Published Paper Details:

Today's organ donation and transplantation systems encounter a multitude of requirements and challenges. These challenges span various stages, including the registration of donors, matching donors with recipients, the removal and delivery of organs, and the transplantation procedures. Each stage must comply with a complex web of legal, clinical, ethical, and technical constraints. To address these multifaceted needs and ensure a process that is both fair and efficient, thereby enhancing patient experience and building trust, an integrated end-to-end organ donation and transplantation system is essential. To achieve this, we propose a solution based on a private Ethereum blockchain. This technology is designed to manage the entire organ donation and transplantation process in a manner that is secure, traceable, auditable, private, and trustworthy. By leveraging blockchain technology, we can ensure that every step of the process is recorded immutably and transparently, which is crucial for maintaining the integrity of the system. Our approach includes the development of smart contracts that automate the recording of events, thereby ensuring the provenance and integrity of data throughout the process. These smart contracts facilitate the secure and transparent execution of various tasks, from donor registration to organ matching and transplantation. In summary, our proposed private Ethereum blockchain solution aims to revolutionize the organ donation and transplantation system by making it more secure, transparent, and reliable, ultimately improving patient outcomes and trust in the system.