Hydrogen, especially geologic hydrogen, is gaining traction as a game-changer in the energy landscape, particularly for Africa. Amid global concerns of climate change, hydrogen is reemerging as a critical player in the quest for clean energy solutions. While green hydrogen, produced through electrolysis using renewable electricity, has been the focus, its limitations in cost, water usage, and infrastructure have hindered widespread adoption, especially in developing regions. Geologic hydrogen, a natural and renewable form, has emerged as a promising alternative. With its low production costs and minimal requirement for water resources and infrastructure, geologic hydrogen presents a unique opportunity for African countries, particularly South Africa, to lead the energy transition. Unlike green hydrogen, geologic hydrogen can leverage existing oil and gas industry tools for extraction, making it a more accessible option. The cost-effectiveness of geologic hydrogen is a significant advantage, with early estimates suggesting production costs as low as half of green hydrogen. This affordability could revolutionize energy development in Africa, where historical limitations have slowed progress. Moreover, geologic hydrogen offers the potential to shift Africa away from energy colonialism, empower local communities, and promote economic development. To harness the potential of geologic hydrogen, inclusive policies and targeted investments are crucial. Governments need to support geological surveys, create enabling regulatory environments, and incentivize private sector involvement while prioritizing community benefits. Additionally, academia plays a vital role in training experts and shaping hydrogen policy to ensure sustainable development. The urgency to capitalize on geologic hydrogen is evident, as global interest in this resource grows rapidly. African nations must collaborate to develop a coherent strategy that aligns with clean energy goals, climate justice, and economic equity. By taking decisive action now, Africa can redefine its energy future on its own terms and lead the world in the utilization of geologic hydrogen as a transformative energy source.