A key concern in information security within communication systems is the necessity of employing robust symmetric encryption algorithms to safeguard large volumes of data. Designing stable and secure symmetric encryption algorithms remains one of the most challenging problems in cryptology. This paper introduces a methodology to enhance symmetric cryptographic systems by utilizing a one-way function-based encryption algorithm, offering a level of security comparable to the discrete logarithm problem in finite fields.

Cryptographic strength, discrete logarithm, factorization

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