easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

suldan

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langenbach

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kessu

trusteeing

redzepova

nossetque

criminali

indee

carryover

dicavisti

pyrasus

sigvor

tetradecyl


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: cariker
cipher variations:
dbsjlfs ectkmgt fdulnhu gevmoiv hfwnpjw
igxoqkx jhyprly kizqsmz ljartna mkbsuob
nlctvpc omduwqd pnevxre qofwysf rpgxztg
sqhyauh trizbvi usjacwj vtkbdxk wulceyl
xvmdfzm ywnegan zxofhbo aypgicp bzqhjdq

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: cariker
Cipher: xzirpvi

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: cariker
Cipher: AAABA AAAAA BAAAA ABAAA ABAAB AABAA BAAAA

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: cariker
cipher variations:
dbsjlfshbazfnalbipzvipbqftdqtbyvnlyxbglhtgfbwrvjwjbehpre
nbmxjzmrbundhuvbcdxpczbktrxkectkmgticbagobmcjqawjqcrguer
uczwomzychmiuhgcxswkxkcfiqsfocnykanscvoeivwcdeyqdaclusyl
fdulnhujdcbhpcndkrbxkrdshvfsvdaxpnazdinjvihdytxlyldgjrtg
pdozlbotdwpfjwxdefzrebdmvtzmgevmoivkedciqdoelscylsetiwgt
webyqobaejokwjiezuymzmehksuhqepamcpuexqgkxyefgasfcenwuan
hfwnpjwlfedjrepfmtdzmtfujxhuxfczrpcbfkplxkjfavznanfiltvi
rfqbndqvfyrhlyzfghbtgdfoxvboigxoqkxmgfeksfqgnueanugvkyiv
ygdasqdcglqmylkgbwaobogjmuwjsgrcoerwgzsimzaghicuhegpywcp
jhyprlynhgfltgrhovfbovhwlzjwzhebtredhmrnzmlhcxbpcphknvxk
thsdpfsxhatjnabhijdvifhqzxdqkizqsmzoihgmuhsipwgcpwixmakx
aifcusfeinsoanmidycqdqilowyluiteqgtyibukobcijkewjgirayer
ljartnapjihnvitjqxhdqxjynblybjgdvtgfjotpbonjezdrerjmpxzm
vjufrhuzjcvlpcdjklfxkhjsbzfsmkbsuobqkjiowjukryierykzocmz
ckhewuhgkpuqcpokfaesfsknqyanwkvgsivakdwmqdeklmgyliktcagt
nlctvpcrlkjpxkvlszjfszlapdnadlifxvihlqvrdqplgbftgtlorzbo
xlwhtjwblexnreflmnhzmjludbhuomduwqdsmlkqylwmtakgtambqeob
emjgywjimrwserqmhcguhumpsacpymxiukxcmfyosfgmnoiankmveciv
pnevxretnmlrzmxnublhubncrfpcfnkhzxkjnsxtfsrnidhvivnqtbdq
znyjvlydngzptghnopjbolnwfdjwqofwysfuonmsanyovcmivcodsgqd
goliaylkotyugtsojeiwjworuceraozkwmzeohaquhiopqkcpmoxgekx
rpgxztgvpontbozpwdnjwdpethrehpmjbzmlpuzvhutpkfjxkxpsvdfs
bpalxnafpibrvijpqrldqnpyhflysqhyauhwqpoucpaqxeokxeqfuisf
iqnkcanmqvawivuqlgkylyqtwegtcqbmyobgqjcswjkqrsmeroqzigmz
trizbvixrqpvdqbryfplyfrgvjtgjroldbonrwbxjwvrmhlzmzruxfhu
drcnzpchrkdtxklrstnfsprajhnausjacwjysrqwercszgqmzgshwkuh
kspmecposxcykxwsnimanasvygivesdoaqdisleuylmstuogtqsbkiob
vtkbdxkztsrxfsdtahrnahtixlviltqnfdqptydzlyxtojnbobtwzhjw
ftepbrejtmfvzmntuvphurtcljpcwulceylautsygteubisobiujymwj
murogerquzeamzyupkocpcuxaikxgufqcsfkungwanouvwqivsudmkqd
xvmdfzmbvutzhufvcjtpcjvkznxknvsphfsrvafbnazvqlpdqdvybjly
hvgrdtglvohxbopvwxrjwtvenlreywnegancwvuaivgwdkuqdkwlaoyl
owtqigtswbgcobawrmqerewzckmziwhseuhmwpiycpqwxyskxuwfomsf
zxofhbodxwvbjwhxelvrelxmbpzmpxurjhutxchdpcbxsnrfsfxadlna
jxitfvinxqjzdqrxyztlyvxgpntgaypgicpeyxwckxiyfmwsfmyncqan
qyvskivuydieqdcytosgtgybemobkyjugwjoyrkaersyzaumzwyhqouh
bzqhjdqfzyxdlyjzgnxtgnzodrborzwtljwvzejfredzupthuhzcfnpc
lzkvhxkpzslbfstzabvnaxzirpvicarikergazyemzkahoyuhoapescp
saxumkxwafkgsfeavquiviadgoqdmalwiylqatmcgtuabcwobyajsqwj

