The moment the confetti began to fall, the room already knew who had captured the spotlight. On April 4, 2026, standing before a crowd of innovators, judges, and fellow competitors, Jesutofunmi Oniyide, a final-year Mechatronics Engineering student at the University of Lagos (UNILAG), was announced as the winner of Red Bull Basement Nigeria. His victory placed him ahead of more than 3,000 students and entrepreneurs from across the country, each competing with technology-driven ideas aimed at solving real-world problems.
Red Bull Basement is a global innovation programme designed to empower student founders and first-time entrepreneurs, offering mentorship and international exposure to help promising ideas evolve into impactful products. At the Nigerian finals, Oniyide’s project stood out to a panel of judges that included PiggyVest co-founder Odunayo Eweniyi and software engineer Mercy Thadeus.
What impressed them most was not just the technology behind his idea, but the practical challenge it was designed to solve.
Across farms in Nigeria and many parts of the world, livestock deaths often come without warning. By the time farmers notice something is wrong, it is sometimes too late. For small-scale farmers especially, losing even a single animal can mean losing months of investment and income.
While reflecting on this problem, Oniyide began to question why such losses should remain common in an age where technology can track almost everything.
“It didn’t make sense that with the amount of technology available today, things like this still happen,” he explained while presenting his solution.
His answer to that question became Vital-Tag, a smart Internet of Things (IoT) device designed to help farmers detect early signs of illness in livestock.
The device is worn around the neck of animals such as cows, pigs, and sheep, quietly collecting vital health information as they go about their daily routines. Through built-in sensors, Vital-Tag monitors temperature, heart rate, and jaw movement, transmitting updates to farmers through SMS alerts at intervals.
These signals are not random measurements. Veterinarians frequently rely on temperature and heart rate when assessing animal health, and research shows that changes in these vitals often appear among the earliest signs of disease, sometimes long before visible symptoms emerge.
Oniyide’s design goes a step further by tracking jaw movement, which provides insight into feeding behaviour. In livestock research, reduced feeding or rumination is widely recognised as an early warning indicator of illness. By combining these biological and behavioural signals, Vital-Tag aims to give farmers the opportunity to act before a minor health issue becomes a costly loss.
Interpreting animal health data, however, requires more than simply recording numbers. Temperature and heart rate can fluctuate due to heat, stress, or physical activity, which means monitoring systems must be able to distinguish between normal variations and genuine warning signs. Systems like Vital-Tag therefore work best when they establish a baseline pattern for each animal and alert farmers only when unusual changes occur.
Another aspect of the device that drew attention during the competition was its durability. According to Oniyide, Vital-Tag can operate for up to three years without requiring a recharge. Instead of relying on a conventional lithium-ion battery, the device is powered by an industrial-grade nickel-based battery. In the world of low-power IoT technology, such longevity is possible when devices conserve energy by remaining in sleep mode for most of the time, activating only periodically to capture and transmit data.
The trade-off is that frequent data transmission or real-time monitoring can significantly shorten battery life, meaning the device likely sends updates periodically or when unusual readings are detected. Environmental conditions such as heat, humidity, and physical wear can also influence battery performance over time. Even with those constraints, a monitoring system that can function for years without intervention could prove particularly useful in agricultural environments where reliable power supply is limited.
While Vital-Tag ultimately secured the top prize, the competition itself revealed the depth of ideas emerging from Nigeria’s university ecosystem.
Among the other finalists was Navidyne, created by Daniel Balogun, a Petroleum and Gas Engineering student, in partnership with Mechatronics Engineer David Ojabo. Their startup is developing underwater robots capable of detecting and repairing oil pipeline leaks.
The problem they hope to tackle is substantial. Nigeria loses tens of thousands of barrels of oil every year to spills, with serious environmental and health consequences for nearby communities. Navidyne’s proposed solution relies on an AI-powered robot trained on thousands of subsea pipeline images, enabling it to detect irregularities faster than traditional inspection methods.
Another promising concept came from the healthcare sector. Liferoute AI, developed by medical students Enribi Salami and Anjola Akinsoyinu, was inspired by real experiences during medical training.
Salami recalled witnessing emergency cases where just a few additional minutes might have saved a life. Their solution is a navigation system designed specifically for ambulances, helping emergency responders find the fastest routes while also directing them to hospitals with the lowest patient load at any given time.
Not every idea showcased at the Red Bull Basement Nigeria finals will become a fully scaled business but together, they offer a glimpse into how Nigerian students are increasingly applying engineering, artificial intelligence, and digital technology to real-world challenges.
Encouragingly, support for these young innovators is beginning to expand. The Nigerian government has already introduced programmes that provide grants of up to ₦50 million to student entrepreneurs, helping promising ideas move beyond prototypes and toward viable ventures.
If the momentum continues, some of the country’s most transformative startups may not begin in corporate labs or multinational tech hubs, instead they may start in the same place many breakthrough ideas do, inside a university classroom or dorm room, where curiosity meets necessity and innovation begins with a simple question.
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