Develop a 512 - bit High Speed Symmertic Algorithm

In this paper, a 4D tesseract a symmetric block cipher solution is applied. The 4D tesseract is redesigned to be a proper environment for encryption key manufacture. Four rounds and different sub-rounds are using to shift the tesseract and create a part of the encryption key randomly. XOR operation is one of the important techniques that used in this innovative idea because it is considered fast and lightweight. T-{0,1}512 encryption key size have been compared with the AES-256, and evaluated the speed performance between them.. The suggested system is used to overcome the drawbacks of some present algorithm by using a different key container shape and lightweight rounds. The result shows that the suggested key size speed is highly accepted according to the International Telecommunication Union (ITU-T) and the security evaluations showed fully resistance the statistical attacks and pass the correlation coefficient test.