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: cariker
Cipher: pnevxre

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: cariker
Cipher: 31112442525124

Extended Methods:
Method #1

Plaintext: cariker
method variations:
hfwopkwnlbtupbsqgyzugxvmdezm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
c a r i k e r 
3 1 2 4 5 5 2 
1 1 4 2 2 1 4 
They are then read out in rows:
31245521142214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: cariker
Cipher: crzbqgq

Read more ...
Method #3

Plaintext: cariker
method variations:
aftwwfo ftwwfoa twwfoaf
wwfoaft wfoaftw foaftww
oaftwwf

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: cariker

all 5040 cipher variations:
cariker carikre cariekr carierk carirek carirke carkier carkire carkeir carkeri carkrei
carkrie carekir carekri careikr careirk carerik carerki carrkei carrkie carreki carreik
carriek carrike cairker cairkre cairekr cairerk cairrek cairrke caikrer caikrre caikerr
caikerr caikrer caikrre caiekrr caiekrr caierkr caierrk caierrk caierkr cairker cairkre
cairekr cairerk cairrek cairrke cakirer cakirre cakierr cakierr cakirer cakirre cakrier
cakrire cakreir cakreri cakrrei cakrrie cakerir cakerri cakeirr cakeirr cakerir cakerri
cakrrei cakrrie cakreri cakreir cakrier cakrire caeikrr caeikrr caeirkr caeirrk caeirrk
caeirkr caekirr caekirr caekrir caekrri caekrri caekrir caerkir caerkri caerikr caerirk
caerrik caerrki caerkri caerkir caerrki caerrik caerirk caerikr cariker carikre cariekr
carierk carirek carirke carkier carkire carkeir carkeri carkrei carkrie carekir carekri
careikr careirk carerik carerki carrkei carrkie carreki carreik carriek carrike craiker
craikre craiekr craierk crairek crairke crakier crakire crakeir crakeri crakrei crakrie
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krirace kricrea kricrae kricera kricear kricaer kricare kriecra kriecar krierca krierac
kriearc krieacr kriacer kriacre kriaecr kriaerc kriarec kriarce krcirea krcirae krciera
krciear krciaer krciare krcriea krcriae krcreia krcreai krcraei krcraie krceria krcerai
krceira krceiar krceair krceari krcarei krcarie krcaeri krcaeir krcaier krcaire kreicra
kreicar kreirca kreirac kreiarc kreiacr krecira kreciar krecria krecrai krecari krecair
krercia krercai krerica kreriac kreraic kreraci kreacri kreacir krearci krearic kreairc
kreaicr kraicer kraicre kraiecr kraierc krairec krairce kracier kracire kraceir kraceri
kracrei kracrie kraecir kraecri kraeicr kraeirc kraeric kraerci krarcei krarcie krareci
krareic krariec krarice earikcr earikrc earickr earicrk earirck earirkc earkicr earkirc
earkcir earkcri earkrci earkric earckir earckri earcikr earcirk earcrik earcrki earrkci
earrkic earrcki earrcik earrick earrikc eairkcr eairkrc eairckr eaircrk eairrck eairrkc
eaikrcr eaikrrc eaikcrr eaikcrr eaikrcr eaikrrc eaickrr eaickrr eaicrkr eaicrrk eaicrrk
