Nigeria Moves Towards Unified Digital Health System as Government Targets Connected Medical Records and AI-Ready Healthcare

By Simpson Global Media News Desk

Nigeria is moving towards a unified national digital health system designed to connect medical records, healthcare facilities and health workers, as the Federal Government seeks to replace fragmented digital platforms with an interoperable architecture capable of supporting artificial intelligence and more coordinated healthcare delivery.

The Minister of State for Health and Social Welfare, Dr Iziaq Adekunle Salako, disclosed the direction on October 1 while speaking at the fifth Africa HealthTech Summit in Kigali, Rwanda.

Salako said Nigeria had reached a point where the challenge was no longer simply introducing digital applications into healthcare, but ensuring that the different technologies already operating in the system could communicate with one another.

He said the government was developing a National Digital Health Architecture through the Nigeria Digital in Health Initiative, with the aim of creating a unified, secure and interoperable digital health ecosystem.

The proposed system is expected to include a Health Information Exchange, a Shared Health Record and national registries covering patients, healthcare facilities and healthcare workers.

The objective is to make it possible for authorised health workers to access relevant patient information securely when patients move between facilities, programmes or different levels of healthcare.

Salako also warned that Nigeria and other African countries would struggle to obtain the full benefits of artificial intelligence if they attempted to introduce advanced AI systems without first building reliable digital infrastructure, common standards, trustworthy data and effective governance.

The development represents a significant shift in the country's digital-health strategy.

Rather than treating electronic medical records, telemedicine, disease surveillance platforms and artificial-intelligence tools as separate projects, the government says it wants them to operate within a common national framework.

From separate platforms to one architecture

Nigeria's health sector has experienced rapid growth in digital technology.

Hospitals and health programmes have adopted electronic medical records, telemedicine services, digital registration systems, disease-surveillance platforms and other technology-based tools.

But many of these systems were developed for individual institutions, programmes or projects.

As a result, a patient who visits more than one health facility may encounter systems that cannot exchange information.

A medical record created in one hospital may therefore remain inaccessible to an authorised health worker in another facility unless the patient carries paper documentation or provides the information again.

Salako said the experience had demonstrated that simply digitising individual parts of a fragmented health system did not automatically create an integrated system.

The government is consequently approaching the problem at the architecture level.

“Rather than beginning with another application, Nigeria decided to begin with the architecture,” the minister said at the Kigali summit.

The proposed National Digital Health Architecture is intended to establish common rules and technical foundations for the country's digital-health ecosystem.

The official Nigeria Digital in Health Initiative says its mission is to improve access to quality healthcare regardless of geographic location or socioeconomic status and to digitise Nigeria's healthcare system through a national digital health architecture.

The principle of one patient, one health record

At the centre of the government's digital-health vision is a simple principle: one patient should not effectively become a different patient every time he or she enters a new facility.

Salako described the goal as “one patient, one health record”.

Under such an arrangement, medical information would be capable of following a patient securely between participating healthcare facilities.

The practical implications could be significant.

A patient who receives treatment at a primary healthcare centre and is later referred to a general hospital could have relevant information available to the receiving facility.

A woman who receives antenatal care at one location and later moves to another community could potentially have authorised healthcare workers access relevant records without relying entirely on paper documentation.

Similarly, vaccination histories could remain accessible when families relocate.

The minister said integrated digital systems could help ensure that patients' medical and vaccination records remain available when people move between communities and healthcare facilities.

For health workers, the system could reduce repeated administrative work and make clinical information easier to retrieve.

For policymakers, integrated information could improve planning and resource allocation.

For public-health authorities, connected data could strengthen disease surveillance and help identify emerging patterns.

But those potential benefits depend on successful implementation.

Building the digital foundations

The Federal Government's current approach is not limited to creating a national electronic medical record.

The National Digital Health Architecture is expected to provide the wider framework within which several digital components can operate.

The Nigeria Digital in Health Initiative identifies efficient data exchange, a national electronic medical record for facilities with inadequate or no suitable systems, improved health indicators and stronger workforce management among its objectives.

