A design of dynamic rate aware classified key for network security in wireless sensor network through optimized distributed secure routing protocol

Abstract

Data must be transferred in a secure manner in order to transmit information through an industrial network, creating a high security root. A lot of study has been done on wireless internet network routing security issues. Routing security in wireless communication systems (WMN) have attracted a lot of interest. Although there are several solutions to this issue, they all have shortcomings that make it difficult to update WMN security. This problem's suggested solution is a dynamically frequency knowing categorized core differential safe routing (DRCKDS). The sensor nodes of this system keep an eye on a variety of environmental variables, including energy, transmission speed, success rate, and others. To determine the most direct routes between locations, this is employed. The method is used to calculate each route's secure route score (SRM). The optimal transmission path is chosen based on the Predictive control value. Similar to that, the technique creates a large number of encryption data and transmits them across the chosen transmission line. By using the same code that was used to send the packet over the chosen route, the data was encrypted. Both cybersecurity quality and WMN customer satisfaction are enhanced by the technique.