eaicrkr eairkcr eairkrc eairckr eaircrk eairrck eairrkc eakircr eakirrc eakicrr eakicrr
eakircr eakirrc eakricr eakrirc eakrcir eakrcri eakrrci eakrric eakcrir eakcrri eakcirr
eakcirr eakcrir eakcrri eakrrci eakrric eakrcri eakrcir eakricr eakrirc eacikrr eacikrr
eacirkr eacirrk eacirrk eacirkr eackirr eackirr eackrir eackrri eackrri eackrir eacrkir
eacrkri eacrikr eacrirk eacrrik eacrrki eacrkri eacrkir eacrrki eacrrik eacrirk eacrikr
earikcr earikrc earickr earicrk earirck earirkc earkicr earkirc earkcir earkcri earkrci
earkric earckir earckri earcikr earcirk earcrik earcrki earrkci earrkic earrcki earrcik
earrick earrikc eraikcr eraikrc eraickr eraicrk erairck erairkc erakicr erakirc erakcir
erakcri erakrci erakric erackir erackri eracikr eracirk eracrik eracrki erarkci erarkic
erarcki erarcik erarick erarikc eriakcr eriakrc eriackr eriacrk eriarck eriarkc erikacr
erikarc erikcar erikcra erikrca erikrac erickar erickra ericakr ericark ericrak ericrka
erirkca erirkac erircka erircak erirack erirakc erkiacr erkiarc erkicar erkicra erkirca
erkirac erkaicr erkairc erkacir erkacri erkarci erkaric erkcair erkcari erkciar erkcira
erkcria erkcrai erkraci erkraic erkrcai erkrcia erkrica erkriac ercikar ercikra erciakr
erciark ercirak ercirka erckiar erckira erckair erckari erckrai erckria ercakir ercakri
ercaikr ercairk ercarik ercarki ercrkai ercrkia ercraki ercraik ercriak ercrika errikca
errikac erricka erricak erriack erriakc errkica errkiac errkcia errkcai errkaci errkaic
errckia errckai errcika errciak errcaik errcaki errakci errakic erracki erracik erraick
erraikc eirakcr eirakrc eirackr eiracrk eirarck eirarkc eirkacr eirkarc eirkcar eirkcra
eirkrca eirkrac eirckar eirckra eircakr eircark eircrak eircrka eirrkca eirrkac eirrcka
eirrcak eirrack eirrakc eiarkcr eiarkrc eiarckr eiarcrk eiarrck eiarrkc eiakrcr eiakrrc
eiakcrr eiakcrr eiakrcr eiakrrc eiackrr eiackrr eiacrkr eiacrrk eiacrrk eiacrkr eiarkcr
eiarkrc eiarckr eiarcrk eiarrck eiarrkc eikarcr eikarrc eikacrr eikacrr eikarcr eikarrc
eikracr eikrarc eikrcar eikrcra eikrrca eikrrac eikcrar eikcrra eikcarr eikcarr eikcrar
eikcrra eikrrca eikrrac eikrcra eikrcar eikracr eikrarc eicakrr eicakrr eicarkr eicarrk
eicarrk eicarkr eickarr eickarr eickrar eickrra eickrra eickrar eicrkar eicrkra eicrakr
eicrark eicrrak eicrrka eicrkra eicrkar eicrrka eicrrak eicrark eicrakr eirakcr eirakrc
eirackr eiracrk eirarck eirarkc eirkacr eirkarc eirkcar eirkcra eirkrca eirkrac eirckar
eirckra eircakr eircark eircrak eircrka eirrkca eirrkac eirrcka eirrcak eirrack eirrakc
ekriacr ekriarc ekricar ekricra ekrirca ekrirac ekraicr ekrairc ekracir ekracri ekrarci
ekraric ekrcair ekrcari ekrciar ekrcira ekrcria ekrcrai ekrraci ekrraic ekrrcai ekrrcia
ekrrica ekrriac ekiracr ekirarc ekircar ekircra ekirrca ekirrac ekiarcr ekiarrc ekiacrr
