An Efficient Triple-Layered Wireless Sensor Networks

Abstract

The established complex environment for wireless network security, which is an important feature, is the core problem with sensor networks. Cryptology is a crucial component of security in remote sensor companies. Different cryptographic techniques now in use suffer from serious deficiencies. A robust, coordinated, triple-staged, and productive cryptographic approach employing both public-key and mystery key strategies is presented in this work. Because we take into account key management using public-key based methods and provide a high level of security, the Rijndael Encryption Approach (REA), Horst Feistel's Encryption Approach (HFEA), and the more advanced Rivest-Shamir-Adleman (e-RSA) are the methods that are recommended.REA was used in the various stages of the computation, followed by REA+HFEA in stage 2 and REA+HFEA+e-RSA in stage 3. All three phases were finished simultaneously.The execution time and decoding time of the proposed method were used to evaluate the exhibition levels.In contrast to previous approaches, the proposed set of rules employs a single evaluation boundary, or calculation time.On texts with individual sizes of 6, 25, 35, 61, and 184 MegaBytes (MB), it was found that the proposed strategy gave amazingly quick generally execution as far as estimation time, with Low Encryption Time (LET) and Low Unscrambling Time (LDT) of 1.12 and 1.26, separately.By 2.9%, the proposed hybrid form outperforms AES+RSA, ECC+RSA+MD-5, AES+ECC, and AES+ECC+RSA+MD5 by 1.36 times.