easy ciphers

Easy Ciphers Tools:
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Caesar cipher

Caesar cipher, is one of the simplest and most widely known encryption techniques. The transformation can be represented by aligning two alphabets, the cipher alphabet is the plain alphabet rotated left or right by some number of positions.

When encrypting, a person looks up each letter of the message in the 'plain' line and writes down the corresponding letter in the 'cipher' line. Deciphering is done in reverse.
The encryption can also be represented using modular arithmetic by first transforming the letters into numbers, according to the scheme, A = 0, B = 1,..., Z = 25. Encryption of a letter x by a shift n can be described mathematically as

Plaintext: basqued
cipher variations:
cbtrvfe dcuswgf edvtxhg fewuyih gfxvzji
hgywakj ihzxblk jiaycml kjbzdnm lkcaeon
mldbfpo nmecgqp onfdhrq pogeisr qphfjts
rqigkut srjhlvu tskimwv utljnxw vumkoyx
wvnlpzy xwomqaz yxpnrba zyqoscb azrptdc

Decryption is performed similarly,

(There are different definitions for the modulo operation. In the above, the result is in the range 0...25. I.e., if x+n or x-n are not in the range 0...25, we have to subtract or add 26.)
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Atbash Cipher

Atbash is an ancient encryption system created in the Middle East. It was originally used in the Hebrew language.
The Atbash cipher is a simple substitution cipher that relies on transposing all the letters in the alphabet such that the resulting alphabet is backwards.
The first letter is replaced with the last letter, the second with the second-last, and so on.
An example plaintext to ciphertext using Atbash:
Plain: basqued
Cipher: yzhjfvw

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Baconian Cipher

To encode a message, each letter of the plaintext is replaced by a group of five of the letters 'A' or 'B'. This replacement is done according to the alphabet of the Baconian cipher, shown below.
a   AAAAA   g    AABBA     m    ABABB   s    BAAAB     y    BABBA
b   AAAAB   h    AABBB     n    ABBAA   t    BAABA     z    BABBB
c   AAABA   i    ABAAA     o    ABBAB   u    BAABB 
d   AAABB   j    BBBAA     p    ABBBA   v    BBBAB
e   AABAA   k    ABAAB     q    ABBBB   w    BABAA
f   AABAB   l    ABABA     r    BAAAA   x    BABAB

Plain: basqued

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Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: basqued
cipher variations:

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

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ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x

An example plaintext to ciphertext using ROT13:

Plain: basqued
Cipher: onfdhrq

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Polybius Square

A Polybius Square is a table that allows someone to translate letters into numbers. To give a small level of encryption, this table can be randomized and shared with the recipient. In order to fit the 26 letters of the alphabet into the 25 spots created by the table, the letters i and j are usually combined.
1 2 3 4 5
1 A B C D E
2 F G H I/J K
3 L M N O P
4 Q R S T U
5 V W X Y Z

Basic Form:
Plain: basqued
Cipher: 21113414545141

Extended Methods:
Method #1

Plaintext: basqued
method variations:

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b a s q u e d 
2 1 3 1 5 5 4 
1 1 4 4 4 1 1 
They are then read out in rows:
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: basqued
Cipher: bczdqta

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Method #3

Plaintext: basqued
method variations:
aldyyqf ldyyqfa dyyqfal
yyqfald yqfaldy qfaldyy

Read more ...[RUS] , [EN]


Permutation Cipher
In classical cryptography, a permutation cipher is a transposition cipher in which the key is a permutation. To apply a cipher, a random permutation of size E is generated (the larger the value of E the more secure the cipher). The plaintext is then broken into segments of size E and the letters within that segment are permuted according to this key.
In theory, any transposition cipher can be viewed as a permutation cipher where E is equal to the length of the plaintext; this is too cumbersome a generalisation to use in actual practice, however.
The idea behind a permutation cipher is to keep the plaintext characters unchanged, butalter their positions by rearrangement using a permutation
This cipher is defined as:
Let m be a positive integer, and K consist of all permutations of {1,...,m}
For a key (permutation) , define:
The encryption function
The decryption function
A small example, assuming m = 6, and the key is the permutation :

The first row is the value of i, and the second row is the corresponding value of (i)
The inverse permutation, is constructed by interchanging the two rows, andrearranging the columns so that the first row is in increasing order, Therefore, is:

