By Patrick Wemambu
Surgery without borders. From scalpel to joystick. Those were a few of the headlines announcing the chronicled milestone recorded by Nigeria less than a fortnight ago when the country made medical history by successfully performing its foremost telerobotic surgery. This doubled as West Africa’s first also – across a 500-kilometer distance between Ogun State and Abuja.
The victorious robot-assisted right radical nephrectomy performed on September 19, 2026, was more than a technological marvel. It remains a profound metaphor for what is possible when vision, private investment, and tenacious medical talents converge in a landscape often overshadowed by systemic decay.
Led by Obi Ekwenna-Davis – a renowned board-certified urologic and transplant surgeon – the procedure bridged the physical chasm between the Redeemer’s Health Village (RHV) in Mowe, Ogun State, and a patient waiting at NISA Premier Hospital in Abuja. What happened? Operating from a Chinese-made Toumai robotic console, the lead surgeon moved his hands in Ogun State while robotic arms translated those precise maneuvers in an Abuja operating room.
How did it work? The robot-assisted right radical nephrectomy was a 3-hour operation using high-speed satellite internet to translate the surgeon’s hand movements in real time. A professor of renal transplantation at the University of Toledo, Ohio, USA, specializing in robotics and kidney cancer surgery – Ekwenna-Davis is a Co-Founder of RoboMed Global.
Speaking after the surgery, the specialist physician emphasized the significance of the achievement, saying: “Distance should never decide who receives safe surgery; this is what safe and trusted surgery looks like.” He confirmed that the patient was in good condition and expected to be discharged within 24 hours.
Needless to say, this collaborative triumph – tied together by RHV, RoboMed Global, and NISA Premier Hospital – is a remarkable testament that Nigerian medical expertise is fully primed for the frontiers of global medicine. Talking about bridging the distance while ushering in a new dawn for Nigerian healthcare.
Strikingly enough, it requires reiterating that the operation marked the first successful collaboration between two hospitals in different parts of Nigeria to deliver surgical care through telesurgery. Indications point to plans which are said to be underway to establish a Robotic Academy to train at least 150 surgeons within two years in the nation, ensuring the sustainability of the innovation.
In his contributions, Dr. Adedamola Dada, CEO of RHV, described the procedure as a demonstration that Nigerians can now access modern healthcare without travelling abroad. He stressed that robotic surgery would help reduce medical tourism by making complex procedures available locally.
Enthusiastically, Dr. Ibrahim Wada, CEO and Founder of NISA Premier Hospital, hailed the collaboration as proof of what Nigerian institutions can achieve when they work together. This is just as RHV Board Chairman, Dr. Kunle Onakoya called the procedure “historic,” tasking stakeholders to recognize their role in advancing healthcare innovation.
As a backgrounder, Redeemer’s Health Village, a faith-based 300-bed multispecialty hospital established by the Redeemed Christian Church of God, has now positioned Nigeria as a pioneer in robotic surgery within West Africa.
Why is this breakthrough significant for the future of healthcare both in Nigeria and the sub-region? The historic telerobotic surgery performed by Prof. Ekwenna-Davis marks a major leap forward for telemedicine, moving it from a tool used only for talking to patients to one used for performing actual medical procedures.
The key implications are myriad. First is the essence of overcoming the medical ‘Brain Drain Syndrome.’ Sub-Saharan Africa, particularly Nigeria, has lost thousands of doctors to migration (often called the Japa wave). Second is what might be designated as global expertise, local impact. Highly skilled diaspora surgeons can now operate on patients back home without needing to board a plane.
Third is border consistency. A specialist in Ohio, London, or Lagos can provide identical, high-level surgical care to a patient anywhere in the country. Fourth is democratizing access to specialized care. Rural and underserved communities often completely lack advanced surgical specialists.
Now, the eureka moment has come. Fifth, hub-and-spoke medical networks. Centralized tech hubs (like Redeemer’s Health Village) can now partner with smaller regional clinics. Sixth, zero travel burden. Critically ill patients no longer need to endure long, dangerous, and expensive road trips to major cities for specialized operations.
Seventh, laying the infrastructure blueprint. The success of the 3-hour operation proves that modern, commercial technology can support high-risk medical procedures in developing regions. Eight, connectivity is key. By successfully using Starlink satellite internet paired with MTN fiber backup, the procedure created a reliable template for low-latency data transmission.
Ninth, reshaping surgical training. The integration of robotic consoles creates an entirely new way to train the next generation of West African doctors. Tenth, dual-console mentorship. A trainee surgeon can operate a local robot while a master surgeon observes and takes control remotely from hundreds of miles away if needed.
Concluding, despite proving that Nigerian medical expertise is fully primed for the frontiers of global medicine – yet this triumph exposes a few glaring contradictions. While private initiative and millions of dollars in private-sector infrastructure can execute zero-latency miracles across half a country, our public health governance remains shackled by underfunding and bureaucratic inertia.
We cannot applaud a high-tech marvel while basic primary healthcare centers across the nation lack running water and reliable electricity. To prevent this landmark surgery from becoming a fleeting spectacle, the government and stakeholders must treat it as a clarion call. Infrastructure upgrades remain sine qua non. Invest heavily in robust broadband and reliable power networks to ensure remote medical interventions are safe and scalable.
There should be a deliberate endeavour at capacity building. Subsidize specialized training programs to multiply the pool of robotic-trained surgeons, biomedical engineers, and specialized nurses locally. Is policy alignment needed? Ofcourse. Foster aggressive public-private partnerships that democratize access to advanced care, ensuring these innovations reach ordinary citizens, not just the privileged few.
Nigeria does not lack brilliance; it lacks an ecosystem scaled to match the genius of its people. While the initial setup for robotic surgery is expensive, are there assurances that telemedicine robotics will drastically lower long-term systemic costs? Since the precision of robotic arms reduces human hand tremors, is it likely to translate to safer surgeries and fewer expensive corrective procedures?
