An End-to-End Secure and Energy-Aware Routing Mechanism for IoT-Based Modern Health Care System

Abstract

Recent developments in information and communication technologies have grown to the emergence of Internet of Technology (IoT). The IoT permits the healthcare observing environment in the embedded devices which brings the convenience to patient and doctors, since the physical presence of the both is not required in health monitoring. This new technology can be applied in different areas such as real-time patient health monitoring, patient information maintenance, remote healthcare management. This new technology development in the applications of health care without examining security and energy consumption makes patient privacy as vulnerable, and they are also vulnerable to environment and operational damages. The existing systems are not guaranteed to end-to-end security and energy-aware routing mechanisms together for IoT-based healthcare applications. In this paper, we are proposing a novel secure and end-to-end energy-aware routing architecture for IoT-based health applications and we have also explained the improvements in the efficiency of healthcare applications. When compared with the existing models, our proposed system is working better in terms of communicational overhead and latency between user and the gateway.