Analysis of Blockchain Technology to Protect Data Access Using Intelligent Contract Mechanism for 5G Networks

Abstract

With constantly changing internet models automating and digitising countless residential and industrial applications, the world of today has made significant progress in the sharing of healthcare data and the implementation of crucial actions. The two most crucial factors in the setting of healthcare data exchange today are privacy and data integrity. In order to prevent unauthorised individuals from viewing or accessing sensitive data, such as medical information, encryption is essential. The intermediary nodes shouldn't be given too much weight because conventional encryption techniques could not be deployable through them. The current security alternatives for IoT-driven healthcare monitoring frameworks are discussed in this article along with the numerous security challenges that exist in the current 5G network design and how blockchain technology may be used to encrypt data between nodes. The suggested approach outperformed the alternatives and the present strategies for IoT-driven healthcare monitoring frameworks' security solutions, according to a variety of performance factors utilised to test it. A number of performance parameters were used to test the suggested technique, and the results showed that it performed better than the alternatives.