easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

orodes

homines

pcserv

azemat

konawa

lysne

onomasticon

matronship

repopulates

pilules

fiducialiter

southgrafton

epihydrinic

nataveramus

anaphoras

hobgood

inclinauitque

cuperley


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: peracidite
cipher variations:
qfsbdjejuf rgtcekfkvg shudflglwh tivegmhmxi ujwfhninyj
vkxgiojozk wlyhjpkpal xmzikqlqbm ynajlrmrcn zobkmsnsdo
apclntotep bqdmoupufq crenpvqvgr dsfoqwrwhs etgprxsxit
fuhqsytyju gvirtzuzkv hwjsuavalw ixktvbwbmx jyluwcxcny
kzmvxdydoz lanwyezepa mboxzfafqb ncpyagbgrc odqzbhchsd

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: peracidite
Cipher: kvizxrwrgv

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: peracidite
Cipher: ABBBA AABAA BAAAA AAAAA AAABA ABAAA AAABB ABAAA BAABA AABAA

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: peracidite
cipher variations:
qfsbdjejufunabhzkzgnyviblpqpsvcdqbpfwfedglybtvcvqlktgbxlilctsjwbfrurajwrebjhahmr
azmbnxgxyzehubrnmnkhipcbvdsdwpmxkbztytixrgtcekfkvgvobcialahozwjcmqrqtwdercqgxgfe
hmzcuwdwrmluhcymjmdutkxcgsvsbkxsfckibinsbancoyhyzafivcsonolijqdcwetexqnylcauzujy
shudflglwhwpcdjbmbipaxkdnrsruxefsdrhyhgfinadvxexsnmvidznknevulydhtwtclytgdljcjot
cbodpzizabgjwdtpopmjkredxfufyrozmdbvavkztivegmhmxixqdekcncjqbyleostsvyfgtesizihg
jobewyfytonwjeaolofwvmzeiuxudmzuhemkdkpudcpeqajabchkxeuqpqnklsfeygvgzspanecwbwla
ujwfhninyjyrefldodkrczmfptutwzghuftjajihkpcfxzgzupoxkfbpmpgxwnafjvyvenavifnlelqv
edqfrbkbcdilyfvrqrolmtgfzhwhatqbofdxcxmbvkxgiojozkzsfgmepelsdangquvuxahivgukbkji
lqdgyahavqpylgcqnqhyxobgkwzwfobwjgomfmrwfergsclcdejmzgwsrspmnuhgaixiburcpgeydync
wlyhjpkpalatghnfqfmtebohrvwvybijwhvlclkjmrehzbibwrqzmhdrorizypchlxaxgpcxkhpngnsx
gfshtdmdefknahxtstqnovihbjyjcvsdqhfzezodxmzikqlqbmbuhiogrgnufcpiswxwzcjkxiwmdmlk
nsfiacjcxsraniespsjazqdimybyhqdyliqohotyhgtiuenefglobiyuturopwjickzkdwterigafape
ynajlrmrcncvijphshovgdqjtxyxadklyjxnenmlotgjbdkdytsbojftqtkbarejnzczirezmjrpipuz
ihujvfofghmpcjzvuvspqxkjdlalexufsjhbgbqfzobkmsnsdodwjkqitipwherkuyzybelmzkyofonm
puhkcelezutcpkgurulcbsfkoadajsfanksqjqvajivkwgpghinqdkawvwtqrylkembmfyvgtkichcrg
apclntotepexklrjujqxifslvzazcfmnalzpgponqvildfmfavudqlhvsvmdctglpbebktgboltrkrwb
kjwlxhqhijorelbxwxurszmlfncngzwhuljdidshbqdmoupufqfylmskvkryjgtmwabadgnobmaqhqpo
