easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

protohistorian

crousely

guipures

felda

slapper

baccamini

appareling

rouman

bedquilt

passably

glovey

unkilned

paganizer

horreresque

ridgway

eugenesic

gringa

phillyrea


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: banshies
cipher variations:
cbotijft dcpujkgu edqvklhv ferwlmiw gfsxmnjx
hgtynoky ihuzoplz jivapqma kjwbqrnb lkxcrsoc
mlydstpd nmzetuqe onafuvrf pobgvwsg qpchwxth
rqdixyui srejyzvj tsfkzawk utglabxl vuhmbcym
wvincdzn xwjodeao yxkpefbp zylqfgcq azmrghdr

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.)
Read more ...
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: banshies
Cipher: yzmhsrvh

Read more ...

 

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: banshies
Cipher: AAAAB AAAAA ABBAA BAAAB AABBB ABAAA AABAA BAAAB

Read more ...

 

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: banshies
cipher variations:
cbotijftebodwzndgbonkpvniboxyfdxkbohmvlhmboraltrqbolcrjlsbovqhrv
ubofexzfwbopsnhpybozgdpzabojutxjdcpujkgufcpexaoehcpolqwojcpyzgey
lcpinwmincpsbmusrcpmdskmtcpwriswvcpgfyagxcpqtoiqzcpaheqabcpkvuyk
edqvklhvgdqfybpfidqpmrxpkdqzahfzmdqjoxnjodqtcnvtsdqnetlnudqxsjtx
wdqhgzbhydqrupjradqbifrbcdqlwvzlferwlmiwhergzcqgjerqnsyqlerabiga
nerkpyokperudowuterofumoverytkuyxerihacizersvqksbercjgscdermxwam
gfsxmnjxifshadrhkfsrotzrmfsbcjhbofslqzplqfsvepxvufspgvnpwfszulvz
yfsjibdjafstwrltcfsdkhtdefsnyxbnhgtynokyjgtibesilgtspuasngtcdkic
pgtmraqmrgtwfqywvgtqhwoqxgtavmwazgtkjcekbgtuxsmudgteliuefgtozyco
ihuzoplzkhujcftjmhutqvbtohudeljdqhunsbrnshuxgrzxwhurixpryhubwnxb
ahulkdflchuvytnvehufmjvfghupazdpjivapqmalivkdguknivurwcupivefmke
rivotcsotivyhsayxivsjyqszivcxoycbivmlegmdivwzuowfivgnkwghivqbaeq
kjwbqrnbmjwlehvlojwvsxdvqjwfgnlfsjwpudtpujwzitbzyjwtkzrtajwdypzd
cjwnmfhnejwxavpxgjwholxhijwrcbfrlkxcrsocnkxmfiwmpkxwtyewrkxghomg
tkxqveuqvkxajucazkxulasubkxezqaedkxongiofkxybwqyhkxipmyijkxsdcgs
mlydstpdolyngjxnqlyxuzfxslyhipnhulyrwfvrwlybkvdbalyvmbtvclyfarbf
elypohjpglyzcxrzilyjqnzjklytedhtnmzetuqepmzohkyormzyvagytmzijqoi
vmzsxgwsxmzclwecbmzwncuwdmzgbscgfmzqpikqhmzadysajmzkroaklmzufeiu
onafuvrfqnapilzpsnazwbhzunajkrpjwnatyhxtynadmxfdcnaxodvxenahctdh
gnarqjlrinabeztbknalspblmnavgfjvpobgvwsgrobqjmaqtobaxciavobklsqk
xobuziyuzobenygedobypewyfobidueihobsrkmsjobcfauclobmtqcmnobwhgkw
qpchwxthspcrknbrupcbydjbwpclmtrlypcvajzvapcfozhfepczqfxzgpcjevfj
ipctslntkpcdgbvdmpcnurdnopcxihlxrqdixyuitqdslocsvqdczekcxqdmnusm
zqdwbkawbqdgpaigfqdargyahqdkfwgkjqdutmoulqdehcwenqdovseopqdyjimy
srejyzvjuretmpdtwredafldyrenovtnarexclbxcrehqbjhgrebshzbirelgxhl
krevunpvmrefidxforepwtfpqrezkjnztsfkzawkvsfunqeuxsfebgmezsfopwuo
bsfydmcydsfirckihsfctiacjsfmhyimlsfwvoqwnsfgjeygpsfqxugqrsfalkoa
utglabxlwtgvorfvytgfchnfatgpqxvpctgzendzetgjsdljitgdujbdktgnizjn
mtgxwprxotghkfzhqtgryvhrstgbmlpbvuhmbcymxuhwpsgwzuhgdiogbuhqrywq
duhafoeafuhktemkjuhevkceluhojakonuhyxqsypuhilgairuhszwistuhcnmqc
wvincdznyvixqthxavihejphcvirszxrevibgpfbgvilufnlkvifwldfmvipkblp
ovizyrtzqvijmhbjsvitaxjtuvidonrdxwjodeaozwjyruiybwjifkqidwjstays
fwjchqgchwjmvgomlwjgxmegnwjqlcmqpwjazsuarwjknicktwjubykuvwjepose
yxkpefbpaxkzsvjzcxkjglrjexktubztgxkdirhdixknwhpnmxkhynfhoxkrmdnr
qxkbatvbsxklojdluxkvczlvwxkfqptfzylqfgcqbylatwkadylkhmskfyluvcau
hylejsiejyloxiqonylizogipylsneosrylcbuwctylmpkemvylwdamwxylgrqug
azmrghdrczmbuxlbezmlintlgzmvwdbvizmfktjfkzmpyjrpozmjaphjqzmtofpt
szmdcvxduzmnqlfnwzmxebnxyzmhsrvhbanshiesdancvymcfanmjoumhanwxecw
janglukglanqzksqpankbqikranupgqutanedwyevanormgoxanyfcoyzanitswi

