easy ciphers

Easy Ciphers Tools:
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Caesar cipher

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

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

Plaintext: hargenson
cipher variations:
ibshfotpo jctigpuqp kdujhqvrq levkirwsr mfwljsxts
ngxmktyut ohynluzvu pizomvawv qjapnwbxw rkbqoxcyx
slcrpydzy tmdsqzeaz unetrafba vofusbgcb wpgvtchdc
xqhwudied yrixvejfe zsjywfkgf atkzxglhg bulayhmih
cvmbzinji dwncajokj exodbkplk fypeclqml gzqfdmrnm

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: hargenson
Cipher: szitvmhlm

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: hargenson
Cipher: AABBB AAAAA BAAAA AABBA AABAA ABBAA BAAAB ABBAB ABBAA

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: hargenson
cipher variations:
ibshfotpowbatnodrokbifvontoybqrdoxvombydlohxoabgptorzocbwnjoldoqbezrovfo
ebmlzofhosbuxhopjogbcjpozloubkvxojnojctigpuqpxcbuopesplcjgwpoupzcrsepywp
nczempiypbchqupsapdcxokpmeprcfaspwgpfcnmapgiptcvyipqkphcdkqpampvclwypkop
kdujhqvrqydcvpqftqmdkhxqpvqadstfqzxqodafnqjzqcdirvqtbqedyplqnfqsdgbtqxhq
gdonbqhjqudwzjqrlqidelrqbnqwdmxzqlpqlevkirwsrzedwqrgurneliyrqwrbetugrayr
pebgorkardejswrucrfezqmrogrtehcuryirhepocrikrvexakrsmrjefmsrcorxenyarmqr
mfwljsxtsafexrshvsofmjzsrxscfuvhsbzsqfchpslbsefktxsvdsgfarnsphsufidvszjs
ifqpdsjlswfyblstnskfgntsdpsyfozbsnrsngxmktyutbgfystiwtpgnkatsytdgvwitcat
rgdiqtmctfgluytwethgbsotqitvgjewtaktjgrqetkmtxgzcmtuotlghouteqtzgpactost
ohynluzvuchgztujxuqholbutzuehwxjudbushejrundughmvzuxfuihctpurjuwhkfxublu
khsrfulnuyhadnuvpumhipvufruahqbduptupizomvawvdihauvkyvripmcvuavfixykvecv
tifksvoevhinwavygvjiduqvskvxilgyvcmvlitsgvmovzibeovwqvnijqwvgsvbircevquv
qjapnwbxwejibvwlzwsjqndwvbwgjyzlwfdwujgltwpfwijoxbwzhwkjevrwtlwyjmhzwdnw
mjuthwnpwajcfpwxrwojkrxwhtwcjsdfwrvwrkbqoxcyxfkjcwxmaxtkroexwcxhkzamxgex
vkhmuxqgxjkpycxaixlkfwsxumxzkniaxeoxnkvuixoqxbkdgqxysxpklsyxiuxdktegxswx
slcrpydzyglkdxynbyulspfyxdyilabnyhfywlinvyrhyklqzdybjymlgxtyvnyalojbyfpy
olwvjypryclehryztyqlmtzyjvyelufhytxytmdsqzeazhmleyzoczvmtqgzyezjmbcozigz
xmjowzsizlmraezckznmhyuzwozbmpkczgqzpmxwkzqszdmfiszauzrmnuazkwzfmvgizuyz
unetrafbainmfzapdawnurhazfakncdpajhaynkpxatjamnsbfadlaonizvaxpacnqldahra
qnyxlartaengjtabvasnovbalxagnwhjavzavofusbgcbjongabqebxovsibagblodeqbkib
zolqybukbnotcgbembpojawbyqbdormebisbrozymbsubfohkubcwbtopwcbmybhoxikbwab
wpgvtchdckpohbcrfcypwtjcbhcmpefrcljcapmrzcvlcopudhcfncqpkbxczrcepsnfcjtc
spaznctvcgpilvcdxcupqxdcnzcipyjlcxbcxqhwudiedlqpicdsgdzqxukdcidnqfgsdmkd
bqnsadwmdpqveidgodrqlcydasdfqtogdkudtqbaoduwdhqjmwdeydvqryedoadjqzkmdycd
yrixvejfemrqjdethearyvledjeorghtenlecrotbexneqrwfjehpesrmdzebtegruphelve
urcbpevxeirknxefzewrszfepbekralnezdezsjywfkgfnsrkefuifbszwmfekfpshiufomf
dspucfyofrsxgkfiqftsneafcufhsvqifmwfvsdcqfwyfjsloyfgafxstagfqcflsbmofaef
atkzxglhgotslfgvjgctaxngflgqtijvgpngetqvdgzpgstyhlgjrgutofbgdvgitwrjgnxg
wtedrgxzgktmpzghbgytubhgrdgmtcnpgbfgbulayhmihputmghwkhdubyohgmhrujkwhqoh
furwehaqhtuzimhkshvupgchewhjuxskhoyhxufeshyahlunqahichzuvcihsehnudoqhcgh
cvmbzinjiqvunhixlievczpihnisvklxirpigvsxfibriuvajniltiwvqhdifxikvytlipzi
yvgftizbimvorbijdiavwdjitfiovepridhidwncajokjrwvoijymjfwdaqjiojtwlmyjsqj
hwtygjcsjvwbkojmujxwriejgyjlwzumjqajzwhgujacjnwpscjkejbwxekjugjpwfqsjeij
exodbkplksxwpjkznkgxebrkjpkuxmnzktrkixuzhkdtkwxclpknvkyxsjfkhzkmxavnkrbk
axihvkbdkoxqtdklfkcxyflkvhkqxgrtkfjkfypeclqmltyxqklaolhyfcslkqlvynoalusl
jyvaileulxydmqlowlzytkglialnybwolsclbyjiwlcelpyruelmgldyzgmlwilryhsulgkl
gzqfdmrnmuzyrlmbpmizgdtmlrmwzopbmvtmkzwbjmfvmyzenrmpxmazulhmjbmozcxpmtdm
czkjxmdfmqzsvfmnhmezahnmxjmszitvmhlmhargensonvazsmncqnjaheunmsnxapqcnwun
laxckngwnzafosnqynbavminkcnpadyqnuendalkynegnratwgnoinfabionykntajuwnimn

