easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

colonelship

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lottes

phytopathology

proceres

processerant

uniformal

lurlene

twangiest

terreoque

outclass

ashwort

troianique

shoots

charmin

gallinarum

holewinski

outbridge


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: resteep
cipher variations:
sftuffq tguvggr uhvwhhs viwxiit wjxyjju
xkyzkkv ylzallw zmabmmx anbcnny bocdooz
cpdeppa dqefqqb erfgrrc fsghssd gthitte
huijuuf ivjkvvg jwklwwh kxlmxxi lymnyyj
mznozzk naopaal obpqbbm pcqrccn qdrsddo

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: resteep
Cipher: ivhgvvk

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: resteep
Cipher: BAAAA AABAA BAAAB BAABA AABAA AABAA ABBBA

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: resteep
cipher variations:
sftuffqandgnnuivnsvvyqdxeddcylhqllggtrcttkwjlajjservmrrw
mzfyzzauhpkhhecpzwppikxjixxmtguvggrboehoovjwotwwzreyfeed
zmirmmhhusduulxkmbkktfswnssxnagzaabviqliifdqaxqqjlykjyyn
uhvwhhscpfippwkxpuxxasfzgffeanjsnniivtevvmylncllugtxotty
obhabbcwjrmjjgerbyrrkmzlkzzoviwxiitdqgjqqxlyqvyybtgahggf
boktoojjwufwwnzmodmmvhuypuuzpcibccdxksnkkhfsczsslnamlaap
wjxyjjuerhkrrymzrwzzcuhbihhgcpluppkkxvgxxoanpennwivzqvva
qdjcddeyltolligtdattmobnmbbqxkyzkkvfsilssznasxaadvicjiih
dqmvqqllywhyypboqfooxjwarwwbrekdeefzmupmmjhuebuunpconccr
ylzallwgtjmttaobtybbewjdkjjiernwrrmmzxizzqcprgppykxbsxxc
sfleffganvqnnkivfcvvoqdpoddszmabmmxhuknuubpcuzccfxkelkkj
fsoxssnnayjaardqshqqzlyctyydtgmfgghbowrooljwgdwwpreqpeet
anbcnnyivlovvcqdvaddgylfmllkgtpyttoobzkbbsertirramzduzze
uhnghhicpxsppmkxhexxqsfrqffubocdoozjwmpwwdrewbeehzmgnmml
huqzuuppcalcctfsujssbnaevaafviohiijdqytqqnlyifyyrtgsrggv
cpdeppakxnqxxesfxcffianhonnmivravvqqdbmddugtvkttcobfwbbg
wjpijjkerzurromzjgzzsuhtshhwdqefqqblyoryyftgydggjboipoon
jwsbwwrrecneevhuwluudpcgxcchxkqjkklfsavsspnakhaatviutiix
erfgrrcmzpszzguhzehhkcpjqppokxtcxxssfdoffwivxmvveqdhyddi
ylrkllmgtbwttqoblibbuwjvujjyfsghssdnaqtaahviafiildqkrqqp
lyudyyttgepggxjwynwwfreizeejzmslmmnhucxuurpcmjccvxkwvkkz
gthitteobrubbiwjbgjjmerlsrrqmzvezzuuhfqhhykxzoxxgsfjaffk
antmnnoivdyvvsqdnkddwylxwllahuijuufpcsvccjxkchkknfsmtssr
nawfaavvigriizlyapyyhtgkbgglbounoopjwezwwtreoleexzmyxmmb
ivjkvvgqdtwddkyldillogtnuttsobxgbbwwjhsjjamzbqzziuhlchhm
cpvoppqkxfaxxusfpmffyanzynncjwklwwhreuxeelzmejmmphuovuut
pcyhccxxkitkkbnacraajvimdiindqwpqqrlygbyyvtgqnggzboazood
kxlmxxisfvyffmanfknnqivpwvvuqdziddyyljullcobdsbbkwjnejjo
erxqrrsmzhczzwuhrohhacpbappelymnyyjtgwzggnbogloorjwqxwwv
reajeezzmkvmmdpcetcclxkofkkpfsyrsstnaidaaxvispiibdqcbqqf
mznozzkuhxahhocphmppskxryxxwsfbkffaanlwnneqdfuddmylpgllq
gtzsttuobjebbywjtqjjcerdcrrgnaopaalviybiipdqinqqtlyszyyx
tgclggbbomxoofregveenzmqhmmrhuatuuvpckfcczxkurkkdfsedssh
obpqbbmwjzcjjqerjorrumztazzyuhdmhhccpnyppgsfhwffoanrinns
ivbuvvwqdlgddaylvsllegtfettipcqrccnxkadkkrfskpssvnaubaaz
vieniiddqozqqhtgixggpbosjootjwcvwwxremheebzmwtmmfhugfuuj
qdrsddoylbellsgtlqttwobvcbbawjfojjeerparriuhjyhhqcptkppu
kxdwxxysfniffcanxunngivhgvvkresteepzmcfmmthumruuxpcwdccb
xkgpkkffsqbssjvikziirdqulqqvlyexyyztgojggdboyvoohjwihwwl

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: resteep
Cipher: erfgrrc

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: resteep
Cipher: 24513444515153