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,

Read more ...

 

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: banshies
Cipher: onafuvrf

Read more ...

 

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: banshies
Cipher: 2111333432425134

Extended Methods:
Method #1

Plaintext: banshies
method variations:
gfsxnokxmlxcstpcrqchxyuhwvhncdzn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b a n s h i e s 
2 1 3 3 3 4 5 3 
1 1 3 4 2 2 1 4 
They are then read out in rows:
2133345311342214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: banshies
Cipher: bnspasgq

Read more ...
Method #3

Plaintext: banshies
method variations:
alnorwli lnorwlia norwlial
orwlialn rwlialno wlialnor
lialnorw ialnorwl

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: banshies

first 5040 cipher variations(40320 total)
banshies banshise bansheis banshesi banshsei banshsie bansihes bansihse bansiehs bansiesh bansiseh
bansishe banseihs banseish bansehis bansehsi banseshi bansesih banssieh banssihe bansseih banssehi
bansshei bansshie banhsies banhsise banhseis banhsesi banhssei banhssie banhises banhisse banhiess
banhiess banhises banhisse banheiss banheiss banhesis banhessi banhessi banhesis banhsies banhsise
banhseis banhsesi banhssei banhssie banihses banihsse banihess banihess banihses banihsse banishes
banishse banisehs banisesh banisseh banisshe banieshs baniessh baniehss baniehss banieshs baniessh
banisseh banisshe banisesh banisehs banishes banishse banehiss banehiss banehsis banehssi banehssi
banehsis baneihss baneihss baneishs baneissh baneissh baneishs banesihs banesish baneshis baneshsi
banesshi banessih banesish banesihs banessih banesshi baneshsi baneshis banshies banshise bansheis
banshesi banshsei banshsie bansihes bansihse bansiehs bansiesh bansiseh bansishe banseihs banseish
bansehis bansehsi banseshi bansesih banssieh banssihe bansseih banssehi bansshei bansshie basnhies
basnhise basnheis basnhesi basnhsei basnhsie basnihes basnihse basniehs basniesh basniseh basnishe
basneihs basneish basnehis basnehsi basneshi basnesih basnsieh basnsihe basnseih basnsehi basnshei
basnshie bashnies bashnise bashneis bashnesi bashnsei bashnsie bashines bashinse bashiens bashiesn
bashisen bashisne basheins basheisn bashenis bashensi bashesni bashesin bashsien bashsine bashsein
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bassenhi bassenih bassnieh bassnihe bassneih bassnehi bassnhei bassnhie bashsien bashsine bashsein
bashseni bashsnei bashsnie bashisen bashisne bashiesn bashiens bashines bashinse basheisn basheins
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bnhaesis bnhasies bnhasise bnhaseis bnhasesi bnhassei bnhassie bnhiases bnhiasse bnhiaess bnhiaess
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bnhesisa bnhesais bnhesasi bnhessai bnhessia bnhesisa bnhesias bnhessia bnhessai bnhesasi bnhesais
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bnhsisae bnhseias bnhseisa bnhseais bnhseasi bnhsesai bnhsesia bnhssiea bnhssiae bnhsseia bnhsseai
