easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

moring

inditing

panochas

hurtable

luftes

thaggard

casuistic

alesia

objectlessly

comparaverint

subaeration

potifer

smuggled

fremas

arrearage

hemopexis

hakoila

butare


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: feliform
cipher variations:
gfmjgpsn hgnkhqto iholirup jipmjsvq kjqnktwr
lkroluxs mlspmvyt nmtqnwzu onuroxav povspybw
qpwtqzcx rqxurady sryvsbez tszwtcfa utaxudgb
vubyvehc wvczwfid xwdaxgje yxebyhkf zyfczilg
azgdajmh bahebkni cbifcloj dcjgdmpk edkhenql

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: feliform
Cipher: uvorulin

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: feliform
Cipher: AABAB AABAA ABABA ABAAA AABAB ABBAB BAAAA ABABB

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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: feliform
cipher variations:
gfmjgpsnqnizqralavepatijkdafkvqhulwvuxyfetslezgdyjkrydwzirghifex
szcxshmvchyncjutmpudmlcrwxqtwnkphgnkhqtorojarsbmbwfqbujklebglwri
vmxwvyzgfutmfahezklszexajshijgfytadytinwdizodkvunqvenmdsxyruxolq
iholirupspkbstcncxgrcvklmfchmxsjwnyxwzahgvungbifalmtafybktijkhgz
ubezujoxejapelwvorwfonetyzsvypmrjipmjsvqtqlctudodyhsdwlmngdinytk
xozyxabihwvohcjgbmnubgzclujklihavcfavkpyfkbqfmxwpsxgpofuzatwzqns
kjqnktwrurmduvepezitexmnohejozulypazybcjixwpidkhcnovchadmvklmjib
wdgbwlqzglcrgnyxqtyhqpgvabuxarotlkroluxsvsnevwfqfajufynopifkpavm
zqbazcdkjyxqjelidopwdibenwlmnkjcxehcxmrahmdshozyruzirqhwbcvybspu
mlspmvytwtofwxgrgbkvgzopqjglqbwnarcbadelkzyrkfmjepqxejcfoxmnolkd
yfidynsbinetipazsvajsrixcdwzctqvnmtqnwzuxupgxyhshclwhapqrkhmrcxo
bsdcbefmlazslgnkfqryfkdgpynopmlezgjezotcjofujqbatwbktsjydexadurw
onuroxavyvqhyzitidmxibqrslinsdypctedcfgnmbatmholgrszglehqzopqnmf
ahkfapudkpgvkrcbuxclutkzefybevsxpovspybwzwrizajujenyjcrstmjotezq
dufedghoncbunipmhstahmfirapqrongbilgbqvelqhwlsdcvydmvulafgzcfwty
qpwtqzcxaxsjabkvkfozkdstunkpufarevgfehipodcvojqnitubingjsbqrspoh
cjmhcrwfmrixmtedwzenwvmbghadgxuzrqxuradybytkbclwlgpaletuvolqvgbs
fwhgfijqpedwpkrojuvcjohktcrstqpidknidsxgnsjynufexafoxwnchibehyva
sryvsbezczulcdmxmhqbmfuvwpmrwhctgxihgjkrqfexqlspkvwdkpiludsturqj
elojetyhotkzovgfybgpyxodijcfizwbtszwtcfadavmdenynircngvwxqnsxidu
hyjihklsrgfyrmtqlwxelqjmvetuvsrkfmpkfuzipulapwhgzchqzypejkdgjaxc
utaxudgbebwnefozojsdohwxyrotyjevizkjilmtshgzsnurmxyfmrknwfuvwtsl
gnqlgvajqvmbqxihadirazqfklehkbydvubyvehcfcxofgpapktepixyzspuzkfw
jalkjmnutihatovsnyzgnsloxgvwxutmhormhwbkrwncryjibejsbarglmfilcze
wvczwfidgdypghqbqlufqjyzatqvalgxkbmlknovujibupwtozahotmpyhwxyvun
ipsnixclsxodszkjcfktcbshmngjmdafxwdaxgjehezqhircrmvgrkzaburwbmhy
lcnmlopwvkjcvqxupabipunqzixyzwvojqtojydmtypetalkdgludctinohknebg
yxebyhkfifarijsdsnwhslabcvsxcnizmdonmpqxwlkdwryvqbcjqvorajyzaxwp
krupkzenuzqfubmlehmvedujopilofchzyfczilgjgbsjktetoxitmbcdwtydoja
neponqryxmlexszwrcdkrwpsbkzabyxqlsvqlafovargvcnmfinwfevkpqjmpgdi
azgdajmhkhctklufupyjuncdexuzepkbofqporszynmfytaxsdelsxqtclabczyr
mtwrmbgpwbshwdongjoxgfwlqrknqhejbahebknilidulmvgvqzkvodefyvafqlc
pgrqpstazongzubytefmtyrudmbcdazsnuxsnchqxctixepohkpyhgxmrslorifk
cbifclojmjevmnwhwralwpefgzwbgrmdqhsrqtubapohavczufgnuzsvencdebat
ovytodirydujyfqpilqzihynstmpsjgldcjgdmpknkfwnoxixsbmxqfghaxchsne
ritsruvcbqpibwdavghovatwfodefcbupwzupejszevkzgrqjmrajizotunqtkhm
edkhenqlolgxopyjytcnyrghibyditofsjutsvwdcrqjcxebwhipwbuxgpefgdcv
qxavqfktafwlahsrknsbkjapuvorulinfeliformpmhypqzkzudozshijczejupg
tkvutwxedsrkdyfcxijqxcvyhqfghedwrybwrglubgxmbitslotclkbqvwpsvmjo

