HEADLINE: Nigeria Tech Sector Moves Toward Sustainability as Stakeholders Develop New Telecom Standards

BYLINE: By Simpson Global Media News Desk

Nigeria’s telecommunications and technology sector is moving toward a more structured sustainability framework as industry players, regulators, technology companies, academics and development organisations work on new measures intended to make digital infrastructure more resilient, inclusive and environmentally sustainable.

The latest development emerged from a stakeholder engagement organised by the Telecommunications and Technology Sustainability Working Group, TTSWG, in Abuja, where participants examined a proposed 2025–2030 sustainability strategy for the technology and telecommunications ecosystem and discussed draft metrics that could eventually be used to measure sustainability performance across Nigeria’s telecom industry.

The meeting, held on September 17 at the Abuja Continental Hotel and reported publicly on September 21, brought together representatives from regulatory institutions, technology companies, academia, development organisations and startups. The discussions come as Nigeria continues to expand digital connectivity while confronting challenges involving energy costs, infrastructure reliability, affordability, electronic waste, accessibility and the environmental footprint of telecommunications infrastructure.

The development places sustainability beyond the traditional environmental conversation. Under the framework being developed by TTSWG, sustainability is also being linked to digital inclusion, consumer trust, infrastructure resilience, governance, innovation, skills development and the ability of technology infrastructure to continue functioning under difficult operating conditions.

A Broader Definition of Sustainable Technology

For Nigeria’s technology industry, sustainability increasingly extends beyond reducing carbon emissions.

Digital infrastructure depends on physical assets such as telecommunications towers, fibre-optic networks, data centres, power systems and network equipment. It also depends on software, cybersecurity systems, technical workers, electricity supplies and regulatory structures.

A failure in any part of that chain can affect businesses, government services and individual users.

The TTSWG discussions therefore seek to address sustainability as a wider ecosystem issue. The working group says its areas of interest include sustainable energy adoption, digital inclusion, electronic-waste management, gender and capacity development, youth participation, innovation, community development and policy advocacy.

The proposed strategy reportedly places emphasis on renewable energy, inclusion, governance, collaborative innovation and sustainable development. However, the strategy is still a draft, meaning the proposals discussed in Abuja have not yet become binding industry requirements. TTSWG chairman Abdu-Waya Mohammed said the document remained open to additional input from stakeholders.

That distinction is important because the proposed framework is at the consultation stage rather than being presented as an established regulatory standard.

The working group is seeking feedback before the framework progresses toward consideration by relevant authorities. A representative of the Nigerian Communications Commission, Helen Obi, who serves as director of the Commission’s Digital Economy Department, encouraged TTSWG to formally submit the proposed framework and accompanying documents for review.

The process therefore creates a possible bridge between voluntary industry initiatives and future regulatory conversations.

Why Telecom Sustainability Matters

Nigeria’s digital economy is heavily dependent on telecommunications infrastructure.

Mobile networks support banking, commerce, education, entertainment, healthcare, transportation, government services and communication. Businesses increasingly depend on broadband connections and cloud-based systems, while financial technology companies require reliable networks to process transactions.

The physical infrastructure supporting these activities is extensive.

IHS Towers says its Nigerian operations manage more than 15,000 sites and that Nigeria remains its largest market. The company also operates data centres in Lagos and Abuja and provides infrastructure services including tower colocation, fibre connectivity, small cells, in-building solutions and rural telephony.

The wider Nigerian tower ecosystem includes multiple infrastructure providers and mobile network operators. An International Telecommunication Union assessment of Nigeria’s digital infrastructure recorded tens of thousands of telecommunications towers across the country, reflecting the scale of physical infrastructure required to maintain nationwide connectivity.

That infrastructure consumes energy and requires continuous maintenance.

For network operators and tower companies, electricity availability is therefore both an operational and sustainability issue. Where grid electricity is unreliable, telecommunications sites may require alternative power sources, including generators, batteries and renewable-energy systems.

This creates a relationship between network reliability, operating costs and environmental performance.

Reducing dependence on fuel-intensive backup systems while maintaining reliable connectivity is one of the technical challenges facing the sector.

Energy at the Centre of the Debate

Energy transition is one of the clearest components of the TTSWG’s proposed sustainability strategy.

The working group’s draft framework identifies energy and decarbonisation among the areas that could eventually be measured through industry sustainability indicators.

For telecom companies, the question is practical: how can networks remain available around the clock while reducing the environmental and financial burden associated with powering thousands of sites?

Telecommunications equipment cannot simply be switched off when electricity is scarce.

Network availability is fundamental to modern economic activity, and prolonged outages can affect financial transactions, business operations and emergency communication.