Total variation formula:

e = 2,718281828 , n - plaintext length

Plaintext: basqued

all 5040 cipher variations:
basqued basqude basqeud basqedu basqdeu basqdue basuqed basuqde basueqd basuedq basudeq
basudqe baseuqd baseudq basequd baseqdu basedqu baseduq basdueq basduqe basdeuq basdequ
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baqdeus baqdesu baqdseu baqdsue bauqsed bauqsde bauqesd bauqeds bauqdes bauqdse bausqed
bausqde bauseqd bausedq bausdeq bausdqe bauesqd bauesdq baueqsd baueqds bauedqs bauedsq
baudseq baudsqe baudesq baudeqs baudqes baudqse baequsd baequds baeqsud baeqsdu baeqdsu
baeqdus baeuqsd baeuqds baeusqd baeusdq baeudsq baeudqs baesuqd baesudq baesqud baesqdu
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badequs badeqsu badesqu badesuq badsueq badsuqe badseuq badsequ badsqeu badsque bsaqued
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ueabdqs ueasbqd ueasbdq ueasqbd ueasqdb ueasdqb ueasdbq ueadbsq ueadbqs ueadsbq ueadsqb
ueadqsb ueadqbs uedqbas uedqbsa uedqabs uedqasb uedqsab uedqsba uedbqas uedbqsa uedbaqs
uedbasq uedbsaq uedbsqa uedabqs uedabsq uedaqbs uedaqsb uedasqb uedasbq uedsbaq uedsbqa
uedsabq uedsaqb uedsqab uedsqba udsqbea udsqbae udsqeba udsqeab udsqaeb udsqabe udsbqea
udsbqae udsbeqa udsbeaq udsbaeq udsbaqe udsebqa udsebaq udseqba udseqab udseaqb udseabq
udsabeq udsabqe udsaebq udsaeqb udsaqeb udsaqbe udqsbea udqsbae udqseba udqseab udqsaeb
udqsabe udqbsea udqbsae udqbesa udqbeas udqbaes udqbase udqebsa udqebas udqesba udqesab
udqeasb udqeabs udqabes udqabse udqaebs udqaesb udqaseb udqasbe udbqsea udbqsae udbqesa
udbqeas udbqaes udbqase udbsqea udbsqae udbseqa udbseaq udbsaeq udbsaqe udbesqa udbesaq
udbeqsa udbeqas udbeaqs udbeasq udbaseq udbasqe udbaesq udbaeqs udbaqes udbaqse udeqbsa
udeqbas udeqsba udeqsab udeqasb udeqabs udebqsa udebqas udebsqa udebsaq udebasq udebaqs
udesbqa udesbaq udesqba udesqab udesaqb udesabq udeabsq udeabqs udeasbq udeasqb udeaqsb
udeaqbs udaqbes udaqbse udaqebs udaqesb udaqseb udaqsbe udabqes udabqse udabeqs udabesq
udabseq udabsqe udaebqs udaebsq udaeqbs udaeqsb udaesqb udaesbq udasbeq udasbqe udasebq
udaseqb udasqeb udasqbe easqubd easqudb easqbud easqbdu easqdbu easqdub easuqbd easuqdb
easubqd easubdq easudbq easudqb easbuqd easbudq easbqud easbqdu easbdqu easbduq easdubq
easduqb easdbuq easdbqu easdqbu easdqub eaqsubd eaqsudb eaqsbud eaqsbdu eaqsdbu eaqsdub
eaqusbd eaqusdb eaqubsd eaqubds eaqudbs eaqudsb eaqbusd eaqbuds eaqbsud eaqbsdu eaqbdsu
eaqbdus eaqdubs eaqdusb eaqdbus eaqdbsu eaqdsbu eaqdsub eauqsbd eauqsdb eauqbsd eauqbds
eauqdbs eauqdsb eausqbd eausqdb eausbqd eausbdq eausdbq eausdqb eaubsqd eaubsdq eaubqsd
eaubqds eaubdqs eaubdsq eaudsbq eaudsqb eaudbsq eaudbqs eaudqbs eaudqsb eabqusd eabquds