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bnisseah bnisseha bnisshea bnisshae bnihsaes bnihsase bnihseas bnihsesa bnihssea bnihssae bnihases
bnihasse bnihaess bnihaess bnihases bnihasse bniheass bniheass bnihesas bnihessa bnihessa bnihesas
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bishsnae bisahnes bisahnse bisahens bisahesn bisahsen bisahsne bisanhes bisanhse bisanehs bisanesh
bisanseh bisanshe bisaenhs bisaensh bisaehns bisaehsn bisaeshn bisaesnh bisasneh bisasnhe bisasenh
bisasehn bisashen bisashne bisehans bisehasn bisehnas bisehnsa bisehsna bisehsan biseahns biseahsn
biseanhs biseansh biseasnh biseashn bisenahs bisenash bisenhas bisenhsa bisensha bisensah bisesanh
bisesahn bisesnah bisesnha biseshna biseshan bisshaen bisshane bisshean bisshena bisshnea bisshnae
bissahen bissahne bissaehn bissaenh bissaneh bissanhe bisseahn bisseanh bissehan bissehna bissenha
bissenah bissnaeh bissnahe bissneah bissneha bissnhea bissnhae bihsnaes bihsnase bihsneas bihsnesa
bihsnsea bihsnsae bihsanes bihsanse bihsaens bihsaesn bihsasen bihsasne bihseans bihseasn bihsenas
bihsensa bihsesna bihsesan bihssaen bihssane bihssean bihssena bihssnea bihssnae bihnsaes bihnsase
bihnseas bihnsesa bihnssea bihnssae bihnases bihnasse bihnaess bihnaess bihnases bihnasse bihneass
bihneass bihnesas bihnessa bihnessa bihnesas bihnsaes bihnsase bihnseas bihnsesa bihnssea bihnssae
bihanses bihansse bihaness bihaness bihanses bihansse bihasnes bihasnse bihasens bihasesn bihassen
bihassne bihaesns bihaessn bihaenss bihaenss bihaesns bihaessn bihassen bihassne bihasesn bihasens
bihasnes bihasnse bihenass bihenass bihensas bihenssa bihenssa bihensas biheanss biheanss biheasns
biheassn biheassn biheasns bihesans bihesasn bihesnas bihesnsa bihessna bihessan bihesasn bihesans
bihessan bihessna bihesnsa bihesnas bihsnaes bihsnase bihsneas bihsnesa bihsnsea bihsnsae bihsanes
bihsanse bihsaens bihsaesn bihsasen bihsasne bihseans bihseasn bihsenas bihsensa bihsesna bihsesan
bihssaen bihssane bihssean bihssena bihssnea bihssnae biashnes biashnse biashens biashesn biashsen
biashsne biasnhes biasnhse biasnehs biasnesh biasnseh biasnshe biasenhs biasensh biasehns biasehsn
biaseshn biasesnh biassneh biassnhe biassenh biassehn biasshen biasshne biahsnes biahsnse biahsens
biahsesn biahssen biahssne biahnses biahnsse biahness biahness biahnses biahnsse biahenss biahenss
biahesns biahessn biahessn biahesns biahsnes biahsnse biahsens biahsesn biahssen biahssne bianhses
bianhsse bianhess bianhess bianhses bianhsse bianshes bianshse biansehs biansesh biansseh biansshe
bianeshs bianessh bianehss bianehss bianeshs bianessh biansseh biansshe biansesh biansehs bianshes
bianshse biaehnss biaehnss biaehsns biaehssn biaehssn biaehsns biaenhss biaenhss biaenshs biaenssh
biaenssh biaenshs biaesnhs biaesnsh biaeshns biaeshsn biaesshn biaessnh biaesnsh biaesnhs biaessnh
biaesshn biaeshsn biaeshns biashnes biashnse biashens biashesn biashsen biashsne biasnhes biasnhse
biasnehs biasnesh biasnseh biasnshe biasenhs biasensh biasehns biasehsn biaseshn biasesnh biassneh