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: hargenson
Cipher: unetrafba

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: hargenson
Cipher: 321124225133344333

Extended Methods:
Method #1

Plaintext: hargenson
method variations:
nfwmksxtsslbrpxcyxxqgwuchdccvmbzhnih

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
h a r g e n s o n 
3 1 2 2 5 3 3 4 3 
2 1 4 2 1 3 4 3 3 
They are then read out in rows:
312253343214213433
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: hargenson
Cipher: cgpshqbsn

Read more ...
Method #3

Plaintext: hargenson
method variations:
bfiwlntnn fiwlntnnb iwlntnnbf
wlntnnbfi lntnnbfiw ntnnbfiwl
tnnbfiwln nnbfiwlnt nbfiwlntn

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: hargenson

first 5040 cipher variations(362880 total)
hargenson hargensno hargenosn hargenons hargennos hargennso hargesnon hargesnno hargesonn hargesonn hargesnon
hargesnno hargeosnn hargeosnn hargeonsn hargeonns hargeonns hargeonsn hargenson hargensno hargenosn hargenons
hargennos hargennso hargneson hargnesno hargneosn hargneons hargnenos hargnenso hargnseon hargnseno hargnsoen
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hagnrseon hagnrseno hagnrsoen hagnrsone hagnrsnoe hagnrsneo hagnrosen hagnrosne hagnroesn hagnroens hagnrones
hagnronse hagnrnsoe hagnrnseo hagnrnose hagnrnoes hagnrneos hagnrneso hagnsreon hagnsreno hagnsroen hagnsrone
hagnsrnoe hagnsrneo hagnseron hagnserno hagnseorn hagnseonr hagnsenor hagnsenro hagnsoern hagnsoenr hagnsoren
hagnsorne hagnsonre hagnsoner hagnsneor hagnsnero hagnsnoer hagnsnore hagnsnroe hagnsnreo hagnorsen hagnorsne
hagnoresn hagnorens hagnornes hagnornse hagnosren hagnosrne hagnosern hagnosenr hagnosner hagnosnre hagnoesrn
hagnoesnr hagnoersn hagnoerns hagnoenrs hagnoensr hagnonser hagnonsre hagnonesr hagnoners hagnonres hagnonrse
hagnnrsoe hagnnrseo hagnnrose hagnnroes hagnnreos hagnnreso hagnnsroe hagnnsreo hagnnsore hagnnsoer hagnnseor
hagnnsero hagnnosre hagnnoser hagnnorse hagnnores hagnnoers hagnnoesr hagnnesor hagnnesro hagnneosr hagnneors
hagnneros hagnnerso hagsenron hagsenrno hagsenorn hagsenonr hagsennor hagsennro hagsernon hagsernno hagseronn
hagseronn hagsernon hagsernno hagseornn hagseornn hagseonrn hagseonnr hagseonnr hagseonrn hagsenron hagsenrno
hagsenorn hagsenonr hagsennor hagsennro hagsneron hagsnerno hagsneorn hagsneonr hagsnenor hagsnenro hagsnreon
hagsnreno hagsnroen hagsnrone hagsnrnoe hagsnrneo hagsnoren hagsnorne hagsnoern hagsnoenr hagsnoner hagsnonre
hagsnnroe hagsnnreo hagsnnore hagsnnoer hagsnneor hagsnnero hagsrneon hagsrneno hagsrnoen hagsrnone hagsrnnoe
hagsrnneo hagsrenon hagsrenno hagsreonn hagsreonn hagsrenon hagsrenno hagsroenn hagsroenn hagsronen hagsronne
hagsronne hagsronen hagsrneon hagsrneno hagsrnoen hagsrnone hagsrnnoe hagsrnneo hagsonren hagsonrne hagsonern
hagsonenr hagsonner hagsonnre hagsornen hagsornne hagsorenn hagsorenn hagsornen hagsornne hagsoernn hagsoernn
hagsoenrn hagsoennr hagsoennr hagsoenrn hagsonren hagsonrne hagsonern hagsonenr hagsonner hagsonnre hagsnnroe
hagsnnreo hagsnnore hagsnnoer hagsnneor hagsnnero hagsnrnoe hagsnrneo hagsnrone hagsnroen hagsnreon hagsnreno
hagsnorne hagsnoren hagsnonre hagsnoner hagsnoenr hagsnoern hagsneron hagsnerno hagsneorn hagsneonr hagsnenor
