Intelligent Ad-Hoc-On Demand Multipath Distance Vector for Wormhole Attack in Clustered WSN

In Wireless Senor Networks, security is the most significant issue when sending such an essential message via wireless connection. This helps attackers to access the network and execute several potential attacks to intercept or modify real data/information. Because network sensors do not have routers, the same routing protocol must be split by all the nodes participating in the network to assist each other with packet transmission. In complex topology, its unguided existence often renders it open to all forms of protection attack, presenting a degree of security difficulties. Wormhole is a popular illustration of attacks, due to its difficulties in detecting and stopping, poses the greatest danger. A new routing technique is being presented in this paper which works towards ensuring the secured path for the data transmission. In the research work wormhole type of attack is being considered and the technique works towards the detection and prevention of the defined type of attack. The proposed methodology is validated based on certain performance related parameters for WSN as energy efficiency, delay from end to end, throughput, delivery ratio of packets. The generated outcomes are compared with some recent techniques over the same domain for the efficiency and the presented work has proven to be best among the described techniques for considered parameters. The methodology defined simulated using NS2 for various performance related parameters like energy efficiency, packet loss, throughput, etc.