Authorizing the Communication between Pacemaker and Controller

Authorizing the Communication between Pacemaker and Controller

M. Deepika, Md. Abdul Gulzar Begum, S. Rama Shanmuka Srinivas, R. Bhargav Suri

Department of Computer Science and Engineering (IoT & CS incl BCT), Potti Sriramulu

Chalavadi Mallikharjuna Rao College of Engineering & Technology, Vijayawada, A.P., India

2Department of Computer Science and Engineering, Potti Sriramulu Chalavadi Mallikharjuna Rao College of Engineering & Technology, Vijayawada, A.P., India

deepikamanepalli525@gmail.com,gulzarabdul.mohammad@gmail.com, ramsolasa354@gmail.com , bhargavsurir@gmail.com,

Abstract
The traditional pacemaker devices lack security measures. To enhance security between devices & the controller that addresses the unauthorized action, it can be done by integrating a multi-layered authentication system, which contains additional security layers to protect the sensitive data. The pacemaker system is designed to maintain the heartbeat of the patient and track pulse rate, temperature & blood pressure. The data collected from the patient is processed and transmitted to the application for data analysis.

The system verifies the authorized check, if it fails then the alert message will be forwarded to the doctor and the admin by notifying that unauthorized access attempt. Only the authorized person like the doctor and the admin can interact with the application. This multi-layered security helps to reduce the risk of malicious occurrence which can lead to pacemaker malfunctioning. This project deals with the importance of prioritizing both patients safety and the data integrity

Keywords
multi factor authentication, role-based access control, jeopardize, inadequate, anomaly detection, pacemaker.