hagsnenro hagoensrn hagoensnr hagoenrsn hagoenrns hagoennrs hagoennsr hagoesnrn hagoesnnr hagoesrnn hagoesrnn
hagoesnrn hagoesnnr hagoersnn hagoersnn hagoernsn hagoernns hagoernns hagoernsn hagoensrn hagoensnr hagoenrsn
hagoenrns hagoennrs hagoennsr hagonesrn hagonesnr hagonersn hagonerns hagonenrs hagonensr hagonsern hagonsenr
hagonsren hagonsrne hagonsnre hagonsner hagonrsen hagonrsne hagonresn hagonrens hagonrnes hagonrnse hagonnsre
hagonnser hagonnrse hagonnres hagonners hagonnesr hagosnern hagosnenr hagosnren hagosnrne hagosnnre hagosnner
hagosenrn hagosennr hagosernn hagosernn hagosenrn hagosennr hagosrenn hagosrenn hagosrnen hagosrnne hagosrnne
hagosrnen hagosnern hagosnenr hagosnren hagosnrne hagosnnre hagosnner hagornsen hagornsne hagornesn hagornens
hagornnes hagornnse hagorsnen hagorsnne hagorsenn hagorsenn hagorsnen hagorsnne hagoresnn hagoresnn hagorensn
hagorenns hagorenns hagorensn hagornsen hagornsne hagornesn hagornens hagornnes hagornnse hagonnsre hagonnser
hagonnrse hagonnres hagonners hagonnesr hagonsnre hagonsner hagonsrne hagonsren hagonsern hagonsenr hagonrsne
hagonrsen hagonrnse hagonrnes hagonrens hagonresn hagonesrn hagonesnr hagonersn hagonerns hagonenrs hagonensr
hagnensor hagnensro hagnenosr hagnenors hagnenros hagnenrso hagnesnor hagnesnro hagnesonr hagnesorn hagnesron
hagnesrno hagneosnr hagneosrn hagneonsr hagneonrs hagneorns hagneorsn hagnerson hagnersno hagnerosn hagnerons
hagnernos hagnernso hagnnesor hagnnesro hagnneosr hagnneors hagnneros hagnnerso hagnnseor hagnnsero hagnnsoer
hagnnsore hagnnsroe hagnnsreo hagnnoser hagnnosre hagnnoesr hagnnoers hagnnores hagnnorse hagnnrsoe hagnnrseo
hagnnrose hagnnroes hagnnreos hagnnreso hagnsneor hagnsnero hagnsnoer hagnsnore hagnsnroe hagnsnreo hagnsenor
hagnsenro hagnseonr hagnseorn hagnseron hagnserno hagnsoenr hagnsoern hagnsoner hagnsonre hagnsorne hagnsoren
hagnsreon hagnsreno hagnsroen hagnsrone hagnsrnoe hagnsrneo hagnonser hagnonsre hagnonesr hagnoners hagnonres
hagnonrse hagnosner hagnosnre hagnosenr hagnosern hagnosren hagnosrne hagnoesnr hagnoesrn hagnoensr hagnoenrs
hagnoerns hagnoersn hagnorsen hagnorsne hagnoresn hagnorens hagnornes hagnornse hagnrnsoe hagnrnseo hagnrnose
hagnrnoes hagnrneos hagnrneso hagnrsnoe hagnrsneo hagnrsone hagnrsoen hagnrseon hagnrseno hagnrosne hagnrosen
hagnronse hagnrones hagnroens hagnroesn hagnreson hagnresno hagnreosn hagnreons hagnrenos hagnrenso haegrnson
haegrnsno haegrnosn haegrnons haegrnnos haegrnnso haegrsnon haegrsnno haegrsonn haegrsonn haegrsnon haegrsnno
haegrosnn haegrosnn haegronsn haegronns haegronns haegronsn haegrnson haegrnsno haegrnosn haegrnons haegrnnos
haegrnnso haegnrson haegnrsno haegnrosn haegnrons haegnrnos haegnrnso haegnsron haegnsrno haegnsorn haegnsonr
haegnsnor haegnsnro haegnosrn haegnosnr haegnorsn haegnorns haegnonrs haegnonsr haegnnsor haegnnsro haegnnosr
haegnnors haegnnros haegnnrso haegsnron haegsnrno haegsnorn haegsnonr haegsnnor haegsnnro haegsrnon haegsrnno
haegsronn haegsronn haegsrnon haegsrnno haegsornn haegsornn haegsonrn haegsonnr haegsonnr haegsonrn haegsnron
haegsnrno haegsnorn haegsnonr haegsnnor haegsnnro haegonsrn haegonsnr haegonrsn haegonrns haegonnrs haegonnsr
haegosnrn haegosnnr haegosrnn haegosrnn haegosnrn haegosnnr haegorsnn haegorsnn haegornsn haegornns haegornns