eabqsud eabqsdu eabqdsu eabqdus eabuqsd eabuqds eabusqd eabusdq eabudsq eabudqs eabsuqd
eabsudq eabsqud eabsqdu eabsdqu eabsduq eabdusq eabduqs eabdsuq eabdsqu eabdqsu eabdqus
eadqubs eadqusb eadqbus eadqbsu eadqsbu eadqsub eaduqbs eaduqsb eadubqs eadubsq eadusbq
eadusqb eadbuqs eadbusq eadbqus eadbqsu eadbsqu eadbsuq eadsubq eadsuqb eadsbuq eadsbqu
eadsqbu eadsqub esaqubd esaqudb esaqbud esaqbdu esaqdbu esaqdub esauqbd esauqdb esaubqd
esaubdq esaudbq esaudqb esabuqd esabudq esabqud esabqdu esabdqu esabduq esadubq esaduqb
esadbuq esadbqu esadqbu esadqub esqaubd esqaudb esqabud esqabdu esqadbu esqadub esquabd
esquadb esqubad esqubda esqudba esqudab esqbuad esqbuda esqbaud esqbadu esqbdau esqbdua
esqduba esqduab esqdbua esqdbau esqdabu esqdaub esuqabd esuqadb esuqbad esuqbda esuqdba
esuqdab esuaqbd esuaqdb esuabqd esuabdq esuadbq esuadqb esubaqd esubadq esubqad esubqda
esubdqa esubdaq esudabq esudaqb esudbaq esudbqa esudqba esudqab esbquad esbquda esbqaud
esbqadu esbqdau esbqdua esbuqad esbuqda esbuaqd esbuadq esbudaq esbudqa esbauqd esbaudq
esbaqud esbaqdu esbadqu esbaduq esbduaq esbduqa esbdauq esbdaqu esbdqau esbdqua esdquba
esdquab esdqbua esdqbau esdqabu esdqaub esduqba esduqab esdubqa esdubaq esduabq esduaqb
esdbuqa esdbuaq esdbqua esdbqau esdbaqu esdbauq esdaubq esdauqb esdabuq esdabqu esdaqbu
esdaqub eqsaubd eqsaudb eqsabud eqsabdu eqsadbu eqsadub eqsuabd eqsuadb eqsubad eqsubda
eqsudba eqsudab eqsbuad eqsbuda eqsbaud eqsbadu eqsbdau eqsbdua eqsduba eqsduab eqsdbua
eqsdbau eqsdabu eqsdaub eqasubd eqasudb eqasbud eqasbdu eqasdbu eqasdub eqausbd eqausdb
eqaubsd eqaubds eqaudbs eqaudsb eqabusd eqabuds eqabsud eqabsdu eqabdsu eqabdus eqadubs
eqadusb eqadbus eqadbsu eqadsbu eqadsub equasbd equasdb equabsd equabds equadbs equadsb
equsabd equsadb equsbad equsbda equsdba equsdab equbsad equbsda equbasd equbads equbdas
equbdsa equdsba equdsab equdbsa equdbas equdabs equdasb eqbausd eqbauds eqbasud eqbasdu
eqbadsu eqbadus eqbuasd eqbuads eqbusad eqbusda eqbudsa eqbudas eqbsuad eqbsuda eqbsaud
eqbsadu eqbsdau eqbsdua eqbdusa eqbduas eqbdsua eqbdsau eqbdasu eqbdaus eqdaubs eqdausb
eqdabus eqdabsu eqdasbu eqdasub eqduabs eqduasb eqdubas eqdubsa eqdusba eqdusab eqdbuas
eqdbusa eqdbaus eqdbasu eqdbsau eqdbsua eqdsuba eqdsuab eqdsbua eqdsbau eqdsabu eqdsaub
eusqabd eusqadb eusqbad eusqbda eusqdba eusqdab eusaqbd eusaqdb eusabqd eusabdq eusadbq
eusadqb eusbaqd eusbadq eusbqad eusbqda eusbdqa eusbdaq eusdabq eusdaqb eusdbaq eusdbqa
eusdqba eusdqab euqsabd euqsadb euqsbad euqsbda euqsdba euqsdab euqasbd euqasdb euqabsd
euqabds euqadbs euqadsb euqbasd euqbads euqbsad euqbsda euqbdsa euqbdas euqdabs euqdasb
euqdbas euqdbsa euqdsba euqdsab euaqsbd euaqsdb euaqbsd euaqbds euaqdbs euaqdsb euasqbd
euasqdb euasbqd euasbdq euasdbq euasdqb euabsqd euabsdq euabqsd euabqds euabdqs euabdsq