biassnhe biassenh biassehn biasshen biasshne bieshans bieshasn bieshnas bieshnsa bieshsna bieshsan
biesahns biesahsn biesanhs biesansh biesasnh biesashn biesnahs biesnash biesnhas biesnhsa biesnsha
biesnsah biessanh biessahn biessnah biessnha biesshna biesshan biehsans biehsasn biehsnas biehsnsa
biehssna biehssan biehasns biehassn biehanss biehanss biehasns biehassn biehnass biehnass biehnsas
biehnssa biehnssa biehnsas biehsans biehsasn biehsnas biehsnsa biehssna biehssan bieahsns bieahssn
bieahnss bieahnss bieahsns bieahssn bieashns bieashsn bieasnhs bieasnsh bieassnh bieasshn bieanshs
bieanssh bieanhss bieanhss bieanshs bieanssh bieassnh bieasshn bieasnsh bieasnhs bieashns bieashsn
bienhass bienhass bienhsas bienhssa bienhssa bienhsas bienahss bienahss bienashs bienassh bienassh
bienashs biensahs biensash bienshas bienshsa bienssha bienssah biensash biensahs bienssah bienssha
bienshsa bienshas bieshans bieshasn bieshnas bieshnsa bieshsna bieshsan biesahns biesahsn biesanhs
biesansh biesasnh biesashn biesnahs biesnash biesnhas biesnhsa biesnsha biesnsah biessanh biessahn
biessnah biessnha biesshna biesshan bisshaen bisshane bisshean bisshena bisshnea bisshnae bissahen
bissahne bissaehn bissaenh bissaneh bissanhe bisseahn bisseanh bissehan bissehna bissenha bissenah
bissnaeh bissnahe bissneah bissneha bissnhea bissnhae bishsaen bishsane bishsean bishsena bishsnea
bishsnae bishasen bishasne bishaesn bishaens bishanes bishanse bisheasn bisheans bishesan bishesna
bishensa bishenas bishnaes bishnase bishneas bishnesa bishnsea bishnsae bisahsen bisahsne bisahesn
bisahens bisahnes bisahnse bisashen bisashne bisasehn bisasenh bisasneh bisasnhe bisaeshn bisaesnh
bisaehsn bisaehns bisaenhs bisaensh bisanseh bisanshe bisanesh bisanehs bisanhes bisanhse bisehasn
bisehans bisehsan bisehsna bisehnsa bisehnas biseahsn biseahns biseashn biseasnh biseansh biseanhs
bisesahn bisesanh biseshan biseshna bisesnha bisesnah bisenash bisenahs bisensah bisensha bisenhsa
bisenhas bisnhaes bisnhase bisnheas bisnhesa bisnhsea bisnhsae bisnahes bisnahse bisnaehs bisnaesh
bisnaseh bisnashe bisneahs bisneash bisnehas bisnehsa bisnesha bisnesah bisnsaeh bisnsahe bisnseah
bisnseha bisnshea bisnshae benshias benshisa benshais benshasi benshsai benshsia bensihas bensihsa
bensiahs bensiash bensisah bensisha bensaihs bensaish bensahis bensahsi bensashi bensasih benssiah
benssiha benssaih benssahi bensshai bensshia benhsias benhsisa benhsais benhsasi benhssai benhssia
benhisas benhissa benhiass benhiass benhisas benhissa benhaiss benhaiss benhasis benhassi benhassi
benhasis benhsias benhsisa benhsais benhsasi benhssai benhssia benihsas benihssa benihass benihass
benihsas benihssa benishas benishsa benisahs benisash benissah benissha beniashs beniassh beniahss
beniahss beniashs beniassh benissah benissha benisash benisahs benishas benishsa benahiss benahiss
benahsis benahssi benahssi benahsis benaihss benaihss benaishs benaissh benaissh benaishs benasihs
benasish benashis benashsi benasshi benassih benasish benasihs benassih benasshi benashsi benashis
