Secure and Efficient Data Transmission for Wireless Sensor Networks by using Optimized Leach Protocol

Wireless Sensor Network (WSN) is a social occasion of hubs that are related to each other by remote affiliation. WSN manages the dynamic topography of the association since spots of hubs in the remote association are developing reliably. The hubs in WSN are essentially included few devices contraption which is used for recognizing, figuring, and sending the data. The hubs are run on the battery power during correspondence measure. The battery use in WSN is high a direct result of high computation strategy on it. In the progressing years, WSN creates a significantly standard exploration domain and its rational relevance similarly extended to give effective estimation. By considering the association structure guiding is arranged into two segments that are level and reformist coordinating. This proposed work application is performed by Gray Wolf Optimization (GWO) because of division and energy limits. The bundle head is in like manner picked dependent on GWO and IPv6 in three extraordinary estimations. In the end, the introduction evaluation of the proposed work is differentiated and the current strategy Low Energy Adaptive Clustering Hierarchy (LEACH) on the limits of throughput, dead hub, alive hubs, and energy.