easy ciphers

Easy Ciphers Tools:
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morgana

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Caesar cipher

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

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

Plaintext: uberously
cipher variations:
vcfspvtmz wdgtqwuna xehurxvob yfivsywpc zgjwtzxqd
ahkxuayre bilyvbzsf cjmzwcatg dknaxdbuh elobyecvi
fmpczfdwj gnqdagexk horebhfyl ipsfcigzm jqtgdjhan
kruhekibo lsvifljcp mtwjgmkdq nuxkhnler ovyliomfs
pwzmjpngt qxankqohu rybolrpiv szcpmsqjw tadqntrkx

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: uberously
Cipher: fyvilfhob

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: uberously
Cipher: BAABB AAAAB AABAA BAAAA ABBAB BAABB BAAAB ABABA BABBA

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: uberously
cipher variations: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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: uberously
Cipher: horebhfyl

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: uberously
Cipher: 542151244354341345

Extended Methods:
Method #1

Plaintext: uberously
method variations:
zgkwtzxqdempbyecvikrugdkhaopwzmipnft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u b e r o u s l y 
5 2 5 2 4 5 3 1 4 
4 1 1 4 3 4 4 3 5 
They are then read out in rows:
525245314411434435
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: uberously
Cipher: kkyctaotx

Read more ...
Method #3

Plaintext: uberously
method variations:
ivftxodsz vftxodszi ftxodsziv
txodszivf xodszivft odszivftx
dszivftxo szivftxod zivftxods