haegornsn haegonsrn haegonsnr haegonrsn haegonrns haegonnrs haegonnsr haegnnsor haegnnsro haegnnosr haegnnors
haegnnros haegnnrso haegnsnor haegnsnro haegnsonr haegnsorn haegnsron haegnsrno haegnosnr haegnosrn haegnonsr
haegnonrs haegnorns haegnorsn haegnrson haegnrsno haegnrosn haegnrons haegnrnos haegnrnso haergnson haergnsno
haergnosn haergnons haergnnos haergnnso haergsnon haergsnno haergsonn haergsonn haergsnon haergsnno haergosnn
haergosnn haergonsn haergonns haergonns haergonsn haergnson haergnsno haergnosn haergnons haergnnos haergnnso
haerngson haerngsno haerngosn haerngons haerngnos haerngnso haernsgon haernsgno haernsogn haernsong haernsnog
haernsngo haernosgn haernosng haernogsn haernogns haernongs haernonsg haernnsog haernnsgo haernnosg haernnogs
haernngos haernngso haersngon haersngno haersnogn haersnong haersnnog haersnngo haersgnon haersgnno haersgonn
haersgonn haersgnon haersgnno haersognn haersognn haersongn haersonng haersonng haersongn haersngon haersngno
haersnogn haersnong haersnnog haersnngo haeronsgn haeronsng haerongsn haerongns haeronngs haeronnsg haerosngn
haerosnng haerosgnn haerosgnn haerosngn haerosnng haerogsnn haerogsnn haerognsn haerognns haerognns haerognsn
haeronsgn haeronsng haerongsn haerongns haeronngs haeronnsg haernnsog haernnsgo haernnosg haernnogs haernngos
haernngso haernsnog haernsngo haernsong haernsogn haernsgon haernsgno haernosng haernosgn haernonsg haernongs
haernogns haernogsn haerngson haerngsno haerngosn haerngons haerngnos haerngnso haenrgson haenrgsno haenrgosn
haenrgons haenrgnos haenrgnso haenrsgon haenrsgno haenrsogn haenrsong haenrsnog haenrsngo haenrosgn haenrosng
haenrogsn haenrogns haenrongs haenronsg haenrnsog haenrnsgo haenrnosg haenrnogs haenrngos haenrngso haengrson
haengrsno haengrosn haengrons haengrnos haengrnso haengsron haengsrno haengsorn haengsonr haengsnor haengsnro
haengosrn haengosnr haengorsn haengorns haengonrs haengonsr haengnsor haengnsro haengnosr haengnors haengnros
haengnrso haensgron haensgrno haensgorn haensgonr haensgnor haensgnro haensrgon haensrgno haensrogn haensrong
haensrnog haensrngo haensorgn haensorng haensogrn haensognr haensongr haensonrg haensnrog haensnrgo haensnorg
haensnogr haensngor haensngro haenogsrn haenogsnr haenogrsn haenogrns haenognrs haenognsr haenosgrn haenosgnr
haenosrgn haenosrng haenosnrg haenosngr haenorsgn haenorsng haenorgsn haenorgns haenorngs haenornsg haenonsrg
haenonsgr haenonrsg haenonrgs haenongrs haenongsr haenngsor haenngsro haenngosr haenngors haenngros haenngrso
haennsgor haennsgro haennsogr haennsorg haennsrog haennsrgo haennosgr haennosrg haennogsr haennogrs haennorgs
haennorsg haennrsog haennrsgo haennrosg haennrogs haennrgos haennrgso haesrngon haesrngno haesrnogn haesrnong
haesrnnog haesrnngo haesrgnon haesrgnno haesrgonn haesrgonn haesrgnon haesrgnno haesrognn haesrognn haesrongn
haesronng haesronng haesrongn haesrngon haesrngno haesrnogn haesrnong haesrnnog haesrnngo haesnrgon haesnrgno
haesnrogn haesnrong haesnrnog haesnrngo haesngron haesngrno haesngorn haesngonr haesngnor haesngnro haesnogrn
haesnognr haesnorgn haesnorng haesnonrg haesnongr haesnngor haesnngro haesnnogr haesnnorg haesnnrog haesnnrgo
haesgnron haesgnrno haesgnorn haesgnonr haesgnnor haesgnnro haesgrnon haesgrnno haesgronn haesgronn haesgrnon