The official digital-health platform says the initiative is designed to create an ecosystem in which electronic medical records and data-exchange systems can work more effectively across medical facilities.

It also lists a national EMR as part of the planned infrastructure, particularly for facilities that currently have zero, suboptimal or substandard electronic medical record systems.

This distinction is important because digital transformation does not mean every Nigerian hospital must immediately purchase an identical software package.

Instead, interoperability allows different systems to exchange information according to agreed national standards.

That approach can potentially preserve useful investments already made by hospitals, states, development partners and private providers while establishing common rules for how information moves between them.

The new National Health Technology and Data Analytics Office

Nigeria has also created a new institutional mechanism to coordinate digital-health implementation.

In September, the Federal Ministry of Health and Social Welfare said the National Health Technology and Data Analytics Office had been established with presidential approval to strengthen coordination, standardisation and integration of health technology and data systems.

The ministry inaugurated a steering committee for the office at its headquarters in Abuja.

According to the ministry, the office is expected to complement rather than replace the responsibilities of existing departments, agencies, programmes and initiatives.

Its role includes coordinating the implementation of the approved digital-health architecture and encouraging greater collaboration among stakeholders.

The ministry said one of the problems requiring attention is the fragmentation of electronic medical record systems already deployed in health facilities.

Some systems are not interconnected, while others may not operate according to common standards.

The ministry therefore said minimum standards would be needed to ensure that digital solutions adopted by health facilities meet nationally agreed requirements.

The office is also expected to contribute to better use of health data and analytics.

The Permanent Secretary of the ministry, Daju Kachollom, said data analytics should go beyond producing routine reports and should help government anticipate health challenges, identify inequalities, allocate resources more intelligently, measure performance and improve health outcomes.

Why interoperability matters

The word “interoperability” can sound technical, but its effect on healthcare is straightforward.

Different digital systems need to be able to exchange information in a way that allows the receiving system and authorised user to understand and use the information.

Without interoperability, digitalisation can simply create electronic versions of the same silos that existed in paper-based healthcare.

One hospital may have an electronic record.

Another may have a different electronic record.

A state programme may operate a separate database.

A disease-control programme may maintain another platform.

An insurance organisation may have another set of records.

If these systems cannot communicate, healthcare remains fragmented even though computers are being used.

The Federal Government has therefore placed interoperability at the centre of its new approach.

The National Digital Health Architecture is intended to establish common standards and infrastructure capable of connecting these different parts of the health system.

Artificial intelligence comes after the foundation

Artificial intelligence is increasingly being discussed as a major component of future healthcare.

AI systems can potentially assist with clinical decision support, disease surveillance, health-resource planning, medical supply chains and the identification of emerging health risks.

But Salako said African countries should not approach AI as though it can solve weaknesses in basic health-information infrastructure.

His message at the Africa HealthTech Summit was that intelligent healthcare requires reliable foundations.

He said AI cannot compensate for fragmented data, weak standards or systems that cannot communicate.

Before AI can be deployed safely and effectively at scale, countries need interoperable architecture, trustworthy data, cybersecurity, governance and people with the skills to manage the technology.

The argument has particular relevance for Nigeria because the country has a large and geographically dispersed health system.

A sophisticated AI application operating on incomplete or inconsistent data could produce limited value.

A connected national information system, by contrast, could provide the infrastructure on which more advanced tools could eventually operate.

The human side of digital transformation

The government's digital-health programme is ultimately intended to affect people rather than computers.

Salako said the objective should be better healthcare outcomes for ordinary citizens, particularly pregnant women, children and vulnerable populations.

A connected health record could, for example, help a clinician understand a patient's previous treatment history without requiring the patient to remember every detail.

A vaccination record could remain available even after a family moves.

A referral could carry relevant information from one level of healthcare to another.

A policymaker could have better information about where services are being used and where gaps exist.

These are practical outcomes rather than technological achievements in themselves.