ekiacrr ekiarcr ekiarrc ekicarr ekicarr ekicrar ekicrra ekicrra ekicrar ekiracr ekirarc
ekircar ekircra ekirrca ekirrac ekaircr ekairrc ekaicrr ekaicrr ekaircr ekairrc ekaricr
ekarirc ekarcir ekarcri ekarrci ekarric ekacrir ekacrri ekacirr ekacirr ekacrir ekacrri
ekarrci ekarric ekarcri ekarcir ekaricr ekarirc ekciarr ekciarr ekcirar ekcirra ekcirra
ekcirar ekcairr ekcairr ekcarir ekcarri ekcarri ekcarir ekcrair ekcrari ekcriar ekcrira
ekcrria ekcrrai ekcrari ekcrair ekcrrai ekcrria ekcrira ekcriar ekriacr ekriarc ekricar
ekricra ekrirca ekrirac ekraicr ekrairc ekracir ekracri ekrarci ekraric ekrcair ekrcari
ekrciar ekrcira ekrcria ekrcrai ekrraci ekrraic ekrrcai ekrrcia ekrrica ekrriac ecrikar
ecrikra ecriakr ecriark ecrirak ecrirka ecrkiar ecrkira ecrkair ecrkari ecrkrai ecrkria
ecrakir ecrakri ecraikr ecrairk ecrarik ecrarki ecrrkai ecrrkia ecrraki ecrraik ecrriak
ecrrika ecirkar ecirkra ecirakr ecirark ecirrak ecirrka ecikrar ecikrra ecikarr ecikarr
ecikrar ecikrra eciakrr eciakrr eciarkr eciarrk eciarrk eciarkr ecirkar ecirkra ecirakr
ecirark ecirrak ecirrka eckirar eckirra eckiarr eckiarr eckirar eckirra eckriar eckrira
eckrair eckrari eckrrai eckrria eckarir eckarri eckairr eckairr eckarir eckarri eckrrai
eckrria eckrari eckrair eckriar eckrira ecaikrr ecaikrr ecairkr ecairrk ecairrk ecairkr
ecakirr ecakirr ecakrir ecakrri ecakrri ecakrir ecarkir ecarkri ecarikr ecarirk ecarrik
ecarrki ecarkri ecarkir ecarrki ecarrik ecarirk ecarikr ecrikar ecrikra ecriakr ecriark
ecrirak ecrirka ecrkiar ecrkira ecrkair ecrkari ecrkrai ecrkria ecrakir ecrakri ecraikr
ecrairk ecrarik ecrarki ecrrkai ecrrkia ecrraki ecrraik ecrriak ecrrika errikca errikac
erricka erricak erriack erriakc errkica errkiac errkcia errkcai errkaci errkaic errckia
errckai errcika errciak errcaik errcaki errakci errakic erracki erracik erraick erraikc
erirkca erirkac erircka erircak erirack erirakc erikrca erikrac erikcra erikcar erikacr
erikarc erickra erickar ericrka ericrak ericark ericakr eriakcr eriakrc eriackr eriacrk
eriarck eriarkc erkirca erkirac erkicra erkicar erkiacr erkiarc erkrica erkriac erkrcia
erkrcai erkraci erkraic erkcria erkcrai erkcira erkciar erkcair erkcari erkarci erkaric
erkacri erkacir erkaicr erkairc ercikra ercikar ercirka ercirak erciark erciakr erckira
erckiar erckria erckrai erckari erckair ercrkia ercrkai ercrika ercriak ercraik ercraki
ercakri ercakir ercarki ercarik ercairk ercaikr eraikcr eraikrc eraickr eraicrk erairck
erairkc erakicr erakirc erakcir erakcri erakrci erakric erackir erackri eracikr eracirk
eracrik eracrki erarkci erarkic erarcki erarcik erarick erarikc rarikec rarikce rariekc
rarieck raricek raricke rarkiec rarkice rarkeic rarkeci rarkcei rarkcie rarekic rarekci
rareikc rareick rarecik rarecki rarckei rarckie rarceki rarceik rarciek rarcike rairkec
