A Lightweight Iot Application Security System To Ensure Secure Authentication, Integrity And Secure Session Among Iot Devices

Abstract

The IoT is the new era technology in digital world. IoT gives physical devices the ability to process data in real time. It allows physical things to be interactive and responsive without the need for human involvement. These programmers are really promising and provide the greatest possible service. This number encourages academics to research the Internet of Things in aspects of its capabilities, effectiveness, responsiveness, problems, risks, and protection. As a result, having strong security, privacy, authentication, and attack recovery is an option. In a networked world, the most pressing security and privacy issues must be addressed. It focuses on security, privacy, and safety throughout the whole IoT value chain, including devices, networks, cloud, infrastructure, apps, and services. In this paper, a framework is proposed, termed as IoT application security system (IASS), a IoT device application security using mutual authentication, integrity checking and cryptography for establishing secure communication over insecure communication channel. IoT device application security protocol was designed and verified on AVISPA tool and then secure communication was established. The proposed multi-layer IoT security framework shows its robustness with high accuracy level to detect malicious activities. The model also proved to be lightweight with less communication overhead and complexity.