Nigeria Records First Tele-Robotic Surgery In West Africa As Surgeon Operates Remotely On Kidney Cancer Patient

JD GLOBAL MEDIA | SOUTH AFRICA

Published: 20 September 2026

NIGERIA CROSSES A NEW FRONTIER IN MEDICAL TECHNOLOGY

Nigeria has recorded what the institutions involved describe as the country’s first tele-robotic surgery, marking a significant development in the use of advanced medical technology to deliver specialist surgical care across geographical distances.

The procedure was carried out in real time through a collaboration involving Redeemer’s Health Village, RoboMed Global and Nisa Premier Hospital in Abuja. The surgeon controlled a robotic surgical system from a separate location while the patient remained inside an operating theatre in Abuja.

The operation involved a robot-assisted right radical nephrectomy, a procedure in which the affected kidney is removed. In this case, the kidney was affected by a cancerous tumour.

The operation was conducted on Saturday and was subsequently presented as a major demonstration of how remote surgical technology could connect specialist expertise with patients who may not be physically located in the same city as the surgeon.

The development is particularly significant because the procedure was not simply robotic-assisted surgery performed in the conventional sense. The defining feature was the separation between the surgeon's console and the patient.

Tele-robotic surgery allows a surgeon to control robotic instruments from another location through a telecommunications connection. Instead of the surgeon standing directly beside the patient, commands made at the remote console are translated into precise movements by robotic instruments positioned around the patient.

The Nigerian procedure therefore demonstrated a model in which specialised surgical knowledge can potentially travel electronically even when the specialist cannot travel physically.

The medical team said the patient was in good condition after the operation and was expected to be discharged within about 24 hours. The procedure lasted approximately three hours, with short pauses during the operation to ensure that the equipment and associated systems were functioning properly.

HOW THE REMOTE OPERATION WORKED

The procedure used a Toumai robotic surgical system.

At the remote location, the surgeon operated from a robotic console. At Nisa Premier Hospital in Abuja, the patient was positioned in the operating theatre while the robotic equipment carried out the physical movements required for the operation.

The surgeon remained responsible for the surgical decisions and movements. The robot did not independently decide where to cut, what tissue to remove or how to conduct the procedure.

Instead, the system acted as an advanced surgical interface between the surgeon and the patient.

This distinction is important when discussing robotic medicine because the word "robotic" can create the impression that a machine is independently performing an operation.

That is not what occurred.

The surgeon controlled the system, while the technology was used to translate the surgeon's movements into highly precise instrument movements at the patient’s location.

The system also provides magnified visual information that can help surgeons work with greater precision during minimally invasive procedures.

The technology therefore combines several components: a surgeon, a robotic platform, high-quality visualisation, specialised surgical instruments and a reliable telecommunications connection.

All of these components have to function together.

A failure in communication, equipment, power supply or clinical support at the patient’s location could potentially interrupt the procedure. For that reason, the Nigerian team emphasised the importance of technical preparation and reliable connectivity.

The operation included brief pauses to confirm that the equipment and systems remained functional. That approach illustrates one of the central challenges of telesurgery: the technology must be treated as part of a larger clinical safety system rather than as a stand-alone machine.

THE PATIENT WAS IN ABUJA WHILE THE SURGEON OPERATED REMOTELY

One of the most notable aspects of the operation was the physical distance between the surgical team and the patient.

The patient remained at Nisa Premier Hospital in Abuja, while the surgical console used by the remote surgeon was at Redeemer’s Health Village.

Reports from the participating institutions described the distance as roughly hundreds of kilometres, illustrating the possibility of delivering specialised surgical expertise without requiring the patient to travel to the location of the specialist.

That has potentially important implications for a country as geographically large as Nigeria.

Specialist medical services are not distributed evenly across the country. Major cities have a concentration of specialist doctors, advanced hospitals, diagnostic equipment and surgical facilities, while patients in other areas may have fewer options for complex treatment.

In a conventional healthcare model, a patient may therefore need to travel to another city to find an appropriately trained specialist.

Tele-robotic surgery introduces another possibility.

Instead of moving the patient or surgeon, some elements of the medical service can potentially be connected digitally.

The Nigerian procedure provided a real-world demonstration of that concept.

However, the achievement does not mean that remote surgery can immediately replace conventional specialist care across Nigeria.

Telesurgery requires a suitable robotic platform, trained surgical professionals, technical personnel, reliable connectivity, a properly equipped operating theatre, anaesthesia services, emergency support and medical teams capable of responding immediately if something unexpected happens.