The solution therefore involves a combination of technologies and operational practices.

These can include more efficient network equipment, improved batteries, renewable-energy systems, intelligent power management and infrastructure sharing.

Infrastructure sharing is already an established feature of Nigeria’s telecommunications industry. Tower companies allow multiple operators to use shared infrastructure rather than each company constructing an entirely separate tower at every location.

IHS Towers has described infrastructure sharing as part of its Nigerian business model and operates a large portfolio of shared communications sites. The company also completed a rollout of more than 10,000 kilometres of fibre-optic cables across Nigeria through its subsidiary Global Independent Connect Limited, supporting connectivity between telecommunications sites and broader digital services.

Shared infrastructure can reduce duplication, although its actual environmental benefit depends on how the infrastructure is powered, maintained and utilised.

That is why sustainability metrics matter.

Rather than treating sustainability as a collection of corporate statements, measurable indicators could allow industry participants and regulators to track changes in energy consumption, emissions, infrastructure resilience and other performance areas over time.

From General Commitments to Measurable Indicators

One of the more significant elements of the Abuja meeting was the presentation of a proposed sustainability metrics framework for Nigeria’s telecommunications industry.

The framework, presented by TTSWG board member Dr Chris Uwaje, is intended to establish measurable indicators across several areas.

These include energy and decarbonisation, digital inclusion and affordability, digital integrity and consumer trust, infrastructure resilience, governance and waste reduction.

The inclusion of affordability is significant because a technology system cannot easily be described as inclusive if large sections of the population cannot reasonably access it.

Nigeria’s digital economy has expanded rapidly, but access remains uneven because users face different levels of income, network coverage, device availability, digital literacy and electricity access.

A sustainability framework that measures only emissions would therefore leave out important parts of the technology ecosystem.

The proposed approach instead links environmental and social considerations.

For example, a network might reduce its energy consumption but still fail to meet broader inclusion objectives if connectivity remains inaccessible to large numbers of low-income users or people with disabilities.

Similarly, a highly connected network could still face sustainability concerns if its infrastructure is vulnerable to physical damage, power instability, cybersecurity incidents or supply-chain disruptions.

The framework consequently attempts to view resilience as a combination of environmental, technical, economic and social factors.

Digital Inclusion Becomes a Sustainability Issue

The Nigerian Communications Commission’s contribution to the Abuja discussions also highlighted several areas associated with the country’s wider digital-development agenda.

According to the report of the meeting, NCC representative Helen Obi pointed to broadband expansion, resilient connectivity, digital skills, local device manufacturing and assistive technologies for people with disabilities as areas of alignment between the Commission’s priorities and the TTSWG agenda.

Digital inclusion is increasingly broader than simply providing internet access.

A person may live within a network coverage area but still be unable to participate meaningfully in the digital economy because of the cost of data, the price of smartphones or computers, inadequate digital skills or accessibility barriers.

For people with disabilities, assistive technologies can determine whether online public services, education, employment opportunities and commercial platforms are practically usable.

The NCC itself has recently placed emphasis on digital inclusion initiatives. On September 19, the Commission reported that it had trained more than 100 persons with disabilities in Lagos in areas including digital citizenship, cybersecurity, data protection and assistive technologies.

The initiative illustrates how digital skills and accessibility are becoming part of Nigeria’s technology-policy conversation alongside network deployment.

The challenge for the sustainability framework will be translating those broad objectives into indicators that can be consistently measured.

Infrastructure Resilience in a Connected Economy

Resilience is another major component of the proposed framework.

Nigeria’s digital economy depends on infrastructure that must operate despite power disruptions, equipment failures, physical damage, extreme weather, fibre cuts, cyberattacks and other risks.

The growing importance of digital infrastructure means that a disruption can have consequences far beyond the telecommunications company directly affected.

A fibre cut, for example, can affect businesses, banks, government offices, hospitals and households simultaneously when there are insufficient alternative routes.

Likewise, a cyber incident involving a critical digital service can affect thousands or millions of users without requiring any physical damage to a network facility.

Nigeria’s national computer emergency response authorities have issued several recent warnings illustrating the evolving nature of the cybersecurity environment.

In September, the Nigeria Computer Emergency Response Team, ngCERT, warned organisations about a critical vulnerability affecting cPanel and WHM. The agency said successful exploitation could potentially give an attacker root-level control over affected servers.

ngCERT also warned in the same period about a high-severity Chrome vulnerability that had reportedly been exploited in the wild and advised affected organisations and users to update their installations.

Other recent advisories have addressed vulnerabilities involving Microsoft Exchange, VMware and endpoint security products.

These developments demonstrate why digital resilience cannot be separated from cybersecurity.