Extended Methods:
Method #1

Plaintext: resteep
method variations:
wkxykkubpcdppzguhiuuemznozzk

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r e s t e e p 
2 5 3 4 5 5 5 
4 1 4 4 1 1 3 
They are then read out in rows:
25345554144113
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: resteep
Cipher: wszuqdl

Read more ...
Method #3

Plaintext: resteep
method variations:
yltyvvh ltyvvhy tyvvhyl
yvvhylt vvhylty vhyltyv
hyltyvv

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: resteep

all 5040 cipher variations:
resteep restepe resteep restepe restpee restpee resetep resetpe reseetp reseept resepet
resepte reseetp reseept resetep resetpe resepte resepet respeet respete respeet respete
resptee resptee retseep retsepe retseep retsepe retspee retspee retesep retespe reteesp
reteeps retepes retepse reteesp reteeps retesep retespe retepse retepes retpees retpese
retpees retpese retpsee retpsee reetsep reetspe reetesp reeteps reetpes reetpse reestep
reestpe reesetp reesept reespet reespte reeestp reeespt reeetsp reeetps reeepts reeepst
reepset reepste reepest reepets reeptes reeptse reetesp reeteps reetsep reetspe reetpse
reetpes reeetsp reeetps reeestp reeespt reeepst reeepts reesetp reesept reestep reestpe
reespte reespet reepest reepets reepset reepste reeptse reeptes reptees reptese reptees
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eperset eperste eperest eperets epertes epertse epetesr epeters epetser epetsre epetrse
epetres epeetsr epeetrs epeestr epeesrt epeerst epeerts epesetr epesert epester epestre
epesrte epesret eperest eperets eperset eperste epertse epertes eprtees eprtese eprtees
eprtese eprtsee eprtsee epretes epretse epreets epreest epreset epreste epreets epreest
epretes epretse epreste epreset eprseet eprsete eprseet eprsete eprstee eprstee serteep
sertepe serteep sertepe sertpee sertpee seretep seretpe sereetp sereept serepet serepte
sereetp sereept seretep seretpe serepte serepet serpeet serpete serpeet serpete serptee
serptee setreep setrepe setreep setrepe setrpee setrpee seterep seterpe seteerp seteepr
seteper setepre seteerp seteepr seterep seterpe setepre seteper setpeer setpere setpeer
setpere setpree setpree seetrep seetrpe seeterp seetepr seetper seetpre seertep seertpe
seeretp seerept seerpet seerpte seeertp seeerpt seeetrp seeetpr seeeptr seeeprt seepret
seeprte seepert seepetr seepter seeptre seeterp seetepr seetrep seetrpe seetpre seetper
seeetrp seeetpr seeertp seeerpt seeeprt seeeptr seeretp seerept seertep seertpe seerpte
seerpet seepert seepetr seepret seeprte seeptre seepter septeer septere septeer septere
septree septree sepeter sepetre sepeetr sepeert seperet seperte sepeetr sepeert sepeter
sepetre seperte seperet sepreet seprete sepreet seprete seprtee seprtee sreteep sretepe
sreteep sretepe sretpee sretpee sreetep sreetpe sreeetp sreeept sreepet sreepte sreeetp
sreeept sreetep sreetpe sreepte sreepet srepeet srepete srepeet srepete sreptee sreptee
srteeep srteepe srteeep srteepe srtepee srtepee srteeep srteepe srteeep srteepe srtepee
srtepee srteeep srteepe srteeep srteepe srtepee srtepee srtpeee srtpeee srtpeee srtpeee
srtpeee srtpeee sreteep sretepe sreteep sretepe sretpee sretpee sreetep sreetpe sreeetp
sreeept sreepet sreepte sreeetp sreeept sreetep sreetpe sreepte sreepet srepeet srepete
srepeet srepete sreptee sreptee sreteep sretepe sreteep sretepe sretpee sretpee sreetep
sreetpe sreeetp sreeept sreepet sreepte sreeetp sreeept sreetep sreetpe sreepte sreepet
srepeet srepete srepeet srepete sreptee sreptee srpteee srpteee srpteee srpteee srpteee
srpteee srpetee srpetee srpeete srpeeet srpeeet srpeete srpeete srpeeet srpetee srpetee
srpeete srpeeet srpeeet srpeete srpeeet srpeete srpetee srpetee streeep streepe streeep
streepe strepee strepee streeep streepe streeep streepe strepee strepee streeep streepe
streeep streepe strepee strepee strpeee strpeee strpeee strpeee strpeee strpeee stereep
sterepe stereep sterepe sterpee sterpee steerep steerpe steeerp steeepr steeper steepre
steeerp steeepr steerep steerpe steepre steeper stepeer stepere stepeer stepere stepree
stepree steerep steerpe steeerp steeepr steeper steepre stereep sterepe stereep sterepe
sterpee sterpee steerep steerpe steeerp steeepr steeper steepre stepree stepree stepere
stepeer stepeer stepere steeerp steeepr steerep steerpe steepre steeper steeerp steeepr