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: uberously

first 5040 cipher variations(362880 total)
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ubrolyuse ubroyusle ubroyusel ubroyulse ubroyules ubroyuels ubroyuesl ubroysule ubroysuel ubroyslue ubroysleu
ubroyselu ubroyseul ubroylsue ubroylseu ubroyluse ubroylues ubroyleus ubroylesu ubroyeslu ubroyesul ubroyelsu
ubroyelus ubroyeuls ubroyeusl ubruoesly ubruoesyl ubruoelsy ubruoelys ubruoeyls ubruoeysl ubruosely ubruoseyl
ubruosley ubruoslye ubruosyle ubruosyel ubruolsey ubruolsye ubruolesy ubruoleys ubruolyes ubruolyse ubruoysle
ubruoysel ubruoylse ubruoyles ubruoyels ubruoyesl ubrueosly ubrueosyl ubrueolsy ubrueolys ubrueoyls ubrueoysl
ubruesoly ubruesoyl ubruesloy ubrueslyo ubruesylo ubruesyol ubruelsoy ubruelsyo ubruelosy ubrueloys ubruelyos
ubruelyso ubrueyslo ubrueysol ubrueylso ubrueylos ubrueyols ubrueyosl ubruseoly ubruseoyl ubruseloy ubruselyo
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ubruleosy ubruleoys ubruleyos ubruleyso ubrulseoy ubrulseyo ubrulsoey ubrulsoye ubrulsyoe ubrulsyeo ubrulosey
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ubruyeslo ubruyesol ubruyelso ubruyelos ubruyeols ubruyeosl ubruyselo ubruyseol ubruysleo ubruysloe ubruysole
ubruysoel ubruylseo ubruylsoe ubruyleso ubruyleos ubruyloes ubruylose ubruyosle ubruyosel ubruyolse ubruyoles
ubruyoels ubruyoesl ubrsouely ubrsoueyl ubrsouley ubrsoulye ubrsouyle ubrsouyel ubrsoeuly ubrsoeuyl ubrsoeluy
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ubrselyuo ubrselyou ubrseyolu ubrseyoul ubrseylou ubrseyluo ubrseyulo ubrseyuol ubrslueoy ubrslueyo ubrsluoey
ubrsluoye ubrsluyoe ubrsluyeo ubrsleuoy ubrsleuyo ubrsleouy ubrsleoyu ubrsleyou ubrsleyuo ubrsloeuy ubrsloeyu
ubrslouey ubrslouye ubrsloyue ubrsloyeu ubrslyeou ubrslyeuo ubrslyoeu ubrslyoue ubrslyuoe ubrslyueo ubrsyuelo
ubrsyueol ubrsyuleo ubrsyuloe ubrsyuole ubrsyuoel ubrsyeulo ubrsyeuol ubrsyeluo ubrsyelou ubrsyeolu ubrsyeoul
ubrsyleuo ubrsyleou ubrsylueo ubrsyluoe ubrsyloue ubrsyloeu ubrsyoelu ubrsyoeul ubrsyoleu ubrsyolue ubrsyoule
ubrsyouel ubrlousey ubrlousye ubrlouesy ubrloueys ubrlouyes ubrlouyse ubrlosuey ubrlosuye ubrloseuy ubrloseyu
ubrlosyeu ubrlosyue ubrloesuy ubrloesyu ubrloeusy ubrloeuys ubrloeyus ubrloeysu ubrloyseu ubrloysue ubrloyesu
ubrloyeus ubrloyues ubrloyuse ubrluosey ubrluosye ubrluoesy ubrluoeys ubrluoyes ubrluoyse ubrlusoey ubrlusoye
ubrluseoy ubrluseyo ubrlusyeo ubrlusyoe ubrluesoy ubrluesyo ubrlueosy ubrlueoys ubrlueyos ubrlueyso ubrluyseo
ubrluysoe ubrluyeso ubrluyeos ubrluyoes ubrluyose ubrlsuoey ubrlsuoye ubrlsueoy ubrlsueyo ubrlsuyeo ubrlsuyoe
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ubrlseyou ubrlsyoeu ubrlsyoue ubrlsyeou ubrlsyeuo ubrlsyueo ubrlsyuoe ubrleusoy ubrleusyo ubrleuosy ubrleuoys
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ubryousle ubryousel ubryoulse ubryoules ubryouels ubryouesl ubryosule ubryosuel ubryoslue ubryosleu ubryoselu
ubryoseul ubryolsue ubryolseu ubryoluse ubryolues ubryoleus ubryolesu ubryoeslu ubryoesul ubryoelsu ubryoelus