rwjmegngbwvermiwtwneduhmqcfcluhcpmuslsxclkxmyirijkpsfmcyxyvstanmgodohaxivmkejeti
crenpvqvgrgzmntlwlszkhunxbcbehopcnbrirqpsxknfhohcxwfsnjxuxofevinrdgdmvidqnvtmtyd
mlynzjsjklqtgndzyzwtubonhpepibyjwnlfkfujdsfoqwrwhshanoumxmtalivoycdcfipqdocsjsrq
tylogipidyxgtokyvypgfwjosehenwjerowunuzenmzoaktklmruhoeazaxuvcpoiqfqjczkxomglgvk
etgprxsxitibopvnynubmjwpzdedgjqrepdtktsruzmphjqjezyhuplzwzqhgxkptfifoxkfspxvovaf
onapblulmnsvipfbabyvwdqpjrgrkdalypnhmhwlfuhqsytyjujcpqwozovcnkxqaefehkrsfqeuluts
vanqikrkfazivqmaxarihylqugjgpylgtqywpwbgpobqcmvmnotwjqgcbczwxerqkshslebmzqoinixm
gvirtzuzkvkdqrxpapwdolyrbfgfilstgrfvmvutwborjlslgbajwrnbybsjizmrvhkhqzmhurzxqxch
qpcrdnwnopuxkrhdcdaxyfsrltitmfcnarpjojynhwjsuavalwlersyqbqxepmzscghgjmtuhsgwnwvu
xcpskmtmhcbkxsoczctkjanswiliranivsayrydirqdseoxopqvylsiedebyzgtsmujungdobsqkpkzo
ixktvbwbmxmfstzrcryfqnatdhihknuvithxoxwvydqtlnunidclytpdadulkbotxjmjsbojwtbzszej
sretfpypqrwzmtjfefczahutnvkvohepctrlqlapjyluwcxcnyngtuasdszgrobueijilovwjuiypyxw
zerumovojedmzuqebevmlcpuyknktcpkxucatafktsfugqzqrsxanukgfgdabivuowlwpifqdusmrmbq
kzmvxdydozohuvbtetahspcvfjkjmpwxkvjzqzyxafsvnpwpkfenavrfcfwnmdqvzloludqlyvdbubgl
utgvhrarstybovlhghebcjwvpxmxqjgrevtnsncrlanwyezepapivwcufubitqdwgklknqxylwkarazy
bgtwoqxqlgfobwsgdgxonerwampmvermzwecvchmvuhwisbstuzcpwmihifcdkxwqynyrkhsfwuotods
mboxzfafqbqjwxdvgvcjurexhlmloryzmxlbsbazchuxpryrmhgpcxthehypofsxbnqnwfsnaxfdwdin
wvixjtctuvadqxnjijgdelyxrzozslitgxvpupetncpyagbgrcrkxyewhwdkvsfyimnmpszanymctcba
divyqszsnihqdyuifizqpgtycoroxgtobygexejoxwjykuduvwberyokjkhefmzysapatmjuhywqvqfu
odqzbhchsdslyzfxixelwtgzjnonqtabozndudcbejwzrtatojirezvjgjarqhuzdpspyhupczhfyfkp
yxkzlvevwxcfszplklifgnaztbqbunkvizxrwrgvperaciditetmzagyjyfmxuhakoporubcpaoevedc
fkxasubupkjsfawkhkbsrivaeqtqzivqdaigzglqzylamwfwxydgtaqmlmjghobaucrcvolwjaysxshw

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: peracidite
Cipher: crenpvqvgr

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: peracidite
Cipher: 53512411314241424451

Extended Methods:
Method #1

Plaintext: peracidite
method variations:
ukwfhoioykzpblntotdpeugqsytyiukzmvxdydoz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p e r a c i d i t e 
5 5 2 1 3 4 4 4 4 5 
3 1 4 1 1 2 1 2 4 1 
They are then read out in rows:
55213444453141121241
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: peracidite
Cipher: zbstycdffd

