This article presents a distinctive framework that utilises blockchain technology to enable smart contracts, revolutionising the administration of electronic medical health records (EMHRs). The framework utilises the Ethereum blockchain and contemporary user interfaces to tackle significant concerns in healthcare data management, ensuring enhanced security, transparency, and user engagement. The device employs smart contracts to automate data access and permission management, reducing administrative complexities and enhancing data integrity. Utilising MetaMask and IPFS, user-friendly interfaces provide medical physicians and patients with quick access to EMHRs, promoting enhanced patient care and medical decision-making. The performance benefits of the framework are evaluated by performance evaluation, which utilises many metrics like transaction processing times, data retrieval times, system uptime, data storage efficiency, and user adoption rates. The results pertain to the device's level of responsiveness and durability, highlighting its capacity to facilitate the interchange of healthcare data management. This study establishes the basis for a future in which medical information is effectively exchanged and controlled, resulting in more accurate diagnoses, more efficient patient care, and adherence to regulatory standards. This technology plays an important part in advancing the development of safe and personalised EMHR control, as the healthcare industry continues to progress.
Authors: Amit Kumar Mishra, Rahul Sharma, Jagendra Singh, Prabhishek Singh, Manoj Diwakar, Mohit Tiwari
DOI: https://doi.org/10.1109/confluence60223.2024.10463285
Publish Year: 2024
