FAEST reference implementation

Sebastian Ramacher; Shibam Mukherjee

FAEST reference implementation

Sebastian Ramacher (Developer), Shibam Mukherjee (Developer)

Security & Communication Technologies

Graz University of Technology

Research output: Software › Open Source-Software

Abstract

FAEST is a digital signature algorithm designed to be secure against quantum computers. The security of FAEST is based on standard cryptographic hashes and ciphers, specifically SHA3 and AES, which are believed to remain secure against quantum adversaries.

Original language	English
Media of output	Online
Publication status	Published - 2023

Research Field

Cyber Security

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@misc{3872a80270374c109bd8d7059377f1d5,

title = "FAEST reference implementation",

abstract = "FAEST is a digital signature algorithm designed to be secure against quantum computers. The security of FAEST is based on standard cryptographic hashes and ciphers, specifically SHA3 and AES, which are believed to remain secure against quantum adversaries.",

author = "Sebastian Ramacher and Shibam Mukherjee",

year = "2023",

language = "English",

}

TY - ADVS

T1 - FAEST reference implementation

A2 - Ramacher, Sebastian

A2 - Mukherjee, Shibam

PY - 2023

Y1 - 2023

N2 - FAEST is a digital signature algorithm designed to be secure against quantum computers. The security of FAEST is based on standard cryptographic hashes and ciphers, specifically SHA3 and AES, which are believed to remain secure against quantum adversaries.

AB - FAEST is a digital signature algorithm designed to be secure against quantum computers. The security of FAEST is based on standard cryptographic hashes and ciphers, specifically SHA3 and AES, which are believed to remain secure against quantum adversaries.

UR - https://faest.info/

M3 - Open Source-Software

ER -

FAEST reference implementation

Abstract

Research Field

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