Hybrid Cryptographic Routing Algorithm for Implementation of Secure Routing in MANET’s
Keywords:
Cryptographic, Routing, Manet’s, Wireless Mobile Nodes, SHA-3Abstract
To put it simply, a Mobile Ad Hoc Network (MANET) is a network that has been built out of wireless mobile nodes that does not rely on any preexisting infrastructure. All the nodes of a MANET are able to freely and flexibly exchange data and information with one another. As wireless technology improves and mobile devices become more widely available, MANETs are gaining in popularity. Security in MANET is difficult because of its unique characteristics, such as the random behavior of its nodes, the lack of a centralized authority figure, and the limited availability of resources. One of MANET's most important factors is its energy consumption. As a result, it is crucial to consider the high-velocity MANET environment when building the system that supports energy efficiency. In this work, we present a hybrid routing protocol that combines Digital Certificate authority and SHA-3 authentication with robust route failure detection. To reduce the number of failed communications in Mobile Ad-hoc Networks, the authors of this research propose a new routing strategy based on the SHA-3 cryptographic method. By identifying the attacks and eliminating the malicious node from the network, we suggest a way to help safeguard these systems against this vulnerability. We compared the proposed cryptographic technique SHA-3 along with its peer algorithms in terms of various parameters and evaluated the results.
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