Background: Innovative therapeutic solutions become vital today because fungal infections keep increasing while antifungal resistance spreads rapidly. Scientific researchers currently study Ficus benghalensis because this tree in traditional medicine contains various bioactive compounds that show antifungal activity. This research investigates Ficus benghalensis therapeutic possibilities by analyzing its phytochemical compounds and antifungal mechanisms and possible future uses. Methods: Research based on available literature helped identify the bioactive compounds of Ficus benghalensis together with its antifungal mechanisms and translational potential. Researchers studied HPLC together with LC-MS and FTIR as advanced analytical methods to extract vital phytochemicals. Studies were carried out to examine its antifungal mechanisms by looking at membrane disruption effects and enzyme blocking mechanisms and oxidative stress effects in fungi. The research evaluated how Nano formulations and topical gels serve to improve its clinical usability. Results: The antifungal activity of Ficus benghalensis shows wide coverage because it contains flavonoids alongside tannins and sterols which attack various fungal pathways. Multiple preclinical research findings show this substance works against resistant fungal strains and novel delivery methods such as bioengineered patches alongside nanoparticles enhance both therapeutic effects and drug availability. Research indicates that these discoveries present opportunities to handle current difficulties with mainstream antifungal medications. Conclusion: The combination of traditional knowledge and contemporary pharmaceutical development creates Ficus benghalensis as a new solution for fighting fungal urine infections. Future research should conduct clinical trials in addition to developing standardization protocols and sophisticated delivery systems to achieve maximum antifungal benefits from this therapy.