Harnessing the power of bacteria present in soil for electricity generation holds intriguing potential. Through microbial fuel cells (MFCs), these microorganisms metabolize organic matter, releasing electrons that can be captured and channeled into an electric current. While this concept offers a sustainable approach to energy production, challenges exist in terms of energy density, efficiency, and scaling up. Further research and engineering are necessary to optimize the performance of microbial fuel cells, ensuring their viability for generating electricity in larger quantities. If successful, this innovative technology could contribute to diverse applications, ranging from remote power generation to sustainable wastewater treatment systems.