Application of Cryptographic Methods to Blockchain Technology to Increase Data Reliability

Abstract

Utilizing digital technology to control technical processes reduces the need for physical labor and increases worker productivity. The optimization of automated specified conditions based on digital technologies is one of the primary avenues of progress in information technology. Among the key areas of study nowadays is improving the data dependability of controllers. The creation of procedures for data The use of network technology for storing, processing, and moving data is a result of the significant growth in the flow of data in the present information and globalization era. As a consequence, the trustworthiness of the data in this network security is becoming a bigger issue. Increasing data dependability based on security is a pressing issue nowadays. Developed around the turn of the century, blockchain technology offers a fresh method for protecting data in network security. Blockchain prioritizes the inclusion of a cryptographically chain in its architecture. This work focused on enhancing cryptographic methods and cryptographic strength evaluation using blockchain-based processes. The blockchain engine has been used to enhance the contemporary RSA6 cryptographic technique, and the D RSA6 algorithms has been created. Analyses and tests have been done on the D RSA6 algorithm's cryptographic security. It has been shown that the best method for improving the correctness of network system data is the designed algorithm D RSA6. The approach, which is based on combining cryptographic methods with blockchain technology, increases tolerance for cryptocurrencies by a factor of two. This enables you to improve the data's dependability.