Read more ...
Method #3

Plaintext: peracidite
method variations:
xfdlqrqryv fdlqrqryvx dlqrqryvxf
lqrqryvxfd qrqryvxfdl rqryvxfdlq
qryvxfdlqr ryvxfdlqrq yvxfdlqrqr
vxfdlqrqry

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: peracidite

first 5040 cipher variations(3628800 total)
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perdecaiti perdecaiit perdeciati perdeciait perdecitai perdecitia perdeciita perdeciiat perdectiai perdectiia perdectaii
perdectaii perdectiai perdectiia perdeciita perdeciiat perdecitia perdecitai perdeciati perdeciait pericidate pericidaet
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pericitaed pericitdae pericitdea periciteda pericitead pericieatd pericieadt pericietad pericietda periciedta periciedat
pericdiate pericdiaet pericditae pericditea pericdieta pericdieat pericdaite pericdaiet pericdatie pericdatei pericdaeti
pericdaeit pericdtaie pericdtaei pericdtiae pericdtiea pericdteia pericdteai pericdeati pericdeait pericdetai pericdetia
pericdeita pericdeiat pericadite pericadiet pericadtie pericadtei pericadeti pericadeit pericaidte pericaidet pericaitde
pericaited pericaietd pericaiedt pericatide pericatied pericatdie pericatdei pericatedi pericateid pericaeitd pericaeidt
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pericetida pericetiad periceiatd periceiadt periceitad periceitda periceidta periceidat periicdate periicdaet periicdtae
periicdtea periicdeta periicdeat periicadte periicadet periicatde periicated periicaetd periicaedt periictade periictaed
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periidcaet periidctae periidctea periidceta periidceat periidacte periidacet periidatce periidatec periidaetc periidaect
periidtace periidtaec periidtcae periidtcea periidteca periidteac periideatc periideact periidetac periidetca periidecta
periidecat periiadcte periiadcet periiadtce periiadtec periiadetc periiadect periiacdte periiacdet periiactde periiacted
periiacetd periiacedt periiatcde periiatced periiatdce periiatdec periiatedc periiatecd periiaectd periiaecdt periiaetcd
periiaetdc periiaedtc periiaedct periitdace periitdaec periitdcae periitdcea periitdeca periitdeac periitadce periitadec
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periiteadc periitecad periitecda periitedca periitedac periiedatc periiedact periiedtac periiedtca periiedcta periiedcat
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periietcad periiecatd periiecadt periiectad periiectda periiecdta periiecdat peridicate peridicaet peridictae peridictea
peridiceta peridiceat peridiacte peridiacet peridiatce peridiatec peridiaetc peridiaect periditace periditaec periditcae
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peridacite peridaciet peridactie peridactei peridaceti peridaceit peridaicte peridaicet peridaitce peridaitec peridaietc
peridaiect peridatice peridatiec peridatcie peridatcei peridateci peridateic peridaeitc peridaeict peridaetic peridaetci
peridaecti peridaecit peridtcaie peridtcaei peridtciae peridtciea peridtceia peridtceai peridtacie peridtacei peridtaice
peridtaiec peridtaeic peridtaeci peridtiace peridtiaec peridticae peridticea peridtieca peridtieac peridteaic peridteaci
peridteiac peridteica peridtecia peridtecai peridecati peridecait peridectai peridectia peridecita perideciat perideacti
perideacit perideatci perideatic perideaitc perideaict peridetaci peridetaic peridetcai peridetcia peridetica peridetiac
