Fake Clones for Adversaries Detection with Efficient Relay Selection in MWSN

Mobile Wireless Sensor Network (MWSN) is a new talented technology. Transmitting data from sender to receiver is a problematic concern since the stabilities of mobile nodes along this route are changeable in the wireless environment. In MWSN, energetic topography owing to the nodes being mobile and features like open configuration are endangered via several attacks. To defend perceptive data, it is essential to avert the adversary from violating and disclosing the position of the sender and receiver. This mechanism introduces Fake Clones for Adversaries Detection (FCAD) with efficient relay selection. The FCAD mechanism creates the public and private keys based on the Elliptic Curve Cryptography algorithm. It establishes the sender and receiver fake clone nodes to separate the adversaries efficiently. Furthermore, the Sand Cat Swarm Optimization (SCSO) process chooses a better relay node based on node mobility, energy, and delay. The simulation results illustrate that the FCAD reduces the drop ratio and delay. Moreover, the FCAD mechanism appreciably enhances the detection ratio.