The minister therefore said digital transformation should ultimately be measured by how it improves healthcare rather than by the number of applications developed.

Telemedicine and underserved communities

Digital health is also expected to support access to medical expertise in communities where specialist services are limited.

Nigeria has large variations in healthcare availability between urban centres and rural or underserved communities.

Telemedicine can potentially help bridge some of those gaps by connecting patients or frontline health workers with professionals in other locations.

The Federal Ministry of Health has previously identified telemedicine as part of its digital-health strategy, particularly for communities where access to medical professionals is limited.

The national architecture could provide a more consistent foundation for such services.

Instead of every telemedicine programme operating as a separate digital island, services could increasingly connect to wider national health-information systems.

However, connectivity remains a practical requirement.

A digital-health strategy cannot depend solely on high-speed internet in major cities.

It must also work in areas where electricity, network coverage, equipment and technical support can be less reliable.

Rural inclusion remains a major test

The Federal Ministry of Health has explicitly acknowledged the need to ensure that digital transformation does not deepen existing inequalities.

At the September inauguration of the National Health Technology and Data Analytics Office steering committee, Permanent Secretary Daju Kachollom said digital transformation should reduce rather than deepen inequalities, particularly between urban and rural communities and other underserved populations.

That requirement is important because digital systems can create new barriers if they are designed around assumptions that do not match local conditions.

A health facility without reliable electricity may struggle to maintain computer systems.

A clinic with limited connectivity may not be able to depend on continuous internet access.

Health workers may require training before they can use new platforms efficiently.

Patients may also have different levels of access to smartphones and digital services.

A national system therefore needs to accommodate the realities of Nigeria's healthcare environment.

Data security and patient confidentiality

The more healthcare becomes digital, the more important data protection becomes.

Medical records contain highly sensitive information.

A national system capable of connecting millions of records must therefore include strong safeguards against unauthorised access, misuse, theft and accidental disclosure.

The Federal Ministry of Health has identified cybersecurity, data protection, ethical use of artificial intelligence, data governance and patient confidentiality as critical issues in the digital transformation process.

These issues are not secondary technical considerations.

They affect public trust.

Patients need confidence that information given to a health worker will not become freely accessible to unrelated individuals or organisations.

Health workers need clear rules on who can access records and for what purposes.

Administrators need systems that can track access and identify inappropriate activity.

Policymakers need governance arrangements that define responsibility when something goes wrong.

The scale of a national system makes these questions more important, not less.

National registries

Another component of the proposed architecture is the development of national registries.

The government has identified registries for patients or health clients, healthcare facilities and healthcare workers as part of the digital infrastructure.

These registries can provide common reference points across the health system.

A national facility registry, for example, could help establish where healthcare facilities are located and what services they provide.

A health-worker registry could support workforce planning and information about healthcare personnel.

A patient or health-client registry could help create a consistent identity for individuals interacting with different parts of the healthcare system.

The government's previous health-sector planning documents describe these registries as foundational components of the wider digital-health architecture.

Better information for health planning

One of the less visible benefits of digital health is the possibility of improving government planning.

Healthcare decisions depend on information.

Authorities need to know where disease burdens are concentrated, where medicines are running short, which facilities are functioning, how many health workers are available and where patients are receiving care.

If information is incomplete or arrives late, planning becomes more difficult.

Kachollom said the effective use of data analytics should allow government to anticipate health challenges, identify inequalities, allocate resources more intelligently and measure performance.

A connected digital system could therefore become a planning tool as well as a clinical tool.

The same infrastructure that helps a doctor retrieve a patient's history could eventually help policymakers understand patterns across populations, provided the data is appropriately aggregated, protected and governed.

Disease surveillance

Public-health surveillance is another area where connected information could have implications.

Nigeria regularly monitors infectious diseases and other health threats through different reporting systems.

A more integrated digital environment could allow information from different facilities and programmes to be combined more efficiently.

That could help public-health authorities identify unusual patterns earlier and coordinate responses.

Salako said policymakers should eventually be able to use better information to identify emerging diseases, medicine shortages, resource needs and interventions that are producing results.