rairkce rairekc raireck raircek raircke raikrec raikrce raikerc raikecr raikcer raikcre
raiekrc raiekcr raierkc raierck raiecrk raieckr raicker raickre raicekr raicerk raicrek
raicrke rakirec rakirce rakierc rakiecr rakicer rakicre rakriec rakrice rakreic rakreci
rakrcei rakrcie rakeric rakerci rakeirc rakeicr rakecir rakecri rakcrei rakcrie rakceri
rakceir rakcier rakcire raeikrc raeikcr raeirkc raeirck raeicrk raeickr raekirc raekicr
raekric raekrci raekcri raekcir raerkic raerkci raerikc raerick raercik raercki raeckri
raeckir raecrki raecrik raecirk raecikr raciker racikre raciekr racierk racirek racirke
rackier rackire rackeir rackeri rackrei rackrie racekir racekri raceikr raceirk racerik
racerki racrkei racrkie racreki racreik racriek racrike rraikec rraikce rraiekc rraieck
rraicek rraicke rrakiec rrakice rrakeic rrakeci rrakcei rrakcie rraekic rraekci rraeikc
rraeick rraecik rraecki rrackei rrackie rraceki rraceik rraciek rracike rriakec rriakce
rriaekc rriaeck rriacek rriacke rrikaec rrikace rrikeac rrikeca rrikcea rrikcae rriekac
rriekca rrieakc rrieack rriecak rriecka rrickea rrickae rriceka rriceak rricaek rricake
rrkiaec rrkiace rrkieac rrkieca rrkicea rrkicae rrkaiec rrkaice rrkaeic rrkaeci rrkacei
rrkacie rrkeaic rrkeaci rrkeiac rrkeica rrkecia rrkecai rrkcaei rrkcaie rrkceai rrkceia
rrkciea rrkciae rreikac rreikca rreiakc rreiack rreicak rreicka rrekiac rrekica rrekaic
rrekaci rrekcai rrekcia rreakic rreakci rreaikc rreaick rreacik rreacki rreckai rreckia
rrecaki rrecaik rreciak rrecika rrcikea rrcikae rrcieka rrcieak rrciaek rrciake rrckiea
rrckiae rrckeia rrckeai rrckaei rrckaie rrcekia rrcekai rrceika rrceiak rrceaik rrceaki
rrcakei rrcakie rrcaeki rrcaeik rrcaiek rrcaike rirakec rirakce riraekc riraeck riracek
riracke rirkaec rirkace rirkeac rirkeca rirkcea rirkcae rirekac rirekca rireakc rireack
rirecak rirecka rirckea rirckae rirceka rirceak rircaek rircake riarkec riarkce riarekc
riareck riarcek riarcke riakrec riakrce riakerc riakecr riakcer riakcre riaekrc riaekcr
riaerkc riaerck riaecrk riaeckr riacker riackre riacekr riacerk riacrek riacrke rikarec
rikarce rikaerc rikaecr rikacer rikacre rikraec rikrace rikreac rikreca rikrcea rikrcae
rikerac rikerca rikearc rikeacr rikecar rikecra rikcrea rikcrae rikcera rikcear rikcaer
rikcare rieakrc rieakcr riearkc riearck rieacrk rieackr riekarc riekacr riekrac riekrca
riekcra riekcar rierkac rierkca rierakc rierack riercak riercka rieckra rieckar riecrka
riecrak riecark riecakr ricaker ricakre ricaekr ricaerk ricarek ricarke rickaer rickare
rickear rickera rickrea rickrae ricekar ricekra riceakr riceark ricerak ricerka ricrkea
ricrkae ricreka ricreak ricraek ricrake rkriaec rkriace rkrieac rkrieca rkricea rkricae
rkraiec rkraice rkraeic rkraeci rkracei rkracie rkreaic rkreaci rkreiac rkreica rkrecia
