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Block cipher
In cryptography, CIPHERUNICORN-E is a block cipher created by NEC in 1998. It was among the cryptographic techniques recommended for Japanese government
CIPHERUNICORN-E
Cryptographic technique
In cryptography, CIPHERUNICORN-A is a block cipher created by NEC in 2000. It was among the cryptographic techniques recommended for Japanese government
CIPHERUNICORN-A
Cryptanalytic method for unauthorized users to access data
regulations historically restricted key lengths to 56-bit symmetric keys (e.g. Data Encryption Standard), these restrictions are no longer in place, so
Brute-force_attack
Standard for the encryption of electronic data
any fixed points (and so is a derangement), i.e., S(ai,j) ≠ ai,j, and also any opposite fixed points, i.e., S(ai,j) ⊕ ai,j ≠ FF16. While performing the
Advanced_Encryption_Standard
Type of cipher
function of encryption, i.e., D = E−1. More formally, a block cipher is specified by an encryption function E K ( P ) := E ( K , P ) : { 0 , 1 } k × {
Block_cipher
Algorithm
receiver. Message authentication codes can be constructed from an AEAD cipher (e.g. AES-GCM). However, symmetric ciphers cannot be used for non-repudiation
Symmetric-key_algorithm
Cryptography algorithm
i = 0 E K ( C i − 1 ) ⊕ P i , otherwise P i = E K ( C i − 1 ) ⊕ C i , {\displaystyle {\begin{aligned}C_{i}&={\begin{cases}{\text{IV}},&i=0\\E_{K}(C_{i-1})\oplus
Block cipher mode of operation
Block_cipher_mode_of_operation
Early unclassified symmetric-key block cipher
{\displaystyle K_{2}} : E K 1 ( E K 2 ( P ) ) = P {\displaystyle E_{K_{1}}(E_{K_{2}}(P))=P} or equivalently, E K 2 = D K 1 . {\displaystyle E_{K_{2}}=D_{K_{1}}
Data_Encryption_Standard
Authenticated encryption mode for block ciphers
{\displaystyle \operatorname {GHASH} (H,A,C)=X_{m+n+1}} , where H = E k ( 0 128 ) {\displaystyle H=E_{k}(0^{128})} is the hash key, a string of 128 zero bits encrypted
Galois/Counter_Mode
Practice and study of secure communication techniques
for the sender, "Bob" (or "B") for the intended recipient, and "Eve" (or "E") for the eavesdropping adversary. Since the development of rotor cipher machines
Cryptography
Japanese cryptography research project
Symmetric key ciphers 64-bit block ciphers CIPHERUNICORN-E Hierocrypt-L1 MISTY1 128-bit block ciphers CIPHERUNICORN-A CLEFIA Hierocrypt-3 Stream ciphers Enocoro-128v2
CRYPTREC
Authenticated encryption mode for block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
CCM_mode
Block cipher
K2)} instead of one, and encrypt each block twice: E K 2 ( E K 1 ( plaintext ) ) {\displaystyle E_{K2}(E_{K1}({\textrm {plaintext}}))} . If the original
Triple_DES
Adding data to a message prior to encryption to hide its length
a message to obscure the fact that many messages end in predictable ways, e.g. sincerely yours. Official messages often start and end in predictable ways:
Padding_(cryptography)
Block cipher
misconception is to use inverse order of encryption as decryption algorithm (i.e. first XORing P17 and P18 to the ciphertext block, then using the P-entries
Blowfish_(cipher)
Input to a cryptographic primitive
is commonly called a nonce (a number used only once), and the primitives (e.g. CBC) are considered stateful rather than randomized. This is because an
Initialization_vector
Cryptographic attack
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Timing_attack
Cryptography construction
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Feistel_cipher
Type of cryptographic attack
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Related-key_attack
Basic component of symmetric key algorithms
(DES), but in some ciphers the tables are generated dynamically from the key (e.g. the Blowfish and the Twofish encryption algorithms). One good example of
S-box
Family of authenticated ciphers
Hashing". Journal of Cryptology. 34 (3) 33. doi:10.1007/s00145-021-09398-9. eISSN 1432-1378. hdl:2066/235128. ISSN 0933-2790. S2CID 253633576. TU Graz.