The value of such systems would depend heavily on data quality.

Incomplete reporting or inconsistent definitions could undermine the usefulness of an otherwise sophisticated platform.

This is why the government's emphasis on standards is closely linked to its digital-health ambitions.

The challenge of existing systems

Nigeria is not starting from zero.

Digital health projects already exist across federal institutions, states, hospitals, development programmes and private organisations.

Some facilities have electronic medical records.

Others continue to depend substantially on paper.

Some states have developed digital-health initiatives.

Development partners have also supported specific digital programmes.

The challenge is bringing these investments into a coherent national ecosystem without simply discarding systems that already work.

The Federal Ministry of Health's approach is therefore focused on coordination and standards.

The National Health Technology and Data Analytics Office is expected to help coordinate existing efforts, while the National Digital Health Architecture provides the framework for integration.

This approach could also reduce duplication.

If several organisations independently develop platforms for similar functions, resources can be spread across multiple systems.

A common architecture can establish the technical standards that allow useful tools to operate within the same ecosystem.

The cost of transformation

Digital transformation requires substantial investment.

The government has previously estimated that Nigeria would need about N500 billion over five years to scale the digital-health infrastructure required to modernise healthcare delivery and support universal health coverage.

The figure was disclosed by Salako at the sixth Africa Digital Health Summit in Abuja in June 2026.

That investment would cover more than software.

Digital health requires devices, connectivity, electricity, servers or cloud infrastructure, cybersecurity, technical support, training, data governance, maintenance and system upgrades.

It also requires institutions capable of managing the infrastructure over many years.

The financial challenge is therefore one of sustainability as much as initial deployment.

The risk of fragmented donor projects

Nigeria's health sector has received substantial support from international development partners over the years.

Digital technology has been part of many of those interventions.

Such programmes can introduce valuable innovations, but they can also create parallel platforms if projects are designed independently.

Salako urged development partners to ensure that their investments strengthen national systems rather than creating parallel structures.

He said support should leave behind stronger institutions, local technical capacity and sustainable infrastructure that governments can maintain after individual projects or grants end.

That principle is central to the government's current architecture-first approach.

A successful digital-health project should ideally contribute to the national system rather than becoming another isolated platform.

Developing local expertise

Technology infrastructure is only as strong as the people who maintain and use it.

Nigeria will require health informatics specialists, software engineers, data analysts, cybersecurity professionals, health administrators, clinicians and policymakers who understand digital systems.

The government's digital-health strategy therefore includes workforce development alongside infrastructure.

The Nigeria Digital in Health Initiative identifies stronger healthcare workforce management through digital tools and analytics as one of its objectives.

Salako also urged African countries to develop local capabilities rather than becoming dependent entirely on imported health technology.

That includes participating in the development of standards and governance frameworks.

It also includes developing local businesses capable of building and maintaining health technology.

Opportunities for Nigerian health-tech companies

A national digital-health architecture could create opportunities for Nigeria's growing health-tech sector.

Startups and established technology companies are already developing tools for electronic records, telemedicine, logistics, diagnostics, payments and other healthcare functions.

A common national framework could give such companies clearer standards within which to build.

It could also create opportunities to connect private-sector innovations with public healthcare systems.

The government has said the National Health Technology and Data Analytics Office will work with private-sector stakeholders.

At the September steering committee inauguration, Beniji Yusuf said the private sector had demonstrated willingness to partner with government and pledged support for the national initiative.

For businesses, however, integration with national systems may require compliance with technical and data-protection requirements.

That could raise development costs in the short term while improving consistency across the sector.

Artificial intelligence and clinical decision-making

The debate around AI in healthcare extends beyond administrative systems.

AI tools can potentially assist clinicians with certain tasks, including analysing information, identifying patterns and supporting decision-making.

But these systems require high-quality data and careful governance.

Salako's warning that AI cannot compensate for fragmented data is therefore particularly relevant to clinical applications.