It also requires regulatory, legal and clinical frameworks capable of dealing with remote procedures.

The operation therefore represents not only a technological development but also a test of how healthcare institutions can coordinate multiple disciplines around a new form of medicine.

A KIDNEY CANCER OPERATION AT THE CENTRE OF THE MILESTONE

The procedure performed was a right radical nephrectomy.

A radical nephrectomy involves removing a kidney, commonly as part of treatment for certain kidney cancers. In this case, the operation was performed because the kidney contained a cancerous tumour.

The complexity of the procedure made it particularly relevant to the demonstration of remote surgical capability.

The surgeon leading the operation was Professor Obi Ekwenna-Davis, a specialist in urology and transplantation and co-founder of RoboMed Global.

The team said the patient was in good condition after the procedure and expected to leave the hospital within approximately 24 hours.

The relatively short expected hospital stay was also highlighted by the medical team as an example of the potential benefits associated with minimally invasive robotic procedures.

However, recovery time varies according to the individual patient, the exact procedure, underlying medical conditions and postoperative progress. Robotic technology does not eliminate the normal risks associated with major surgery.

For patients, the central issue remains whether a particular procedure is medically appropriate, rather than whether it is performed using a robot.

WHY THE DEVELOPMENT MATTERS FOR NIGERIA

Nigeria has a large population and a healthcare system that continues to face challenges involving access to specialist treatment, infrastructure, medical workforce capacity and the movement of patients seeking advanced procedures.

The country has also experienced significant medical tourism, with some Nigerians travelling outside the country for specialised treatment.

The new tele-robotic capability is being presented by the participating institutions as one possible way of keeping more complex procedures within Nigeria.

The logic is straightforward.

If specialist surgeons can work remotely with hospitals equipped with robotic technology, patients may not always need to travel abroad or even travel to another Nigerian city to access particular forms of expertise.

The extent to which that becomes practical will depend on cost, infrastructure, training, regulation and the availability of specialists.

The technology itself does not automatically make advanced surgery affordable.

Robotic surgical systems require substantial investment, maintenance, specialised staff and ongoing technical support.

Hospitals must also develop systems for patient selection, equipment maintenance, cybersecurity, emergency response and staff training.

Nevertheless, the successful demonstration provides Nigerian medical institutions with experience that can be used to develop those systems.

MEDICAL TOURISM AND THE QUESTION OF LOCAL CAPACITY

The participating institutions have linked robotic and tele-robotic surgery to Nigeria’s wider effort to improve domestic specialist healthcare.

For years, medical tourism has represented an important challenge for Nigeria because patients who can afford it have sometimes travelled abroad for procedures they believe are unavailable, more accessible or more advanced outside the country.

The introduction of robotic surgery does not by itself solve that problem.

A sustainable reduction in medical tourism would require a broader healthcare ecosystem capable of providing high-quality diagnostics, surgery, specialist consultations, medicines, rehabilitation and follow-up care.

But advanced surgical technology can form one part of that ecosystem.

The latest procedure demonstrates another important principle: equipment alone is not enough.

The operation required surgeons, nurses, biomedical engineers, technical personnel, hospital administrators and communications infrastructure.

The team involved has therefore announced plans for a robotic academy designed to train medical professionals in the technology.

According to the participating institutions, the academy aims to train at least 150 surgeons over the next two years.

The proposed training programme is significant because the long-term value of robotic surgery depends heavily on human capacity.

A country can purchase advanced equipment relatively quickly. Developing enough experienced professionals to use, maintain and teach the technology takes considerably longer.

TRAINING COULD BECOME THE NEXT MAJOR CHALLENGE

The introduction of telesurgery creates a new category of healthcare skills.

Surgeons need to understand robotic systems in addition to their conventional medical training.

Operating theatre nurses need to understand the equipment and how it interacts with established surgical procedures.

Biomedical engineers need to be capable of maintaining sophisticated systems.

Information technology specialists become part of the clinical infrastructure because communication networks can directly affect the operation.

Hospitals also need technicians who can identify and address equipment problems rapidly.

This means that the development of tele-robotic surgery could create demand for a multidisciplinary workforce.

The proposed training academy is intended to address some of this need.

The participating institutions have called for government support, including possible sponsorship and scholarships for Nigerian doctors, nurses and biomedical engineers who want to receive robotic surgery training.

If implemented at scale, such programmes could help build a domestic pool of professionals capable of supporting robotic surgery beyond a small number of specialist hospitals.