euadsbq euadsqb euadbsq euadbqs euadqbs euadqsb eubqasd eubqads eubqsad eubqsda eubqdsa
eubqdas eubaqsd eubaqds eubasqd eubasdq eubadsq eubadqs eubsaqd eubsadq eubsqad eubsqda
eubsdqa eubsdaq eubdasq eubdaqs eubdsaq eubdsqa eubdqsa eubdqas eudqabs eudqasb eudqbas
eudqbsa eudqsba eudqsab eudaqbs eudaqsb eudabqs eudabsq eudasbq eudasqb eudbaqs eudbasq
eudbqas eudbqsa eudbsqa eudbsaq eudsabq eudsaqb eudsbaq eudsbqa eudsqba eudsqab ebsquad
ebsquda ebsqaud ebsqadu ebsqdau ebsqdua ebsuqad ebsuqda ebsuaqd ebsuadq ebsudaq ebsudqa
ebsauqd ebsaudq ebsaqud ebsaqdu ebsadqu ebsaduq ebsduaq ebsduqa ebsdauq ebsdaqu ebsdqau
ebsdqua ebqsuad ebqsuda ebqsaud ebqsadu ebqsdau ebqsdua ebqusad ebqusda ebquasd ebquads
ebqudas ebqudsa ebqausd ebqauds ebqasud ebqasdu ebqadsu ebqadus ebqduas ebqdusa ebqdaus
ebqdasu ebqdsau ebqdsua ebuqsad ebuqsda ebuqasd ebuqads ebuqdas ebuqdsa ebusqad ebusqda
ebusaqd ebusadq ebusdaq ebusdqa ebuasqd ebuasdq ebuaqsd ebuaqds ebuadqs ebuadsq ebudsaq
ebudsqa ebudasq ebudaqs ebudqas ebudqsa ebaqusd ebaquds ebaqsud ebaqsdu ebaqdsu ebaqdus
ebauqsd ebauqds ebausqd ebausdq ebaudsq ebaudqs ebasuqd ebasudq ebasqud ebasqdu ebasdqu
ebasduq ebadusq ebaduqs ebadsuq ebadsqu ebadqsu ebadqus ebdquas ebdqusa ebdqaus ebdqasu
ebdqsau ebdqsua ebduqas ebduqsa ebduaqs ebduasq ebdusaq ebdusqa ebdauqs ebdausq ebdaqus
ebdaqsu ebdasqu ebdasuq ebdsuaq ebdsuqa ebdsauq ebdsaqu ebdsqau ebdsqua edsquba edsquab
edsqbua edsqbau edsqabu edsqaub edsuqba edsuqab edsubqa edsubaq edsuabq edsuaqb edsbuqa
edsbuaq edsbqua edsbqau edsbaqu edsbauq edsaubq edsauqb edsabuq edsabqu edsaqbu edsaqub
edqsuba edqsuab edqsbua edqsbau edqsabu edqsaub edqusba edqusab edqubsa edqubas edquabs
edquasb edqbusa edqbuas edqbsua edqbsau edqbasu edqbaus edqaubs edqausb edqabus edqabsu
edqasbu edqasub eduqsba eduqsab eduqbsa eduqbas eduqabs eduqasb edusqba edusqab edusbqa
edusbaq edusabq edusaqb edubsqa edubsaq edubqsa edubqas edubaqs edubasq eduasbq eduasqb
eduabsq eduabqs eduaqbs eduaqsb edbqusa edbquas edbqsua edbqsau edbqasu edbqaus edbuqsa
edbuqas edbusqa edbusaq edbuasq edbuaqs edbsuqa edbsuaq edbsqua edbsqau edbsaqu edbsauq
edbausq edbauqs edbasuq edbasqu edbaqsu edbaqus edaqubs edaqusb edaqbus edaqbsu edaqsbu
edaqsub edauqbs edauqsb edaubqs edaubsq edausbq edausqb edabuqs edabusq edabqus edabqsu
edabsqu edabsuq edasubq edasuqb edasbuq edasbqu edasqbu edasqub dasqueb dasqube dasqeub
dasqebu dasqbeu dasqbue dasuqeb dasuqbe dasueqb dasuebq dasubeq dasubqe daseuqb daseubq
dasequb daseqbu dasebqu dasebuq dasbueq dasbuqe dasbeuq dasbequ dasbqeu dasbque daqsueb
daqsube daqseub daqsebu daqsbeu daqsbue daquseb daqusbe daquesb daquebs daqubes daqubse
daqeusb daqeubs daqesub daqesbu daqebsu daqebus daqbues daqbuse daqbeus daqbesu daqbseu
