Young Nigerian tech genius, Oluwatobi Oyinlola, has developed the world’s smallest GPS tracking device, a prototype measuring just 22.93 x 11.92 mm.

Recognised by the Guinness World Records, the device was created at the prestigious Massachusetts Institute of Technology (MIT), USA, on April 27, where he is employed as a researcher.

It has been hailed for its potential across industries, from logistics and personal safety to medical devices and wildlife monitoring.

Nigeria’s President Bola Ahmed Tinubu celebrated the feat in a post on X, praising Oyinlola for showcasing the ingenuity of the West African country’s youth. “You have just shown the world that Nigerian youth can!” he wrote.

Adding to the accolades, Minister of Communications, Innovation and Digital Economy, Bosun Tijani, lauded the innovation as a symbol of national pride and technological potential.

He commended Oyinlola’s journey, noting his early support for the young inventor’s IoT startup. “Long before this global recognition, I had the privilege of backing Oluwatobi. His journey, now continuing at MIT, is a powerful reminder of the extraordinary potential of our people,” Tijani said.

The prototype not only marks a leap in miniaturised technology but also highlights Nigeria’s growing footprint in global innovation. Bosun added that as Nigeria intensifies efforts to nurture homegrown tech talent, Oyinlola’s success is a beacon for the next generation of innovators.

“The world is only beginning to see what you’re capable of,” said the Minister.

Africa is becoming a global hub for solar energy development. The commercial and industrial sectors are driving this trend, with photovoltaic systems being installed on-site at businesses, educational institutions, and government facilities to meet energy demands.

This is according to CBi-electric: low voltage, which manufactures and supplies low voltage electrical distribution, protection, and control equipment.

2.5 gigawatts-peak (GWp) of solar capacity was built across Africa in 2024, with 194.34 GWp expected in 2025, according to the company.

Dr. Andrew Dickson, engineering executive of CBi-electric: low voltage, outlines how several reasons are hastening the continent’s transition to solar. “Energy poverty remains a major issue across Africa, with reliable grid electricity reaching only 14% of Zimbabweans, for example.”

He goes on to say that inconsistent power supply is another significant contributor, stating that “Persistent nationwide blackouts are affecting countries like Botswana, disrupting day-to-day operations. And in hydro-electric dependent countries such as Zambia, climate change is reducing water levels, leading to lower electricity generation and higher prices.”

Dickson believes that strategic system design and management are critical to realising the full potential of solar energy on the continent.

He said: “As Africa’s solar energy market continues to expand in 2025, organisations have an opportunity to capitalise on its long-term benefits. With the right technologies and safeguards in place, solar is not only a clean energy solution it’s a strategic asset that pays off.

“By combining surge protection, DC breakers, and monitoring tools, businesses can reduce unexpected costs, minimise downtime, and extend the life of their investment.”

Federal Government of Nigeria has launched a major initiative to train over 200,000 Nigerians in Artificial Intelligence (AI) and other emerging technologies, aiming to build a digitally skilled workforce and position Nigeria as a continental leader in AI-driven innovation.

The announcement was made by Chief Uche Nnaji, Minister of Innovation, Science, and Technology, during the 10th Annual Symposium and Awards of the American Chemical Society (ACS), Nigeria International Chemical Sciences Chapter, held at the National Open University of Nigeria (NOUN) in Abuja.

AI’s Role in Sustainability and Economic Growth

Chief Nnaji, represented by Dr. Patricks Oghuma, Special Assistant to the Minister, emphasized the transformative power of AI, particularly when integrated with chemistry to address sustainability challenges.

“We are at the intersection of a revolution where artificial intelligence and chemistry converge to create new frontiers,” he stated. “This powerful synergy offers a vision of the future where innovation and sustainability work hand in hand”.

He also highlighted the gap between scientific research and real-world application, stressing the need for transformational research that directly solves real-world problems through AI.

Academic and Industry Collaboration

The Vice-Chancellor of NOUN, Prof. Olufemi Peters, echoed the Minister’s sentiments, noting that AI’s ability to model, predict, and optimize is vital for reducing waste, conserving energy, and enhancing chemical processes.

“At NOUN, we remain committed to providing accessible, technology-enhanced education that directly addresses national and global challenges,” Prof. Peters said.

The symposium gathered key stakeholders in science, technology, and academia, focusing on leveraging AI to drive sustainable solutions and calling for stronger collaboration between research institutions, industry, and government.

Building a Knowledge-Driven Economy

Prof. Edu Inam, Chair of the ACS Nigeria Chapter, reinforced the society’s commitment to research mentorship and student engagement, noting that ACS continues to host campus events and outreach programs aimed at nurturing young scientific minds.

The initiative is expected to accelerate Nigeria’s AI adoption, fostering economic growth, sustainability, and technological advancement across multiple sectors.