steerep steerpe steepre steeper stereep sterepe stereep sterepe sterpee sterpee stepere
stepeer stepree stepree stepere stepeer stpeeer stpeere stpeeer stpeere stperee stperee
stpeeer stpeere stpeeer stpeere stperee stperee stpeeer stpeere stpeeer stpeere stperee
stperee stpreee stpreee stpreee stpreee stpreee stpreee serteep sertepe serteep sertepe
sertpee sertpee seretep seretpe sereetp sereept serepet serepte sereetp sereept seretep
seretpe serepte serepet serpeet serpete serpeet serpete serptee serptee setreep setrepe
setreep setrepe setrpee setrpee seterep seterpe seteerp seteepr seteper setepre seteerp
seteepr seterep seterpe setepre seteper setpeer setpere setpeer setpere setpree setpree
seetrep seetrpe seeterp seetepr seetper seetpre seertep seertpe seeretp seerept seerpet
seerpte seeertp seeerpt seeetrp seeetpr seeeptr seeeprt seepret seeprte seepert seepetr
seepter seeptre seeterp seetepr seetrep seetrpe seetpre seetper seeetrp seeetpr seeertp
seeerpt seeeprt seeeptr seeretp seerept seertep seertpe seerpte seerpet seepert seepetr
seepret seeprte seeptre seepter septeer septere septeer septere septree septree sepeter
sepetre sepeetr sepeert seperet seperte sepeetr sepeert sepeter sepetre seperte seperet
sepreet seprete sepreet seprete seprtee seprtee serteep sertepe serteep sertepe sertpee
sertpee seretep seretpe sereetp sereept serepet serepte sereetp sereept seretep seretpe
serepte serepet serpeet serpete serpeet serpete serptee serptee setreep setrepe setreep
setrepe setrpee setrpee seterep seterpe seteerp seteepr seteper setepre seteerp seteepr
seterep seterpe setepre seteper setpeer setpere setpeer setpere setpree setpree seetrep
seetrpe seeterp seetepr seetper seetpre seertep seertpe seeretp seerept seerpet seerpte
seeertp seeerpt seeetrp seeetpr seeeptr seeeprt seepret seeprte seepert seepetr seepter
seeptre seeterp seetepr seetrep seetrpe seetpre seetper seeetrp seeetpr seeertp seeerpt
seeeprt seeeptr seeretp seerept seertep seertpe seerpte seerpet seepert seepetr seepret
seeprte seeptre seepter septeer septere septeer septere septree septree sepeter sepetre
sepeetr sepeert seperet seperte sepeetr sepeert sepeter sepetre seperte seperet sepreet
seprete sepreet seprete seprtee seprtee sprteee sprteee sprteee sprteee sprteee sprteee
spretee spretee spreete spreeet spreeet spreete spreete spreeet spretee spretee spreete
spreeet spreeet spreete spreeet spreete spretee spretee sptreee sptreee sptreee sptreee
sptreee sptreee spteree spteree spteere spteeer spteeer spteere spteere spteeer spteree
spteree spteere spteeer spteeer spteere spteeer spteere spteree spteree spetree spetree
spetere speteer speteer spetere spertee spertee sperete spereet spereet sperete speerte
speeret speetre speeter speeetr speeert speeret speerte speeert speeetr speeter speetre
spetere speteer spetree spetree spetere speteer speetre speeter speerte speeret speeert
speeetr sperete spereet spertee spertee sperete spereet speeert speeetr speeret speerte
speetre speeter speteer spetere speteer spetere spetree spetree speeter speetre speeetr
speeert speeret speerte speeetr speeert speeter speetre speerte speeret spereet sperete
spereet sperete spertee spertee tesreep tesrepe tesreep tesrepe tesrpee tesrpee teserep
teserpe teseerp teseepr teseper tesepre teseerp teseepr teserep teserpe tesepre teseper
tespeer tespere tespeer tespere tespree tespree terseep tersepe terseep tersepe terspee
terspee teresep terespe tereesp tereeps terepes terepse tereesp tereeps teresep terespe
terepse terepes terpees terpese terpees terpese terpsee terpsee teersep teerspe teeresp
teereps teerpes teerpse teesrep teesrpe teeserp teesepr teesper teespre teeesrp teeespr
teeersp teeerps teeeprs teeepsr teepser teepsre teepesr teepers teepres teeprse teeresp
teereps teersep teerspe teerpse teerpes teeersp teeerps teeesrp teeespr teeepsr teeeprs
teeserp teesepr teesrep teesrpe teespre teesper teepesr teepers teepser teepsre teeprse
teepres teprees teprese teprees teprese teprsee teprsee teperes teperse tepeers tepeesr
tepeser tepesre tepeers tepeesr teperes teperse tepesre tepeser tepseer tepsere tepseer
tepsere tepsree tepsree tsereep tserepe tsereep tserepe tserpee tserpee tseerep tseerpe
tseeerp tseeepr tseeper tseepre tseeerp tseeepr tseerep tseerpe tseepre tseeper tsepeer
tsepere tsepeer tsepere tsepree tsepree tsreeep tsreepe tsreeep tsreepe tsrepee tsrepee
