By Simpson Global Media News Desk
The United States Trade and Development Agency has backed a feasibility study for two proposed artificial-intelligence-ready data centres in Nigeria, marking a new step in plans to expand the country’s domestic computing and cloud infrastructure.
The project, being developed by African investment firm INFRAGORA Global Capital, is planned for Lagos and Delta states and would provide between 60 megawatts and 70 megawatts of combined capacity, with room for expansion to as much as 100MW. The Lagos facility is planned as an AI-ready, cloud-enabled Tier IV data centre, while the Delta facility is expected to provide redundancy and disaster-recovery capacity at either Tier III or Tier IV level.
The USTDA support does not represent construction financing for the two facilities. Instead, the agency is funding technical and financial feasibility work intended to determine how the proposed infrastructure can be developed, financed and commercialised. The USTDA says the study will assess the project's bankability, market demand, regulatory requirements, technical configuration and financing needs.
The development comes as Nigeria moves to strengthen domestic digital infrastructure and increase its capacity to host cloud services, financial data, artificial-intelligence workloads and other computing-intensive applications locally.
It also follows the Federal Government’s unveiling of a National Digital Cloud Policy in August 2026, which established a framework for attracting investment into cloud and data-centre infrastructure while strengthening digital sovereignty, security and Nigeria’s position as a regional hosting and interconnection hub.
Two-Centre Infrastructure Plan
Under the AFRIDATA Datacenter Platform being developed by INFRAGORA, Nigeria is the first country targeted for the company's planned pan-African data-centre network.
The proposed Nigerian platform consists of a primary facility in Lagos and a secondary facility in Delta State.
According to the USTDA's project documentation, the two centres would initially provide a combined 60MW to 70MW of capacity and could eventually expand to a combined 100MW.
The Lagos centre is planned to have Tier IV certification and support AI-ready and cloud-enabled workloads. The Delta facility would serve as a geographically separate site, providing redundancy and disaster-recovery capabilities and operating at either Tier III or Tier IV standards.
The geographic split is significant because data-centre resilience depends not only on equipment redundancy within a single building but also on the ability to continue operating when an individual facility or location becomes unavailable.
A secondary facility in another state can provide an additional layer of resilience for customers whose systems require continuity during major equipment, power, connectivity or environmental disruptions.
The project is therefore being designed as more than a conventional server-hosting development.
It is intended to combine cloud computing, AI infrastructure, colocation and disaster-recovery services within a national platform.
Up to 100MW of Future Capacity
The initial 60MW to 70MW target represents the proposed starting capacity.
The USTDA feasibility-study documentation says the two facilities could eventually expand to a combined target capacity of 100MW.
The planned configuration includes space for approximately 3,600 conventional 10-kilowatt server racks and 480 higher-density 50-kilowatt racks designed to accommodate GPU servers used for AI workloads.
The distinction between conventional and high-density racks reflects the changing requirements of modern computing.
Traditional enterprise workloads can operate at comparatively moderate rack densities, while AI training and inference workloads can require substantially more computing power and therefore more electricity and cooling capacity within the same physical footprint.
As AI adoption expands, data-centre operators increasingly need facilities capable of handling high-density computing without compromising reliability.
The AFRIDATA proposal specifically incorporates high-density racks into its planned design.
That gives the project an orientation toward AI workloads from the beginning rather than treating artificial intelligence as an additional service to be introduced later.
USTDA Grant Supports the Feasibility Stage
The USTDA has provided a $1.87 million grant for the feasibility-study programme.
The agency's procurement notice invites qualified U.S. companies to submit proposals to conduct the study, with the submission deadline set for October 13, 2026.
The selected U.S. firm will be paid from the USTDA grant to INFRAGORA.
The study will examine both the technical and commercial feasibility of the planned facilities.
Among the issues to be assessed are the most appropriate development and commercialisation strategy, project bankability, product-market fit, regulatory risks and the requirements for attracting implementation financing.
The study will also help identify U.S. technology vendors that could participate in delivering the infrastructure.
This means the current announcement should be understood as an important development in the project's preparation rather than confirmation that the two data centres have already been constructed or fully financed.
The next stages will depend on the results of feasibility work, financing arrangements, regulatory processes, site and technical decisions, procurement and project execution.
Why AI Changes Data-Centre Requirements
Artificial intelligence is increasing demand for computing infrastructure around the world.
AI systems depend on processors capable of handling large volumes of data and mathematical operations, with modern GPU-based systems often requiring substantially more power and cooling than conventional enterprise computing.
