Scholarlink

Computing in the cloud is a burgeoning sector that requires architectures that are both lightweight and safe. In this study, we suggest a strong hybrid structure that is created by fusing existing structures of HUMMINGBIRD-2 and PRESENT. With the help of the chaotic system, we have improved and increased the complexity and provided robust architecture that generates keys HUMMINGBIRD-2 by chaos key. and using the PRESENT is also generated by chaotic keys to increase its security and complexity. The PRESENT generated by chaos key into the HUMMINGBIRD-2 algorithm in one round in R3 and K3. we proposed a new modified hybrid two lightweight encryption algorithm for robust design by an amalgam of PRESENT in hummingbird-2. This hybrid cipher design is secure against linear and differential cryptanalysis.

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Hybrid Ultra-Lightweight Algorithm: Hummingbird-2 and PRESENT with a Chaotic System

  • 会议论文

  • 发表日期：

    2025年

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  • Ibtihal Ali Khanjar,
  • Haider K. Hoomod,
  • Intisar Abd Yousif

摘要

Computing in the cloud is a burgeoning sector that requires architectures that are both lightweight and safe. In this study, we suggest a strong hybrid structure that is created by fusing existing structures of HUMMINGBIRD-2 and PRESENT. With the help of the chaotic system, we have improved and increased the complexity and provided robust architecture that generates keys HUMMINGBIRD-2 by chaos key. and using the PRESENT is also generated by chaotic keys to increase its security and complexity. The PRESENT generated by chaos key into the HUMMINGBIRD-2 algorithm in one round in R3 and K3. we proposed a new modified hybrid two lightweight encryption algorithm for robust design by an amalgam of PRESENT in hummingbird-2. This hybrid cipher design is secure against linear and differential cryptanalysis.