A Frequency optimized architectural approach to lightweight authenticated encryption algorithm ACE-128

Communication stands out as a vital function facili tated by the Internet of Things (IoT), making the secure transfer of data from origin to destination crucial. Traditional encryption methods can accomplish this task, but they often require a trade off between cost, security, and efficiency. In con...

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Published in:2025 Fourth International Conference on Power, Control and Computing Technologies (ICPC2T) pp. 1 - 6
Main Authors: Srikanth, Medaboyina, Patnaik, Bijayananda, Acharya, Bibhudendra
Format: Conference Proceeding
Language:English
Published: IEEE 20.01.2025
Subjects:
ACE module
ACE step
Ciphers
Embedded systems
Encryption
Internet of Things
Lightweight cyrptography
Performance evaluation
Power control
Protocols
Reliability engineering
resource constrained devices
simeck-box(SB-64)
Smart agriculture
Vectors
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Abstract Communication stands out as a vital function facili tated by the Internet of Things (IoT), making the secure transfer of data from origin to destination crucial. Traditional encryption methods can accomplish this task, but they often require a trade off between cost, security, and efficiency. In contrast, lightweight encryption provides an effective balance of robust security, affordability, and enhanced performance. Moreover, the reduced data volume involved in lightweight encryption decreases the chances of successfully breaching the cipher. The ACE cipher, a 128-bit lightweight authenticated encryption algorithm, employs a 320-bit(40-bytes) internal state and operates in a unified sponge duplex configuration. The architecture proposed has been tested and implemented across various FPGA families, showcasing an increase in operational frequency.
AbstractList Communication stands out as a vital function facili tated by the Internet of Things (IoT), making the secure transfer of data from origin to destination crucial. Traditional encryption methods can accomplish this task, but they often require a trade off between cost, security, and efficiency. In contrast, lightweight encryption provides an effective balance of robust security, affordability, and enhanced performance. Moreover, the reduced data volume involved in lightweight encryption decreases the chances of successfully breaching the cipher. The ACE cipher, a 128-bit lightweight authenticated encryption algorithm, employs a 320-bit(40-bytes) internal state and operates in a unified sponge duplex configuration. The architecture proposed has been tested and implemented across various FPGA families, showcasing an increase in operational frequency.
Author Srikanth, Medaboyina
Patnaik, Bijayananda
Acharya, Bibhudendra
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  givenname: Bijayananda
  surname: Patnaik
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  givenname: Bibhudendra
  surname: Acharya
  fullname: Acharya, Bibhudendra
  email: bacharya.etc@nitrr.ac.in
  organization: National Institute of Technology Raipur,Dept. of ECE,Raipur,India
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SubjectTerms ACE module
ACE step
Ciphers
Embedded systems
Encryption
Internet of Things
Lightweight cyrptography
Performance evaluation
Power control
Protocols
Reliability engineering
resource constrained devices
simeck-box(SB-64)
Smart agriculture
Vectors
Title A Frequency optimized architectural approach to lightweight authenticated encryption algorithm ACE-128
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