CONNECTIVITY IS A MEDICAL ISSUE IN TELESURGERY

One of the most important lessons from remote surgery is that internet and telecommunications infrastructure can become part of the clinical environment.

In ordinary healthcare, a weak internet connection may be an inconvenience.

In telesurgery, communication reliability can become a safety consideration.

The surgeon’s commands must be transmitted rapidly and consistently to the robotic system.

The visual information coming from the operating theatre must also reach the surgeon in a form that allows accurate decision-making.

Latency, interruptions or technical instability therefore require careful management.

The Nigerian team said measures had been put in place to address possible connectivity challenges through reliable networks.

The institutions also acknowledged that factors including equipment quality, connectivity and weather conditions could affect the reliability of remote surgical operations.

This means that the expansion of telesurgery in Nigeria will involve more than installing robots in hospitals.

It will require investment in resilient communications infrastructure, backup systems and technical support.

THE ROLE OF THE ROBOT

The robotic system used during the procedure should not be viewed as an autonomous doctor.

The machine does not diagnose the patient, decide whether surgery is necessary or independently determine how an operation should be performed.

Those decisions remain the responsibility of medical professionals.

The value of robotic technology lies in its ability to provide surgeons with an advanced interface and precise mechanical instruments.

In conventional laparoscopic surgery, instruments are inserted through small openings and manipulated by the surgeon.

Robotic systems can provide greater instrument articulation and magnified visualisation while allowing surgeons to control the instruments from a dedicated console.

In telesurgery, the same basic concept is extended over a telecommunications connection.

The surgeon controls the instruments from another location.

The Nigerian procedure therefore brought together two technologies: robotic surgery and remote telecommunications.

WHAT THIS COULD MEAN FOR PATIENTS OUTSIDE MAJOR CITIES

Nigeria’s population is spread across urban centres, smaller cities, rural communities and remote areas.

Specialist surgeons, however, tend to be concentrated in major medical centres.

That geographic imbalance can create delays.

A patient may have to travel long distances for specialist consultation, diagnostic procedures or surgery.

In the future, a network of hospitals equipped with robotic systems could potentially allow specialists to support procedures in multiple locations.

A surgeon based in one city could theoretically provide remote assistance to a properly equipped hospital elsewhere.

However, such a system would still require local doctors and healthcare teams at the patient’s location.

Tele-robotic surgery does not eliminate the need for doctors physically present with the patient.

Anaesthetists, nurses, technicians and other clinicians remain essential.

There must also be a plan for managing emergencies that cannot be resolved remotely.

The technology can extend specialist expertise, but it does not remove the need for a complete medical team.

NISA PREMIER HOSPITAL’S ROLE

Nisa Premier Hospital in Abuja has already developed robotic surgery capacity and has been operating as a centre for robotic-assisted procedures.

The hospital’s existing surgical services include urology, kidney surgery and other specialist areas.

The successful tele-robotic operation therefore builds on an existing technological and clinical foundation rather than beginning from zero.

The hospital has also described its robotic surgery programme as one in which the surgeon remains in complete control of the procedure.

That distinction is important because patients need to understand that robotic-assisted surgery remains human-led medicine.

The robot is a tool controlled by trained medical professionals.

The tele-robotic procedure adds the additional layer of remote control.

REDEEMER’S HEALTH VILLAGE AND THE EXPANSION OF ROBOTIC CARE

Redeemer’s Health Village is a 300-bed multispecialty hospital established by the Redeemed Christian Church of God.

The facility has positioned advanced medical technology as part of its healthcare development strategy.

Its collaboration with RoboMed Global and Nisa Premier Hospital illustrates another trend in modern healthcare: partnerships between hospitals, technology companies and specialist medical professionals.

No single institution necessarily has to provide every component.

One institution can provide the surgical platform, another can provide the patient and operating theatre, while specialist teams and technology partners contribute expertise.

The success of the latest procedure shows how such collaboration can be used to create services that would be difficult for one institution to develop independently.

THE NEXT TWO YEARS COULD BE CRITICAL

The announcement of a target to train 150 surgeons over two years places the focus on what happens after the first successful demonstration.

The first operation establishes that the technology can be used.

The larger question is whether the model can become sustainable.

That will depend on several factors.

The first is training.

More surgeons need experience with robotic systems.

The second is infrastructure.

Hospitals need operating theatres, reliable power, telecommunications networks and equipment maintenance.

The third is affordability.

Advanced surgery must become financially accessible to more patients if it is to have a broad public-health impact.

The fourth is regulation.