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ubryusleo ubryuselo ubryuseol ubryulsoe ubryulseo ubryulose ubryuloes ubryuleos ubryuleso ubryueslo ubryuesol
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uborseluy uborselyu uborseylu uborseyul uborsleuy uborsleyu uborsluey uborsluye uborslyue uborslyeu uborsyelu
uborsyeul uborsyleu uborsylue uborsyule uborsyuel uborlusey uborlusye uborluesy uborlueys uborluyes uborluyse
uborlsuey uborlsuye uborlseuy uborlseyu uborlsyeu uborlsyue uborlesuy uborlesyu uborleusy uborleuys uborleyus
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uborylues uboryleus uborylesu uboryeslu uboryesul uboryelsu uboryelus uboryeuls uboryeusl uboerusly uboerusyl
uboerulsy uboerulys uboeruyls uboeruysl uboersuly uboersuyl uboersluy uboerslyu uboersylu uboersyul uboerlsuy
uboerlsyu uboerlusy uboerluys uboerlyus uboerlysu uboeryslu uboerysul uboerylsu uboerylus uboeryuls uboeryusl
uboeursly uboeursyl uboeurlsy uboeurlys uboeuryls uboeurysl uboeusrly uboeusryl uboeuslry uboeuslyr uboeusylr
uboeusyrl uboeulsry uboeulsyr uboeulrsy uboeulrys uboeulyrs uboeulysr uboeuyslr uboeuysrl uboeuylsr uboeuylrs
uboeuyrls uboeuyrsl uboesurly uboesuryl uboesulry uboesulyr uboesuylr uboesuyrl uboesruly uboesruyl uboesrluy
uboesrlyu uboesrylu uboesryul uboeslruy uboeslryu uboeslury uboesluyr uboeslyur uboeslyru uboesyrlu uboesyrul
uboesylru uboesylur uboesyulr uboesyurl uboelusry uboelusyr uboelursy uboelurys uboeluyrs uboeluysr uboelsury
uboelsuyr uboelsruy uboelsryu uboelsyru uboelsyur uboelrsuy uboelrsyu uboelrusy uboelruys uboelryus uboelrysu
uboelysru uboelysur uboelyrsu uboelyrus uboelyurs uboelyusr uboeyuslr uboeyusrl uboeyulsr uboeyulrs uboeyurls
uboeyursl uboeysulr uboeysurl uboeyslur uboeyslru uboeysrlu uboeysrul uboeylsur uboeylsru uboeylusr uboeylurs
uboeylrus uboeylrsu uboeyrslu uboeyrsul uboeyrlsu uboeyrlus uboeyruls uboeyrusl ubouersly ubouersyl ubouerlsy
ubouerlys uboueryls ubouerysl ubouesrly ubouesryl uboueslry uboueslyr ubouesylr ubouesyrl ubouelsry ubouelsyr
ubouelrsy ubouelrys ubouelyrs ubouelysr uboueyslr uboueysrl uboueylsr uboueylrs uboueyrls uboueyrsl ubouresly
ubouresyl ubourelsy ubourelys uboureyls uboureysl uboursely ubourseyl uboursley ubourslye uboursyle uboursyel
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ubouryesl ubousrely ubousreyl ubousrley ubousrlye ubousryle ubousryel ubouserly ubouseryl ubouselry ubouselyr
ubouseylr ubouseyrl ubouslery ubousleyr ubouslrey ubouslrye ubouslyre ubouslyer ubousyelr ubousyerl ubousyler
ubousylre ubousyrle ubousyrel uboulrsey uboulrsye uboulresy uboulreys uboulryes uboulryse uboulsrey uboulsrye
uboulsery uboulseyr uboulsyer uboulsyre uboulesry uboulesyr uboulersy uboulerys ubouleyrs ubouleysr uboulyser
uboulysre uboulyesr uboulyers uboulyres uboulyrse ubouyrsle ubouyrsel ubouyrlse ubouyrles ubouyrels ubouyresl
ubouysrle ubouysrel ubouyslre ubouysler ubouyselr ubouyserl ubouylsre ubouylser ubouylrse ubouylres ubouylers
ubouylesr ubouyeslr ubouyesrl ubouyelsr ubouyelrs ubouyerls ubouyersl uboseurly uboseuryl uboseulry uboseulyr
uboseuylr uboseuyrl uboseruly uboseruyl uboserluy uboserlyu uboserylu uboseryul uboselruy uboselryu uboselury