tsreeep tsreepe tsreeep tsreepe tsrepee tsrepee tsreeep tsreepe tsreeep tsreepe tsrepee
tsrepee tsrpeee tsrpeee tsrpeee tsrpeee tsrpeee tsrpeee tsereep tserepe tsereep tserepe
tserpee tserpee tseerep tseerpe tseeerp tseeepr tseeper tseepre tseeerp tseeepr tseerep
tseerpe tseepre tseeper tsepeer tsepere tsepeer tsepere tsepree tsepree tsereep tserepe
tsereep tserepe tserpee tserpee tseerep tseerpe tseeerp tseeepr tseeper tseepre tseeerp
tseeepr tseerep tseerpe tseepre tseeper tsepeer tsepere tsepeer tsepere tsepree tsepree
tspreee tspreee tspreee tspreee tspreee tspreee tsperee tsperee tspeere tspeeer tspeeer
tspeere tspeere tspeeer tsperee tsperee tspeere tspeeer tspeeer tspeere tspeeer tspeere
tsperee tsperee trseeep trseepe trseeep trseepe trsepee trsepee trseeep trseepe trseeep
trseepe trsepee trsepee trseeep trseepe trseeep trseepe trsepee trsepee trspeee trspeee
trspeee trspeee trspeee trspeee treseep tresepe treseep tresepe trespee trespee treesep
treespe treeesp treeeps treepes treepse treeesp treeeps treesep treespe treepse treepes
trepees trepese trepees trepese trepsee trepsee treesep treespe treeesp treeeps treepes
treepse treseep tresepe treseep tresepe trespee trespee treesep treespe treeesp treeeps
treepes treepse trepsee trepsee trepese trepees trepees trepese treeesp treeeps treesep
treespe treepse treepes treeesp treeeps treesep treespe treepse treepes treseep tresepe
treseep tresepe trespee trespee trepese trepees trepsee trepsee trepese trepees trpeees
trpeese trpeees trpeese trpesee trpesee trpeees trpeese trpeees trpeese trpesee trpesee
trpeees trpeese trpeees trpeese trpesee trpesee trpseee trpseee trpseee trpseee trpseee
trpseee tesreep tesrepe tesreep tesrepe tesrpee tesrpee teserep teserpe teseerp teseepr
teseper tesepre teseerp teseepr teserep teserpe tesepre teseper tespeer tespere tespeer
tespere tespree tespree terseep tersepe terseep tersepe terspee terspee teresep terespe
tereesp tereeps terepes terepse tereesp tereeps teresep terespe terepse terepes terpees
terpese terpees terpese terpsee terpsee teersep teerspe teeresp teereps teerpes teerpse
teesrep teesrpe teeserp teesepr teesper teespre teeesrp teeespr teeersp teeerps teeeprs
teeepsr teepser teepsre teepesr teepers teepres teeprse teeresp teereps teersep teerspe
teerpse teerpes teeersp teeerps teeesrp teeespr teeepsr teeeprs teeserp teesepr teesrep
teesrpe teespre teesper teepesr teepers teepser teepsre teeprse teepres teprees teprese
teprees teprese teprsee teprsee teperes teperse tepeers tepeesr tepeser tepesre tepeers
tepeesr teperes teperse tepesre tepeser tepseer tepsere tepseer tepsere tepsree tepsree
tesreep tesrepe tesreep tesrepe tesrpee tesrpee teserep teserpe teseerp teseepr teseper
tesepre teseerp teseepr teserep teserpe tesepre teseper tespeer tespere tespeer tespere
tespree tespree terseep tersepe terseep tersepe terspee terspee teresep terespe tereesp
tereeps terepes terepse tereesp tereeps teresep terespe terepse terepes terpees terpese
terpees terpese terpsee terpsee teersep teerspe teeresp teereps teerpes teerpse teesrep
teesrpe teeserp teesepr teesper teespre teeesrp teeespr teeersp teeerps teeeprs teeepsr
teepser teepsre teepesr teepers teepres teeprse teeresp teereps teersep teerspe teerpse
teerpes teeersp teeerps teeesrp teeespr teeepsr teeeprs teeserp teesepr teesrep teesrpe
teespre teesper teepesr teepers teepser teepsre teeprse teepres teprees teprese teprees
teprese teprsee teprsee teperes teperse tepeers tepeesr tepeser tepesre tepeers tepeesr
teperes teperse tepesre tepeser tepseer tepsere tepseer tepsere tepsree tepsree tpsreee
tpsreee tpsreee tpsreee tpsreee tpsreee tpseree tpseree tpseere tpseeer tpseeer tpseere
tpseere tpseeer tpseree tpseree tpseere tpseeer tpseeer tpseere tpseeer tpseere tpseree
tpseree tprseee tprseee tprseee tprseee tprseee tprseee tpresee tpresee tpreese tpreees
tpreees tpreese tpreese tpreees tpresee tpresee tpreese tpreees tpreees tpreese tpreees
tpreese tpresee tpresee tpersee tpersee tperese tperees tperees tperese tpesree tpesree
tpesere tpeseer tpeseer tpesere tpeesre tpeeser tpeerse tpeeres tpeeers tpeeesr tpeeser
tpeesre tpeeesr tpeeers tpeeres tpeerse tperese tperees tpersee tpersee tperese tperees
tpeerse tpeeres tpeesre tpeeser tpeeesr tpeeers tpesere tpeseer tpesree tpesree tpesere
tpeseer tpeeesr tpeeers tpeeser tpeesre tpeerse tpeeres tperees tperese tperees tperese