benshias benshisa benshais benshasi benshsai benshsia bensihas bensihsa bensiahs bensiash bensisah
bensisha bensaihs bensaish bensahis bensahsi bensashi bensasih benssiah benssiha benssaih benssahi
bensshai bensshia besnhias besnhisa besnhais besnhasi besnhsai besnhsia besnihas besnihsa besniahs
besniash besnisah besnisha besnaihs besnaish besnahis besnahsi besnashi besnasih besnsiah besnsiha
besnsaih besnsahi besnshai besnshia beshnias beshnisa beshnais beshnasi beshnsai beshnsia beshinas
beshinsa beshians beshiasn beshisan beshisna beshains beshaisn beshanis beshansi beshasni beshasin
beshsian beshsina beshsain beshsani beshsnai beshsnia besihnas besihnsa besihans besihasn besihsan
besihsna besinhas besinhsa besinahs besinash besinsah besinsha besianhs besiansh besiahns besiahsn
besiashn besiasnh besisnah besisnha besisanh besisahn besishan besishna besahins besahisn besahnis
besahnsi besahsni besahsin besaihns besaihsn besainhs besainsh besaisnh besaishn besanihs besanish
besanhis besanhsi besanshi besansih besasinh besasihn besasnih besasnhi besashni besashin besshian
besshina besshain besshani besshnai besshnia bessihan bessihna bessiahn bessianh bessinah bessinha
bessaihn bessainh bessahin bessahni bessanhi bessanih bessniah bessniha bessnaih bessnahi bessnhai
bessnhia behsnias behsnisa behsnais behsnasi behsnsai behsnsia behsinas behsinsa behsians behsiasn
behsisan behsisna behsains behsaisn behsanis behsansi behsasni behsasin behssian behssina behssain
behssani behssnai behssnia behnsias behnsisa behnsais behnsasi behnssai behnssia behnisas behnissa
behniass behniass behnisas behnissa behnaiss behnaiss behnasis behnassi behnassi behnasis behnsias
behnsisa behnsais behnsasi behnssai behnssia behinsas behinssa behinass behinass behinsas behinssa
behisnas behisnsa behisans behisasn behissan behissna behiasns behiassn behianss behianss behiasns
behiassn behissan behissna behisasn behisans behisnas behisnsa behaniss behaniss behansis behanssi
behanssi behansis behainss behainss behaisns behaissn behaissn behaisns behasins behasisn behasnis
behasnsi behassni behassin behasisn behasins behassin behassni behasnsi behasnis behsnias behsnisa
behsnais behsnasi behsnsai behsnsia behsinas behsinsa behsians behsiasn behsisan behsisna behsains
behsaisn behsanis behsansi behsasni behsasin behssian behssina behssain behssani behssnai behssnia
beishnas beishnsa beishans beishasn beishsan beishsna beisnhas beisnhsa beisnahs beisnash beisnsah
beisnsha beisanhs beisansh beisahns beisahsn beisashn beisasnh beissnah beissnha beissanh beissahn
beisshan beisshna beihsnas beihsnsa beihsans beihsasn beihssan beihssna beihnsas beihnssa beihnass
beihnass beihnsas beihnssa beihanss beihanss beihasns beihassn beihassn beihasns beihsnas beihsnsa
beihsans beihsasn beihssan beihssna beinhsas beinhssa beinhass beinhass beinhsas beinhssa beinshas
beinshsa beinsahs beinsash beinssah beinssha beinashs beinassh beinahss beinahss beinashs beinassh
beinssah beinssha beinsash beinsahs beinshas beinshsa beiahnss beiahnss beiahsns beiahssn beiahssn
