Integrating Blockchain Technology into Telemedicine: A Framework for Enhancing Data Privacy and Security

Outlet Title

Engineering Open Access

Authors

Harsha Sammangi, Dakota State UniversityFollow
Aditya Jagatha, Dakota State University
Jun Liu, Dakota State University

Document Type

Article

Publication Date

Spring 5-2025

Abstract

This paper presents a blockchain-based framework designed to enhance data privacy, integrity, and security in telemedicine systems. The proposed architecture employs distributed ledger technology to ensure transparency, traceability, and immutability of patient data exchanges among healthcare providers. Smart contracts automate access permissions and auditing processes, reducing the risks of unauthorized data sharing. The study evaluates the framework’s performance in secure data handling, highlighting blockchain’s role in fostering patient trust and resilience against cyberattacks in remote healthcare environments.

Comments

This paper was originally published in Engineering Open Access (Opast Publishers). It is deposited in Beadle Scholar for institutional archiving and indexing purposes.

Recommended Citation

Sammangi, Harsha; Jagatha, Aditya; and Liu, Jun, "Integrating Blockchain Technology into Telemedicine: A Framework for Enhancing Data Privacy and Security" (2025). Research & Publications. 461.
https://scholar.dsu.edu/bispapers/461