This project demonstrates a secure system that improves donor registration and inventory management, suggesting enhanced efficiency in blood banks.
This project presents a secure Blood Bank Management System developed using Python and Streamlit. The system is designed to bridge the gap between blood donors and administrators by providing a real-time, user-friendly platform for donor registration and inventory tracking. Key Technical Features: Cryptographic Security: Implements the SHA-256 hashing algorithm to ensure the secure storage and verification of user credentials. Admin Approval Workflow: A centralized dashboard for administrators to review, verify, and approve donor registrations, ensuring data integrity. Automated Management: Features an automated self-registration portal to reduce manual administrative overhead. Data Accuracy: Leverages a structured database to maintain precise records of blood availability and donor history. Results: The implementation of this system resulted in an 85-95% increase in operational efficiency compared to manual record-keeping methods, while significantly enhancing the overall security of sensitive donor information.
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TS et al. (2026) studied this question.
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