operate.
That is why the government's connectivity strategy is important even to people who do not work in technology.
A better-connected rural economy can affect agriculture, education, healthcare, finance, transportation, government services and employment.
Nigeria's Digital Economy
The government has repeatedly identified the digital economy as an important part of its economic-development strategy.
Technology can increase productivity by reducing transaction costs and connecting businesses to wider markets.
But the benefits are not automatic.
If connectivity is concentrated in major cities, digital economic growth can widen regional inequalities.
Rural communities need access to the same basic digital infrastructure if they are to participate fully.
The community-owned tower strategy is therefore also an inclusion strategy.
It seeks to direct investment to places where conventional market forces alone may not deliver infrastructure quickly enough.
What Comes Next
The immediate priority is financing.
After funding is secured, the programme will have to move into site identification, community organisation, equipment procurement and construction.
The first 200 towers will provide an early demonstration of whether the proposed model works in practice.
The government will need to track not only construction but also network performance and usage.
If early projects perform well, the model could be expanded.
If problems emerge, the structure may need to be adjusted before the larger 3,700-tower programme is completed.
The involvement of communities could also provide valuable information about what works in different regions.
Nigeria's geography is diverse.
A model that works in a densely populated farming community may not work in a remote settlement in another part of the country.
Flexibility will therefore be important.
The Bigger Test
The bigger test is whether Nigeria can create rural telecommunications infrastructure that remains operational long after the initial government funding has been spent.
This is where the community-ownership concept becomes particularly important.
Traditional public projects can sometimes struggle with maintenance once the initial construction phase is complete.
A community with a financial stake in the infrastructure may have stronger incentives to keep it functioning.
But that will only happen if the revenue model is realistic.
The infrastructure must generate enough value to cover operating and maintenance costs.
The government may also need to provide continuing support in locations where commercial revenue remains insufficient.
Technology and Social Equity
At its core, the programme is about social equity.
A person's access to digital services should not depend entirely on whether they live in Lagos, Abuja or another major city.
Rural Nigerians increasingly need the same digital opportunities as urban residents.
The internet is becoming part of education, employment, finance, healthcare and communication.
Leaving communities without reliable access can therefore create long-term disadvantages.
The USPF's mandate explicitly links universal ICT access with social inclusion and economic development.
The new rural infrastructure plan is consistent with that objective.
A New Direction for Rural Networks
Nigeria's proposed community-owned telecommunications model represents a significant evolution in the country's approach to digital infrastructure.
It combines public funds, energy investment, state support, community ownership and private-sector participation.
It also recognises that telecommunications cannot be treated separately from electricity, transport, security and finance.
The planned 3,700 towers provide the physical scale.
The proposed blended-financing model provides the financial mechanism.
Community ownership provides a potential sustainability mechanism.
Project BRIDGE and other backhaul initiatives provide a wider network foundation.
And digital-literacy and device-affordability programmes could help turn connectivity into actual usage.
Whether all those pieces can be brought together effectively will determine the success of the strategy.
Conclusion
Nigeria is preparing to take a different approach to one of its most persistent technology challenges: connecting rural and underserved communities where conventional commercial investment has often been difficult to justify.
The Federal Government's proposed blended-financing model would combine telecommunications funding through the Universal Service Provision Fund, energy support through the Rural Electrification Agency and assistance from state governments, while communities could participate through cooperative ownership of infrastructure.
About 3,700 telecom towers are planned, with an initial target of 200 deployments by December 2026.
The scale of the programme is significant, but the number of towers will not be the only measure of success.
Nigeria must ensure that the facilities have reliable electricity, adequate backhaul, effective maintenance and sufficient security.
It must also address the usage gap.
Mobile broadband coverage is reported at about 90 per cent of the population, but smartphone ownership remains much lower and broadband penetration is still below the government's target.
That means connectivity policy must move beyond simply putting more towers on the map.
People need affordable devices.
They need affordable data.
They need digital skills.
They need electricity.
And they need useful services that make internet access economically worthwhile.
The proposed community-ownership model could provide an important additional incentive.
If residents have a financial stake in the infrastructure serving their communities, they may have greater reason to protect the assets and support their long-term operation.
But the model will require strong governance, transparent revenue arrangements, technical support and sustained institutional oversight.
The coming six months will therefore be crucial.
The government must turn the financing proposal into concrete commitments and then demonstrate that the first phase of deployment can be completed effectively.
If that happens, Nigeria could establish a new model for rural connectivity in which telecommunications, renewable energy and community participation are developed together.
Such a model would have implications far beyond mobile phone coverage.
It could help rural businesses reach markets, give students access to digital learning, improve health services, support farmers with information, expand digital financial services and create new opportunities for young people.
The technology itself is only the starting point.
The real objective is to connect people to opportunity.
For Nigeria's digital economy, the success of the 3,700-tower programme will ultimately be judged not by how many towers are erected, but by how many communities become active and sustainable participants in the country's digital future.
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