Secure PRoPHET-Based Routing Protocol for Mobile IoT Networks using RAID5 Technique

Abstract

Ridouane El Mezouary

The important moving towards the Internet of Things (IoT) induced a huge increase in the number of connected physical devices. Mobile computing is emerging to manage the vast amount of data produced. Moreover, it meets the demand for more complex IoT applications. Therefore, the probabilistic routing in mobile IoT networks is developing very fast and offering new perspectives. This type of routing uses the mobility history when making a forwarding decision. However, despite this development, There is the network security problem. The latter becomes indispensable and requires that the mobile IoT networks to be well protected against different attacks. In this article, we propose a new secure probabilistic routing protocol PRoPHET-RAIP5, which is the secure version of the probabilistic protocol PRoPHET. To do so, we used the RAID5 technology and a multi-path routing. We have implemented our solution on the PRoPHET protocol. Finally, We compared our PRoPHET-RAIP5 protocol with the standard PRoPHET protocol, to evaluate the performance of both protocols in terms of security.

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