perideiatc perideiact perideitac perideitca perideicta perideicat periaidcte periaidcet periaidtce periaidtec periaidetc
periaidect periaicdte periaicdet periaictde periaicted periaicetd periaicedt periaitcde periaitced periaitdce periaitdec
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periactide periactied periactdie periactdei periactedi periacteid periaceitd periaceidt periacetid periacetdi periacedti
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periatceid periatcedi periaticde periaticed periatidce periatidec periatiedc periatiecd periatecid periatecdi periateicd
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periaectdi periaectid periaecitd periaecidt periaetcdi periaetcid periaetdci periaetdic periaetidc periaeticd periaeictd
periaeicdt periaeitcd periaeitdc periaeidtc periaeidct peritidace peritidaec peritidcae peritidcea peritideca peritideac
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peritdieca peritdieac peritdaice peritdaiec peritdacie peritdacei peritdaeci peritdaeic peritdcaie peritdcaei peritdciae
peritdciea peritdceia peritdceai peritdeaci peritdeaic peritdecai peritdecia peritdeica peritdeiac peritadice peritadiec
peritadcie peritadcei peritadeci peritadeic peritaidce peritaidec peritaicde peritaiced peritaiecd peritaiedc peritacide
peritacied peritacdie peritacdei peritacedi peritaceid peritaeicd peritaeidc peritaecid peritaecdi peritaedci peritaedic
peritcdaie peritcdaei peritcdiae peritcdiea peritcdeia peritcdeai peritcadie peritcadei peritcaide peritcaied peritcaeid
peritcaedi peritciade peritciaed peritcidae peritcidea peritcieda peritciead peritceaid peritceadi peritceiad peritceida
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periteacid periteaicd periteaidc peritecadi peritecaid peritecdai peritecdia peritecida periteciad periteiacd periteiadc
periteicad periteicda periteidca periteidac perieidatc perieidact perieidtac perieidtca perieidcta perieidcat perieiadtc
perieiadct perieiatdc perieiatcd perieiactd perieiacdt perieitadc perieitacd perieitdac perieitdca perieitcda perieitcad
perieicatd perieicadt perieictad perieictda perieicdta perieicdat periediatc periediact perieditac perieditca periedicta
periedicat periedaitc periedaict periedatic periedatci periedacti periedacit periedtaic periedtaci periedtiac periedtica
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perieadtci perieadcti perieadcit perieaidtc perieaidct perieaitdc perieaitcd perieaictd perieaicdt perieatidc perieaticd
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periecaitd periecaidt periectadi periectaid periectdai periectdia periectida periectiad perieciatd perieciadt periecitad
periecitda periecidta periecidat pertcidiae pertcidiea pertcidaie pertcidaei pertcideai pertcideia pertciidae pertciidea
pertciiade pertciiaed pertciiead pertciieda pertciaide pertciaied pertciadie pertciadei pertciaedi pertciaeid pertcieiad
pertcieida pertcieaid pertcieadi pertciedai pertciedia pertcdiiae pertcdiiea pertcdiaie pertcdiaei pertcdieai pertcdieia
pertcdiiae pertcdiiea pertcdiaie pertcdiaei pertcdieai pertcdieia pertcdaiie pertcdaiei pertcdaiie pertcdaiei pertcdaeii
pertcdaeii pertcdeiai pertcdeiia pertcdeaii pertcdeaii pertcdeiai pertcdeiia pertcidiae pertcidiea pertcidaie pertcidaei
pertcideai pertcideia pertciidae pertciidea pertciiade pertciiaed pertciiead pertciieda pertciaide pertciaied pertciadie
