By Simpson Global Media News Desk
Nigeria is moving into a new phase of digital infrastructure development after the United States Trade and Development Agency (USTDA) agreed to support a feasibility study for two proposed artificial intelligence-ready data centres in Lagos and Delta states, a project that could provide between 60 and 70 megawatts of combined capacity and eventually expand to as much as 100MW.
The agreement, announced by USTDA on September 23, 2026, involves African investment firm INFRAGORA Global Capital and forms the first phase of a planned pan-African AFRIDATA Datacenter Platform. The proposed facilities are designed to support artificial intelligence workloads, cloud computing and colocation services for customers including cloud providers, banks and telecommunications operators.
The development is significant because the project is not yet a completed data-centre investment. The immediate step is a feasibility study that will examine technical requirements, financial viability, commercial demand, regulatory issues and the requirements for securing the financing needed to build and operate the facilities.
USTDA said its funding will support technical and financial assessments, including the ability of the planned centres to handle AI-ready workloads. The agency's announcement described the proposed investment as one of the more significant data-centre projects currently under consideration in Nigeria.
Two Facilities Planned for Lagos and Delta
Under the AFRIDATA proposal, Lagos would host the primary facility, while Delta State would accommodate a secondary centre intended to provide redundancy and disaster-recovery capability.
According to USTDA's project description, the Lagos facility is planned as an AI-ready and cloud-enabled data centre with Tier IV certification. The Delta facility is planned to operate either as a Tier III or Tier IV centre and would provide similar computing and cloud capabilities while serving as a disaster-recovery site.
The planned facilities would have combined capacity of between 60MW and 70MW, with room for the overall project to expand to a target of 100MW.
The technical design outlined by USTDA includes space for approximately 3,600 conventional 10-kilowatt server racks and another 480 racks rated at 50kW. The higher-density racks are intended to accommodate GPU-based computing infrastructure used for demanding AI workloads.
That distinction is important because AI computing requires significantly different infrastructure from conventional enterprise computing. Modern AI systems can require large numbers of specialised processors operating simultaneously, producing much greater demands on electricity, cooling, networking and physical rack density.
The AFRIDATA proposal therefore goes beyond simply adding more conventional server space. It is being designed around a combination of cloud computing, AI computing and colocation services.
USTDA Funding Is for Feasibility, Not Construction
USTDA's role at this stage is to finance the technical work required before construction and major implementation financing can proceed.
The agency has committed a $1.87 million grant to the project for the feasibility study. USTDA's project opportunity notice says the study will assess the commercial and technical feasibility of deploying the proposed 60MW-to-70MW combined capacity, while also examining how the facilities could ultimately be expanded to 100MW.
The study is expected to examine the project's bankability and product-market fit, help identify appropriate technology suppliers, assess regulatory risks and determine what would be required to unlock implementation financing.
This means the September announcement should not be interpreted as confirmation that the two data centres are already fully financed or under construction.
Instead, it represents an early-stage infrastructure commitment designed to answer the questions investors and technology providers would need resolved before the larger capital investment can proceed.
USTDA also says the study is expected to help identify U.S. companies capable of supplying equipment and services for the project. Potential areas include AI software, cloud and data-storage infrastructure, networking equipment, computing hardware and cybersecurity solutions.
The request for proposals for the feasibility study has been opened to qualified U.S. firms, with the submission deadline listed as October 13, 2026, at 6 p.m. Eastern Time.
Why AI Is Changing the Data-Centre Equation
Data centres have traditionally provided the physical environment required to host servers, databases, enterprise applications and telecommunications systems.
Artificial intelligence is changing those requirements.
AI training and high-performance inference can require clusters of graphics processing units and other accelerators that consume considerably more electricity than many conventional computing workloads. Those processors also generate heat, creating additional requirements for cooling systems and facility design.
As a result, a data centre designed for AI cannot simply be evaluated by the number of server cabinets it can accommodate.
