MAC Centralized Routing Protocol for Energy Preserving Secure Measure against Wormhole Attack in Wireless Sensor Networks

A wireless sensor network comprises of sensors having independent wireless communication with the capacity to detect their encompassing conditions and a capacity to interface with the Web through a base station. Much of the time, sensors are spatially dispersed and, subsequently, must have a minimal cost; for this reason, they have constrained batteries, computational capacity, and memory size. Sensors limited capacity to actualize common safety measures makes them powerless against different kinds of assaults. Additionally, their applications are sensitive to postpone or packets defilement, e.g., woods fire detection, disaster alleviation activities, and bunches of different applications. Consequently, improving security is mandatory. There are different types of assaults focusing on diverse network layers. One type is a wormhole attack that is an unsafe and effortlessly sent attack that objective the routing layer. In this paper, we present a lightweight multi-hop routing protocol for 802.15.4 WSN that plans to limit the vitality utilization and furthermore to recognize the wormhole attacks. Recreation results demonstrate that our MAC Centralized Routing Protocol (MCRP) beats other existing comparative protocols.