If patient information is incomplete, inconsistent or inaccessible, AI tools may not have the information needed to function effectively.

There are also questions about accountability.

A digital system may assist a clinician, but responsibility for medical decisions remains a critical issue requiring clear professional and legal frameworks.

The government has therefore emphasised ethical governance alongside technological development.

Health financing and digital information

Digital health can also influence healthcare financing.

Accurate information about services delivered, patients treated and resources used can support better planning and financial management.

The Federal Government has said digital transformation can support healthcare financing as part of the wider Nigeria Health Sector Renewal Investment Initiative.

For health insurance systems, reliable digital records can also help with claims management and verification.

For government, better information could make it easier to understand where public resources are going.

For providers, integrated systems could potentially reduce some administrative duplication.

But these benefits again depend on data accuracy and the ability of different systems to communicate.

The importance of standards

A national digital-health system requires more than a national website or database.

It requires standards that define how information is recorded, exchanged, protected and interpreted.

If one system records a patient's information differently from another, connecting them may be difficult.

National standards can establish common technical requirements.

The Federal Ministry of Health has already identified minimum standards for digital-health solutions as a priority.

The ministry said some existing electronic medical record systems are not interconnected or sufficiently standardised and that minimum standards are needed to improve interoperability.

The implementation of such standards will be one of the practical tests of the government's new digital-health institutions.

What the government wants to achieve

The official Nigeria Digital in Health Initiative presents the long-term ambition in broad terms.

Its stated mission is to improve access to quality healthcare regardless of location or socioeconomic status.

The programme says it is working towards a national digital health architecture, national EMR capacity, efficient data exchange and stronger health outcomes.

The platform currently lists aspirations including more than 720 health facilities digitised, 2.5 million healthcare workers empowered, 125 million patients benefiting and more than $50 billion in healthcare investments enabled. These are stated programme aspirations rather than independently verified national outcomes.

That distinction is important.

The architecture and institutions are being developed, but the ultimate impact will depend on implementation across Nigeria's diverse health system.

From policy to implementation

The Federal Government has already taken several institutional steps.

The National Digital Health Architecture has received endorsement through the National Council on Health.

The National Health Technology and Data Analytics Office has been established.

A steering committee has been inaugurated.

The government has continued to promote the Nigeria Digital in Health Initiative.

And the health minister has now placed the architecture-first approach at the centre of Nigeria's message on AI and digital transformation at an international African health forum.

The next stage is implementation.

That means translating standards into operating systems.

It means getting facilities to adopt compatible technology.

It means training health workers.

It means connecting facilities that currently operate independently.

It means protecting patient information.

It means ensuring rural facilities are not excluded.

And it means establishing sustainable financing for infrastructure and maintenance.

A test for federal and state cooperation

Healthcare delivery in Nigeria involves both federal and state institutions, as well as local government structures and private providers.

A national digital-health architecture therefore cannot be implemented by the Federal Ministry of Health alone.

States operate many healthcare facilities and have their own information systems and policies.

Private hospitals and health-tech companies also form a significant part of the healthcare ecosystem.

The success of interoperability will consequently depend on cooperation across these institutions.

The Federal Ministry has said the National Health Technology and Data Analytics Office is intended to promote collaboration among public and private institutions and coordinate implementation of the national architecture.

The scale of the task means that coordination will be essential.

Protecting patients while expanding access

There is also a balance to maintain between data sharing and privacy.

A connected record can be valuable because relevant information becomes available to authorised healthcare workers.

But the same connectivity can increase the consequences of poor security.

The government has therefore identified patient confidentiality, cybersecurity and data protection as essential elements of the architecture.

A national system will need strong access controls, authentication, audit mechanisms and clear rules governing the use of data.

Patients should also be able to understand how their health information is used.

Public confidence could determine whether people embrace digital health services.

The broader African context

Salako's remarks in Kigali were not limited to Nigeria.

The fifth Africa HealthTech Summit brought together health and technology stakeholders from across the continent to discuss how African health systems can become more sustainable and intelligent.