uboseluyr uboselyur uboselyru uboseyrlu uboseyrul uboseylru uboseylur uboseyulr uboseyurl ubosuerly ubosueryl
ubosuelry ubosuelyr ubosueylr ubosueyrl ubosurely ubosureyl ubosurley ubosurlye ubosuryle ubosuryel ubosulrey
ubosulrye ubosulery ubosuleyr ubosulyer ubosulyre ubosuyrle ubosuyrel ubosuylre ubosuyler ubosuyelr ubosuyerl
ubosruely ubosrueyl ubosruley ubosrulye ubosruyle ubosruyel ubosreuly ubosreuyl ubosreluy ubosrelyu ubosreylu
ubosreyul ubosrleuy ubosrleyu ubosrluey ubosrluye ubosrlyue ubosrlyeu ubosryelu ubosryeul ubosryleu ubosrylue
ubosryule ubosryuel uboslurey uboslurye ubosluery uboslueyr ubosluyer ubosluyre uboslruey uboslruye uboslreuy
uboslreyu uboslryeu uboslryue ubosleruy ubosleryu ubosleury ubosleuyr ubosleyur ubosleyru uboslyreu uboslyrue
uboslyeru uboslyeur uboslyuer uboslyure ubosyurle ubosyurel ubosyulre ubosyuler ubosyuelr ubosyuerl ubosyrule
ubosyruel ubosyrlue ubosyrleu ubosyrelu ubosyreul ubosylrue ubosylreu ubosylure ubosyluer ubosyleur ubosyleru
ubosyerlu ubosyerul ubosyelru ubosyelur ubosyeulr ubosyeurl uboleusry uboleusyr uboleursy uboleurys uboleuyrs
uboleuysr ubolesury ubolesuyr ubolesruy ubolesryu ubolesyru ubolesyur ubolersuy ubolersyu ubolerusy uboleruys
uboleryus ubolerysu uboleysru uboleysur uboleyrsu uboleyrus uboleyurs uboleyusr uboluesry uboluesyr uboluersy
uboluerys ubolueyrs ubolueysr ubolusery uboluseyr ubolusrey ubolusrye ubolusyre ubolusyer ubolursey ubolursye
uboluresy ubolureys uboluryes uboluryse uboluysre uboluyser uboluyrse uboluyres uboluyers uboluyesr ubolsuery
ubolsueyr ubolsurey ubolsurye ubolsuyre ubolsuyer ubolseury ubolseuyr ubolseruy ubolseryu ubolseyru ubolseyur
ubolsreuy ubolsreyu ubolsruey ubolsruye ubolsryue ubolsryeu ubolsyeru ubolsyeur ubolsyreu ubolsyrue ubolsyure
ubolsyuer ubolrusey ubolrusye ubolruesy ubolrueys ubolruyes ubolruyse ubolrsuey ubolrsuye ubolrseuy ubolrseyu
ubolrsyeu ubolrsyue ubolresuy ubolresyu ubolreusy ubolreuys ubolreyus ubolreysu ubolryseu ubolrysue ubolryesu
ubolryeus ubolryues ubolryuse ubolyusre ubolyuser ubolyurse ubolyures ubolyuers ubolyuesr ubolysure ubolysuer
ubolysrue ubolysreu ubolyseru ubolyseur ubolyrsue ubolyrseu ubolyruse ubolyrues ubolyreus ubolyresu ubolyesru
ubolyesur ubolyersu ubolyerus ubolyeurs ubolyeusr uboyeuslr uboyeusrl uboyeulsr uboyeulrs uboyeurls uboyeursl
uboyesulr uboyesurl uboyeslur uboyeslru uboyesrlu uboyesrul uboyelsur uboyelsru uboyelusr uboyelurs uboyelrus
uboyelrsu uboyerslu uboyersul uboyerlsu uboyerlus uboyeruls uboyerusl uboyueslr uboyuesrl uboyuelsr uboyuelrs
uboyuerls uboyuersl uboyuselr uboyuserl uboyusler uboyuslre uboyusrle uboyusrel uboyulser uboyulsre uboyulesr
uboyulers uboyulres uboyulrse uboyursle uboyursel uboyurlse uboyurles uboyurels uboyuresl uboysuelr uboysuerl
uboysuler uboysulre uboysurle uboysurel uboyseulr uboyseurl uboyselur uboyselru uboyserlu uboyserul uboysleur
uboysleru uboysluer uboyslure uboyslrue uboyslreu uboysrelu uboysreul uboysrleu uboysrlue uboysrule uboysruel
uboyluser uboylusre uboyluesr uboyluers uboylures uboylurse uboylsuer uboylsure uboylseur uboylseru uboylsreu