Power availability, redundancy, cooling technology, fibre connectivity, network capacity, physical security and the ability to expand the electrical and mechanical systems become central to the economics of the project.
The AFRIDATA proposal reflects that change through its planned high-density GPU-capable racks.
USTDA says the proposed facilities are intended to provide a full AI compute stack alongside cloud and colocation services. Customers would be able to use the facilities for AI workloads and other computing requirements without necessarily having to build their own large-scale infrastructure.
For Nigerian banks, telecommunications companies, technology firms, public institutions and other organisations processing increasingly large volumes of data, such infrastructure could provide additional domestic computing options.
The exact customers, pricing arrangements and service models, however, remain matters for the commercial feasibility work.
Nigeria's Growing Data-Centre Market
The proposed AFRIDATA facilities would enter a Nigerian market that has already attracted major investments from international and domestic digital-infrastructure companies.
USTDA's project documentation estimates that Nigeria's data-centre market has a compound annual growth rate of 14.20 per cent and could reach 226.7MW by 2029.
The expansion of local data centres has been driven by several overlapping factors.
Nigeria's large population creates a substantial market for digital services. Financial technology companies have expanded electronic payments and digital banking. Telecommunications operators are handling growing volumes of mobile data. Businesses increasingly depend on cloud applications, while government agencies are digitising records and services.
At the same time, the growth of AI is creating a new category of demand for high-performance computing.
The result is an infrastructure race involving data-centre operators, cloud companies, telecommunications firms and technology investors.
Recent projects have included new or expanded facilities by major operators in Lagos, reinforcing the city's position as one of the country's principal connectivity and computing hubs.
The proposed AFRIDATA project would add another large-scale development to that ecosystem while extending the physical footprint beyond Lagos through the planned Delta facility.
The Importance of the Delta Facility
One of the notable features of the project is the decision to pair the Lagos facility with a second site in Delta State.
A geographically separated data centre can provide redundancy when the primary facility experiences an outage, maintenance event or other disruption.
For organisations operating critical systems, resilience is not simply a question of having backup servers. The backup infrastructure must be sufficiently independent to remain available if the primary site is affected by a local incident.
The proposed Delta facility is therefore described as a disaster-recovery centre rather than merely an additional warehouse for servers.
The final technical configuration, including whether the facility will be Tier III or Tier IV, remains part of the project's development process. USTDA's documentation says the secondary centre will provide redundancy and similar computing and cloud capabilities.
The geographical separation between Lagos and Delta could also form part of a broader resilience strategy for organisations seeking to keep critical systems operational during disruptions affecting one location.
Power Will Be Central to the Project
The proposed capacity also highlights one of the biggest practical questions surrounding large-scale computing in Nigeria: electricity.
A data centre must operate continuously. Servers cannot simply be switched off whenever electricity supply becomes unstable.
As a result, large facilities require combinations of grid supply, backup generation, batteries, power-management systems and other forms of redundancy.
AI computing makes this challenge more pronounced because high-density GPU racks can consume substantial amounts of electricity.
A 50kW rack, for example, can demand several times the power of a conventional low-density server rack. Hundreds of such racks create a substantial electrical requirement before cooling, networking and other facility loads are added.
For the AFRIDATA project, the feasibility study will therefore have to determine whether the proposed sites can obtain sufficient reliable power and what generation, backup and distribution arrangements would be commercially and technically appropriate.
The study's outcome will help determine whether the planned capacity can be deployed at the proposed scale and what infrastructure would be needed to support it.
Connectivity Is the Other Critical Layer
Electricity alone cannot make an AI data centre useful.
The facilities also require high-capacity communications links capable of moving large volumes of data between customers, cloud platforms, other data centres and international networks.
Lagos already benefits from extensive submarine-cable connectivity and has become an important landing and interconnection point for international telecommunications traffic.
That connectivity has contributed to the growth of the city's data-centre industry.
The proposed Delta facility would have a different strategic role. Its value would partly come from being geographically separated from Lagos while still connected to national and international networks.
