Organ Matching and Transplantation Using Blockchain [GitHub] | [HTML, CSS, Bootstrap, Ethereum Blockchain, IPFS, MySQL, SQLyog Enterprise for interface, Flask Framework]
The "Organ Matching and Transplantation Using Blockchain" project is a comprehensive solution designed to enhance the transparency, security, and efficiency of the organ donation and transplantation process. This project leverages cutting-edge technologies, including blockchain, to address the critical challenges in the current organ donation system.
Project Highlights:
Enhanced User Registration:
Developed a robust user registration system that generates a unique hash for each user. The registration process requires individuals to provide detailed personal information and undergo email verification, ensuring the authenticity and reliability of the user data. Dual-layer Security:
Integrated traditional authentication methods (username and PIN) with advanced blockchain technology to secure user login. This dual-layer approach significantly enhances the security of user accounts and sensitive data. Blockchain Integration:
Implemented a decentralized application (dApp) using the Ethereum blockchain to manage organ donations and transplants. The use of blockchain ensures that all transactions are transparent, immutable, and securely recorded, preventing fraud and enhancing trust among stakeholders. The application is highly scalable, capable of handling 10,000 registrations and supporting 1,000 concurrent users. System Architecture:
Designed a robust system architecture utilizing InterPlanetary File System (IPFS) technology for unique ID creation and data storage. This ensures that all data is stored securely and can be retrieved efficiently without any risk of tampering. Leveraged AWS S3 for additional secure and scalable storage solutions. Utilized AWS QuickSight to generate insightful metrics and visualizations, aiding in better decision-making and process management. Alert Mechanism:
Developed an advanced alert system to notify patients and donors upon successful organ matching. Integrated Fast2SMS API to send SMS notifications, which include One-Time Passwords (OTP) for mobile verification and unique IDs upon registration completion. This ensures timely communication and enhances the reliability of the matching process. High Accuracy:
Achieved an impressive accuracy rate in organ matching, ensuring that matches are successful in almost all cases. The system is designed to handle rare cases of mismatches with a high degree of reliability, minimizing potential errors and ensuring the best outcomes for patients and donors. User Interface:
Developed a user-friendly interface using HTML, CSS, and Bootstrap, making it easy for hospitals, patients, and donors to interact with the system. The interface is designed to be intuitive and accessible, ensuring a seamless user experience. This project not only demonstrates advanced technical skills in blockchain technology and web development but also addresses a critical need in the healthcare sector. By ensuring transparency, security, and efficiency, this system has the potential to save lives and improve the organ donation and transplantation process significantly.