 Shape control point-based nano-catalysts have been developed for efficient electrochemical reactions in fuel cells. These nano-materials offer unique advantages over conventional point nanoparticles, such as improved activity, stability, and selectivity. The morphological control of these materials has enabled them to be used in various applications, including oxygen reduction reaction at the cathode and small molecule oxidation reaction at the anode. Shape control point-based nano-catalysts have also been studied for other applications, such as water splitting and CO2 reduction. Future research should focus on further understanding the mechanism behind the superior performance of shape control point-based nano-catalysts, as well as exploring new applications for these materials. This article was authored by Kinley, Ann Klamit, Sagaya Selvam, and Jia Fong.