Gafurov Mirshafi Khamitovich, Ibrohimi Yusuf

Annotation:

This article addresses the development of an encryption key for protecting textual information using a stochastic method. The core idea involves combining various linguistic units—such as word roots, prefixes, suffixes, punctuation marks, and other sentence elements—with one-dimensional arrays. This approach allows for the encryption (conversion, transformation) of text directly based on the linguistic features and the specific alphabet of the data itself. The implementation of this technology significantly increases the level of protection for encrypted text, providing a reliable method for ensuring information security against cybercriminals, hackers, and other cyber threats. Furthermore, the stability (robustness) of the new key variant was tested within the scope of the study, and the probability of its compromise (key disclosure) was comprehensively analyzed and evaluated. An important advantage of the proposed method is that it is not limited to a single language. Its universality allows this method to be successfully applied for protecting texts in various languages.

Keywords: object, encryption, enciphering, deciphering, root, orthographic and special symbols, custom alphabet, key, variant, robustness, cybercrime.