haesgrnno haesgornn haesgornn haesgonrn haesgonnr haesgonnr haesgonrn haesgnron haesgnrno haesgnorn haesgnonr
haesgnnor haesgnnro haesongrn haesongnr haesonrgn haesonrng haesonnrg haesonngr haesognrn haesognnr haesogrnn
haesogrnn haesognrn haesognnr haesorgnn haesorgnn haesorngn haesornng haesornng haesorngn haesongrn haesongnr
haesonrgn haesonrng haesonnrg haesonngr haesnngor haesnngro haesnnogr haesnnorg haesnnrog haesnnrgo haesngnor
haesngnro haesngonr haesngorn haesngron haesngrno haesnognr haesnogrn haesnongr haesnonrg haesnorng haesnorgn
haesnrgon haesnrgno haesnrogn haesnrong haesnrnog haesnrngo haeornsgn haeornsng haeorngsn haeorngns haeornngs
haeornnsg haeorsngn haeorsnng haeorsgnn haeorsgnn haeorsngn haeorsnng haeorgsnn haeorgsnn haeorgnsn haeorgnns
haeorgnns haeorgnsn haeornsgn haeornsng haeorngsn haeorngns haeornngs haeornnsg haeonrsgn haeonrsng haeonrgsn
haeonrgns haeonrngs haeonrnsg haeonsrgn haeonsrng haeonsgrn haeonsgnr haeonsngr haeonsnrg haeongsrn haeongsnr
haeongrsn haeongrns haeongnrs haeongnsr haeonnsgr haeonnsrg haeonngsr haeonngrs haeonnrgs haeonnrsg haeosnrgn
haeosnrng haeosngrn haeosngnr haeosnngr haeosnnrg haeosrngn haeosrnng haeosrgnn haeosrgnn haeosrngn haeosrnng
haeosgrnn haeosgrnn haeosgnrn haeosgnnr haeosgnnr haeosgnrn haeosnrgn haeosnrng haeosngrn haeosngnr haeosnngr
haeosnnrg haeognsrn haeognsnr haeognrsn haeognrns haeognnrs haeognnsr haeogsnrn haeogsnnr haeogsrnn haeogsrnn
haeogsnrn haeogsnnr haeogrsnn haeogrsnn haeogrnsn haeogrnns haeogrnns haeogrnsn haeognsrn haeognsnr haeognrsn
haeognrns haeognnrs haeognnsr haeonnsgr haeonnsrg haeonngsr haeonngrs haeonnrgs haeonnrsg haeonsngr haeonsnrg
haeonsgnr haeonsgrn haeonsrgn haeonsrng haeongsnr haeongsrn haeongnsr haeongnrs haeongrns haeongrsn haeonrsgn
haeonrsng haeonrgsn haeonrgns haeonrngs haeonrnsg haenrnsog haenrnsgo haenrnosg haenrnogs haenrngos haenrngso
haenrsnog haenrsngo haenrsong haenrsogn haenrsgon haenrsgno haenrosng haenrosgn haenronsg haenrongs haenrogns
haenrogsn haenrgson haenrgsno haenrgosn haenrgons haenrgnos haenrgnso haennrsog haennrsgo haennrosg haennrogs
haennrgos haennrgso haennsrog haennsrgo haennsorg haennsogr haennsgor haennsgro haennosrg haennosgr haennorsg
haennorgs haennogrs haennogsr haenngsor haenngsro haenngosr haenngors haenngros haenngrso haensnrog haensnrgo
haensnorg haensnogr haensngor haensngro haensrnog haensrngo haensrong haensrogn haensrgon haensrgno haensorng
haensorgn haensonrg haensongr haensognr haensogrn haensgron haensgrno haensgorn haensgonr haensgnor haensgnro
haenonsrg haenonsgr haenonrsg haenonrgs haenongrs haenongsr haenosnrg haenosngr haenosrng haenosrgn haenosgrn
haenosgnr haenorsng haenorsgn haenornsg haenorngs haenorgns haenorgsn haenogsrn haenogsnr haenogrsn haenogrns
haenognrs haenognsr haengnsor haengnsro haengnosr haengnors haengnros haengnrso haengsnor haengsnro haengsonr
haengsorn haengsron haengsrno haengosnr haengosrn haengonsr haengonrs haengorns haengorsn haengrson haengrsno
haengrosn haengrons haengrnos haengrnso hangerson hangersno hangerosn hangerons hangernos hangernso hangesron
hangesrno hangesorn hangesonr hangesnor hangesnro hangeosrn hangeosnr hangeorsn hangeorns hangeonrs hangeonsr
hangensor hangensro hangenosr hangenors hangenros hangenrso hangreson hangresno hangreosn hangreons hangrenos
