NOVEL DYNAMIC CAST-128 ENCRYPTION SCHEME AND COMPARISON WITH FIVE RANDOM NOISY INJECTION STRATEGIES WITH ARTIFICIAL INTELLIGENCE
Authors: Rangel-Lugo, Edgar, Rangel-Ríos, Kevin Uriel, González-Vidales, Leonel, Bernal-Beltrán, Carlos Alberto, Ascencio-Antúnez, Lucero De Jesús, Reynoso-Andrés, Rosa Isabel and Rodríguez-Torres, César Del Ángel
Affiliation: Tecnológico Nacional de México
Category:
Keywords: Random noisy strategies, dynamic encryption methods, applications of AI, cybersecurity strategies
ABSTRACT. The cyberattack's issue is receiving growing attention. The loss and theft of digital data, they are derived consequences of this type of problem. Digital data theft poses a significant risk to an organisation's financial well-being. Dynamic encryption methods can handle this situation effectively, due to that they produce distinct ciphertexts for the same unique plaintext inputs. In this paper, several aspects related to this subject, they are studied. Our aim is focused on cybersecurity strategies, which they use the random noisy schemes with artificial intelligence (AI). This new approach involves injecting noise into ciphertext. These alternatives are well known as random noisy strategies. This study is a future work on random noisy strategies because it was observed that they have not been experimented with the CAST-128 encryption algorithm on ciphertext. This limitation is not ideal for organisations, particularly those that they have opted for the employment of CAST-128 algorithm. Besides, in this work, experimental results have shown that standard CAST-128 encryption algorithm, it can obtain dynamic ciphertext outputs. Hence, is presented here a new opportunity for organisations regarding the employment of the CAST-128 based on noisy injection methodology. This novel definition, named here as the random noisy CAST-128 strategy. It is introduced as a dynamic data encryption alternative. Finally, a comparison of results with five random noisy strategies based on DES, 3DES, AES-256, CAST-128, and Blowfish algorithms, they are also presented because these strategies here recommended, they can be resistant to decryption by cybercriminals and even by quantum computing algorithms.
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