As a result, AI-ready data centres must be designed around higher rack densities, greater electrical capacity, sophisticated cooling systems and high-speed connectivity.
The proposed Nigerian project reflects that shift.
The planned 50kW racks for GPU workloads are substantially denser than the 10kW conventional racks included in the same design.
This allows the proposed facilities to accommodate different classes of customers while retaining capacity for emerging AI applications.
The USTDA says the study will specifically assess the facilities' ability to support AI-ready workloads.
That assessment is important because installing servers alone does not create an AI-ready facility.
The supporting electrical systems, cooling architecture, network connectivity, physical security and operational procedures all have to be designed around the demands of high-density computing.
Nigeria's Digital Cloud Policy Adds Policy Support
The proposed data centres are emerging at a time when Nigeria is developing a broader policy framework for cloud computing and digital infrastructure.
In August, the Federal Ministry of Communications, Innovation and Digital Economy unveiled the National Digital Cloud Policy.
The policy establishes a national framework for cloud computing and data infrastructure and identifies investment, regional digital services exports, government cloud transformation and digital sovereignty and security among its priorities.
The government said the policy is designed to attract domestic and international investment into data centres, cloud infrastructure, connectivity and AI computing capacity.
It also seeks to position Nigeria as a regional hosting and interconnection hub for West Africa and the wider sub-Saharan African market.
The policy sets an initial ambition of mobilising $250 million in private investment within its first 12 months and $750 million within 24 months, alongside increases in compliant hosting capacity and development of a regional cloud export market.
The AFRIDATA proposal therefore fits into a wider national push to develop the physical infrastructure needed to support Nigeria's digital economy.
Digital Sovereignty and Local Hosting
Data location has become increasingly important as more Nigerian businesses move their operations online.
Banks, fintech companies, telecommunications operators, government agencies and large enterprises increasingly rely on cloud infrastructure to store and process information.
Keeping appropriate categories of data within Nigeria can reduce dependence on overseas facilities and make some aspects of regulatory oversight and digital resilience easier to manage.
Nigeria's National Digital Cloud Policy explicitly identifies digital sovereignty and security as policy priorities and calls for proportionate requirements governing the protection, residency and control of defined categories of government and regulated data.
The growth of domestic data-centre capacity also creates opportunities for Nigerian organisations to use locally hosted services rather than sending every workload to facilities outside the country.
That can have implications for latency, connectivity, regulatory compliance and the development of local technology services.
It can also create opportunities for cloud providers, software companies and AI developers to deploy services closer to their Nigerian users.
Financial Technology Creates Additional Demand
Nigeria's financial-technology sector is one of the areas contributing to demand for computing infrastructure.
Banks and fintech companies increasingly depend on digital platforms for payments, customer services, fraud detection, analytics and other operations.
Industry reporting in July noted that the Central Bank of Nigeria had directed banks, fintechs and payment companies to move transactional data from overseas cloud servers into Nigerian data centres by January 1, 2027.
That requirement has increased attention on the country's ability to provide sufficient local hosting capacity.
TechCabal reported that Nigerian data-centre operators were expanding facilities and that the industry was preparing for the additional demand associated with local hosting.
The same report noted that most commercial data centres are concentrated in Lagos, although facilities in Abuja, Kano and Port Harcourt provide additional geographic diversity.
The proposed AFRIDATA project would add a major new development outside the existing Lagos concentration by establishing a secondary facility in Delta State.
Why the Delta Location Matters
Lagos is Nigeria's largest commercial and technology centre and has become the country's principal concentration of data-centre infrastructure.
But geographic concentration can create resilience concerns.
If too much critical infrastructure is located in one metropolitan area, a major disruption affecting that area could have consequences for multiple customers simultaneously.
A second major facility in Delta State could provide geographical separation for customers seeking disaster recovery and business continuity services.
The exact site and final technical configuration remain subject to the feasibility process.
The USTDA documentation identifies Lagos as the primary site and Delta as the secondary location but does not present the final facilities as completed infrastructure.
That distinction is important as the project progresses from concept and feasibility into detailed engineering and financing.
Power Will Be Central to the Project
Electricity is one of the most important requirements for any large data centre.
Servers must operate continuously, while cooling systems, networking equipment, security systems and backup infrastructure also require electricity.
AI workloads intensify the challenge because high-density computing can increase power consumption within individual server racks.
Industry analysis of Nigeria's data-centre power market points to grid reliability, backup systems, gas-fired generation, UPS systems and renewable-energy integration as important considerations for operators.