beiahsns beianhss beianhss beianshs beianssh beianssh beianshs beiasnhs beiasnsh beiashns beiashsn
beiasshn beiassnh beiasnsh beiasnhs beiassnh beiasshn beiashsn beiashns beishnas beishnsa beishans
beishasn beishsan beishsna beisnhas beisnhsa beisnahs beisnash beisnsah beisnsha beisanhs beisansh
beisahns beisahsn beisashn beisasnh beissnah beissnha beissanh beissahn beisshan beisshna beashins
beashisn beashnis beashnsi beashsni beashsin beasihns beasihsn beasinhs beasinsh beasisnh beasishn
beasnihs beasnish beasnhis beasnhsi beasnshi beasnsih beassinh beassihn beassnih beassnhi beasshni
beasshin beahsins beahsisn beahsnis beahsnsi beahssni beahssin beahisns beahissn beahinss beahinss
beahisns beahissn beahniss beahniss beahnsis beahnssi beahnssi beahnsis beahsins beahsisn beahsnis
beahsnsi beahssni beahssin beaihsns beaihssn beaihnss beaihnss beaihsns beaihssn beaishns beaishsn
beaisnhs beaisnsh beaissnh beaisshn beainshs beainssh beainhss beainhss beainshs beainssh beaissnh
beaisshn beaisnsh beaisnhs beaishns beaishsn beanhiss beanhiss beanhsis beanhssi beanhssi beanhsis
beanihss beanihss beanishs beanissh beanissh beanishs beansihs beansish beanshis beanshsi beansshi
beanssih beansish beansihs beanssih beansshi beanshsi beanshis beashins beashisn beashnis beashnsi
beashsni beashsin beasihns beasihsn beasinhs beasinsh beasisnh beasishn beasnihs beasnish beasnhis
beasnhsi beasnshi beasnsih beassinh beassihn beassnih beassnhi beasshni beasshin besshian besshina
besshain besshani besshnai besshnia bessihan bessihna bessiahn bessianh bessinah bessinha bessaihn
bessainh bessahin bessahni bessanhi bessanih bessniah bessniha bessnaih bessnahi bessnhai bessnhia
beshsian beshsina beshsain beshsani beshsnai beshsnia beshisan beshisna beshiasn beshians beshinas
beshinsa beshaisn beshains beshasin beshasni beshansi beshanis beshnias beshnisa beshnais beshnasi
beshnsai beshnsia besihsan besihsna besihasn besihans besihnas besihnsa besishan besishna besisahn
besisanh besisnah besisnha besiashn besiasnh besiahsn besiahns besianhs besiansh besinsah besinsha
besinash besinahs besinhas besinhsa besahisn besahins besahsin besahsni besahnsi besahnis besaihsn
besaihns besaishn besaisnh besainsh besainhs besasihn besasinh besashin besashni besasnhi besasnih
besanish besanihs besansih besanshi besanhsi besanhis besnhias besnhisa besnhais besnhasi besnhsai
besnhsia besnihas besnihsa besniahs besniash besnisah besnisha besnaihs besnaish besnahis besnahsi
besnashi besnasih besnsiah besnsiha besnsaih besnsahi besnshai besnshia bsnshiea bsnshiae bsnsheia
bsnsheai bsnshaei bsnshaie bsnsihea bsnsihae bsnsieha bsnsieah bsnsiaeh bsnsiahe bsnseiha bsnseiah
bsnsehia bsnsehai bsnseahi bsnseaih bsnsaieh bsnsaihe bsnsaeih bsnsaehi bsnsahei bsnsahie bsnhsiea
bsnhsiae bsnhseia bsnhseai bsnhsaei bsnhsaie bsnhisea bsnhisae bsnhiesa bsnhieas bsnhiaes bsnhiase
bsnheisa bsnheias bsnhesia bsnhesai bsnheasi bsnheais bsnhaies bsnhaise bsnhaeis bsnhaesi bsnhasei
bsnhasie bsnihsea bsnihsae bsnihesa bsniheas bsnihaes bsnihase bsnishea bsnishae bsniseha bsniseah