A telecommunications network or digital platform may have reliable electricity and modern hardware, yet remain vulnerable if its software, access controls and connected systems are inadequately protected.

AI Changes the Cybersecurity Equation

Artificial intelligence is adding another dimension to the sustainability and resilience debate.

INTERPOL’s 2026 African Cyberthreat Assessment Report found that AI was linked to 55 per cent of reported cybercrimes across Africa. The organisation said artificial intelligence was helping criminals automate and scale activities ranging from reconnaissance and phishing to social engineering and extortion.

The report was based on survey information from 36 African member countries.

INTERPOL also identified online scams, business email compromise, ransomware and digital sextortion among significant cyber threats across the continent. It said the lack of real-time information sharing between financial institutions, telecommunications companies and law-enforcement agencies creates gaps that criminals can exploit.

For Nigerian technology companies, the implications are considerable.

As more financial transactions, public services and commercial activities move online, cybersecurity becomes part of infrastructure reliability.

That means the sustainability of a digital service increasingly depends on whether it can withstand attacks as well as whether it can remain operational during physical or technical disruptions.

The proposed TTSWG metrics therefore place digital integrity and consumer trust alongside environmental and infrastructure considerations.

Electronic Waste Adds Another Challenge

The rapid expansion of digital technology also creates an environmental problem that is less visible than electricity consumption: electronic waste.

Telecommunications networks require equipment upgrades as technologies evolve.

Mobile devices become obsolete. Network components are replaced. Batteries reach the end of their useful lives. Routers, computers, power systems and other electronic equipment eventually require disposal or recycling.

TTSWG has identified e-waste management as one of its sustainability areas.

For Nigeria, effective e-waste management requires coordination between technology manufacturers, importers, network operators, consumers, recyclers and regulators.

The challenge is not simply collecting discarded devices. Proper recycling must also deal with hazardous components and recover useful materials without exposing workers or communities to unsafe processes.

A stronger circular approach could encourage repair, refurbishment, component recovery and responsible recycling.

The sustainability discussion consequently extends throughout the technology lifecycle—from manufacturing and deployment to maintenance and eventual disposal.

Local Manufacturing and Technology Capacity

The Abuja engagement also placed local device manufacturing and skills development within the broader sustainability conversation.

Local manufacturing can potentially reduce dependence on imported equipment while creating opportunities for Nigerian engineers, technicians and technology companies.

However, developing a sustainable domestic manufacturing ecosystem requires more than assembling hardware.

It requires research and development, access to finance, technical skills, reliable power, standards, supply chains and markets capable of supporting local producers.

The NCC identified local device manufacturing and digital skills among areas aligned with the TTSWG discussions.

This is consistent with a broader effort across Nigeria to strengthen domestic technology capacity rather than relying exclusively on imported products and foreign technical expertise.

The technology industry’s sustainability agenda therefore intersects with industrial policy.

If more technology products and services can be designed, maintained and supported locally, the country could potentially build deeper technical capabilities and retain more economic value within the domestic ecosystem.

The Role of Startups and Innovation

Startups are another important part of the emerging sustainability framework.

TTSWG says its activities include the Innovators Makers Challenge, which is designed to identify and support technology-driven solutions addressing sustainability and national development challenges.

The second edition of the Innovators Makers Challenge, IMC 2.0, is scheduled for September 24 in Lagos.

The event will bring together policymakers, investors, financial institutions, technology companies, development partners and innovators. More than 20 startups, technology firms, research projects and development organisations are expected to participate in an innovation exhibition.

The 2026 programme covers a wide range of technology areas, including AgriTech, EnergyTech, HealthTech, FinTech, water solutions, waste and ClimateTech, artificial intelligence, manufacturing, education, smart cities, digital governance, creative industries, logistics and mobility.

That range reflects how deeply technology has become embedded in different parts of Nigeria’s economy.

The organisers are also offering a structured pathway for participating startups.

The programme includes a three-day bootcamp covering business development, team building, finance and pitching, followed by a pitch competition for selected growth-stage startups.

The top three winners are scheduled to share ₦9.2 million in seed capital, with allocations of ₦7 million, ₦1.2 million and ₦1 million respectively. Winners are also expected to participate in a six-month post-competition incubation programme.

Technology and National Development

The sustainability discussion comes at a time when Nigeria is attempting to position digital infrastructure as a major component of economic development.

The Federal Government has also been pursuing initiatives aimed at expanding Nigeria’s role in the global digital economy.

In September, President Bola Tinubu directed the development of a roadmap for implementing the country’s Digital Free Zones initiative. The State House said the programme is intended to help Nigerian technology and service companies raise international capital, create jobs locally and serve global markets while keeping companies and intellectual property in Nigeria.