tpersee tpersee tpeeres tpeerse tpeeers tpeeesr tpeeser tpeesre tpeeers tpeeesr tpeeres
tpeerse tpeesre tpeeser tpeseer tpesere tpeseer tpesere tpesree tpesree eestrep eestrpe
eesterp eestepr eestper eestpre eesrtep eesrtpe eesretp eesrept eesrpet eesrpte eesertp
eeserpt eesetrp eesetpr eeseptr eeseprt eespret eesprte eespert eespetr eespter eesptre
eetsrep eetsrpe eetserp eetsepr eetsper eetspre eetrsep eetrspe eetresp eetreps eetrpes
eetrpse eetersp eeterps eetesrp eetespr eetepsr eeteprs eetpres eetprse eetpers eetpesr
eetpser eetpsre eertsep eertspe eertesp eerteps eertpes eertpse eerstep eerstpe eersetp
eersept eerspet eerspte eerestp eerespt eeretsp eeretps eerepts eerepst eerpset eerpste
eerpest eerpets eerptes eerptse eeetrsp eeetrps eeetsrp eeetspr eeetpsr eeetprs eeertsp
eeertps eeerstp eeerspt eeerpst eeerpts eeesrtp eeesrpt eeestrp eeestpr eeesptr eeesprt
eeeprst eeeprts eeepsrt eeepstr eeeptsr eeeptrs eeptres eeptrse eepters eeptesr eeptser
eeptsre eeprtes eeprtse eeprets eeprest eeprset eeprste eeperts eeperst eepetrs eepetsr
eepestr eepesrt eepsret eepsrte eepsert eepsetr eepster eepstre esetrep esetrpe eseterp
esetepr esetper esetpre esertep esertpe eseretp eserept eserpet eserpte eseertp eseerpt
eseetrp eseetpr eseeptr eseeprt esepret eseprte esepert esepetr esepter eseptre esterep
esterpe esteerp esteepr esteper estepre estreep estrepe estreep estrepe estrpee estrpee
esterep esterpe esteerp esteepr esteper estepre estpree estpree estpere estpeer estpeer
estpere esrteep esrtepe esrteep esrtepe esrtpee esrtpee esretep esretpe esreetp esreept
esrepet esrepte esreetp esreept esretep esretpe esrepte esrepet esrpeet esrpete esrpeet
esrpete esrptee esrptee esetrep esetrpe eseterp esetepr esetper esetpre esertep esertpe
eseretp eserept eserpet eserpte eseertp eseerpt eseetrp eseetpr eseeptr eseeprt esepret
eseprte esepert esepetr esepter eseptre esptree esptree esptere espteer espteer esptere
esprtee esprtee esprete espreet espreet esprete esperte esperet espetre espeter espeetr
espeert esperet esperte espeert espeetr espeter espetre etserep etserpe etseerp etseepr
etseper etsepre etsreep etsrepe etsreep etsrepe etsrpee etsrpee etserep etserpe etseerp
etseepr etseper etsepre etspree etspree etspere etspeer etspeer etspere etesrep etesrpe
eteserp etesepr etesper etespre etersep eterspe eteresp etereps eterpes eterpse eteersp
eteerps eteesrp eteespr eteepsr eteeprs etepres eteprse etepers etepesr etepser etepsre
etresep etrespe etreesp etreeps etrepes etrepse etrseep etrsepe etrseep etrsepe etrspee
etrspee etresep etrespe etreesp etreeps etrepes etrepse etrpsee etrpsee etrpese etrpees
etrpees etrpese eteersp eteerps eteesrp eteespr eteepsr eteeprs eteresp etereps etersep
eterspe eterpse eterpes etesrep etesrpe eteserp etesepr etesper etespre eteprse etepres
etepsre etepser etepesr etepers etperes etperse etpeers etpeesr etpeser etpesre etprees
etprese etprees etprese etprsee etprsee etperes etperse etpeers etpeesr etpeser etpesre
etpsree etpsree etpsere etpseer etpseer etpsere ersteep erstepe ersteep erstepe erstpee
erstpee ersetep ersetpe erseetp erseept ersepet ersepte erseetp erseept ersetep ersetpe
ersepte ersepet erspeet erspete erspeet erspete ersptee ersptee ertseep ertsepe ertseep
ertsepe ertspee ertspee ertesep ertespe erteesp erteeps ertepes ertepse erteesp erteeps
ertesep ertespe ertepse ertepes ertpees ertpese ertpees ertpese ertpsee ertpsee eretsep
eretspe eretesp ereteps eretpes eretpse erestep erestpe eresetp eresept erespet erespte
ereestp ereespt ereetsp ereetps ereepts ereepst erepset erepste erepest erepets ereptes
ereptse eretesp ereteps eretsep eretspe eretpse eretpes ereetsp ereetps ereestp ereespt
ereepst ereepts eresetp eresept erestep erestpe erespte erespet erepest erepets erepset
erepste ereptse ereptes erptees erptese erptees erptese erptsee erptsee erpetes erpetse
erpeets erpeest erpeset erpeste erpeets erpeest erpetes erpetse erpeste erpeset erpseet
erpsete erpseet erpsete erpstee erpstee eestrep eestrpe eesterp eestepr eestper eestpre
eesrtep eesrtpe eesretp eesrept eesrpet eesrpte eesertp eeserpt eesetrp eesetpr eeseptr
eeseprt eespret eesprte eespert eespetr eespter eesptre eetsrep eetsrpe eetserp eetsepr
eetsper eetspre eetrsep eetrspe eetresp eetreps eetrpes eetrpse eetersp eeterps eetesrp
eetespr eetepsr eeteprs eetpres eetprse eetpers eetpesr eetpser eetpsre eertsep eertspe
