Abstract: Challenges with health data management in the healthcare industry include security, privacy, and interoperability. Most traditional centralized systems tend to be insecure, inefficient, and deprive the patient of considerable control over their personal health record. HealthLink introduces a decentralized approach to the management of health data employing a Merkle tree-based recovery of these issues. With the application of blockchain technology, HealthLink provides the immutability and security of data while allowing for its integrity. The Merkle tree-based architecture is used for health record verification in a way that is both efficient and secure without exhausting the dataset's content. This system makes it possible to have seamless interoperability among different healthcare providers, thus making health information exchange between them both secure and efficient. By allowing the patients control over their health data, access permissions are provided on demand, thus incorporating enhanced privacy and trust. This would thus place the HealthLink method at the forefront of health data management, providing a robust, secure, and user-centric solution that might be tailored to meet the needs of the healthcare sector as a means of improving patient care and also reducing the efficiency in managing data
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