Ascon_(cipher)
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
M8_(cipher)
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Red_Pike_(cipher)
Type of cryptanalytic attack
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Integral_cryptanalysis
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
MAGENTA
Block cipher
"Linear cryptanalysis of NUSH block cipher". Science China Information Sciences. 45 (1): 59–67. doi:10.1360/02yf9005. ISSN 1009-2757. S2CID 10803906. v t e
NUSH
Concept in cryptography
slightly (for example, flipping a single bit), the output changes significantly (e.g., half the output bits flip). In the case of high-quality block ciphers
Avalanche_effect
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Q_(cipher)
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
BassOmatic
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Cellular Message Encryption Algorithm
Cellular_Message_Encryption_Algorithm
Family of block ciphers
Advances in Cryptology – CRYPTO '91, Springer-Verlag, pp156–171 (gzipped PostScript). Ken Shirriff, Differential Cryptanalysis of REDOC-III, (PS) v t e
REDOC
Process of developing the AES standard
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Advanced Encryption Standard process
Advanced_Encryption_Standard_process
Attack applicable to block and stream ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Mod_n_cryptanalysis
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
KHAZAD
Soviet/Russian national standard block cipher
Evaluation of GOST 28147-89 In View Of International Standardisation". Cryptology ePrint Archive. IACR. Until 2011 researchers unanimously agreed that GOST could
GOST_(block_cipher)
Set of cryptographic algorithms by the NSA
standards, raised considerable speculation about whether NSA had found weaknesses e.g. in elliptic-curve algorithms or others, or was trying to distance itself
Commercial National Security Algorithm Suite
Commercial_National_Security_Algorithm_Suite
Principle used in linear cryptanalysis
E ( χ i ) = I ( X i ) {\displaystyle E(\chi _{i})=I(X_{i})} , the lemma then states: E ( ∏ i = 1 n χ i ) = ∏ i = 1 n E ( χ i ) , {\displaystyle E\left(\prod
Piling-up_lemma
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Intel_Cascade_Cipher
Authenticated encryption mode for block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
EAX_mode
Authenticated encryption mode of operation for block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
OCB_mode
Earliest civilian block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Lucifer_(cipher)
Cryptographic cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Cobra_ciphers
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
BaseKing
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Twofish
Block cipher
2005). "Improved Integral Cryptanalysis of FOX Block Cipher". Cryptology ePrint Archive. "IDEA NXT Technical Description" (PDF). MediaCrypt. Archived
IDEA_NXT
Block cipher
This compression function is easily invertible if the data block is known, i.e. given the data block on which it acted and the output of the compression
SHACAL
Block cipher
In cryptography, Madryga is a block cipher published in 1984 by W. E. Madryga. It was designed to be easy and efficient for implementation in software
Madryga
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
KN-Cipher
Block cipher
of Feal and N-Hash. EUROCRYPT 1991: 1–16 Bert den Boer, Cryptanalysis of F.E.A.L., EUROCRYPT 1988: 293–299 Henri Gilbert, Guy Chassé: A Statistical Attack
FEAL
Cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Iraqi_block_cipher
and a candidate for the AES competition CIPHERUNICORN-A – 128-bit block; CRYPTREC recommendation CIPHERUNICORN-E – 64-bit block; CRYPTREC recommendation
Outline_of_cryptography
Exploitation of impossible differences in block ciphers
on IDEA. CRYPTO '98 rump session (video at Google Video—uses Flash) Biham, E. (August 25, 1998) Impossible cryptanalysis of Skipjack. CRYPTO '98 rump session
Impossible differential cryptanalysis
Impossible_differential_cryptanalysis
Block cipher
maint: deprecated archival service (link) Paulo Barreto's comments on MMB Daemen's PhD thesis (The specification of MMB appears in section 11.5) v t e
MMB_(cipher)
Block cipher