eertesp eerteps eertpes eertpse eerstep eerstpe eersetp eersept eerspet eerspte eerestp
eerespt eeretsp eeretps eerepts eerepst eerpset eerpste eerpest eerpets eerptes eerptse
eeetrsp eeetrps eeetsrp eeetspr eeetpsr eeetprs eeertsp eeertps eeerstp eeerspt eeerpst
eeerpts eeesrtp eeesrpt eeestrp eeestpr eeesptr eeesprt eeeprst eeeprts eeepsrt eeepstr
eeeptsr eeeptrs eeptres eeptrse eepters eeptesr eeptser eeptsre eeprtes eeprtse eeprets
eeprest eeprset eeprste eeperts eeperst eepetrs eepetsr eepestr eepesrt eepsret eepsrte
eepsert eepsetr eepster eepstre epstree epstree epstere epsteer epsteer epstere epsrtee
epsrtee epsrete epsreet epsreet epsrete epserte epseret epsetre epseter epseetr epseert
epseret epserte epseert epseetr epseter epsetre eptsree eptsree eptsere eptseer eptseer
eptsere eptrsee eptrsee eptrese eptrees eptrees eptrese epterse epteres eptesre epteser
epteesr epteers epteres epterse epteers epteesr epteser eptesre eprtsee eprtsee eprtese
eprtees eprtees eprtese eprstee eprstee eprsete eprseet eprseet eprsete epreste epreset
epretse epretes epreets epreest epreset epreste epreest epreets epretes epretse epetrse
epetres epetsre epetser epetesr epeters epertse epertes eperste eperset eperest eperets
epesrte epesret epestre epester epesetr epesert epeerst epeerts epeesrt epeestr epeetsr
epeetrs epetres epetrse epeters epetesr epetser epetsre epertes epertse eperets eperest
eperset eperste epeerts epeerst epeetrs epeetsr epeestr epeesrt epesret epesrte epesert
epesetr epester epestre eesterp eestepr eestrep eestrpe eestpre eestper eesetrp eesetpr
eesertp eeserpt eeseprt eeseptr eesretp eesrept eesrtep eesrtpe eesrpte eesrpet eespert
eespetr eespret eesprte eesptre eespter eetserp eetsepr eetsrep eetsrpe eetspre eetsper
eetesrp eetespr eetersp eeterps eeteprs eetepsr eetresp eetreps eetrsep eetrspe eetrpse
eetrpes eetpers eetpesr eetpres eetprse eetpsre eetpser eeetsrp eeetspr eeetrsp eeetrps
eeetprs eeetpsr eeestrp eeestpr eeesrtp eeesrpt eeesprt eeesptr eeerstp eeerspt eeertsp
eeertps eeerpts eeerpst eeepsrt eeepstr eeeprst eeeprts eeeptrs eeeptsr eertesp eerteps
eertsep eertspe eertpse eertpes eeretsp eeretps eerestp eerespt eerepst eerepts eersetp
eersept eerstep eerstpe eerspte eerspet eerpest eerpets eerpset eerpste eerptse eerptes
eepters eeptesr eeptres eeptrse eeptsre eeptser eepetrs eepetsr eeperts eeperst eepesrt
eepestr eeprets eeprest eeprtes eeprtse eeprste eeprset eepsert eepsetr eepsret eepsrte
eepstre eepster eseterp esetepr esetrep esetrpe esetpre esetper eseetrp eseetpr eseertp
eseerpt eseeprt eseeptr eseretp eserept esertep esertpe eserpte eserpet esepert esepetr
esepret eseprte eseptre esepter esteerp esteepr esterep esterpe estepre esteper esteerp
esteepr esterep esterpe estepre esteper estreep estrepe estreep estrepe estrpee estrpee
estpere estpeer estpree estpree estpere estpeer eseterp esetepr esetrep esetrpe esetpre
esetper eseetrp eseetpr eseertp eseerpt eseeprt eseeptr eseretp eserept esertep esertpe
eserpte eserpet esepert esepetr esepret eseprte eseptre esepter esrteep esrtepe esrteep
esrtepe esrtpee esrtpee esretep esretpe esreetp esreept esrepet esrepte esreetp esreept
esretep esretpe esrepte esrepet esrpeet esrpete esrpeet esrpete esrptee esrptee esptere
espteer esptree esptree esptere espteer espetre espeter esperte esperet espeert espeetr
esprete espreet esprtee esprtee esprete espreet espeert espeetr esperet esperte espetre
espeter etseerp etseepr etserep etserpe etsepre etseper etseerp etseepr etserep etserpe
etsepre etseper etsreep etsrepe etsreep etsrepe etsrpee etsrpee etspere etspeer etspree
etspree etspere etspeer eteserp etesepr etesrep etesrpe etespre etesper eteesrp eteespr
eteersp eteerps eteeprs eteepsr eteresp etereps etersep eterspe eterpse eterpes etepers
etepesr etepres eteprse etepsre etepser eteesrp eteespr eteersp eteerps eteeprs eteepsr
eteserp etesepr etesrep etesrpe etespre etesper etersep eterspe eteresp etereps eterpes
eterpse etepsre etepser eteprse etepres etepers etepesr etreesp etreeps etresep etrespe
etrepse etrepes etreesp etreeps etresep etrespe etrepse etrepes etrseep etrsepe etrseep
etrsepe etrspee etrspee etrpese etrpees etrpsee etrpsee etrpese etrpees etpeers etpeesr
etperes etperse etpesre etpeser etpeers etpeesr etperes etperse etpesre etpeser etprees
etprese etprees etprese etprsee etprsee etpsere etpseer etpsree etpsree etpsere etpseer