A large AI-ready facility therefore needs more than access to the national grid.
It requires a resilient power architecture capable of maintaining operations when grid supply is interrupted.
This can involve multiple power feeds, uninterruptible power supplies, generators, energy storage and other forms of backup.
The feasibility study is expected to examine the technical and commercial requirements for the proposed facilities, which will include the infrastructure required to operate at their planned scale.
Cooling Becomes More Important With AI
Power and cooling are closely connected.
Almost all electricity consumed by computing equipment ultimately becomes heat that must be removed from the facility.
As rack densities rise, conventional cooling systems can become less suitable for the most demanding workloads.
Industry research indicates that air-based cooling continues to dominate Nigeria's data-centre market, while liquid-cooling technologies are gaining attention as AI and machine-learning deployments increase rack densities.
For the proposed AFRIDATA facilities, the planned inclusion of 50kW GPU racks means cooling will be an important engineering consideration.
The final solution will depend on the technical findings of the feasibility study and subsequent engineering work.
The objective will be to maintain stable operating temperatures while controlling energy use and ensuring that cooling systems themselves remain resilient.
This is particularly relevant in Nigeria's climate, where ambient temperatures can increase the energy required for cooling.
Connectivity Is Another Critical Layer
Data centres cannot operate in isolation.
They need high-capacity connectivity to connect customers with their applications, users, cloud platforms and other data centres.
Nigeria's growing submarine cable connections and fibre-optic networks provide an important foundation for the country's data-centre expansion.
The Federal Government is also pursuing Project BRIDGE, a planned nationwide fibre programme designed to deploy 90,000 kilometres of additional open-access fibre and expand the national backbone from roughly 30,000 kilometres to about 120,000 kilometres.
The African Development Bank approved $200 million in April to support the project.
The initiative is designed to connect all 774 local government areas, including schools, healthcare facilities, agricultural zones, rural communities and commercial centres, while also establishing cross-border links with Benin, Cameroon, Niger and Chad.
The combination of data-centre capacity and wider fibre connectivity is important because computing infrastructure is useful only when businesses and consumers can reliably access it.
Building a Regional Cloud Platform
The AFRIDATA project is not designed solely for Nigerian customers.
The USTDA says the proposed facilities are part of a wider pan-African platform being developed by INFRAGORA.
The company plans to develop similar special-purpose vehicles and infrastructure in other African countries, with Nigeria serving as the initial focus.
The Nigerian facilities would therefore form part of a broader strategy for regional digital infrastructure.
That could support cross-border cloud services and disaster-recovery arrangements as additional facilities are developed in other markets.
For Nigeria, the regional opportunity is tied to its large domestic market and its position as one of Africa's major technology and financial centres.
A sufficiently developed data-centre ecosystem could allow Nigerian-based companies to offer computing, cloud, software and digital services to customers elsewhere in West Africa.
Potential Customers
The planned commercial model is designed to serve several categories of customers.
The USTDA project documentation identifies cloud service providers, banks and mobile network operators among the potential users of the proposed facilities.
Customers would be able to lease server capacity for AI workloads, cloud infrastructure and other computing requirements.
Colocation allows companies to operate their own equipment within a professionally managed data-centre environment without building an entire facility themselves.
Cloud providers can also use large facilities as a base from which to deliver computing and storage services.
For telecommunications companies, data centres can support network applications, digital services and other high-volume workloads.
For financial institutions, they can provide infrastructure for transaction processing, data storage, analytics, cybersecurity and disaster recovery.
The combination of these markets can help spread demand across different sectors.
Cybersecurity Built Into the Infrastructure
The proposed project also has a cybersecurity dimension.
Modern data centres host critical systems and information, making physical and digital security essential.
The USTDA says the feasibility work will create opportunities for U.S. companies providing cybersecurity solutions, alongside AI software, cloud infrastructure, networking equipment and computing hardware.
Security must operate at several levels.
Physical security protects buildings, servers, power systems and network infrastructure.
Network security protects communications between customers and their workloads.
Identity and access controls determine who can enter facilities or access systems.
Monitoring and incident-response capabilities help operators detect and respond to cyber threats.
For financial institutions and government customers, the security requirements can be particularly stringent because the infrastructure may host sensitive or regulated information.
Africa's Data-Centre Capacity Gap
The USTDA says Africa currently hosts less than 2% of global data-centre capacity.