daqbsue dauqseb dauqsbe dauqesb dauqebs dauqbes dauqbse dausqeb dausqbe dauseqb dausebq
dausbeq dausbqe dauesqb dauesbq daueqsb daueqbs dauebqs dauebsq daubseq daubsqe daubesq
daubeqs daubqes daubqse daequsb daequbs daeqsub daeqsbu daeqbsu daeqbus daeuqsb daeuqbs
daeusqb daeusbq daeubsq daeubqs daesuqb daesubq daesqub daesqbu daesbqu daesbuq daebusq
daebuqs daebsuq daebsqu daebqsu daebqus dabques dabquse dabqeus dabqesu dabqseu dabqsue
dabuqes dabuqse dabueqs dabuesq dabuseq dabusqe dabeuqs dabeusq dabequs dabeqsu dabesqu
dabesuq dabsueq dabsuqe dabseuq dabsequ dabsqeu dabsque dsaqueb dsaqube dsaqeub dsaqebu
dsaqbeu dsaqbue dsauqeb dsauqbe dsaueqb dsauebq dsaubeq dsaubqe dsaeuqb dsaeubq dsaequb
dsaeqbu dsaebqu dsaebuq dsabueq dsabuqe dsabeuq dsabequ dsabqeu dsabque dsqaueb dsqaube
dsqaeub dsqaebu dsqabeu dsqabue dsquaeb dsquabe dsqueab dsqueba dsqubea dsqubae dsqeuab
dsqeuba dsqeaub dsqeabu dsqebau dsqebua dsqbuea dsqbuae dsqbeua dsqbeau dsqbaeu dsqbaue
dsuqaeb dsuqabe dsuqeab dsuqeba dsuqbea dsuqbae dsuaqeb dsuaqbe dsuaeqb dsuaebq dsuabeq
dsuabqe dsueaqb dsueabq dsueqab dsueqba dsuebqa dsuebaq dsubaeq dsubaqe dsubeaq dsubeqa
dsubqea dsubqae dsequab dsequba dseqaub dseqabu dseqbau dseqbua dseuqab dseuqba dseuaqb
dseuabq dseubaq dseubqa dseauqb dseaubq dseaqub dseaqbu dseabqu dseabuq dsebuaq dsebuqa
dsebauq dsebaqu dsebqau dsebqua dsbquea dsbquae dsbqeua dsbqeau dsbqaeu dsbqaue dsbuqea
dsbuqae dsbueqa dsbueaq dsbuaeq dsbuaqe dsbeuqa dsbeuaq dsbequa dsbeqau dsbeaqu dsbeauq
dsbaueq dsbauqe dsbaeuq dsbaequ dsbaqeu dsbaque dqsaueb dqsaube dqsaeub dqsaebu dqsabeu
dqsabue dqsuaeb dqsuabe dqsueab dqsueba dqsubea dqsubae dqseuab dqseuba dqseaub dqseabu
dqsebau dqsebua dqsbuea dqsbuae dqsbeua dqsbeau dqsbaeu dqsbaue dqasueb dqasube dqaseub
dqasebu dqasbeu dqasbue dqauseb dqausbe dqauesb dqauebs dqaubes dqaubse dqaeusb dqaeubs
dqaesub dqaesbu dqaebsu dqaebus dqabues dqabuse dqabeus dqabesu dqabseu dqabsue dquaseb
dquasbe dquaesb dquaebs dquabes dquabse dqusaeb dqusabe dquseab dquseba dqusbea dqusbae
dquesab dquesba dqueasb dqueabs dquebas dquebsa dqubsea dqubsae dqubesa dqubeas dqubaes
dqubase dqeausb dqeaubs dqeasub dqeasbu dqeabsu dqeabus dqeuasb dqeuabs dqeusab dqeusba
dqeubsa dqeubas dqesuab dqesuba dqesaub dqesabu dqesbau dqesbua dqebusa dqebuas dqebsua
dqebsau dqebasu dqebaus dqbaues dqbause dqbaeus dqbaesu dqbaseu dqbasue dqbuaes dqbuase
dqbueas dqbuesa dqbusea dqbusae dqbeuas dqbeusa dqbeaus dqbeasu dqbesau dqbesua dqbsuea
dqbsuae dqbseua dqbseau dqbsaeu dqbsaue dusqaeb dusqabe dusqeab dusqeba dusqbea dusqbae
dusaqeb dusaqbe dusaeqb dusaebq dusabeq dusabqe duseaqb duseabq duseqab duseqba dusebqa
dusebaq dusbaeq dusbaqe dusbeaq dusbeqa dusbqea dusbqae duqsaeb duqsabe duqseab duqseba