pertciadei pertciaedi pertciaeid pertcieiad pertcieida pertcieaid pertcieadi pertciedai pertciedia pertcadiie pertcadiei
pertcadiie pertcadiei pertcadeii pertcadeii pertcaidie pertcaidei pertcaiide pertcaiied pertcaieid pertcaiedi pertcaiide
pertcaiied pertcaidie pertcaidei pertcaiedi pertcaieid pertcaeiid pertcaeidi pertcaeiid pertcaeidi pertcaedii pertcaedii
pertcediai pertcediia pertcedaii pertcedaii pertcediai pertcediia pertceidai pertceidia pertceiadi pertceiaid pertceiiad
pertceiida pertceaidi pertceaiid pertceadii pertceadii pertceaidi pertceaiid pertceiiad pertceiida pertceiaid pertceiadi
pertceidai pertceidia perticdiae perticdiea perticdaie perticdaei perticdeai perticdeia perticidae perticidea perticiade
perticiaed perticiead perticieda perticaide perticaied perticadie perticadei perticaedi perticaeid perticeiad perticeida
perticeaid perticeadi perticedai perticedia pertidciae pertidciea pertidcaie pertidcaei pertidceai pertidceia pertidicae
pertidicea pertidiace pertidiaec pertidieac pertidieca pertidaice pertidaiec pertidacie pertidacei pertidaeci pertidaeic
pertideiac pertideica pertideaic pertideaci pertidecai pertidecia pertiidcae pertiidcea pertiidace pertiidaec pertiideac
pertiideca pertiicdae pertiicdea pertiicade pertiicaed pertiicead pertiiceda pertiiacde pertiiaced pertiiadce pertiiadec
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pertiedica pertiedaic pertiedaci pertiedcai pertiedcia pertieidac pertieidca pertieiadc pertieiacd pertieicad pertieicda
pertieaidc pertieaicd pertieadic pertieadci pertieacdi pertieacid pertieciad pertiecida pertiecaid pertiecadi pertiecdai
pertiecdia pertdiciae pertdiciea pertdicaie pertdicaei pertdiceai pertdiceia pertdiicae pertdiicea pertdiiace pertdiiaec
pertdiieac pertdiieca pertdiaice pertdiaiec pertdiacie pertdiacei pertdiaeci pertdiaeic pertdieiac pertdieica pertdieaic
pertdieaci pertdiecai pertdiecia pertdciiae pertdciiea pertdciaie pertdciaei pertdcieai pertdcieia pertdciiae pertdciiea
pertdciaie pertdciaei pertdcieai pertdcieia pertdcaiie pertdcaiei pertdcaiie pertdcaiei pertdcaeii pertdcaeii pertdceiai
pertdceiia pertdceaii pertdceaii pertdceiai pertdceiia pertdiciae pertdiciea pertdicaie pertdicaei pertdiceai pertdiceia
pertdiicae pertdiicea pertdiiace pertdiiaec pertdiieac pertdiieca pertdiaice pertdiaiec pertdiacie pertdiacei pertdiaeci
pertdiaeic pertdieiac pertdieica pertdieaic pertdieaci pertdiecai pertdiecia pertdaciie pertdaciei pertdaciie pertdaciei
pertdaceii pertdaceii pertdaicie pertdaicei pertdaiice pertdaiiec pertdaieic pertdaieci pertdaiice pertdaiiec pertdaicie
pertdaicei pertdaieci pertdaieic pertdaeiic pertdaeici pertdaeiic pertdaeici pertdaecii pertdaecii pertdeciai pertdeciia
pertdecaii pertdecaii pertdeciai pertdeciia pertdeicai pertdeicia pertdeiaci pertdeiaic pertdeiiac pertdeiica pertdeaici
pertdeaiic pertdeacii pertdeacii pertdeaici pertdeaiic pertdeiiac pertdeiica pertdeiaic pertdeiaci pertdeicai pertdeicia
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pertiiceda pertiiacde pertiiaced pertiiadce pertiiadec pertiiaedc pertiiaecd pertiiecad pertiiecda pertiieacd pertiieadc
pertiiedac pertiiedca pertidicae pertidicea pertidiace pertidiaec pertidieac pertidieca pertidciae pertidciea pertidcaie
pertidcaei pertidceai pertidceia pertidacie pertidacei pertidaice pertidaiec pertidaeic pertidaeci pertidecai pertidecia
