INVESTIGATION OF RESISTANCE TO DIFFERENTIAL CRYPTANALYSIS OF THE PROPOSED HASHING FUNCTION OF A PERFECT CRYPTOGRAPHIC PROTECTION MODULE IN INFORMATION AND COMMUNICATION SYSTEMS
DOI:
https://doi.org/10.26906/SUNZ.2022.3.093Keywords:
cryptanalysis, hashing, information and communication systems, information securityAbstract
The object of the study is to ensure the confidentiality of data in information and communication systems for managing technological processes based on cloud technologies. The subject is the study of resistance to differential cryptanalysis of the proposed hashing function of an improved cryptographic protection module in information and communication systems. The purpose of the work is to study the resistance to differential cryptanalysis of the proposed hashing function of an improved cryptographic protection module in information and communication process control systems based on cloud technologies. As a result of the research, the module of cryptographic protection of information has been improved, the study of resistance to differential cryptanalysis of the proposed function of hashing of the improved module of cryptographic protection in information and communication systems has been carried out. The conducted experimental study confirmed the cryptographic stability of the improved algorithm against differential cryptanalysis. Conclusions. The cryptographic information protection module has been improved, which, by recording information about the user ID, session ID, sending time, message length and sequence number, as well as using a new procedure for generating a session key for encryption, makes it possible to ensure the confidentiality and integrity of data in information and communication systems process control. For the effective use of this module, it is important to choose cryptographically strong methods of encryption and hashing, as well as synchronization of the secret key. As functions, cryptalgorithms resistant to linear, differential, algebraic, quantum and other known types of cryptanalysis can be used. A study was made of the resistance to differential cryptanalysis of the proposed hashing function of an improved cryptographic protection module in information and communication systems. The conducted experimental study confirmed the cryptographic stability of the improved algorithm against differential cryptanalysis.Downloads
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