Secured Data Transmission in WSN Using Hybrid Pareto Optimality-Based Lion Swarm Optimization and AES Algorithm

Protected data transfer in WSN is suggested by combining sophisticated encryption standard algorithms with hybrid pareto the greatest efficiency based upon swarm optimisation. In order to ensure that judgments regarding tomato crops are precise, this work will centre on data transfer that is the most effective, better, and energy efficient. In order to guarantee safe and rapid data transfer, this work implemented multipath routing. Utilizing a hybrid Pareto optimization Lion Swarm Optimization (HPLSO) method, this work accomplishes fast multipath connectivity by selecting the best forwarded nodes that fulfil speed and delay restrictions. After that, the nodes hold on to the data packets for a while so they don't get damaged or send the same data again, all based on factors like transmitting range, distance, remaining energy, and propagating speed. In terms of data packet transmission probability as well as retention time, the optimal node has the lowest of the two. The node simply removes the data packet form the memory buffer if it intersections a packet in transmission. If it doesn't, don't forward the packet until the wait time is up. The suggested HPLSOAES approach routinely outperforms current techniques, with an overall accuracy of roughly 96%.