pertideaci pertideaic pertideiac pertideica perticdiae perticdiea perticdaie perticdaei perticdeai perticdeia perticidae
perticidea perticiade perticiaed perticiead perticieda perticaide perticaied perticadie perticadei perticaedi perticaeid
perticeiad perticeida perticeaid perticeadi perticedai perticedia pertiadcie pertiadcei pertiadice pertiadiec pertiadeic
pertiadeci pertiacdie pertiacdei pertiacide pertiacied pertiaceid pertiacedi pertiaicde pertiaiced pertiaidce pertiaidec
pertiaiedc pertiaiecd pertiaecid pertiaecdi pertiaeicd pertiaeidc pertiaedic pertiaedci pertiedcai pertiedcia pertiedaci
pertiedaic pertiediac pertiedica pertiecdai pertiecdia pertiecadi pertiecaid pertieciad pertiecida pertieacdi pertieacid
pertieadci pertieadic pertieaidc pertieaicd pertieicad pertieicda pertieiacd pertieiadc pertieidac pertieidca pertaidice
pertaidiec pertaidcie pertaidcei pertaideci pertaideic pertaiidce pertaiidec pertaiicde pertaiiced pertaiiecd pertaiiedc
pertaicide pertaicied pertaicdie pertaicdei pertaicedi pertaiceid pertaieicd pertaieidc pertaiecid pertaiecdi pertaiedci
pertaiedic pertadiice pertadiiec pertadicie pertadicei pertadieci pertadieic pertadiice pertadiiec pertadicie pertadicei
pertadieci pertadieic pertadciie pertadciei pertadciie pertadciei pertadceii pertadceii pertadeici pertadeiic pertadecii
pertadecii pertadeici pertadeiic pertaidice pertaidiec pertaidcie pertaidcei pertaideci pertaideic pertaiidce pertaiidec
pertaiicde pertaiiced pertaiiecd pertaiiedc pertaicide pertaicied pertaicdie pertaicdei pertaicedi pertaiceid pertaieicd
pertaieidc pertaiecid pertaiecdi pertaiedci pertaiedic pertacdiie pertacdiei pertacdiie pertacdiei pertacdeii pertacdeii
pertacidie pertacidei pertaciide pertaciied pertacieid pertaciedi pertaciide pertaciied pertacidie pertacidei pertaciedi
pertacieid pertaceiid pertaceidi pertaceiid pertaceidi pertacedii pertacedii pertaedici pertaediic pertaedcii pertaedcii
pertaedici pertaediic pertaeidci pertaeidic pertaeicdi pertaeicid pertaeiicd pertaeiidc pertaecidi pertaeciid pertaecdii
pertaecdii pertaecidi pertaeciid pertaeiicd pertaeiidc pertaeicid pertaeicdi pertaeidci pertaeidic perteidiac perteidica
perteidaic perteidaci perteidcai perteidcia perteiidac perteiidca perteiiadc perteiiacd perteiicad perteiicda perteiaidc
perteiaicd perteiadic perteiadci perteiacdi perteiacid perteiciad perteicida perteicaid perteicadi perteicdai perteicdia
pertediiac pertediica pertediaic pertediaci pertedicai pertedicia pertediiac pertediica pertediaic pertediaci pertedicai
pertedicia pertedaiic pertedaici pertedaiic pertedaici pertedacii pertedacii pertedciai pertedciia pertedcaii pertedcaii
pertedciai pertedciia perteidiac perteidica perteidaic perteidaci perteidcai perteidcia perteiidac perteiidca perteiiadc
perteiiacd perteiicad perteiicda perteiaidc perteiaicd perteiadic perteiadci perteiacdi perteiacid perteiciad perteicida
perteicaid perteicadi perteicdai perteicdia perteadiic perteadici perteadiic perteadici perteadcii perteadcii perteaidic
perteaidci perteaiidc perteaiicd perteaicid perteaicdi perteaiidc perteaiicd perteaidic perteaidci perteaicdi perteaicid
perteaciid perteacidi perteaciid perteacidi perteacdii perteacdii pertecdiai pertecdiia pertecdaii pertecdaii pertecdiai
pertecdiia pertecidai pertecidia perteciadi perteciaid perteciiad perteciida pertecaidi pertecaiid pertecadii pertecadii