rkrecai rkrcaei rkrcaie rkrceai rkrceia rkrciea rkrciae rkiraec rkirace rkireac rkireca
rkircea rkircae rkiarec rkiarce rkiaerc rkiaecr rkiacer rkiacre rkiearc rkieacr rkierac
rkierca rkiecra rkiecar rkicaer rkicare rkicear rkicera rkicrea rkicrae rkairec rkairce
rkaierc rkaiecr rkaicer rkaicre rkariec rkarice rkareic rkareci rkarcei rkarcie rkaeric
rkaerci rkaeirc rkaeicr rkaecir rkaecri rkacrei rkacrie rkaceri rkaceir rkacier rkacire
rkeiarc rkeiacr rkeirac rkeirca rkeicra rkeicar rkeairc rkeaicr rkearic rkearci rkeacri
rkeacir rkeraic rkeraci rkeriac rkerica rkercia rkercai rkecari rkecair rkecrai rkecria
rkecira rkeciar rkciaer rkciare rkciear rkciera rkcirea rkcirae rkcaier rkcaire rkcaeir
rkcaeri rkcarei rkcarie rkceair rkceari rkceiar rkceira rkceria rkcerai rkcraei rkcraie
rkcreai rkcreia rkcriea rkcriae rerikac rerikca reriakc reriack rericak rericka rerkiac
rerkica rerkaic rerkaci rerkcai rerkcia rerakic rerakci reraikc reraick reracik reracki
rerckai rerckia rercaki rercaik rerciak rercika reirkac reirkca reirakc reirack reircak
reircka reikrac reikrca reikarc reikacr reikcar reikcra reiakrc reiakcr reiarkc reiarck
reiacrk reiackr reickar reickra reicakr reicark reicrak reicrka rekirac rekirca rekiarc
rekiacr rekicar rekicra rekriac rekrica rekraic rekraci rekrcai rekrcia rekaric rekarci
rekairc rekaicr rekacir rekacri rekcrai rekcria rekcari rekcair rekciar rekcira reaikrc
reaikcr reairkc reairck reaicrk reaickr reakirc reakicr reakric reakrci reakcri reakcir
rearkic rearkci rearikc rearick rearcik rearcki reackri reackir reacrki reacrik reacirk
reacikr recikar recikra reciakr reciark recirak recirka reckiar reckira reckair reckari
reckrai reckria recakir recakri recaikr recairk recarik recarki recrkai recrkia recraki
recraik recriak recrika rcrikea rcrikae rcrieka rcrieak rcriaek rcriake rcrkiea rcrkiae
rcrkeia rcrkeai rcrkaei rcrkaie rcrekia rcrekai rcreika rcreiak rcreaik rcreaki rcrakei
rcrakie rcraeki rcraeik rcraiek rcraike rcirkea rcirkae rcireka rcireak rciraek rcirake
rcikrea rcikrae rcikera rcikear rcikaer rcikare rciekra rciekar rcierka rcierak rcieark
rcieakr rciaker rciakre rciaekr rciaerk rciarek rciarke rckirea rckirae rckiera rckiear
rckiaer rckiare rckriea rckriae rckreia rckreai rckraei rckraie rckeria rckerai rckeira
rckeiar rckeair rckeari rckarei rckarie rckaeri rckaeir rckaier rckaire rceikra rceikar
rceirka rceirak rceiark rceiakr rcekira rcekiar rcekria rcekrai rcekari rcekair rcerkia
rcerkai rcerika rceriak rceraik rceraki rceakri rceakir rcearki rcearik rceairk rceaikr
rcaiker rcaikre rcaiekr rcaierk rcairek rcairke rcakier rcakire rcakeir rcakeri rcakrei
rcakrie rcaekir rcaekri rcaeikr rcaeirk rcaerik rcaerki rcarkei rcarkie rcareki rcareik
rcariek rcarike

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History of cryptography
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