The summit ran from September 30 to October 2, 2026, at the Kigali Convention Centre, with digital infrastructure, primary healthcare, artificial intelligence, sexual and reproductive health, non-communicable diseases and other health-system issues among its themes.

Nigeria's experience is part of a wider African challenge.

Many African countries have introduced digital-health innovations, but these often operate at programme or project level.

The next stage is connecting successful innovations to national systems.

Salako argued that Africa should not merely consume imported health technology but should participate in setting standards, governing health data and building local expertise.

Technology must serve healthcare

The government's message comes at a time when artificial intelligence is attracting increasing attention across the healthcare industry.

But the Nigerian position is that technological sophistication should not become the main measure of progress.

The purpose of digital transformation is to improve care.

A pregnant woman should benefit because relevant information reaches the right health worker at the right time.

A child should have a vaccination history that remains accessible when the family moves.

A doctor should have appropriate information when making a clinical decision.

A health administrator should have reliable information for planning.

A policymaker should be able to identify gaps in services.

These are the practical outcomes against which digital health will eventually be judged.

What happens next

The immediate task is to move from architecture and policy to implementation.

The National Health Technology and Data Analytics Office is expected to coordinate the wider digital-health agenda.

The National Digital Health Architecture provides the framework.

The Nigeria Digital in Health Initiative provides a platform for implementation.

Health facilities, states, private-sector companies and development partners will have to align their systems with the emerging national standards.

The government will also need to continue investing in infrastructure, cybersecurity and human capacity.

At the same time, digital systems already operating in the country will need to be assessed and progressively connected where appropriate.

The process is unlikely to be instantaneous.

Nigeria's healthcare system is large, diverse and unevenly digitised.

Some facilities are already using sophisticated electronic systems.

Others remain heavily dependent on paper.

Bringing them into one ecosystem will require phased implementation and sustained financing.

A potential turning point for Nigerian healthcare

The Federal Government's latest digital-health announcement represents an attempt to address one of the less visible problems in modern healthcare: information fragmentation.

Hospitals can have computers without having connected records.

Health programmes can collect data without being able to exchange it.

Patients can have multiple medical histories stored in different locations.

Governments can receive large quantities of health data without having the tools to turn it into timely decisions.

The architecture-first strategy seeks to address those problems at the system level.

Its central proposition is that Nigeria needs connected infrastructure before it can fully exploit advanced technologies such as artificial intelligence.

That approach places interoperability, data governance, cybersecurity and human capacity alongside innovation.

The road to an AI-ready health system

Nigeria's health sector is therefore entering a phase in which digital transformation is being framed less as a collection of individual projects and more as national infrastructure.

The government wants electronic medical records to communicate.

It wants health information to move securely between facilities.

It wants national registries to improve the understanding of patients, facilities and health workers.

It wants telemedicine to support access.

It wants data analytics to strengthen planning.

And it wants the underlying architecture to be strong enough to support responsible use of AI.

Whether those ambitions become reality will depend on implementation, financing, standards, workforce readiness, connectivity, cybersecurity and cooperation across the health system.

For now, however, the direction is clear.

At the Africa HealthTech Summit in Kigali, Nigeria's Minister of State for Health and Social Welfare made the case that the country cannot build an intelligent health system by simply adding more applications to an already fragmented environment.

The government wants the foundations connected first.

The National Digital Health Architecture, Health Information Exchange, Shared Health Record and national registries are intended to provide that foundation, while the National Health Technology and Data Analytics Office is being positioned to coordinate implementation.

The ultimate test will be whether those systems make healthcare more continuous for patients, more useful for health workers and more responsive to the needs of communities.

For Nigeria, the digital-health agenda is therefore moving into a phase where architecture, governance and implementation matter as much as innovation.

And as artificial intelligence becomes increasingly prominent in medicine, the country's health authorities are arguing that the most important technology may first be the infrastructure that allows information to move safely, accurately and usefully through the health system.

That is the foundation on which Nigeria's proposed digital healthcare future will be built.