pertecaidi pertecaiid perteciiad perteciida perteciaid perteciadi pertecidai pertecidia perecidita perecidiat perecidtia
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pereciatdi pereciadti pereciadit perectdiia perectdiai perectdiia perectdiai perectdaii perectdaii perectidia perectidai
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perectaidi perectaiid perectaidi perectadii perectadii perecaditi perecadiit perecadtii perecadtii perecaditi perecadiit
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perecatiid perecaiitd perecaiidt perecaitid perecaitdi perecaidti perecaidit pereicdita pereicdiat pereicdtia pereicdtai
pereicdati pereicdait pereicidta pereicidat pereicitda pereicitad pereiciatd pereiciadt pereictida pereictiad pereictdia
pereictdai pereictadi pereictaid pereicaitd pereicaidt pereicatid pereicatdi pereicadti pereicadit pereidcita pereidciat
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pereiiadtc pereiiadct pereitdica pereitdiac pereitdcia pereitdcai pereitdaci pereitdaic pereitidca pereitidac pereiticda
pereiticad pereitiacd pereitiadc pereitcida pereitciad pereitcdia pereitcdai pereitcadi pereitcaid pereitaicd pereitaidc
pereitacid pereitacdi pereitadci pereitadic pereiaditc pereiadict pereiadtic pereiadtci pereiadcti pereiadcit pereiaidtc
pereiaidct pereiaitdc pereiaitcd pereiaictd pereiaicdt pereiatidc pereiaticd pereiatdic pereiatdci pereiatcdi pereiatcid
pereiacitd pereiacidt pereiactid pereiactdi pereiacdti pereiacdit peredicita perediciat peredictia peredictai peredicati
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pereditaci pereditaic perediaitc perediaict perediatic perediatci perediacti perediacit peredciita peredciiat peredcitia
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peredctiia peredctiai peredctaii peredctaii peredcaiti peredcaiit peredcatii peredcatii peredcaiti peredcaiit peredicita
perediciat peredictia peredictai peredicati peredicait perediicta perediicat perediitca perediitac perediiatc perediiact
pereditica pereditiac pereditcia pereditcai pereditaci pereditaic perediaitc perediaict perediatic perediatci perediacti
perediacit peredtciia peredtciai peredtciia peredtciai peredtcaii peredtcaii peredticia peredticai peredtiica peredtiiac
peredtiaic peredtiaci peredtiica peredtiiac peredticia peredticai peredtiaci peredtiaic peredtaiic peredtaici peredtaiic
peredtaici peredtacii peredtacii peredaciti peredaciit peredactii peredactii peredaciti peredaciit peredaicti peredaicit
peredaitci peredaitic peredaiitc peredaiict peredatici peredatiic peredatcii peredatcii peredatici peredatiic peredaiitc
peredaiict peredaitic peredaitci peredaicti peredaicit pereiidcta pereiidcat pereiidtca pereiidtac pereiidatc pereiidact
pereiicdta pereiicdat pereiictda pereiictad pereiicatd pereiicadt pereiitcda pereiitcad pereiitdca pereiitdac pereiitadc
pereiitacd pereiiactd pereiiacdt pereiiatcd pereiiatdc pereiiadtc pereiiadct pereidicta pereidicat pereiditca pereiditac
pereidiatc pereidiact pereidcita pereidciat pereidctia pereidctai pereidcati pereidcait pereidtcia pereidtcai pereidtica
pereidtiac pereidtaic pereidtaci pereidacti pereidacit pereidatci pereidatic pereidaitc pereidaict pereicdita pereicdiat
pereicdtia pereicdtai pereicdati pereicdait pereicidta pereicidat pereicitda pereicitad pereiciatd pereiciadt pereictida