The agency argues that the limited availability of local infrastructure can lead to dependence on distant servers, affecting connection performance and creating additional security considerations.
Other industry estimates also point to rapid growth in Nigeria's data-centre market.
USTDA's project documentation says Nigeria's data-centre market has a compound annual growth rate of 14.2% and is projected to reach 226.7MW by 2029.
Other industry estimates vary depending on whether they count operational IT load, planned capacity or total facility capacity.
TechPoint reported in March that Nigeria had approximately 86MW of operational data-centre capacity in 2025, with more than 320MW of new capacity under construction or planned.
The different estimates illustrate why data-centre statistics should be compared carefully.
Some measurements refer to operational capacity, while others include announced or planned projects.
What is consistent is the direction of travel: Nigeria is attracting additional data-centre investment as demand for cloud and digital services increases.
Existing Operators Are Expanding
Nigeria already has several established data-centre operators.
Facilities operated by companies including Rack Centre, Open Access Data Centres, Equinix, Digital Realty and others contribute to the country's existing infrastructure base.
Industry data compiled by DC Atlas currently lists multiple operational facilities in Nigeria and recent development activity involving data-centre and connectivity providers.
Rack Centre, for example, has developed large-scale infrastructure in Lagos, while other operators are building or expanding facilities designed for cloud and high-density workloads.
This existing ecosystem provides a base of trained personnel, connectivity providers, customers and technical suppliers.
The proposed AFRIDATA facilities would enter a market that is already developing rather than creating the country's data-centre industry from scratch.
The Importance of Local Skills
Large data centres require specialised technical workers.
Electrical engineers, network engineers, cybersecurity professionals, cooling specialists, technicians, facility managers and software professionals all contribute to the operation of modern facilities.
The National Digital Cloud Policy recognises skills development as part of the broader digital infrastructure strategy.
It also complements programmes such as the 3 Million Technical Talent initiative, which is intended to develop skills in cloud computing, AI, cybersecurity and software engineering.
For the proposed AFRIDATA platform, local capacity building could therefore become an important component of the project's long-term economic impact.
The physical buildings may require international expertise during design and construction, but sustained operations depend on personnel who can maintain infrastructure around the clock.
Opportunities for Nigerian Technology Companies
A larger domestic data-centre ecosystem can also support smaller technology businesses.
Startups developing AI applications need access to computing resources.
Software companies require reliable cloud hosting.
Fintechs need secure infrastructure for financial applications.
Healthcare technology companies need platforms capable of processing and storing data.
Agritech, logistics, education and government technology providers increasingly depend on digital services as well.
The availability of local infrastructure can reduce the distance between these businesses and the computing resources they use.
It can also encourage the development of supporting businesses in network services, cybersecurity, equipment maintenance, software, cloud management and technical consulting.
USTDA Sees Opportunities for U.S. Technology Suppliers
The USTDA has made clear that the feasibility programme also has a commercial dimension for American technology companies.
The agency says the project could create opportunities for U.S. providers of AI software, cloud and data-storage infrastructure, advanced networking, computing hardware and cybersecurity solutions.
The selected feasibility-study company will also help identify U.S. vendors capable of delivering components of the proposed infrastructure.
That makes the project part of a broader technology and infrastructure partnership rather than simply a grant-supported Nigerian construction proposal.
The USTDA's stated objective is to use early-stage technical assistance to help infrastructure projects attract financing and procurement opportunities.
For Nigeria, the immediate benefit is access to feasibility expertise and potential technology partnerships.
For U.S. firms, the project creates an opportunity to participate in an expanding African data-centre market.
The Project Still Has Several Milestones Ahead
Despite the scale of the proposal, construction is not the next immediate step.
The feasibility study must first establish whether the planned facilities are technically and commercially viable at the proposed scale.
The study will examine bankability, market demand, technical requirements, regulatory risks and financing needs.
After that, the project would still require decisions on financing, engineering, procurement, construction, power supply, connectivity and operations.
The USTDA documentation explicitly describes the current programme as a feasibility study.
The proposed 60MW to 70MW capacity and eventual 100MW target should therefore be regarded as project plans rather than operational capacity already available to Nigerian customers.
That distinction is particularly important in a rapidly expanding infrastructure market where several data-centre projects are being announced at different stages of development.
A New Phase for Nigeria's AI Infrastructure
The proposed AFRIDATA development arrives as Nigeria moves from discussing AI adoption toward building the infrastructure required to support it.
AI applications require more than software and talent.
