A Novel and Dynamic S-Box for Improving the Security of Audio and Video for Various Crypto - Applications
Keywords:
Dynamic DES, Non-Linearity, Balance, S-boxes, Linear Cryptanalysis, Differential CryptanalysisAbstract
The primary objective of cryptography is to protect information from various types of security breaches. To enhance their resilience, most cryptographic techniques modify parameters such as key size, number of iterations, and incorporation of S-boxes. The only non-linear component of a substitution-permutation network is the S-box. The contents of S-boxes used in the conventional method remain constant and never undergo any changes, thus making them static. The proposed system incorporates Dynamic S-boxes, where the contents of the S-boxes change based on the key used. The values for the 8 S-boxes are created by converting the keys into their matching ASCII values. It has been discovered that the output of dynamic DES when used with audio and video data is more secure than static DES. When evaluating factors such as non-linearity, balance, implementation requirements in terms of time and memory, and the ability to resist linear and differential cryptanalysis, Dynamic S-boxes demonstrate superior performance.
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