uboylsrue uboylesur uboylesru uboyleusr uboyleurs uboylerus uboylersu uboylrseu uboylrsue uboylresu uboylreus
uboylrues uboylruse uboyrusle uboyrusel uboyrulse uboyrules uboyruels uboyruesl uboyrsule uboyrsuel uboyrslue
uboyrsleu uboyrselu uboyrseul uboyrlsue uboyrlseu uboyrluse uboyrlues uboyrleus uboyrlesu uboyreslu uboyresul
uboyrelsu uboyrelus uboyreuls uboyreusl uburoesly uburoesyl uburoelsy uburoelys uburoeyls uburoeysl uburosely
uburoseyl uburosley uburoslye uburosyle uburosyel uburolsey uburolsye uburolesy uburoleys uburolyes uburolyse
uburoysle uburoysel uburoylse uburoyles uburoyels uburoyesl ubureosly ubureosyl ubureolsy ubureolys ubureoyls
ubureoysl uburesoly uburesoyl uburesloy ubureslyo uburesylo uburesyol uburelsoy uburelsyo uburelosy ubureloys
uburelyos uburelyso ubureyslo ubureysol ubureylso ubureylos ubureyols ubureyosl uburseoly uburseoyl uburseloy
uburselyo uburseylo uburseyol ubursoely ubursoeyl ubursoley ubursolye ubursoyle ubursoyel ubursloey ubursloye
ubursleoy ubursleyo uburslyeo uburslyoe ubursyole ubursyoel ubursyloe ubursyleo ubursyelo ubursyeol uburlesoy
uburlesyo uburleosy uburleoys uburleyos uburleyso uburlseoy uburlseyo uburlsoey uburlsoye uburlsyoe uburlsyeo
uburlosey uburlosye uburloesy uburloeys uburloyes uburloyse uburlysoe uburlyseo uburlyose uburlyoes uburlyeos
uburlyeso uburyeslo uburyesol uburyelso uburyelos uburyeols uburyeosl uburyselo uburyseol uburysleo uburysloe
uburysole uburysoel uburylseo uburylsoe uburyleso uburyleos uburyloes uburylose uburyosle uburyosel uburyolse
uburyoles uburyoels uburyoesl ubuoresly ubuoresyl ubuorelsy ubuorelys ubuoreyls ubuoreysl ubuorsely ubuorseyl
ubuorsley ubuorslye ubuorsyle ubuorsyel ubuorlsey ubuorlsye ubuorlesy ubuorleys ubuorlyes ubuorlyse ubuorysle
ubuorysel ubuorylse ubuoryles ubuoryels ubuoryesl ubuoersly ubuoersyl ubuoerlsy ubuoerlys ubuoeryls ubuoerysl
ubuoesrly ubuoesryl ubuoeslry ubuoeslyr ubuoesylr ubuoesyrl ubuoelsry ubuoelsyr ubuoelrsy ubuoelrys ubuoelyrs
ubuoelysr ubuoeyslr ubuoeysrl ubuoeylsr ubuoeylrs ubuoeyrls ubuoeyrsl ubuoserly ubuoseryl ubuoselry ubuoselyr
ubuoseylr ubuoseyrl ubuosrely ubuosreyl ubuosrley ubuosrlye ubuosryle ubuosryel ubuoslrey ubuoslrye ubuoslery
ubuosleyr ubuoslyer ubuoslyre ubuosyrle ubuosyrel ubuosylre ubuosyler ubuosyelr ubuosyerl ubuolesry ubuolesyr
ubuolersy ubuolerys ubuoleyrs ubuoleysr ubuolsery ubuolseyr ubuolsrey ubuolsrye ubuolsyre ubuolsyer ubuolrsey
ubuolrsye ubuolresy ubuolreys ubuolryes ubuolryse ubuolysre ubuolyser ubuolyrse ubuolyres ubuolyers ubuolyesr
ubuoyeslr ubuoyesrl ubuoyelsr ubuoyelrs ubuoyerls ubuoyersl ubuoyselr ubuoyserl ubuoysler ubuoyslre ubuoysrle
ubuoysrel ubuoylser ubuoylsre ubuoylesr ubuoylers ubuoylres ubuoylrse ubuoyrsle ubuoyrsel ubuoyrlse ubuoyrles
ubuoyrels ubuoyresl ubueorsly ubueorsyl ubueorlsy ubueorlys ubueoryls ubueorysl ubueosrly ubueosryl ubueoslry
ubueoslyr ubueosylr ubueosyrl ubueolsry ubueolsyr ubueolrsy ubueolrys ubueolyrs ubueolysr ubueoyslr ubueoysrl
ubueoylsr ubueoylrs ubueoyrls ubueoyrsl ubuerosly ubuerosyl ubuerolsy ubuerolys ubueroyls ubueroysl ubuersoly
