… algorithm. This parameter identifies which MAC algorithm of the family is used. … Our initial
choice to use Chaskey as a MAC function upon the basis of its specifications was a lucky one. …

… The other block ciphers, including SPECK and Chaskey, … This is well known 32-bit optimization
of using precomputed … of round key generation are given in Algorithm 1. The round key …

… , and the round function of Chaskey, we find some invalid DCs … We demonstrate the proposed
algorithm on block ciphers … The permutation operates on four 32-bit words and consists …

… defined on 32-bit ARX (Add-… Chaskey an appropriate selection for this project are detailed
in [29]. For this implementation, the algorithm performs 16 iterations, and the generated MAC …

… authentication code algorithm—Chaskey—by … Chaskey, proposed by Nicky Mouha et
al., is a very efficient Message Authentication Code (MAC) algorithm for 32-bit microcontrollers…

… , are microcontrollers … 32-bit blocks for 128-bit AES. The use of fewer encryption rounds
also allows some ciphers to reduce the computational complexity considerably, eg, the Chaskey …

… TOUCAN leverages the Chaskey MAC, which is a very efficient permutation-based … Chaskey:
An Efficient MAC Algorithm for 32-bit Microcontrollers. In Selected Areas in Cryptography – …

… [23] and Chaskey [25] are examples of efficient permutation … microcontrollers, 32 bit high
end embedded microcontrollers, … , Chaskey: An efficient MAC algorithm for 32-bit micro-…

… Operating on smaller blocks allows Chaskey-12 to efficiently … a concern for algorithms
running on 32-bit microcontrollers. … cipher algorithm and the Chaskey-12 MAC algorithm into the …

… To improve the efficiency of an algorithm, usually, a tradeoff … exceeds that of SIMON in
both 32-bit and 64-bit processors. … for better performance on microcontrollers. The notion for …