They need computing power, reliable electricity, cooling, storage, high-speed networks and secure facilities.
The USTDA-backed feasibility study brings those requirements together in a single proposed infrastructure programme.
The planned Lagos facility would provide AI-ready and cloud-enabled capacity, while Delta would provide geographical redundancy.
Together, the facilities could initially deliver 60MW to 70MW and potentially expand to 100MW.
If the project progresses through feasibility, financing and construction, it would add substantial new capacity to Nigeria's digital infrastructure market.
Nigeria's Position in the Regional Digital Economy
Nigeria's large population, expanding digital services sector and concentration of financial and technology companies give it a substantial domestic market for cloud and computing services.
The government is also seeking to develop Nigeria as a regional digital-services hub.
The National Digital Cloud Policy explicitly identifies regional digital services exports as one of its four major priorities and seeks to position Nigeria as a hosting, processing and interconnection hub for West Africa and the wider sub-Saharan African market.
The planned AFRIDATA facilities align with that objective by combining local capacity with a pan-African development model.
If additional centres are later developed elsewhere on the continent, the platform could potentially support cross-border digital services and regional redundancy.
The extent of that opportunity will depend on actual investment, construction and customer uptake.
What Comes Next
The immediate next step is the procurement of the feasibility study.
USTDA's request for proposals gives qualified U.S. firms until October 13, 2026, to submit proposals for the work.
The selected firm will conduct technical and financial assessments and help determine the most commercially and technically appropriate development strategy.
The study will also assess regulatory issues and requirements for implementation financing.
Those findings will be important in determining whether the proposed infrastructure moves toward full development and how the two centres are ultimately designed.
For Nigeria's technology sector, the process will be closely connected to other developments, including Project BRIDGE's fibre expansion, the National Digital Cloud Policy, local hosting requirements and the rapid growth of AI applications.
From Data Centres to Digital Economic Infrastructure
The significance of the proposed project extends beyond server rooms.
Data centres increasingly function as foundational infrastructure for digital economies.
Banks depend on them to process financial transactions.
Telecommunications companies use them to operate digital platforms.
Government agencies need them for electronic services.
AI companies require them for training and inference.
Businesses use cloud platforms to store information and run applications.
Consumers ultimately depend on the same infrastructure whenever they use digital payments, online platforms, streaming services, mobile applications or other connected services.
That makes reliable data-centre capacity increasingly important to economic activity.
The proposed Lagos and Delta facilities are being designed around this wider role.
A Test of Nigeria's Infrastructure Ambitions
Nigeria has set ambitious targets for cloud infrastructure, fibre connectivity, AI adoption and digital services.
The AFRIDATA project provides one potential physical infrastructure component of that strategy.
Its success will depend on factors including power availability, financing, customer demand, connectivity, regulatory approvals, construction and the ability to operate the facilities at international standards.
The feasibility study is intended to test many of those assumptions before major implementation decisions are made.
The USTDA's involvement therefore represents an early but significant stage in the proposed development.
It provides funding for the technical work needed to determine whether the planned infrastructure can move from a concept into a bankable project.
A Potential New Computing Hub
For now, the two proposed facilities remain under development.
But the scale of the plan — 60MW to 70MW initially, with an eventual combined target of 100MW — places the proposal among the larger data-centre infrastructure initiatives being considered in Nigeria.
The planned combination of AI-ready computing, cloud services, conventional colocation and disaster recovery reflects the changing requirements of the country's digital economy.
Lagos would serve as the primary hub, while Delta would provide geographic separation and redundancy.
The project would also form the first Nigerian phase of INFRAGORA's planned pan-African AFRIDATA platform.
The USTDA-backed feasibility study will now examine whether the technical design, market demand, financing structure and regulatory environment can support the next phase.
For Nigeria, the development comes at a time when digital infrastructure is becoming increasingly central to financial services, telecommunications, government operations, artificial intelligence and technology entrepreneurship.
For the wider region, it reflects the growing competition to build computing infrastructure closer to African users and businesses.
And for Nigeria's technology sector, the proposed project offers another indication that the country's next stage of digital development will depend not only on applications and startups, but also on the physical infrastructure underneath them.
The next milestones will be determined by the feasibility study, the mobilisation of implementation financing and subsequent engineering and regulatory decisions.
If those stages are successfully completed, the proposed Lagos and Delta facilities could add a new layer of AI-ready computing capacity to Nigeria's digital infrastructure and contribute to the country's ambition of becoming a major regional centre for cloud, artificial intelligence and digital services.
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