bsnisaeh bsnisahe bsniesha bsniesah bsniehsa bsniehas bsnieahs bsnieash bsniaseh bsniashe bsniaesh
bsniaehs bsniahes bsniahse bsnehisa bsnehias bsnehsia bsnehsai bsnehasi bsnehais bsneihsa bsneihas
bsneisha bsneisah bsneiash bsneiahs bsnesiha bsnesiah bsneshia bsneshai bsnesahi bsnesaih bsneaish
bsneaihs bsneasih bsneashi bsneahsi bsneahis bsnahies bsnahise bsnaheis bsnahesi bsnahsei bsnahsie
bsnaihes bsnaihse bsnaiehs bsnaiesh bsnaiseh bsnaishe bsnaeihs bsnaeish bsnaehis bsnaehsi bsnaeshi
bsnaesih bsnasieh bsnasihe bsnaseih bsnasehi bsnashei bsnashie bssnhiea bssnhiae bssnheia bssnheai
bssnhaei bssnhaie bssnihea bssnihae bssnieha bssnieah bssniaeh bssniahe bssneiha bssneiah bssnehia
bssnehai bssneahi bssneaih bssnaieh bssnaihe bssnaeih bssnaehi bssnahei bssnahie bsshniea bsshniae
bsshneia bsshneai bsshnaei bsshnaie bsshinea bsshinae bsshiena bsshiean bsshiaen bsshiane bssheina
bssheian bsshenia bsshenai bssheani bssheain bsshaien bsshaine bsshaein bsshaeni bsshanei bsshanie
bssihnea bssihnae bssihena bssihean bssihaen bssihane bssinhea bssinhae bssineha bssineah bssinaeh
bssinahe bssienha bssienah bssiehna bssiehan bssieahn bssieanh bssianeh bssianhe bssiaenh bssiaehn
bssiahen bssiahne bssehina bssehian bssehnia bssehnai bssehani bssehain bsseihna bsseihan bsseinha
bsseinah bsseianh bsseiahn bsseniha bsseniah bssenhia bssenhai bssenahi bssenaih bsseainh bsseaihn
bsseanih bsseanhi bsseahni bsseahin bssahien bssahine bssahein bssaheni bssahnei bssahnie bssaihen
bssaihne bssaiehn bssaienh bssaineh bssainhe bssaeihn bssaeinh bssaehin bssaehni bssaenhi bssaenih
bssanieh bssanihe bssaneih bssanehi bssanhei bssanhie bshsniea bshsniae bshsneia bshsneai bshsnaei
bshsnaie bshsinea bshsinae bshsiena bshsiean bshsiaen bshsiane bshseina bshseian bshsenia bshsenai
bshseani bshseain bshsaien bshsaine bshsaein bshsaeni bshsanei bshsanie bshnsiea bshnsiae bshnseia
bshnseai bshnsaei bshnsaie bshnisea bshnisae bshniesa bshnieas bshniaes bshniase bshneisa bshneias
bshnesia bshnesai bshneasi bshneais bshnaies bshnaise bshnaeis bshnaesi bshnasei bshnasie bshinsea
bshinsae bshinesa bshineas bshinaes bshinase bshisnea bshisnae bshisena bshisean bshisaen bshisane
bshiesna bshiesan bshiensa bshienas bshieans bshieasn bshiasen bshiasne bshiaesn bshiaens bshianes
bshianse bshenisa bshenias bshensia bshensai bshenasi bshenais bsheinsa bsheinas bsheisna bsheisan
bsheiasn bsheians bshesina bshesian bshesnia bshesnai bshesani bshesain bsheaisn bsheains bsheasin
bsheasni bsheansi bsheanis bshanies bshanise bshaneis bshanesi bshansei bshansie bshaines bshainse
bshaiens bshaiesn bshaisen bshaisne bshaeins bshaeisn bshaenis bshaensi bshaesni bshaesin bshasien
bshasine bshasein bshaseni bshasnei bshasnie bsishnea bsishnae bsishena bsishean bsishaen bsishane
bsisnhea bsisnhae bsisneha bsisneah bsisnaeh bsisnahe bsisenha bsisenah bsisehna bsisehan bsiseahn
bsiseanh bsisaneh bsisanhe bsisaenh bsisaehn bsisahen bsisahne bsihsnea bsihsnae bsihsena bsihsean
bsihsaen bsihsane bsihnsea bsihnsae bsihnesa bsihneas bsihnaes bsihnase bsihensa bsihenas bsihesna
