Enhancing Healthcare Data Security Through Blockchain and Homomorphic Encryption

Thesis Abstract

Abstract

This research addresses the paramount need for heightened security in healthcare data management through the synergistic integration of Blockchain technology and Homomorphic Encryption. Driven by the imperative to safeguard sensitive health information, the study navigates through the evolutionary trajectory of healthcare data security, laying the foundation for a comprehensive understanding of Blockchain and Homomorphic Encryption. The literature review explores the intricate interplay between these technologies and their applications in health data protection, while also delving into pertinent challenges and ethical considerations. The core of the research involves the design and evaluation of a secure healthcare data system, leveraging the attributes of both Blockchain and Homomorphic Encryption. The implementation phase focuses on seamless integration with healthcare providers and systems, with performance metrics measuring security, efficiency, and user experience. Ethical and legal dimensions are scrutinized, providing a robust foundation for the deployment of this innovative solution in the healthcare landscape. The outcomes contribute to the discourse on fortifying healthcare data security through cutting-edge cryptographic and distributed ledger technologies.