Realization of Full Parallelism Triple AES Algorithm for Data Encryption

Abstract

Internet of Things (IoT) is an uprising technology. It involves in smart city, smart grid, smart home implementation where it connects all the object with each other to transfer the data and take decision according to the environment. The Internet of Things handle with large amount of data. According to a survey per day in the world 2.5 quintillion bytes of data is produced. Data is a wealth in today's world where upcoming wars between the nations will be cyberwar. Enormous amount of data is producing in the world by IoT and other application. Data Hacking is major menace in IoT application. The encryption technique is one of the cryptographic practices which is used to eliminate the data hacking. The proposed work focusses on implementation of Full parallelism Triple Advanced Encryption Standard to encrypt the data from the end device in IoT application to provide data security. The encrypted data is difficult to decrypted without knowing the appropriate key in proper order. It makes the cryptanalysis difficult in terms provides more security to the IoT data. The full parallelism technique supports parallel processing of data in the encryption process reduce the encryption and decryption time. The Triple AES with Full parallelism renders high security than existing AES technique which is used to provide high security to the data transmitted from the IoT gateway to the servers and the data stored in the database as an encrypted format to eliminate data hacking in smart city implementations. The software implementation of the proposed algorithm is carried out in XILINX 18.1 software and the results are discussed.