Roland Lucky Brown (@RolandLuckb) - Twitter-Profil

Roland Lucky Brown@RolandLuckb·21h

@_goridore @kwekutech Me too

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ted♠🛸@_goridore·1d

@kwekutech My Prof That

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Kweku Tech@kwekutech·1d

An ant doesn't know where the food is. It only knows that the trail under its feet smells slightly stronger than the one beside it. Multiply that by a colony of thousands, and within minutes they've found the shortest route to a meal nobody mapped out for them. In 2015, a Ghanaian engineer named Jerry John Kponyo defended a PhD dissertation in Chengdu, China, built entirely on that idea. Title: "Applying Ant Colony Optimization to VANETs." Supervisor: Professor Yujun Kuang. He took the logic of ants moving without a leader and used it to solve traffic moving without a central controller: vehicular ad hoc networks, the systems that let cars on a road organize themselves in real time. Nine years earlier, before any of that, his master's thesis at @KNUSTGH had already asked a version of the same question in a much smaller room. How do you get a system to serve people nobody built it for? The thesis was on telemedicine in rural Ghana. 2006. Long before "digital health" was a panel topic. That throughline, intelligence that works without one person at the center of it, has shaped almost everything Kponyo has built since. At KNUST's Innovation Center, his team turned undergraduate ideas into ten working prototypes: an intelligent wheelchair for hospitals, a smart shopping basket, an irrigation system for rural farms, a model built to predict how an epidemic spreads, later pointed at COVID-19. None of it made international headlines. All of it solved something specific for someone specific. He has since headed KNUST's Electrical Engineering Department(@knust_eleesa), served as Dean of the Faculty of Electrical and Computer Engineering, and led the university's Quality Assurance and Planning Office. Today he directs KNUST's Office of Grants and Research, where he manages KEEP, a $5.7 million World Bank-funded project focused on digital development and energy. At the same time, he is Scientific Director of the Responsible Artificial Intelligence Lab, a $2.4 million CAD initiative funded jointly by Canada's IDRC, the UK's FCDO, and Germany's GIZ, and he co-founded RAIN Africa, a partnership with TUM Germany, to help shape how AI gets built responsibly across the continent. A separate project, AI4SD, runs on €1.03 million from the French Embassy in Ghana. Four governments. One office in Kumasi. The International Telecommunication Union noticed. Kponyo now chairs the ITU's Academic Advisory AI working group, the body shaping how artificial intelligence gets governed at a global level. Over 80 published papers and more than 1,150 citations later, the man who spent his PhD studying insects with no central brain is now one of the people deciding how the world's most centralized technology gets its rules. He'll be in Accra this September, speaking at the One Vecta AI Summit, where the conversation moves from what AI could do for Africa to the systems that make it actually work. What's one piece of infrastructure in Ghana's tech ecosystem that nobody talks about, but everything quietly depends on? Tell us below.