hangrenso hangrseon hangrseno hangrsoen hangrsone hangrsnoe hangrsneo hangrosen hangrosne hangroesn hangroens
hangrones hangronse hangrnsoe hangrnseo hangrnose hangrnoes hangrneos hangrneso hangsreon hangsreno hangsroen
hangsrone hangsrnoe hangsrneo hangseron hangserno hangseorn hangseonr hangsenor hangsenro hangsoern hangsoenr
hangsoren hangsorne hangsonre hangsoner hangsneor hangsnero hangsnoer hangsnore hangsnroe hangsnreo hangorsen
hangorsne hangoresn hangorens hangornes hangornse hangosren hangosrne hangosern hangosenr hangosner hangosnre
hangoesrn hangoesnr hangoersn hangoerns hangoenrs hangoensr hangonser hangonsre hangonesr hangoners hangonres
hangonrse hangnrsoe hangnrseo hangnrose hangnroes hangnreos hangnreso hangnsroe hangnsreo hangnsore hangnsoer
hangnseor hangnsero hangnosre hangnoser hangnorse hangnores hangnoers hangnoesr hangnesor hangnesro hangneosr
hangneors hangneros hangnerso hanegrson hanegrsno hanegrosn hanegrons hanegrnos hanegrnso hanegsron hanegsrno
hanegsorn hanegsonr hanegsnor hanegsnro hanegosrn hanegosnr hanegorsn hanegorns hanegonrs hanegonsr hanegnsor
hanegnsro hanegnosr hanegnors hanegnros hanegnrso hanergson hanergsno hanergosn hanergons hanergnos hanergnso
hanersgon hanersgno hanersogn hanersong hanersnog hanersngo hanerosgn hanerosng hanerogsn hanerogns hanerongs
haneronsg hanernsog hanernsgo hanernosg hanernogs hanerngos hanerngso hanesrgon hanesrgno hanesrogn hanesrong
hanesrnog hanesrngo hanesgron hanesgrno hanesgorn hanesgonr hanesgnor hanesgnro hanesogrn hanesognr hanesorgn
hanesorng hanesonrg hanesongr hanesngor hanesngro hanesnogr hanesnorg hanesnrog hanesnrgo haneorsgn haneorsng
haneorgsn haneorgns haneorngs haneornsg haneosrgn haneosrng haneosgrn haneosgnr haneosngr haneosnrg haneogsrn
haneogsnr haneogrsn haneogrns haneognrs haneognsr haneonsgr haneonsrg haneongsr haneongrs haneonrgs haneonrsg
hanenrsog hanenrsgo hanenrosg hanenrogs hanenrgos hanenrgso hanensrog hanensrgo hanensorg hanensogr hanensgor
hanensgro hanenosrg hanenosgr hanenorsg hanenorgs hanenogrs hanenogsr hanengsor hanengsro hanengosr hanengors
hanengros hanengrso hanregson hanregsno hanregosn hanregons hanregnos hanregnso hanresgon hanresgno hanresogn
hanresong hanresnog hanresngo hanreosgn hanreosng hanreogsn hanreogns hanreongs hanreonsg hanrensog hanrensgo
hanrenosg hanrenogs hanrengos hanrengso hanrgeson hanrgesno hanrgeosn hanrgeons hanrgenos hanrgenso hanrgseon
hanrgseno hanrgsoen hanrgsone hanrgsnoe hanrgsneo hanrgosen hanrgosne hanrgoesn hanrgoens hanrgones hanrgonse
hanrgnsoe hanrgnseo hanrgnose hanrgnoes hanrgneos hanrgneso hanrsgeon hanrsgeno hanrsgoen hanrsgone hanrsgnoe
hanrsgneo hanrsegon hanrsegno hanrseogn hanrseong hanrsenog hanrsengo hanrsoegn hanrsoeng hanrsogen hanrsogne
hanrsonge hanrsoneg hanrsneog hanrsnego hanrsnoeg hanrsnoge hanrsngoe hanrsngeo hanrogsen hanrogsne hanrogesn
hanrogens hanrognes hanrognse hanrosgen hanrosgne hanrosegn hanroseng hanrosneg hanrosnge hanroesgn hanroesng
hanroegsn hanroegns hanroengs hanroensg hanronseg hanronsge hanronesg hanronegs hanronges hanrongse hanrngsoe
hanrngseo hanrngose hanrngoes hanrngeos hanrngeso hanrnsgoe hanrnsgeo hanrnsoge hanrnsoeg hanrnseog hanrnsego
hanrnosge hanrnoseg hanrnogse hanrnoges hanrnoegs hanrnoesg hanrnesog hanrnesgo hanrneosg hanrneogs hanrnegos