Remote medical procedures require clear rules governing responsibility, patient consent, data protection, professional licensing and emergency intervention.

The fifth is cybersecurity.

Because telesurgery relies on digital communication, healthcare institutions must protect their systems from unauthorised access and technical interference.

These issues will become increasingly important if remote surgery expands beyond demonstration procedures.

CYBERSECURITY AND PATIENT SAFETY

The connection between medicine and digital technology creates new responsibilities.

A hospital operating a tele-robotic system has to consider not only surgical risks but also technological risks.

Patient information must be protected.

Communication channels must be secured.

Systems need redundancy.

Technical teams need procedures for responding to interruptions.

There must also be clear protocols explaining what happens if communication is temporarily lost during a procedure.

These considerations are not unique to Nigeria. They are part of the wider global debate around connected medical devices and remote healthcare.

The Nigerian experience could therefore contribute to the country's development of standards for future telesurgery programmes.

A POTENTIAL NEW MODEL FOR AFRICAN HEALTHCARE

The significance of the procedure extends beyond Nigeria.

If the technology can eventually be deployed safely and economically across multiple African countries, it could help address one of the continent’s long-standing challenges: uneven access to highly specialised medical professionals.

African countries have different levels of healthcare infrastructure, specialist availability and technology investment.

A regional network of advanced hospitals could potentially allow specialist expertise to be shared across borders.

However, cross-border telesurgery would introduce additional questions about medical licensing, jurisdiction, liability, data protection and patient consent.

Those issues would have to be resolved before such systems could become routine.

For now, Nigeria’s achievement is an early demonstration of what could become a larger regional healthcare model.

FROM A SINGLE OPERATION TO A BROADER HEALTHCARE STRATEGY

The first tele-robotic operation should therefore be viewed within the larger development of Nigeria’s medical technology sector.

Robotic surgery is one part of a broader transformation that includes digital health records, telemedicine, artificial intelligence, advanced imaging, remote consultations and technology-assisted diagnosis.

The common feature is the use of technology to extend the capabilities of healthcare professionals.

The latest procedure shows how far that concept can go.

Instead of simply allowing a doctor to speak with a patient remotely, the technology allowed a surgeon to control instruments during an actual operation while the patient was located elsewhere.

That represents a much more demanding level of technological integration.

WHAT HAPPENS NEXT

The immediate priority will be to assess the outcome of the procedure and build experience from future cases.

The medical team has indicated that the patient was doing well following the operation.

The proposed robotic academy is also expected to play an important role in developing the next generation of specialists.

If more surgeons, nurses and engineers are trained, the technology could gradually move from being associated with a small number of pioneering procedures to becoming part of a wider specialist healthcare system.

At the same time, hospitals and regulators will need to ensure that expansion does not move faster than safety systems.

Every telesurgery procedure involves a patient whose safety must remain the central consideration.

Technology can increase precision and expand access, but it cannot remove the need for careful patient selection, experienced clinicians, reliable infrastructure and emergency preparedness.

A NEW CHAPTER FOR SPECIALIST HEALTHCARE IN NIGERIA

Nigeria’s first reported tele-robotic surgery represents a notable intersection of medicine, engineering and telecommunications.

A patient in Abuja received a complex kidney operation while the surgeon controlled the robotic system remotely.

The operation lasted approximately three hours, included technical checks during the procedure and was followed by a report that the patient was in good condition and expected to be discharged within about a day.

The institutions involved now face the more difficult task of turning a successful demonstration into a sustainable healthcare capability.

That means training professionals, maintaining equipment, strengthening digital infrastructure, establishing safety protocols and ensuring that advanced treatment remains accessible.

The proposed target of training 150 surgeons within two years provides an indication of the scale of the ambition.

If that training programme develops as planned, the impact could extend beyond the operating room.

It could create a larger pool of Nigerian surgeons familiar with robotic systems, technicians capable of maintaining them and healthcare institutions capable of supporting advanced minimally invasive procedures.

The longer-term significance will ultimately depend on how widely the technology can be deployed and how many patients can safely benefit from it.

For now, the operation has demonstrated something that was previously difficult to imagine in routine Nigerian healthcare: a specialist surgeon can be separated from the patient by hundreds of kilometres while remaining directly connected to the surgical procedure through robotic technology.

That development places Nigeria among the countries exploring how remote surgery could reshape access to specialised medical care.

The next stage will determine whether the milestone remains a landmark demonstration or becomes the foundation of a broader transformation in how complex surgery is delivered across Nigeria and, potentially, other parts of Africa.