[citation needed] RC5 also consists of a number of modular additions and eXclusive OR (XOR)s. The general structure of the algorithm is a Feistel-like
RC5
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Threefish
Block ciphers
original (PostScript) on 2011-07-06. Retrieved 2009-01-09. Pat Morin (1996), Provably Secure and Efficient Block Ciphers, CiteSeerX 10.1.1.5.4378 v t e
BEAR_and_LION_ciphers
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
BATON
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Tiny_Encryption_Algorithm
Cryptographic attack
October 2010). "Rotational Rebound Attacks on Reduced Skein". Cryptology ePrint Archive. Yaser Esmaeili Salehani; Hadi Ahmadi (2006). "A Chosen-key Distinguishing
Known-key distinguishing attack
Known-key_distinguishing_attack
Generic space–time tradeoff cryptographic attack
following equivalence: C = E N C k 2 ( E N C k 1 ( P ) ) D E C k 2 ( C ) = D E C k 2 ( E N C k 2 [ E N C k 1 ( P ) ] ) D E C k 2 ( C ) = E N C k 1 ( P ) {\displaystyle
Meet-in-the-middle_attack
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Chiasmus_(cipher)
Family of block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
LOKI
Technique to increase the security of an iterated block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Key_whitening
Cryptographic attack
faster because of the reduced number of expensive disk operations. Hellman, M.E., "A cryptanalytic time-memory trade-off", IEEE Transactions on Information
Time/memory/data tradeoff attack
Time/memory/data_tradeoff_attack
Implementations of Advanced Encryption Standard
such as using a sequential counter over the block prior to encryption (i.e., CTR mode) and removing it after decryption avoids this problem. Another
AES_implementations
Feistel network based block cipher
Camellia was announced as having been selected again for adoption in Japan's new e-Government Recommended Ciphers List as the only 128-bit block cipher encryption
Camellia_(cipher)
Block cipher designed in 2000 by Chang-Hyi Lee
and Experience. Lecture Notes in Computer Science. Vol. 4991. Springer. pp. 377–391. doi:10.1007/978-3-540-79104-1_27. ISBN 978-3-540-79103-4. v t e
Zodiac_(cipher)
Block cipher
(PostScript). Fast Software Encryption Workshop 2001. Royal Park Hotel Nikko, Yokohama, Japan: Cisco Systems, Inc. Retrieved 15 December 2006. v t e
Mercy_(cipher)
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
GDES
Length of bit string processed by a cipher
the message contents. Thus even when used with a proper encryption mode (e.g. CBC or OFB), only 232 × 8 B = 32 GB of data can be safely sent under one
Block_size_(cryptography)
Classified National Security Agency Type 1 encryption algorithm
1/4 Motorola's SECURENET encryption module named FASCINATOR "Crypto Museum, the SAVILLE encryption algorithm". SAVILLE info at cryptomuseum.com v t e
SAVILLE
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Grand_Cru_(cipher)
Cipher design construction
International Data Encryption Algorithm Webster, A. F.; Tavares, Stafford E. (1985). "On the design of S-boxes". Advances in Cryptology – Crypto '85.
Substitution–permutation network
Substitution–permutation_network
Type of cryptographic attack
the Davies and Murphy Attack (PDF). Advances in Cryptology – ASIACRYPT '98. Beijing: Springer-Verlag. pp. 148–159. Retrieved 28 September 2018. v t e
Davies_attack
Block cipher and message authentication code
Encryption (FSE '02). Leuven: Springer-Verlag. pp. 17–33. Retrieved 3 January 2007.{{cite conference}}: CS1 maint: multiple names: authors list (link) v t e
MultiSwap
General form of cryptanalysis applicable primarily to block ciphers
a constant difference. Difference can be defined in several ways, but the eXclusive OR (XOR) operation is usual. The attacker then computes the differences
Differential_cryptanalysis
Type of cryptanalytic attack
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Interpolation_attack
Block cipher
Encryption (FSE '99). Rome: Springer-Verlag. pp. 139–155. Retrieved 25 January 2007.{{cite conference}}: CS1 maint: multiple names: authors list (link) v t e
M6_(cipher)
Block cipher
S-box. The entries of the S-box are derived using the binary expansion of e as a source of "nothing up my sleeve numbers". Despite Vaudenay's proof of
COCONUT98
Cryptanalytic attacks using a system of multivariate equations