The initiative includes the development of digital business infrastructure and an innovation ecosystem around Itana in Lagos.

According to the State House, the Africa Finance Corporation is backing the $500 million Itana Innovation project at Alaro City, which is intended to combine an enabling policy environment, innovation infrastructure, access to capital and ecosystem services.

These developments show the multiple layers of Nigeria’s digital-economy strategy.

Digital Free Zones address where technology companies operate and scale.

Telecommunications sustainability addresses how the infrastructure supporting those companies is maintained.

Cybersecurity addresses how digital systems are protected.

Skills development addresses whether Nigeria has enough people capable of building and maintaining those systems.

What Happens Next

The immediate next step for TTSWG is consultation.

The proposed 2025–2030 strategy and sustainability metrics are not yet final regulatory requirements. Stakeholders are being invited to provide feedback, while the NCC has requested formal submission of the proposed framework for review.

The process will determine how the ideas presented in Abuja develop into practical standards.

A central issue will be measurement.

For sustainability metrics to become useful, companies and regulators will need clear definitions, reliable data and consistent reporting procedures.

For example, measuring energy efficiency requires agreement on what is being measured, the period covered and how different network configurations are compared.

Measuring digital inclusion similarly requires more than counting connected devices or broadband subscriptions. Affordability, usage, skills and accessibility all influence whether connectivity produces meaningful benefits.

Infrastructure resilience may require indicators covering network availability, redundancy, disaster recovery, fibre-route diversity and cybersecurity readiness.

Waste reduction may require information on equipment disposal, recycling and reuse.

The success of such a framework will therefore depend partly on whether its metrics can be applied consistently across a complex industry with different types of companies and infrastructure.

A Sector Moving From Expansion to Resilience

Nigeria’s technology industry has spent years concentrating on expansion: more mobile users, more broadband connections, more fintech platforms, more data centres, more fibre and more digital services.

The sustainability conversation introduces another question—how durable is that expansion?

A digital economy cannot depend only on the number of people connected.

It also needs networks that can withstand disruptions, infrastructure that can be maintained economically, technology that is accessible to different groups of citizens, systems that protect personal and commercial data, and energy models that can support growing demand.

The TTSWG initiative attempts to bring those issues into a common framework.

Its proposed strategy links renewable energy, digital inclusion, governance and innovation, while the proposed metrics introduce measurable categories covering energy, affordability, consumer trust, infrastructure resilience and waste reduction.

At the same time, developments in cybersecurity show why resilience is becoming increasingly important.

ngCERT’s recent advisories and INTERPOL’s assessment of AI-enabled cybercrime indicate that the threat environment is changing rapidly, requiring organisations to continuously update their systems and security practices.

For technology users, the consequences are practical.

Reliable telecommunications determine whether businesses can process transactions and employees can work online.

Affordable access determines whether households can participate in the digital economy.

Cybersecurity determines whether users can trust the platforms they depend on.

Energy efficiency affects the cost and environmental footprint of the infrastructure behind those services.

And responsible equipment management determines what happens to technology when it reaches the end of its useful life.

The Road Ahead for Nigeria’s Digital Infrastructure

The September 17 stakeholder meeting in Abuja did not produce a final national sustainability standard. Instead, it marked another stage in an ongoing effort to define what sustainable telecommunications and technology should mean in the Nigerian context.

The proposed framework now faces the practical test of consultation, regulatory review and eventual implementation.

Industry participation will be important because telecommunications companies, infrastructure providers, technology firms and startups operate the systems that the proposed metrics would ultimately measure.

Government agencies and regulators will also have a role in determining how voluntary commitments interact with existing policies and regulations.

Academia and development organisations can contribute research and evidence, while technology users provide an important perspective on affordability, accessibility, service reliability and trust.

The scheduled IMC 2.0 conference in Lagos on September 24 provides another platform for these conversations. Its focus on technology, sustainability, innovation and investment will bring together many of the same parts of the ecosystem involved in the Abuja discussions.

The broader direction is clear even though the final regulatory structure is still developing.

Nigeria’s digital transformation is moving into a phase where expansion alone is not the only measure of progress. Reliability, affordability, environmental responsibility, cybersecurity, inclusion and domestic technical capacity are becoming increasingly important parts of the technology conversation.

For a country whose economy is becoming progressively dependent on digital networks, the question is no longer simply how quickly infrastructure can be deployed.

It is also how effectively that infrastructure can be maintained, protected, expanded and made accessible over the long term.

That is the challenge now facing Nigeria’s telecommunications and technology stakeholders as they work toward a sustainability framework intended to cover the sector through 2030.