For AI services, latency also matters. Applications requiring rapid responses can benefit when computing resources are located closer to the users and data they serve.
This is one reason governments and technology companies across Africa are seeking to increase local computing capacity rather than relying exclusively on servers located outside the continent.
USTDA said Africa currently hosts less than two per cent of global data-centre capacity, leaving many users dependent on distant infrastructure. The agency linked additional local capacity to improved access, reliability and digital infrastructure resilience.
Data Sovereignty Moves to the Centre of the Debate
The proposed investment arrives as Nigeria is placing greater emphasis on where sensitive data is stored and processed.
The National Information Technology Development Agency has been advocating policies aimed at strengthening domestic digital infrastructure and ensuring that Nigerians participate in the development and management of digital services.
At GITEX 2026, NITDA Director-General Kashifu Inuwa said Nigeria's digital sovereignty agenda extends beyond simply keeping data inside the country. He said it also involves developing the skills and capabilities required for Nigerians to build, manage and operate digital infrastructure.
Inuwa also said the government's cloud policy does not prohibit the use of public cloud platforms. Instead, he described a classification framework under which certain categories of information receive stronger protection.
Among the categories he identified were defence information, financial transaction records, healthcare information and citizens' personal data.
That policy environment creates potential demand for domestic data-centre infrastructure.
Banks, healthcare organisations, public institutions and other operators handling sensitive information may have requirements that make local hosting and controlled processing increasingly important.
At the same time, data localisation does not eliminate the need for international technology companies. Instead, the Nigerian approach described by NITDA seeks to attract hyperscalers and other technology providers while encouraging them to invest locally and operate within Nigerian regulations.
From Data Storage to National Computing Capacity
The technology debate is also moving beyond the question of where data is stored.
As AI adoption expands, countries increasingly need access to computing resources capable of processing data at scale.
A country can have large quantities of data without having sufficient domestic computing infrastructure to turn that data into useful applications.
This is particularly relevant for Nigeria, where AI is being explored across healthcare, agriculture, education, finance, public administration and other areas.
NITDA's National Center for Artificial Intelligence and Robotics says its mission includes promoting research, development and adoption of AI, robotics and other Fourth Industrial Revolution technologies.
The centre currently uses infrastructure from Galaxy Backbone for pilot AI projects and identifies computing capacity, storage and other infrastructure as part of its operating environment.
Large commercial data centres could complement such public-sector and research infrastructure by providing computing services to businesses and technology developers.
The proposed AFRIDATA facilities are particularly focused on commercial AI and cloud workloads, which could allow companies to rent computing resources rather than investing individually in expensive infrastructure.
A Wider Investment Ecosystem
The proposed project also illustrates how data-centre development increasingly sits at the intersection of technology, finance and infrastructure investment.
A large data centre requires capital not only for the building itself but also for power systems, cooling equipment, fibre networks, security systems, server infrastructure and ongoing maintenance.
The business model must then generate sufficient revenue from customers using the facility.
INFRAGORA's AFRIDATA platform is designed as a broader African infrastructure initiative rather than a single Nigerian project.
According to USTDA, the Nigerian special-purpose vehicle was incorporated in April 2026, while the wider platform is intended to expand into other African markets including Angola, Cameroon, Côte d'Ivoire, Egypt, Ghana, Kenya and South Africa.
That makes Nigeria the initial market for a wider infrastructure strategy.
The company's proposed ownership structure includes Infragora, institutional and private-equity investors and an experienced data-centre operator as a strategic partner.
The structure indicates that development, financing and long-term operation are being treated as separate but connected components of the project.
What the Feasibility Study Must Answer
Several questions will determine whether the proposed project moves from planning to construction.
The first is market demand.
The developers need to establish how much AI, cloud and colocation capacity Nigerian customers are likely to purchase and at what price.
The second is technical design.
The project must determine the appropriate balance between conventional computing capacity and high-density AI infrastructure.
The third is power.
The facilities require a dependable electricity strategy capable of supporting continuous operation.