ubuersoyl ubuersloy ubuerslyo ubuersylo ubuersyol ubuerlsoy ubuerlsyo ubuerlosy ubuerloys ubuerlyos ubuerlyso
ubueryslo ubuerysol ubuerylso ubuerylos ubueryols ubueryosl ubuesroly ubuesroyl ubuesrloy ubuesrlyo ubuesrylo
ubuesryol ubuesorly ubuesoryl ubuesolry ubuesolyr ubuesoylr ubuesoyrl ubueslory ubuesloyr ubueslroy ubueslryo
ubueslyro ubueslyor ubuesyolr ubuesyorl ubuesylor ubuesylro ubuesyrlo ubuesyrol ubuelrsoy ubuelrsyo ubuelrosy
ubuelroys ubuelryos ubuelryso ubuelsroy ubuelsryo ubuelsory ubuelsoyr ubuelsyor ubuelsyro ubuelosry ubuelosyr
ubuelorsy ubuelorys ubueloyrs ubueloysr ubuelysor ubuelysro ubuelyosr ubuelyors ubuelyros ubuelyrso ubueyrslo
ubueyrsol ubueyrlso ubueyrlos ubueyrols ubueyrosl ubueysrlo ubueysrol ubueyslro ubueyslor ubueysolr ubueysorl
ubueylsro ubueylsor ubueylrso ubueylros ubueylors ubueylosr ubueyoslr ubueyosrl ubueyolsr ubueyolrs ubueyorls
ubueyorsl ubusoerly ubusoeryl ubusoelry ubusoelyr ubusoeylr ubusoeyrl ubusorely ubusoreyl ubusorley ubusorlye
ubusoryle ubusoryel ubusolrey ubusolrye ubusolery ubusoleyr ubusolyer ubusolyre ubusoyrle ubusoyrel ubusoylre
ubusoyler ubusoyelr ubusoyerl ubuseorly ubuseoryl ubuseolry ubuseolyr ubuseoylr ubuseoyrl ubuseroly ubuseroyl
ubuserloy ubuserlyo ubuserylo ubuseryol ubuselroy ubuselryo ubuselory ubuseloyr ubuselyor ubuselyro ubuseyrlo
ubuseyrol ubuseylro ubuseylor ubuseyolr ubuseyorl ubusreoly ubusreoyl ubusreloy ubusrelyo ubusreylo ubusreyol
ubusroely ubusroeyl ubusroley ubusrolye ubusroyle ubusroyel ubusrloey ubusrloye ubusrleoy ubusrleyo ubusrlyeo
ubusrlyoe ubusryole ubusryoel ubusryloe ubusryleo ubusryelo ubusryeol ubusleroy ubusleryo ubusleory ubusleoyr
ubusleyor ubusleyro ubuslreoy ubuslreyo ubuslroey ubuslroye ubuslryoe ubuslryeo ubuslorey ubuslorye ubusloery
ubusloeyr ubusloyer ubusloyre ubuslyroe ubuslyreo ubuslyore ubuslyoer ubuslyeor ubuslyero ubusyerlo ubusyerol
ubusyelro ubusyelor ubusyeolr ubusyeorl ubusyrelo ubusyreol ubusyrleo ubusyrloe ubusyrole ubusyroel ubusylreo
ubusylroe ubusylero ubusyleor ubusyloer ubusylore ubusyorle ubusyorel ubusyolre ubusyoler ubusyoelr ubusyoerl
ubuloesry ubuloesyr ubuloersy ubuloerys ubuloeyrs ubuloeysr ubulosery ubuloseyr ubulosrey ubulosrye ubulosyre
ubulosyer ubulorsey ubulorsye ubuloresy ubuloreys ubuloryes ubuloryse ubuloysre ubuloyser ubuloyrse ubuloyres
ubuloyers ubuloyesr ubuleosry ubuleosyr ubuleorsy ubuleorys ubuleoyrs ubuleoysr ubulesory ubulesoyr ubulesroy
ubulesryo ubulesyro ubulesyor ubulersoy ubulersyo ubulerosy ubuleroys ubuleryos ubuleryso ubuleysro ubuleysor
ubuleyrso ubuleyros ubuleyors ubuleyosr ubulseory ubulseoyr ubulseroy ubulseryo ubulseyro ubulseyor ubulsoery
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ubyrseluo ubyrseulo ubyrseuol ubyrlusoe ubyrluseo ubyrluose ubyrluoes ubyrlueos ubyrlueso ubyrlsuoe ubyrlsueo
ubyrlsoue ubyrlsoeu ubyrlseou ubyrlseuo ubyrlosue ubyrloseu ubyrlouse ubyrloues ubyrloeus ubyrloesu ubyrlesou
ubyrlesuo ubyrleosu ubyrleous ubyrleuos ubyrleuso ubyreuslo ubyreusol ubyreulso ubyreulos ubyreuols ubyreuosl
ubyresulo ubyresuol ubyresluo ubyreslou ubyresolu ubyresoul ubyrelsuo ubyrelsou ubyreluso ubyreluos ubyrelous