eesterp eestepr eestrep eestrpe eestpre eestper eesetrp eesetpr eesertp eeserpt eeseprt
eeseptr eesretp eesrept eesrtep eesrtpe eesrpte eesrpet eespert eespetr eespret eesprte
eesptre eespter eetserp eetsepr eetsrep eetsrpe eetspre eetsper eetesrp eetespr eetersp
eeterps eeteprs eetepsr eetresp eetreps eetrsep eetrspe eetrpse eetrpes eetpers eetpesr
eetpres eetprse eetpsre eetpser eeetsrp eeetspr eeetrsp eeetrps eeetprs eeetpsr eeestrp
eeestpr eeesrtp eeesrpt eeesprt eeesptr eeerstp eeerspt eeertsp eeertps eeerpts eeerpst
eeepsrt eeepstr eeeprst eeeprts eeeptrs eeeptsr eertesp eerteps eertsep eertspe eertpse
eertpes eeretsp eeretps eerestp eerespt eerepst eerepts eersetp eersept eerstep eerstpe
eerspte eerspet eerpest eerpets eerpset eerpste eerptse eerptes eepters eeptesr eeptres
eeptrse eeptsre eeptser eepetrs eepetsr eeperts eeperst eepesrt eepestr eeprets eeprest
eeprtes eeprtse eeprste eeprset eepsert eepsetr eepsret eepsrte eepstre eepster ersteep
erstepe ersteep erstepe erstpee erstpee ersetep ersetpe erseetp erseept ersepet ersepte
erseetp erseept ersetep ersetpe ersepte ersepet erspeet erspete erspeet erspete ersptee
ersptee ertseep ertsepe ertseep ertsepe ertspee ertspee ertesep ertespe erteesp erteeps
ertepes ertepse erteesp erteeps ertesep ertespe ertepse ertepes ertpees ertpese ertpees
ertpese ertpsee ertpsee eretsep eretspe eretesp ereteps eretpes eretpse erestep erestpe
eresetp eresept erespet erespte ereestp ereespt ereetsp ereetps ereepts ereepst erepset
erepste erepest erepets ereptes ereptse eretesp ereteps eretsep eretspe eretpse eretpes
ereetsp ereetps ereestp ereespt ereepst ereepts eresetp eresept erestep erestpe erespte
erespet erepest erepets erepset erepste ereptse ereptes erptees erptese erptees erptese
erptsee erptsee erpetes erpetse erpeets erpeest erpeset erpeste erpeets erpeest erpetes
erpetse erpeste erpeset erpseet erpsete erpseet erpsete erpstee erpstee epstere epsteer
epstree epstree epstere epsteer epsetre epseter epserte epseret epseert epseetr epsrete
epsreet epsrtee epsrtee epsrete epsreet epseert epseetr epseret epserte epsetre epseter
eptsere eptseer eptsree eptsree eptsere eptseer eptesre epteser epterse epteres epteers
epteesr eptrese eptrees eptrsee eptrsee eptrese eptrees epteers epteesr epteres epterse
eptesre epteser epetsre epetser epetrse epetres epeters epetesr epestre epester epesrte
epesret epesert epesetr eperste eperset epertse epertes eperets eperest epeesrt epeestr
epeerst epeerts epeetrs epeetsr eprtese eprtees eprtsee eprtsee eprtese eprtees epretse
epretes epreste epreset epreest epreets eprsete eprseet eprstee eprstee eprsete eprseet
epreest epreets epreset epreste epretse epretes epeters epetesr epetres epetrse epetsre
epetser epeetrs epeetsr epeerts epeerst epeesrt epeestr eperets eperest epertes epertse
eperste eperset epesert epesetr epesret epesrte epestre epester pesteer pestere pesteer
pestere pestree pestree peseter pesetre peseetr peseert peseret peserte peseetr peseert
peseter pesetre peserte peseret pesreet pesrete pesreet pesrete pesrtee pesrtee petseer
petsere petseer petsere petsree petsree peteser petesre peteesr peteers peteres peterse
peteesr peteers peteser petesre peterse peteres petrees petrese petrees petrese petrsee
petrsee peetser peetsre peetesr peeters peetres peetrse peester peestre peesetr peesert
peesret peesrte peeestr peeesrt peeetsr peeetrs peeerts peeerst peerset peerste peerest
peerets peertes peertse peetesr peeters peetser peetsre peetrse peetres peeetsr peeetrs
peeestr peeesrt peeerst peeerts peesetr peesert peester peestre peesrte peesret peerest
peerets peerset peerste peertse peertes pertees pertese pertees pertese pertsee pertsee
peretes peretse pereets pereest pereset pereste pereets pereest peretes peretse pereste
pereset perseet persete perseet persete perstee perstee pseteer psetere pseteer psetere
psetree psetree pseeter pseetre pseeetr pseeert pseeret pseerte pseeetr pseeert pseeter
pseetre pseerte pseeret psereet pserete psereet pserete psertee psertee psteeer psteere
psteeer psteere psteree psteree psteeer psteere psteeer psteere psteree psteree psteeer
psteere psteeer psteere psteree psteree pstreee pstreee pstreee pstreee pstreee pstreee
pseteer psetere pseteer psetere psetree psetree pseeter pseetre pseeetr pseeert pseeret
pseerte pseeetr pseeert pseeter pseetre pseerte pseeret psereet pserete psereet pserete