between E k ( 1 ) {\displaystyle E_{k(1)}} and D k ( 2 ) {\textstyle D_{k(2)}} exists such that E k ( 1 ) ∘ D k ( 2 ) = i d k {\displaystyle E_{k(1)}\circ
Algebraic_attack
Form of cryptanalysis
2^{n/4}} plaintext-ciphertext pairs are needed in order to find a slid pair. E. K. Grossman; B. Tuckerman (1977). Analysis of a Feistel-like cipher weakened
Slide_attack
Family of block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Secure and Fast Encryption Routine
Secure_and_Fast_Encryption_Routine
Cryptographic hardware
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
EFF_DES_cracker
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
KASUMI
Authenticated encryption mode with resistance against nonce reuse
optional additional associated data (AAD). In the event a nonce is misused (i.e., used more than once), nothing is revealed except in the case that the same
AES-GCM-SIV
Block cipher
function is based on the fast Fourier transform and uses the binary expansion of e as a source of "nothing up my sleeve numbers". J. Stern, S. Vaudenay (1998)
CS-Cipher
Block cipher
of CRYPTON by Johan Borst, 28 Aug 1998. Response to call for comments on AES candidates. Retrieved 2014-01-23. CRYPTON 1.0 Delphi implementation v t e
CRYPTON
Block cipher
Encryption Standard of Ukraine: The Kalyna Block Cipher. IACR Cryptology ePrint Archive, p650 (2015) https://eprint.iacr.org/2015/650 Roman Oliynykov
Kalyna_(cipher)
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
3-Way
Block cipher invented by Joan Daemen and Vincent Rijmen
Volume 1267 of Lecture Notes in Computer Science. Haifa, Israel: Springer-Verlag. pp. 149–165. CiteSeerX 10.1.1.55.6109. SCAN's entry for Square v t e
Square_(cipher)
Cryptographic attack
F(x_{1},x_{2},x_{3})=(x_{1}\wedge x_{2})\oplus (\neg x_{1}\wedge x_{3})} (i.e. ( x 1 {\displaystyle x_{1}} AND x 2 {\displaystyle x_{2}} ) XOR (NOT x 1
Correlation_attack
Method of bit-shuffling used to diffuse bits across S-box inputs
Areas and 2013 International Conference on Microelectronics, Communications and Renewable Energy. IEEE. doi:10.1109/aicera-icmicr.2013.6575944. v t e
Permutation_box
Republic of Korea national standard block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
LEA_(cipher)
Family of block ciphers
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
NOEKEON
Block cipher
International Workshop on Fast Software Encryption (FSE '97). Haifa: Springer-Verlag. pp. 134–138. Retrieved 30 January 2007.[permanent dead link] v t e
Ladder-DES
Block cipher
B. Preneel; A. Biryukov; C. De Cannière; S. B. Örs; E. Oswald; B. van Rompay; L. Granboulan; E. Dottax; G. Martinet; S. Murphy; A. Dent; R. Shipsey;
Anubis_(cipher)
Block cipher
Nimbus". Fast Software Encryption. Lecture Notes in Computer Science. Vol. 2355. pp. 187–195. doi:10.1007/3-540-45473-X_16. ISBN 978-3-540-45473-1. v t e
Nimbus_(cipher)
Block cipher
In cryptography, XTEA (eXtended TEA) is a block cipher designed to correct weaknesses in TEA. The cipher's designers were David Wheeler and Roger Needham
XTEA
Block cipher
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
E2_(cipher)
Block cipher used by the 4C Entity
BaseKing BassOmatic BATON BEAR and LION CAST-256 Chiasmus CIKS-1 CIPHERUNICORN-A CIPHERUNICORN-E CLEFIA CMEA Cobra COCONUT98 Crab Cryptomeria/C2 CRYPTON CS-Cipher
Cryptomeria_cipher
CIPHERUNICORN E
CIPHERUNICORN E
Surname or Lastname
English (Kent)
English (Kent) : habitational name from either of two places in Warwickshire named Exhall.
Surname or Lastname
English
English : habitational name from places in Cambridge, Hereford, and Suffolk named from Old English ēg, a term denoting low-lying land, an island or promontory, or an area of dry land in a marsh.
Surname or Lastname
English
English : variant spelling of Iles.
Surname or Lastname
English
English : metronymic from Evett.
Surname or Lastname
English
English : habitational name from Ewell in Surrey or from Ewell Minnis or Temple Ewell in Kent, all named with Old English ǣwell ‘river source’.
Surname or Lastname
English
English : habitational name from a place in West Yorkshire, near Halifax, so named from a British ecclēsia name meaning ‘church’ (see Eccles) + Old English lēah ‘woodland clearing’. The surname is common in West Yorkshire.Americanized spelling of the German family name Öchsle, a diminutive of Ochs.
