This research paper aims to improve the blood bank system by enhancing data accuracy, organizational structure, inventory management, and path optimization. It utilizes OSRMv1, GPS technology, and advanced routing algorithms for better accuracy and efficient tracking. The study emphasizes important aspects like functional suitability, maintainability, performance efficiency, compatibility, usability, reliability, security, and portability. The research uses both developmental and descriptive methodologies, involving 50 diverse respondents. Evaluation methods include alpha testing, black box testing, white box testing, and Cronbach's alpha for questionnaire reliability. Beta testing with end-users in real-world scenarios is also conducted. Findings show high participant satisfaction across all categories, validating the effectiveness of the system enhancements. Users strongly agreed with the functional suitability (3.538), maintainability (3.475), performance efficiency (3.472), compatibility (3.625), usability (3.508), reliability (3.508), security (3.503), and portability (3.511) of the system. These positive responses demonstrate that the implemented enhancements have significantly improved the blood bank system.