Noekeon

E663898

Noekeon is a lightweight block cipher designed for efficiency and simplicity in constrained environments, co-created by cryptographer Joan Daemen.

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Statements (45)

Predicate Object
instanceOf block cipher
applicationDomain embedded systems
hardware-oriented implementations
resource-constrained devices
smart cards
blockSize 128 bits
cipherType iterated block cipher
classification symmetric-key algorithm
countryOfDesign Belgium NERFINISHED
designedBy Gilles Van Assche NERFINISHED
Joan Daemen NERFINISHED
Michaël Peeters NERFINISHED
Vincent Rijmen NERFINISHED
designGoal efficiency in constrained environments
simplicity of implementation
suitability for hardware implementation
suitability for software implementation
documentation Noekeon specification paper
encryptionMode supports standard block cipher modes
field cryptography
hasConstant round constants for each round
keyScheduleType simple key schedule
keySize 128 bits
numberOfRounds 16
property low memory footprint
simple hardware circuitry
small code size
proposedIn NESSIE project NERFINISHED
publicationYear 2000
relatedTo AES NERFINISHED
roundFunctionType ARX-like Boolean operations
roundKeyDerivation on-the-fly from 128-bit key
roundTransformation Gamma non-linear layer
Pi rotation layer
Sigma round constant addition
Theta diffusion layer NERFINISHED
securityGoal 128-bit security
statusInNESSIE not selected as final NESSIE primitive
structure substitution–permutation network
supports direct-key mode
indirect-key mode
uses AND operations
XOR operations
bitwise operations
rotations

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Joan Daemen designerOf Noekeon