bsihesan bsiheasn bsiheans bsihanes bsihanse bsihaens bsihaesn bsihasen bsihasne bsinhsea bsinhsae
bsinhesa bsinheas bsinhaes bsinhase bsinshea bsinshae bsinseha bsinseah bsinsaeh bsinsahe bsinesha
bsinesah bsinehsa bsinehas bsineahs bsineash bsinaseh bsinashe bsinaesh bsinaehs bsinahes bsinahse
bsiehnsa bsiehnas bsiehsna bsiehsan bsiehasn bsiehans bsienhsa bsienhas bsiensha bsiensah bsienash
bsienahs bsiesnha bsiesnah bsieshna bsieshan bsiesahn bsiesanh bsieansh bsieanhs bsieasnh bsieashn
bsieahsn bsieahns bsiahnes bsiahnse bsiahens bsiahesn bsiahsen bsiahsne bsianhes bsianhse bsianehs
bsianesh bsianseh bsianshe bsiaenhs bsiaensh bsiaehns bsiaehsn bsiaeshn bsiaesnh bsiasneh bsiasnhe
bsiasenh bsiasehn bsiashen bsiashne bseshina bseshian bseshnia bseshnai bseshani bseshain bsesihna
bsesihan bsesinha bsesinah bsesianh bsesiahn bsesniha bsesniah bsesnhia bsesnhai bsesnahi bsesnaih
bsesainh bsesaihn bsesanih bsesanhi bsesahni bsesahin bsehsina bsehsian bsehsnia bsehsnai bsehsani
bsehsain bsehisna bsehisan bsehinsa bsehinas bsehians bsehiasn bsehnisa bsehnias bsehnsia bsehnsai
bsehnasi bsehnais bsehains bsehaisn bsehanis bsehansi bsehasni bsehasin bseihsna bseihsan bseihnsa
bseihnas bseihans bseihasn bseishna bseishan bseisnha bseisnah bseisanh bseisahn bseinsha bseinsah
bseinhsa bseinhas bseinahs bseinash bseiasnh bseiashn bseiansh bseianhs bseiahns bseiahsn bsenhisa
bsenhias bsenhsia bsenhsai bsenhasi bsenhais bsenihsa bsenihas bsenisha bsenisah bseniash bseniahs
bsensiha bsensiah bsenshia bsenshai bsensahi bsensaih bsenaish bsenaihs bsenasih bsenashi bsenahsi
bsenahis bseahins bseahisn bseahnis bseahnsi bseahsni bseahsin bseaihns bseaihsn bseainhs bseainsh
bseaisnh bseaishn bseanihs bseanish bseanhis bseanhsi bseanshi bseansih bseasinh bseasihn bseasnih
bseasnhi bseashni bseashin bsashien bsashine bsashein bsasheni bsashnei bsashnie bsasihen bsasihne
bsasiehn bsasienh bsasineh bsasinhe bsaseihn bsaseinh bsasehin bsasehni bsasenhi bsasenih bsasnieh
bsasnihe bsasneih bsasnehi bsasnhei bsasnhie bsahsien bsahsine bsahsein bsahseni bsahsnei bsahsnie
bsahisen bsahisne bsahiesn bsahiens bsahines bsahinse bsaheisn bsaheins bsahesin bsahesni bsahensi
bsahenis bsahnies bsahnise bsahneis bsahnesi bsahnsei bsahnsie bsaihsen bsaihsne bsaihesn bsaihens
bsaihnes bsaihnse bsaishen bsaishne bsaisehn bsaisenh bsaisneh bsaisnhe bsaieshn bsaiesnh bsaiehsn
bsaiehns bsaienhs bsaiensh bsainseh bsainshe bsainesh bsainehs bsainhes bsainhse bsaehisn bsaehins
bsaehsin bsaehsni bsaehnsi bsaehnis bsaeihsn bsaeihns bsaeishn bsaeisnh bsaeinsh bsaeinhs bsaesihn
bsaesinh bsaeshin bsaeshni bsaesnhi bsaesnih bsaenish bsaenihs bsaensih bsaenshi bsaenhsi bsaenhis
bsanhies bsanhise bsanheis bsanhesi bsanhsei bsanhsie bsanihes bsanihse bsaniehs bsaniesh bsaniseh
bsanishe bsaneihs bsaneish bsanehis bsanehsi bsaneshi bsanesih bsansieh bsansihe bsanseih bsansehi
bsanshei bsanshie

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History of cryptography
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