pereictiad pereictdia pereictdai pereictadi pereictaid pereicaitd pereicaidt pereicatid pereicatdi pereicadti pereicadit
pereitdcia pereitdcai pereitdica pereitdiac pereitdaic pereitdaci pereitcdia pereitcdai pereitcida pereitciad pereitcaid
pereitcadi pereiticda pereiticad pereitidca pereitidac pereitiadc pereitiacd pereitacid pereitacdi pereitaicd pereitaidc
pereitadic pereitadci pereiadcti pereiadcit pereiadtci pereiadtic pereiaditc pereiadict pereiacdti pereiacdit pereiactdi
pereiactid pereiacitd pereiacidt pereiatcdi pereiatcid pereiatdci pereiatdic pereiatidc pereiaticd pereiaictd pereiaicdt
pereiaitcd pereiaitdc pereiaidtc pereiaidct peretidica peretidiac peretidcia peretidcai peretidaci peretidaic peretiidca
peretiidac peretiicda peretiicad peretiiacd peretiiadc pereticida pereticiad pereticdia pereticdai pereticadi pereticaid
peretiaicd peretiaidc peretiacid peretiacdi peretiadci peretiadic peretdiica peretdiiac peretdicia peretdicai peretdiaci
peretdiaic peretdiica peretdiiac peretdicia peretdicai peretdiaci peretdiaic peretdciia peretdciai peretdciia peretdciai
peretdcaii peretdcaii peretdaici peretdaiic peretdacii peretdacii peretdaici peretdaiic peretidica peretidiac peretidcia
peretidcai peretidaci peretidaic peretiidca peretiidac peretiicda peretiicad peretiiacd peretiiadc pereticida pereticiad
pereticdia pereticdai pereticadi pereticaid peretiaicd peretiaidc peretiacid peretiacdi peretiadci peretiadic peretcdiia
peretcdiai peretcdiia peretcdiai peretcdaii peretcdaii peretcidia peretcidai peretciida peretciiad peretciaid peretciadi
peretciida peretciiad peretcidia peretcidai peretciadi peretciaid peretcaiid peretcaidi peretcaiid peretcaidi peretcadii
peretcadii peretadici peretadiic peretadcii peretadcii peretadici peretadiic peretaidci peretaidic peretaicdi peretaicid
peretaiicd peretaiidc peretacidi peretaciid peretacdii peretacdii peretacidi peretaciid peretaiicd peretaiidc peretaicid
peretaicdi peretaidci peretaidic pereaiditc pereaidict pereaidtic pereaidtci pereaidcti pereaidcit pereaiidtc pereaiidct
pereaiitdc pereaiitcd pereaiictd pereaiicdt pereaitidc pereaiticd pereaitdic pereaitdci pereaitcdi pereaitcid pereaicitd
pereaicidt pereaictid pereaictdi pereaicdti pereaicdit pereadiitc pereadiict pereaditic pereaditci pereadicti pereadicit
pereadiitc pereadiict pereaditic pereaditci pereadicti pereadicit pereadtiic pereadtici pereadtiic pereadtici pereadtcii
pereadtcii pereadciti pereadciit pereadctii pereadctii pereadciti pereadciit pereaiditc pereaidict pereaidtic pereaidtci
pereaidcti pereaidcit pereaiidtc pereaiidct pereaiitdc pereaiitcd pereaiictd pereaiicdt pereaitidc pereaiticd pereaitdic
pereaitdci pereaitcdi pereaitcid pereaicitd pereaicidt pereaictid pereaictdi pereaicdti pereaicdit pereatdiic pereatdici
pereatdiic pereatdici pereatdcii pereatdcii pereatidic pereatidci pereatiidc pereatiicd pereaticid pereaticdi pereatiidc
pereatiicd pereatidic pereatidci pereaticdi pereaticid pereatciid pereatcidi pereatciid pereatcidi pereatcdii pereatcdii
pereacditi pereacdiit pereacdtii pereacdtii pereacditi pereacdiit pereacidti pereacidit pereacitdi pereacitid pereaciitd
pereaciidt pereactidi pereactiid pereactdii pereactdii pereactidi pereactiid pereaciitd pereaciidt pereacitid pereacitdi
pereacidti pereacidit

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History of cryptography
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