Design and deployment of a security protocol to provide authentication services for connected objects (original) (raw)

Proceedings of the 10th Euro-American Conference on Telematics and Information Systems, 2020

Abstract

Advances in the world of embedded systems have fostered the emergence of intelligent objects known as the Internet of Things. These objects integrate, in a context of low energy consumption, a microcontroller making it possible to control a sensor and / or an actuator combined with a communication capability. The great power of the IoT lies in the fact that its objects communicate, analyze, process and manage data autonomously and without any human intervention. However, security issues are a major obstacle to the development and rapid deployment of this high technology. Safety is a balance between cost and benefit. The purpose of security is to make the cost of the attack too great for the expected gain. Finally, the proposed solution will be evaluated using Telosb sensors, comparison with the protocols KMMR and AODV. The performance results confirm we protocol Key Management Generation (KMG) is robust and efficient, provides a less consumption energy, fast calculation time, a good...

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