ubyrelosu ubyreoslu ubyreosul ubyreolsu ubyreolus ubyreouls ubyreousl ubyorusle ubyorusel ubyorulse ubyorules
ubyoruels ubyoruesl ubyorsule ubyorsuel ubyorslue ubyorsleu ubyorselu ubyorseul ubyorlsue ubyorlseu ubyorluse
ubyorlues ubyorleus ubyorlesu ubyoreslu ubyoresul ubyorelsu ubyorelus ubyoreuls ubyoreusl ubyoursle ubyoursel
ubyourlse ubyourles ubyourels ubyouresl ubyousrle ubyousrel ubyouslre ubyousler ubyouselr ubyouserl ubyoulsre
ubyoulser ubyoulrse ubyoulres ubyoulers ubyoulesr ubyoueslr ubyouesrl ubyouelsr ubyouelrs ubyouerls ubyouersl
ubyosurle ubyosurel ubyosulre ubyosuler ubyosuelr ubyosuerl ubyosrule ubyosruel ubyosrlue ubyosrleu ubyosrelu
ubyosreul ubyoslrue ubyoslreu ubyoslure ubyosluer ubyosleur ubyosleru ubyoserlu ubyoserul ubyoselru ubyoselur
ubyoseulr ubyoseurl ubyolusre ubyoluser ubyolurse ubyolures ubyoluers ubyoluesr ubyolsure ubyolsuer ubyolsrue
ubyolsreu ubyolseru ubyolseur ubyolrsue ubyolrseu ubyolruse ubyolrues ubyolreus ubyolresu ubyolesru ubyolesur
ubyolersu ubyolerus ubyoleurs ubyoleusr ubyoeuslr ubyoeusrl ubyoeulsr ubyoeulrs ubyoeurls ubyoeursl ubyoesulr
ubyoesurl ubyoeslur ubyoeslru ubyoesrlu ubyoesrul ubyoelsur ubyoelsru ubyoelusr ubyoelurs ubyoelrus ubyoelrsu
ubyoerslu ubyoersul ubyoerlsu ubyoerlus ubyoeruls ubyoerusl ubyuorsle ubyuorsel ubyuorlse ubyuorles ubyuorels
ubyuoresl ubyuosrle ubyuosrel ubyuoslre ubyuosler ubyuoselr ubyuoserl ubyuolsre ubyuolser ubyuolrse ubyuolres
ubyuolers ubyuolesr ubyuoeslr ubyuoesrl ubyuoelsr ubyuoelrs ubyuoerls ubyuoersl ubyurosle ubyurosel ubyurolse
ubyuroles ubyuroels ubyuroesl ubyursole ubyursoel ubyursloe ubyursleo ubyurselo ubyurseol ubyurlsoe ubyurlseo
ubyurlose ubyurloes ubyurleos ubyurleso ubyureslo ubyuresol ubyurelso ubyurelos ubyureols ubyureosl ubyusrole
ubyusroel ubyusrloe ubyusrleo ubyusrelo ubyusreol ubyusorle ubyusorel ubyusolre ubyusoler ubyusoelr ubyusoerl
ubyuslore ubyusloer ubyuslroe ubyuslreo ubyuslero ubyusleor ubyuseolr ubyuseorl ubyuselor ubyuselro ubyuserlo
ubyuserol ubyulrsoe ubyulrseo ubyulrose ubyulroes ubyulreos ubyulreso ubyulsroe ubyulsreo ubyulsore ubyulsoer
ubyulseor ubyulsero ubyulosre ubyuloser ubyulorse ubyulores ubyuloers ubyuloesr ubyulesor ubyulesro ubyuleosr
ubyuleors ubyuleros ubyulerso ubyuerslo ubyuersol ubyuerlso ubyuerlos ubyuerols ubyuerosl ubyuesrlo ubyuesrol
ubyueslro ubyueslor ubyuesolr ubyuesorl ubyuelsro ubyuelsor ubyuelrso ubyuelros ubyuelors ubyuelosr ubyueoslr
ubyueosrl ubyueolsr ubyueolrs ubyueorls ubyueorsl ubysourle ubysourel ubysoulre ubysouler ubysouelr ubysouerl
ubysorule ubysoruel ubysorlue ubysorleu ubysorelu ubysoreul ubysolrue ubysolreu ubysolure ubysoluer ubysoleur
ubysoleru ubysoerlu ubysoerul ubysoelru ubysoelur ubysoeulr ubysoeurl ubysuorle ubysuorel ubysuolre ubysuoler
ubysuoelr ubysuoerl ubysurole ubysuroel ubysurloe ubysurleo ubysurelo ubysureol ubysulroe ubysulreo ubysulore
ubysuloer ubysuleor ubysulero ubysuerlo ubysuerol ubysuelro ubysuelor ubysueolr ubysueorl ubysruole ubysruoel
ubysruloe ubysruleo ubysruelo ubysrueol ubysroule ubysrouel ubysrolue ubysroleu ubysroelu ubysroeul ubysrloue