duqsbea duqsbae duqaseb duqasbe duqaesb duqaebs duqabes duqabse duqeasb duqeabs duqesab
duqesba duqebsa duqebas duqbaes duqbase duqbeas duqbesa duqbsea duqbsae duaqseb duaqsbe
duaqesb duaqebs duaqbes duaqbse duasqeb duasqbe duaseqb duasebq duasbeq duasbqe duaesqb
duaesbq duaeqsb duaeqbs duaebqs duaebsq duabseq duabsqe duabesq duabeqs duabqes duabqse
dueqasb dueqabs dueqsab dueqsba dueqbsa dueqbas dueaqsb dueaqbs dueasqb dueasbq dueabsq
dueabqs duesaqb duesabq duesqab duesqba duesbqa duesbaq duebasq duebaqs duebsaq duebsqa
duebqsa duebqas dubqaes dubqase dubqeas dubqesa dubqsea dubqsae dubaqes dubaqse dubaeqs
dubaesq dubaseq dubasqe dubeaqs dubeasq dubeqas dubeqsa dubesqa dubesaq dubsaeq dubsaqe
dubseaq dubseqa dubsqea dubsqae desquab desquba desqaub desqabu desqbau desqbua desuqab
desuqba desuaqb desuabq desubaq desubqa desauqb desaubq desaqub desaqbu desabqu desabuq
desbuaq desbuqa desbauq desbaqu desbqau desbqua deqsuab deqsuba deqsaub deqsabu deqsbau
deqsbua dequsab dequsba dequasb dequabs dequbas dequbsa deqausb deqaubs deqasub deqasbu
deqabsu deqabus deqbuas deqbusa deqbaus deqbasu deqbsau deqbsua deuqsab deuqsba deuqasb
deuqabs deuqbas deuqbsa deusqab deusqba deusaqb deusabq deusbaq deusbqa deuasqb deuasbq
deuaqsb deuaqbs deuabqs deuabsq deubsaq deubsqa deubasq deubaqs deubqas deubqsa deaqusb
deaqubs deaqsub deaqsbu deaqbsu deaqbus deauqsb deauqbs deausqb deausbq deaubsq deaubqs
deasuqb deasubq deasqub deasqbu deasbqu deasbuq deabusq deabuqs deabsuq deabsqu deabqsu
deabqus debquas debqusa debqaus debqasu debqsau debqsua debuqas debuqsa debuaqs debuasq
debusaq debusqa debauqs debausq debaqus debaqsu debasqu debasuq debsuaq debsuqa debsauq
debsaqu debsqau debsqua dbsquea dbsquae dbsqeua dbsqeau dbsqaeu dbsqaue dbsuqea dbsuqae
dbsueqa dbsueaq dbsuaeq dbsuaqe dbseuqa dbseuaq dbsequa dbseqau dbseaqu dbseauq dbsaueq
dbsauqe dbsaeuq dbsaequ dbsaqeu dbsaque dbqsuea dbqsuae dbqseua dbqseau dbqsaeu dbqsaue
dbqusea dbqusae dbquesa dbqueas dbquaes dbquase dbqeusa dbqeuas dbqesua dbqesau dbqeasu
dbqeaus dbqaues dbqause dbqaeus dbqaesu dbqaseu dbqasue dbuqsea dbuqsae dbuqesa dbuqeas
dbuqaes dbuqase dbusqea dbusqae dbuseqa dbuseaq dbusaeq dbusaqe dbuesqa dbuesaq dbueqsa
dbueqas dbueaqs dbueasq dbuaseq dbuasqe dbuaesq dbuaeqs dbuaqes dbuaqse dbequsa dbequas
dbeqsua dbeqsau dbeqasu dbeqaus dbeuqsa dbeuqas dbeusqa dbeusaq dbeuasq dbeuaqs dbesuqa
dbesuaq dbesqua dbesqau dbesaqu dbesauq dbeausq dbeauqs dbeasuq dbeasqu dbeaqsu dbeaqus
dbaques dbaquse dbaqeus dbaqesu dbaqseu dbaqsue dbauqes dbauqse dbaueqs dbauesq dbauseq
dbausqe dbaeuqs dbaeusq dbaequs dbaeqsu dbaesqu dbaesuq dbasueq dbasuqe dbaseuq dbasequ
dbasqeu dbasque

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History of cryptography
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