Designed to foster the emergence of software developers in remote or underserved areas, the solution aims to become a key player in technology-driven education across Africa.
Nigerian Startup Launches AI-Powered Mobile Coding Platform Efiwe for Underserved Youth
Efiwe is a mobile-first, artificial intelligence-powered platform designed to make coding accessible to everyone directly from a smartphone. The solution, which aims to become a key player in technology-driven education across Africa, was launched in August 2025 by founder Chidi Nwaogu.
"We believe coding education should be fun, accessible, and effective – and that's what Efiwe delivers," Nwaogu stated. "With over 33 languages available and a fully offline mode, we are breaking down barriers and giving people from all backgrounds the chance to learn how to code. Whether you’re a complete beginner or an aspiring developer, Efiwe is here to help you grow."
The initial modules cover HTML, with CSS and JavaScript lessons planned for release soon. The platform's curriculum is structured to guide users from scratch, enabling them to build a professional website without needing a computer or additional software. It also offers hundreds of structured, interactive challenges with real-time feedback.
In Nigeria, where many people rely solely on a smartphone and broadband access is uneven, Efiwe directly addresses the need for advanced digital skills among youth. By lowering financial and technical barriers, the platform provides access to high-demand skills without the investment in expensive hardware.
However, the startup faces several hurdles. These include ensuring the pedagogical content remains relevant, maintaining the quality of the AI experience, securing recognition for its certifications, and guaranteeing the offline access sufficiently covers more advanced technologies.
Efiwe has the potential to become a central figure in African edtech by fostering the emergence of developers in remote or underserved areas and boosting employability in the digital sector.
Adoni Conrad Quenum