ubysrloeu ubysrluoe ubysrlueo ubysrleuo ubysrleou ubysreolu ubysreoul ubysrelou ubysreluo ubysreulo ubysreuol
ubysluroe ubyslureo ubysluore ubysluoer ubyslueor ubysluero ubyslruoe ubyslrueo ubyslroue ubyslroeu ubyslreou
ubyslreuo ubyslorue ubysloreu ubysloure ubyslouer ubysloeur ubysloeru ubyslerou ubysleruo ubysleoru ubysleour
ubysleuor ubysleuro ubyseurlo ubyseurol ubyseulro ubyseulor ubyseuolr ubyseuorl ubyserulo ubyseruol ubyserluo
ubyserlou ubyserolu ubyseroul ubyselruo ubyselrou ubyseluro ubyseluor ubyselour ubyseloru ubyseorlu ubyseorul
ubyseolru ubyseolur ubyseoulr ubyseourl ubylousre ubylouser ubylourse ubyloures ubylouers ubylouesr ubylosure
ubylosuer ubylosrue ubylosreu ubyloseru ubyloseur ubylorsue ubylorseu ubyloruse ubylorues ubyloreus ubyloresu
ubyloesru ubyloesur ubyloersu ubyloerus ubyloeurs ubyloeusr ubyluosre ubyluoser ubyluorse ubyluores ubyluoers
ubyluoesr ubylusore ubylusoer ubylusroe ubylusreo ubylusero ubyluseor ubylursoe ubylurseo ubylurose ubyluroes
ubylureos ubylureso ubyluesro ubyluesor ubyluerso ubylueros ubylueors ubylueosr ubylsuore ubylsuoer ubylsuroe
ubylsureo ubylsuero ubylsueor ubylsoure ubylsouer ubylsorue ubylsoreu ubylsoeru ubylsoeur ubylsroue ubylsroeu
ubylsruoe ubylsrueo ubylsreuo ubylsreou ubylseoru ubylseour ubylserou ubylseruo ubylseuro ubylseuor ubylrusoe
ubylruseo ubylruose ubylruoes ubylrueos ubylrueso ubylrsuoe ubylrsueo ubylrsoue ubylrsoeu ubylrseou ubylrseuo
ubylrosue ubylroseu ubylrouse ubylroues ubylroeus ubylroesu ubylresou ubylresuo ubylreosu ubylreous ubylreuos
ubylreuso ubyleusro ubyleusor ubyleurso ubyleuros ubyleuors ubyleuosr ubylesuro ubylesuor ubylesruo ubylesrou
ubylesoru ubylesour ubylersuo ubylersou ubyleruso ubyleruos ubylerous ubylerosu ubyleosru ubyleosur ubyleorsu
ubyleorus ubyleours ubyleousr ubyeouslr ubyeousrl ubyeoulsr ubyeoulrs ubyeourls ubyeoursl ubyeosulr ubyeosurl
ubyeoslur ubyeoslru ubyeosrlu ubyeosrul ubyeolsur ubyeolsru ubyeolusr ubyeolurs ubyeolrus ubyeolrsu ubyeorslu
ubyeorsul ubyeorlsu ubyeorlus ubyeoruls ubyeorusl ubyeuoslr ubyeuosrl ubyeuolsr ubyeuolrs ubyeuorls ubyeuorsl
ubyeusolr ubyeusorl ubyeuslor ubyeuslro ubyeusrlo ubyeusrol ubyeulsor ubyeulsro ubyeulosr ubyeulors ubyeulros
ubyeulrso ubyeurslo ubyeursol ubyeurlso ubyeurlos ubyeurols ubyeurosl ubyesuolr ubyesuorl ubyesulor ubyesulro
ubyesurlo ubyesurol ubyesoulr ubyesourl ubyesolur ubyesolru ubyesorlu ubyesorul ubyeslour ubyesloru ubyesluor
ubyesluro ubyeslruo ubyeslrou ubyesrolu ubyesroul ubyesrlou ubyesrluo ubyesrulo ubyesruol ubyelusor ubyelusro
ubyeluosr ubyeluors ubyeluros ubyelurso ubyelsuor ubyelsuro ubyelsour ubyelsoru ubyelsrou ubyelsruo ubyelosur
ubyelosru ubyelousr ubyelours ubyelorus ubyelorsu ubyelrsou ubyelrsuo ubyelrosu ubyelrous ubyelruos ubyelruso
ubyeruslo ubyerusol ubyerulso ubyerulos ubyeruols ubyeruosl ubyersulo ubyersuol ubyersluo ubyerslou ubyersolu
ubyersoul ubyerlsuo ubyerlsou ubyerluso ubyerluos ubyerlous ubyerlosu ubyeroslu ubyerosul ubyerolsu ubyerolus
ubyerouls ubyerousl

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History of cryptography
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