The fourth is connectivity.
The sites need diverse high-capacity fibre routes and sufficient network infrastructure to support customers whose businesses depend on continuous access.
The fifth is regulatory compliance.
Data protection, cloud computing, telecommunications, environmental requirements and other regulations will affect how the facilities are developed and operated.
The sixth is financing.
A feasibility study can establish whether the project is technically sound, but construction will still require substantial capital.
USTDA specifically says its study will assess the requirements for unlocking implementation financing.
The seventh is technology supply.
The facilities will require processors, servers, networking equipment, storage systems, cooling technology, power equipment and cybersecurity systems.
The study is expected to help identify U.S. vendors that could participate in the project, creating a potential supply-chain component alongside the infrastructure investment itself.
Jobs and Skills Could Become a Parallel Outcome
Data-centre construction and operation can create employment in engineering, electrical systems, mechanical systems, cybersecurity, network management, facilities management and information technology.
AI infrastructure adds another layer of specialised skills.
Technicians must understand high-density computing environments, while engineers need expertise in power management and advanced cooling.
Network specialists are required to maintain connectivity, and cybersecurity teams must protect the infrastructure against increasingly sophisticated attacks.
NITDA has repeatedly linked digital infrastructure investment with local talent development.
At GITEX 2026, the agency's director-general said Nigeria's digital sovereignty objective includes ensuring Nigerians acquire the skills needed to build and operate digital services and infrastructure.
The potential economic impact of projects such as AFRIDATA would therefore extend beyond the physical buildings if local professionals become involved in their design, construction, operation and maintenance.
However, the actual number and type of jobs associated with the proposed facilities have not yet been established publicly.
Nigeria's Push for International Technology Partnerships
The AFRIDATA announcement also comes as Nigerian officials are seeking additional international technology partnerships.
At a high-level engagement on the sidelines of the 81st United Nations General Assembly in New York on September 24, NITDA's director-general called for stronger international cooperation around AI, trusted digital infrastructure, connectivity, investment and digital skills.
He said international partnerships should translate into investment, knowledge transfer, local capacity development and access to international technology markets.
Representatives of U.S. government agencies and technology companies participated in that engagement, alongside other international stakeholders.
The discussions illustrate the broader environment in which the AFRIDATA project is developing: Nigeria is seeking both capital and technical partnerships while attempting to build greater domestic capacity in critical digital infrastructure.
The Lagos Technology Ecosystem
Lagos remains central to this strategy because of its concentration of technology companies, financial institutions, telecommunications infrastructure and international connectivity.
The state has already attracted major investments in cloud and data-centre infrastructure.
NITDA has described local infrastructure, skills and innovation as critical components of Nigeria's digital future, while Lagos officials have also encouraged international technology companies to establish engineering hubs, data centres, research facilities and regional headquarters in the state.
The proposed AFRIDATA Lagos facility would therefore enter an ecosystem where multiple technology and infrastructure providers already operate.
Competition among operators could affect pricing, service quality, capacity expansion and the types of customers attracted to different facilities.
For customers, the availability of additional capacity could also reduce dependence on limited existing facilities and provide more options for hosting workloads locally.
Why the 100MW Expansion Target Matters
The proposed initial capacity of 60MW to 70MW is already substantial, but the possibility of expansion to 100MW provides another indication of the scale being considered.
Data-centre operators typically build infrastructure in phases because customer demand, capital requirements and technology change over time.
A facility designed for expansion can increase capacity as demand grows rather than requiring a completely new site for every stage of development.
For AI infrastructure, this flexibility can be particularly important because processor density and computing requirements are evolving rapidly.
A rack configuration considered high-density today may become relatively ordinary as new generations of processors and accelerators enter the market.
The proposed 100MW target therefore gives the developers room to accommodate future growth, provided that the underlying power, land, cooling, connectivity and financing requirements can support expansion.
Regional Implications
The project's proposed location in Nigeria also has implications beyond the domestic market.