Surname or Lastname
English
English : habitational name from places so called in Devon, Hampshire, Leicestershire, and Somerset. The first and last derive their name from the Celtic river name Exe, while the place in Hampshire, recorded in 940 as East Seaxnatune, is named from Old English Ēastseaxe ‘East Saxon’, and the Leicestershire place name is from Old English oxa ‘of the oxen’. In each case the final element is from Old English tūn ‘settlement’.
Surname or Lastname
English
English : probably a variant of Axsom. This name is concentrated in NC.
Surname or Lastname
English and French
English and French : from the Germanic personal name Eberhard (see Everett).
Surname or Lastname
English
English : variant spelling of Eubank.
Surname or Lastname
English
English : of unknown origin. The name was well established in the Carolinas by the mid 18th century. In one branch of the family the name was changed to Israel; this is a derivative, not the origin.Americanized form (under French influence) of German Esel, a nickname from Middle High German esel ‘donkey’.
Surname or Lastname
English
English : variant of Ayer.German : variant of Egger 2.
Surname or Lastname
English
English : occupational name for a transporter or server of water, Middle English ewer (Old Northern French evier, Old French aiguier, from Latin aquarius, a derivative of aqua ‘water’). There has been considerable confusion with Ure.
Surname or Lastname
English
English : metronymic from Evett.
Surname or Lastname
English
English : from a pet form of the female personal name Eve.
Surname or Lastname
English
English : variant spelling of Ayers.
Surname or Lastname
English
English : variant spelling of Ayer.
Surname or Lastname
English
English : metronymic from Eve.
Surname or Lastname
English
English : variant of Ewer.
Surname or Lastname
English
English : variant spelling of Evett.
CIPHERUNICORN E
CIPHERUNICORN E
Girl/Female
Bengali, Hindu, Indian, Kannada, Marathi, Telugu
Goddess Parvati
Girl/Female
Indian
A daughter (Daughter of Aja)
Boy/Male
American, Australian, Danish, Hebrew
Like God; Diminutive of Michael; Who is Like God; Gift from God
Girl/Female
Czechoslovakian
My love.
Girl/Female
Arabic, Australian, French, German, Hebrew
Peace; Tranquil
Girl/Female
Hebrew
My crown is God.
Boy/Male
Tamil
Nedumaran | நேதà¯à®®à®¾à®°à®£
Tall and handsome
Boy/Male
British, English
Bull Meadow; Meadow of the Sheep
Boy/Male
Teutonic
Defending ruler.
Boy/Male
Hindu, Indian, Sanskrit
Doctor
CIPHERUNICORN E
CIPHERUNICORN E
CIPHERUNICORN E
CIPHERUNICORN E
CIPHERUNICORN E
a.
Having two edges, or edges on both sides; as, a two-edged sword.
n.
An instrument for the exact measurement of electric currents.
v. t.
To punish with a rope's end.
a.
Of or pertaining to voltaic electricity, or voltaism.
n.
Any one of several species of small Old World singing of the genus Zosterops, as Zosterops palpebrosus of India, and Z. c/rulescens of Australia. The eyes are encircled by a ring of white feathers, whence the name. Called also bush creeper, and white-eyed tit.
a.
Having erect, pointed ears; prick-eared; -- said of certain dogs.
n.
The evening of yesterday; the evening last past.
a.
Having an eye of a very light gray or whitish color.
n.
All together; hence, in costume, the fine arts, etc., the general effect of a work as a whole, without regard to the execution of the separate perts.
n.
The alewife; -- called also wall-eyed herring.
a.
Having yellow eyes.
n.
A species of elm (Ulmus montana) found in Northern and Western Europe; Scotch elm.
n.
An American fresh-water food fish (Stizostedion vitreum) having large and prominent eyes; -- called also glasseye, pike perch, yellow pike, and wall-eyed perch.
a.
Having the anthers raised above the stigma, and visible at the throat of the corolla, as in long-stamened primroses; -- the reverse of pin-eyed.
a.
Eaten, or eaten into, by a worm or by worms; as, worm-eaten timber.
n.
An eye in which the iris is of a very light gray or whitish color; -- said usually of horses.
n.
See Wych-elm.
a.
Containing or exhibiting positive, or vitreous, electricity.