psertee psertee pseteer psetere pseteer psetere psetree psetree pseeter pseetre pseeetr
pseeert pseeret pseerte pseeetr pseeert pseeter pseetre pseerte pseeret psereet pserete
psereet pserete psertee psertee psrteee psrteee psrteee psrteee psrteee psrteee psretee
psretee psreete psreeet psreeet psreete psreete psreeet psretee psretee psreete psreeet
psreeet psreete psreeet psreete psretee psretee ptseeer ptseere ptseeer ptseere ptseree
ptseree ptseeer ptseere ptseeer ptseere ptseree ptseree ptseeer ptseere ptseeer ptseere
ptseree ptseree ptsreee ptsreee ptsreee ptsreee ptsreee ptsreee pteseer ptesere pteseer
ptesere ptesree ptesree pteeser pteesre pteeesr pteeers pteeres pteerse pteeesr pteeers
pteeser pteesre pteerse pteeres pterees pterese pterees pterese ptersee ptersee pteeser
pteesre pteeesr pteeers pteeres pteerse pteseer ptesere pteseer ptesere ptesree ptesree
pteeser pteesre pteeesr pteeers pteeres pteerse ptersee ptersee pterese pterees pterees
pterese pteeesr pteeers pteeser pteesre pteerse pteeres pteeesr pteeers pteeser pteesre
pteerse pteeres pteseer ptesere pteseer ptesere ptesree ptesree pterese pterees ptersee
ptersee pterese pterees ptreees ptreese ptreees ptreese ptresee ptresee ptreees ptreese
ptreees ptreese ptresee ptresee ptreees ptreese ptreees ptreese ptresee ptresee ptrseee
ptrseee ptrseee ptrseee ptrseee ptrseee pesteer pestere pesteer pestere pestree pestree
peseter pesetre peseetr peseert peseret peserte peseetr peseert peseter pesetre peserte
peseret pesreet pesrete pesreet pesrete pesrtee pesrtee petseer petsere petseer petsere
petsree petsree peteser petesre peteesr peteers peteres peterse peteesr peteers peteser
petesre peterse peteres petrees petrese petrees petrese petrsee petrsee peetser peetsre
peetesr peeters peetres peetrse peester peestre peesetr peesert peesret peesrte peeestr
peeesrt peeetsr peeetrs peeerts peeerst peerset peerste peerest peerets peertes peertse
peetesr peeters peetser peetsre peetrse peetres peeetsr peeetrs peeestr peeesrt peeerst
peeerts peesetr peesert peester peestre peesrte peesret peerest peerets peerset peerste
peertse peertes pertees pertese pertees pertese pertsee pertsee peretes peretse pereets
pereest pereset pereste pereets pereest peretes peretse pereste pereset perseet persete
perseet persete perstee perstee pesteer pestere pesteer pestere pestree pestree peseter
pesetre peseetr peseert peseret peserte peseetr peseert peseter pesetre peserte peseret
pesreet pesrete pesreet pesrete pesrtee pesrtee petseer petsere petseer petsere petsree
petsree peteser petesre peteesr peteers peteres peterse peteesr peteers peteser petesre
peterse peteres petrees petrese petrees petrese petrsee petrsee peetser peetsre peetesr
peeters peetres peetrse peester peestre peesetr peesert peesret peesrte peeestr peeesrt
peeetsr peeetrs peeerts peeerst peerset peerste peerest peerets peertes peertse peetesr
peeters peetser peetsre peetrse peetres peeetsr peeetrs peeestr peeesrt peeerst peeerts
peesetr peesert peester peestre peesrte peesret peerest peerets peerset peerste peertse
peertes pertees pertese pertees pertese pertsee pertsee peretes peretse pereets pereest
pereset pereste pereets pereest peretes peretse pereste pereset perseet persete perseet
persete perstee perstee prsteee prsteee prsteee prsteee prsteee prsteee prsetee prsetee
prseete prseeet prseeet prseete prseete prseeet prsetee prsetee prseete prseeet prseeet
prseete prseeet prseete prsetee prsetee prtseee prtseee prtseee prtseee prtseee prtseee
prtesee prtesee prteese prteees prteees prteese prteese prteees prtesee prtesee prteese
prteees prteees prteese prteees prteese prtesee prtesee pretsee pretsee pretese pretees
pretees pretese prestee prestee presete preseet preseet presete preeste preeset preetse
preetes preeets preeest preeset preeste preeest preeets preetes preetse pretese pretees
pretsee pretsee pretese pretees preetse preetes preeste preeset preeest preeets presete
preseet prestee prestee presete preseet preeest preeets preeset preeste preetse preetes
pretees pretese pretees pretese pretsee pretsee preetes preetse preeets preeest preeset
preeste preeets preeest preetes preetse preeste preeset preseet presete preseet presete
prestee prestee

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History of cryptography
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