USTDA and INFRAGORA describe AFRIDATA as a pan-African platform intended to expand digital infrastructure across multiple countries.
Nigeria's existing telecommunications connectivity and large technology market could make it a major node within that wider strategy.
A sufficiently large local computing ecosystem could serve Nigerian businesses while also providing infrastructure for regional customers.
NITDA has previously argued that Nigeria's position as a major connectivity gateway gives it an opportunity to provide digital services to neighbouring countries, including landlocked countries seeking access to cloud and computing resources.
Whether the proposed facilities ultimately attract significant regional demand will depend on pricing, network connectivity, reliability, regulatory arrangements and the ability to offer competitive cloud and AI services.
Those are precisely the types of commercial questions the feasibility study is expected to investigate.
Cybersecurity Will Be Integral
The more important data and computing infrastructure becomes, the greater the consequences of a security failure.
A modern data centre must protect physical equipment, network infrastructure, customer systems and stored information.
Nigeria's national cybersecurity infrastructure already monitors vulnerabilities affecting organisations and telecommunications operators.
The Nigerian Communications Commission's Computer Security Incident Response Team, for example, publishes security advisories covering vulnerabilities affecting widely used software and systems.
USTDA has identified cybersecurity solutions among the categories of U.S. technology that could participate in the proposed AFRIDATA project.
For AI facilities, cybersecurity becomes even more complicated because the infrastructure may host valuable datasets, proprietary models and high-performance computing resources.
The proposed project will therefore have to incorporate cybersecurity into the design rather than treating it solely as an operational issue after construction.
What Happens Next
The immediate next step is the feasibility study.
USTDA's procurement notice indicates that qualified U.S. firms can submit proposals to conduct the study, with the deadline set for October 13, 2026.
The selected firm will then work on the technical and commercial assessment required to establish how the two facilities could be developed.
The study is expected to examine site and infrastructure requirements, market demand, bankability, regulatory risks, technology suppliers and implementation financing.
If the results support the proposed development, the project would then have to move through subsequent financing, procurement, construction and commissioning stages.
That process means the final scale, timing, technology configuration and financing structure could still change.
For now, the confirmed development is the USTDA-supported feasibility work rather than the construction of completed 60MW-to-70MW facilities.
A Test of Nigeria's Digital Infrastructure Ambition
The AFRIDATA proposal arrives at a time when Nigeria's technology strategy is increasingly focused on the physical foundations of the digital economy.
For years, much of the country's technology story centred on software developers, fintech companies, mobile applications and digital services.
The next stage requires infrastructure capable of supporting those services at greater scale.
That means data centres, fibre networks, cloud platforms, reliable power, cybersecurity systems and specialised computing infrastructure.
Artificial intelligence adds another dimension by making computing capacity itself a strategic economic resource.
The proposed Lagos and Delta facilities would place up to 70MW of new capacity into that emerging infrastructure landscape if the feasibility process leads to construction at the proposed scale.
The potential expansion to 100MW would make the project larger still.
But the path from feasibility study to operational data centre involves substantial technical and financial challenges.
The coming months will therefore be important for determining whether the project can satisfy the commercial, engineering, regulatory and financing conditions necessary for implementation.
For Nigeria's technology sector, the development provides another indication that the country's digital-economy ambitions are increasingly being measured not only by the number of startups and applications being created, but also by the computing infrastructure available underneath them.
If implemented as currently proposed, the AFRIDATA platform would add significant AI-ready capacity to Nigeria's technology ecosystem, provide a second geographic location for resilient computing infrastructure and create opportunities for cloud, cybersecurity, networking and AI technology providers.
For now, the project remains at the feasibility stage. Its next milestone will be the technical and commercial assessment that determines how the proposed 60MW-to-70MW platform can be built, financed and operated, and whether the infrastructure can ultimately scale toward the stated 100MW target.
The outcome will help establish whether Nigeria's rapidly expanding digital economy can translate its growing demand for AI and cloud services into a corresponding expansion of domestic computing infrastructure.
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