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The article examines Ukraine’s national standard DSTU 9041:2020 for encrypting short messages using Twisted Edwards Elliptic Curves. It focuses on the standard’s performance enhancements and compatibility with existing cryptographic tools. The implementation of this standard in C programming language is explored, addressing challenges such as computational efficiency, bandwidth limitations, and energy consumption. The article serves as a resource for the scientific and engineering community, providing mathematical explanations, code snippets, and examples for the implementation and cryptographic transformations of the DSTU 9041:2020 standard.

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Fast Software Implementation of Edwards Curve Cryptography for IoT Secure Communication Purposes

  • 会议论文

  • 发表日期：

    2025年

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  • Ihor Koriakov,
  • Yevgen Kotukh,
  • Maksym Korobchynskyi

摘要

The article examines Ukraine’s national standard DSTU 9041:2020 for encrypting short messages using Twisted Edwards Elliptic Curves. It focuses on the standard’s performance enhancements and compatibility with existing cryptographic tools. The implementation of this standard in C programming language is explored, addressing challenges such as computational efficiency, bandwidth limitations, and energy consumption. The article serves as a resource for the scientific and engineering community, providing mathematical explanations, code snippets, and examples for the implementation and cryptographic transformations of the DSTU 9041:2020 standard.