hanrnegso hansergon hansergno hanserogn hanserong hansernog hanserngo hansegron hansegrno hansegorn hansegonr
hansegnor hansegnro hanseogrn hanseognr hanseorgn hanseorng hanseonrg hanseongr hansengor hansengro hansenogr
hansenorg hansenrog hansenrgo hansregon hansregno hansreogn hansreong hansrenog hansrengo hansrgeon hansrgeno
hansrgoen hansrgone hansrgnoe hansrgneo hansrogen hansrogne hansroegn hansroeng hansroneg hansronge hansrngoe
hansrngeo hansrnoge hansrnoeg hansrneog hansrnego hansgreon hansgreno hansgroen hansgrone hansgrnoe hansgrneo
hansgeron hansgerno hansgeorn hansgeonr hansgenor hansgenro hansgoern hansgoenr hansgoren hansgorne hansgonre
hansgoner hansgneor hansgnero hansgnoer hansgnore hansgnroe hansgnreo hansorgen hansorgne hansoregn hansoreng
hansorneg hansornge hansogren hansogrne hansogern hansogenr hansogner hansognre hansoegrn hansoegnr hansoergn
hansoerng hansoenrg hansoengr hansonger hansongre hansonegr hansonerg hansonreg hansonrge hansnrgoe hansnrgeo
hansnroge hansnroeg hansnreog hansnrego hansngroe hansngreo hansngore hansngoer hansngeor hansngero hansnogre
hansnoger hansnorge hansnoreg hansnoerg hansnoegr hansnegor hansnegro hansneogr hansneorg hansnerog hansnergo
hanoersgn hanoersng hanoergsn hanoergns hanoerngs hanoernsg hanoesrgn hanoesrng hanoesgrn hanoesgnr hanoesngr
hanoesnrg hanoegsrn hanoegsnr hanoegrsn hanoegrns hanoegnrs hanoegnsr hanoensgr hanoensrg hanoengsr hanoengrs
hanoenrgs hanoenrsg hanoresgn hanoresng hanoregsn hanoregns hanorengs hanorensg hanorsegn hanorseng hanorsgen
hanorsgne hanorsnge hanorsneg hanorgsen hanorgsne hanorgesn hanorgens hanorgnes hanorgnse hanornsge hanornseg
hanorngse hanornges hanornegs hanornesg hanosregn hanosreng hanosrgen hanosrgne hanosrnge hanosrneg hanosergn
hanoserng hanosegrn hanosegnr hanosengr hanosenrg hanosgern hanosgenr hanosgren hanosgrne hanosgnre hanosgner
hanosnegr hanosnerg hanosnger hanosngre hanosnrge hanosnreg hanogrsen hanogrsne hanogresn hanogrens hanogrnes
hanogrnse hanogsren hanogsrne hanogsern hanogsenr hanogsner hanogsnre hanogesrn hanogesnr hanogersn hanogerns
hanogenrs hanogensr hanognser hanognsre hanognesr hanogners hanognres hanognrse hanonrsge hanonrseg hanonrgse
hanonrges hanonregs hanonresg hanonsrge hanonsreg hanonsgre hanonsger hanonsegr hanonserg hanongsre hanongser
hanongrse hanongres hanongers hanongesr hanonesgr hanonesrg hanonegsr hanonegrs hanonergs hanonersg hannersog
hannersgo hannerosg hannerogs hannergos hannergso hannesrog hannesrgo hannesorg hannesogr hannesgor hannesgro
hanneosrg hanneosgr hanneorsg hanneorgs hanneogrs hanneogsr hannegsor hannegsro hannegosr hannegors hannegros
hannegrso hannresog hannresgo hannreosg hannreogs hannregos hannregso hannrseog hannrsego hannrsoeg hannrsoge
hannrsgoe hannrsgeo hannroseg hannrosge hannroesg hannroegs hannroges hannrogse hannrgsoe hannrgseo hannrgose
hannrgoes hannrgeos hannrgeso hannsreog hannsrego hannsroeg hannsroge hannsrgoe hannsrgeo hannserog hannsergo
hannseorg hannseogr hannsegor hannsegro hannsoerg hannsoegr hannsoreg hannsorge hannsogre hannsoger hannsgeor
hannsgero hannsgoer hannsgore hannsgroe hannsgreo hannorseg hannorsge hannoresg hannoregs hannorges hannorgse
hannosreg hannosrge hannoserg hannosegr hannosger hannosgre hannoesrg hannoesgr hannoersg hannoergs hannoegrs
