Stories, insights, and impact from Africa’s AI landscape
South Africa turns to AI to fight air pollution I CGTN Africa
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Researchers in South Africa have developed an AI system to track air quality in real time. The technology could save lives and help reduce respiratory illnesses.
This blog is inspired by the insights I gained from several introductory online Artificial Intelligence (AI) courses, including those offered by the The SME Trade Academy of the International Trade Centre , The German Development Cooperation initiative “ F AI R Forward – Artificial Intelligence for All” and ATINGI , and the International Training Centre (International Labour Organization ). I am also driven by a growing recognition of the crucial role AI is already playing—and will continue to play—in the lives of people around me. This post aims to stir public discussion around AI and lived experiences in Africa, as part of a global citizenry striving to stay in sync with technological progress. How are you using AI in your daily work or community? What challenges or hopes do you see? Share your thoughts and help shape the conversation. AI: A Global Revolution AI stands at the forefront of a global technological revolution. It is poised to redefine how economies function and to trans...
Source: enb.iisd.org At this week’s United Nations Environment Assembly (UNEA7) in Nairobi, leaders will explore how to balance the benefits from Artificial Intelligence (AI) with its planetary footprint. This aside, there are already ongoing debates about how the sustainability of artificial intelligence tends to focus on energy use — the enormous electricity demands of training large models and the water needed for cooling. Energy tells only part of the story. Beneath every AI system sits a vast, mostly invisible network of minerals and materials: cobalt, copper, nickel, manganese, rare earths, silicon, and the semiconductors that bind them together. These resources shape ecological outcomes and global power dynamics just as profoundly as AI’s hunger for electricity (IEA, 2023). What makes materials so crucial today is the geopolitical context. Supply chains for critical minerals are heavily concentrated. A few actors dominate semiconductor fabrication; China controls key stages ...
At dawn in northern Kenya, a young solar technician checks performance data from a mini-grid using her smartphone before households begin their day. Hundreds of kilometres away, a Rwandan youth group uses drones and satellite mapping to monitor a restored wetland threatened by encroachment. In coastal Mozambique, farmers receive digital alerts warning of approaching floods, giving them precious hours to protect crops, livestock, and livelihoods. These are not scenes from Africa’s distant future. They are glimpses of a transformation already unfolding — one where digital innovation meets climate action. As Africa marks Africa Day 2026 under the theme “63 Years of Unity, Integration, and Development,” the continent faces a defining challenge: how can digitalisation be leveraged to create green jobs, strengthen climate resilience, support early warning systems, and build lasting prosperity for its young people? This is in line with what the AU secretariat has noted,’ Under this year’s t...
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