hannoegsr hannogser hannogsre hannogesr hannogers hannogres hannogrse hanngrsoe hanngrseo hanngrose hanngroes
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hangroesn hangreson hangresno hangreosn hangreons hangrenos hangrenso hanegnsor hanegnsro hanegnosr hanegnors
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hansgnoer hansgnore hansgnroe hansgnreo hansgenor hansgenro hansgeonr hansgeorn hansgeron hansgerno hansgoenr
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hansorneg hansornge hansrngoe hansrngeo hansrnoge hansrnoeg hansrneog hansrnego hansrgnoe hansrgneo hansrgone
hansrgoen hansrgeon hansrgeno hansrogne hansrogen hansronge hansroneg hansroeng hansroegn hansregon hansregno
hansreogn hansreong hansrenog hansrengo hanoensgr hanoensrg hanoengsr hanoengrs hanoenrgs hanoenrsg hanoesngr
hanoesnrg hanoesgnr hanoesgrn hanoesrgn hanoesrng hanoegsnr hanoegsrn hanoegnsr hanoegnrs hanoegrns hanoegrsn
hanoersgn hanoersng hanoergsn hanoergns hanoerngs hanoernsg hanonesgr hanonesrg hanonegsr hanonegrs hanonergs
hanonersg hanonsegr hanonserg hanonsger hanonsgre hanonsrge hanonsreg hanongser hanongsre hanongesr hanongers
hanongres hanongrse hanonrsge hanonrseg hanonrgse hanonrges hanonregs hanonresg hanosnegr hanosnerg hanosnger
hanosngre hanosnrge hanosnreg hanosengr hanosenrg hanosegnr hanosegrn hanosergn hanoserng hanosgenr hanosgern
hanosgner hanosgnre hanosgrne hanosgren hanosregn hanosreng hanosrgen hanosrgne hanosrnge hanosrneg hanognser
hanognsre hanognesr hanogners hanognres hanognrse hanogsner hanogsnre hanogsenr hanogsern hanogsren hanogsrne
hanogesnr hanogesrn hanogensr hanogenrs hanogerns hanogersn hanogrsen hanogrsne hanogresn hanogrens hanogrnes
hanogrnse hanornsge hanornseg hanorngse hanornges hanornegs hanornesg hanorsnge hanorsneg hanorsgne hanorsgen
hanorsegn hanorseng hanorgsne hanorgsen hanorgnse hanorgnes hanorgens hanorgesn hanoresgn hanoresng hanoregsn
hanoregns hanorengs hanorensg hanrensog hanrensgo hanrenosg hanrenogs hanrengos hanrengso hanresnog hanresngo
hanresong hanresogn hanresgon hanresgno hanreosng hanreosgn hanreonsg hanreongs hanreogns hanreogsn hanregson
hanregsno hanregosn hanregons hanregnos hanregnso hanrnesog hanrnesgo hanrneosg hanrneogs hanrnegos hanrnegso
hanrnseog hanrnsego hanrnsoeg hanrnsoge hanrnsgoe hanrnsgeo hanrnoseg hanrnosge hanrnoesg hanrnoegs hanrnoges
hanrnogse hanrngsoe hanrngseo hanrngose hanrngoes hanrngeos hanrngeso hanrsneog hanrsnego hanrsnoeg hanrsnoge
hanrsngoe hanrsngeo hanrsenog hanrsengo hanrseong hanrseogn hanrsegon hanrsegno hanrsoeng hanrsoegn hanrsoneg
hanrsonge hanrsogne hanrsogen hanrsgeon hanrsgeno hanrsgoen hanrsgone hanrsgnoe hanrsgneo hanronseg hanronsge
hanronesg hanronegs hanronges hanrongse hanrosneg hanrosnge hanroseng hanrosegn hanrosgen hanrosgne hanroesng
hanroesgn hanroensg hanroengs hanroegns hanroegsn hanrogsen hanrogsne hanrogesn hanrogens hanrognes hanrognse
hanrgnsoe hanrgnseo hanrgnose hanrgnoes hanrgneos hanrgneso hanrgsnoe hanrgsneo hanrgsone hanrgsoen hanrgseon
hanrgseno hanrgosne hanrgosen hanrgonse hanrgones hanrgoens hanrgoesn hanrgeson hanrgesno hanrgeosn hanrgeons
hanrgenos hanrgenso

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History of cryptography
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