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,

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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: feliform
Cipher: sryvsbez

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: feliform
Cipher: 1251134212432423

Extended Methods:
Method #1

Plaintext: feliform
method variations:
lkqoltwrqpvtqybwvuayvdgbazfdaimg

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f e l i f o r m 
1 5 1 4 1 4 2 2 
2 1 3 2 2 3 4 3 
They are then read out in rows:
1514142221322343
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: feliform
Cipher: vqqgbhmo

Read more ...
Method #3

Plaintext: feliform
method variations:
wasbrhic asbrhicw sbrhicwa
brhicwas rhicwasb hicwasbr
icwasbrh cwasbrhi

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: feliform

first 5040 cipher variations(40320 total)
feliform felifomr felifrom felifrmo felifmro felifmor feliofrm feliofmr feliorfm feliormf feliomrf
feliomfr felirofm feliromf felirfom felirfmo felirmfo felirmof felimorf felimofr felimrof felimrfo
felimfro felimfor felfiorm felfiomr felfirom felfirmo felfimro felfimor felfoirm felfoimr felforim
felformi felfomri felfomir felfroim felfromi felfriom felfrimo felfrmio felfrmoi felfmori felfmoir
felfmroi felfmrio felfmiro felfmior felofirm felofimr felofrim felofrmi felofmri felofmir feloifrm
feloifmr feloirfm feloirmf feloimrf feloimfr felorifm felorimf felorfim felorfmi felormfi felormif
felomirf felomifr felomrif felomrfi felomfri felomfir felrfoim felrfomi felrfiom felrfimo felrfmio
felrfmoi felrofim felrofmi felroifm felroimf felromif felromfi felriofm felriomf felrifom felrifmo
felrimfo felrimof felrmoif felrmofi felrmiof felrmifo felrmfio felrmfoi felmfori felmfoir felmfroi
felmfrio felmfiro felmfior felmofri felmofir felmorfi felmorif felmoirf felmoifr felmrofi felmroif
felmrfoi felmrfio felmrifo felmriof felmiorf felmiofr felmirof felmirfo felmifro felmifor feilform
feilfomr feilfrom feilfrmo feilfmro feilfmor feilofrm feilofmr feilorfm feilormf feilomrf feilomfr
feilrofm feilromf feilrfom feilrfmo feilrmfo feilrmof feilmorf feilmofr feilmrof feilmrfo feilmfro
feilmfor feiflorm feiflomr feiflrom feiflrmo feiflmro feiflmor feifolrm feifolmr feiforlm feiforml
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feifmrlo feifmlro feifmlor feioflrm feioflmr feiofrlm feiofrml feiofmrl feiofmlr feiolfrm feiolfmr
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feiroflm feirofml feirolfm feirolmf feiromlf feiromfl feirlofm feirlomf feirlfom feirlfmo feirlmfo
feirlmof feirmolf feirmofl feirmlof feirmlfo feirmflo feirmfol feimforl feimfolr feimfrol feimfrlo
feimflro feimflor feimofrl feimoflr feimorfl feimorlf feimolrf feimolfr feimrofl feimrolf feimrfol
feimrflo feimrlfo feimrlof feimlorf feimlofr feimlrof feimlrfo feimlfro feimlfor fefilorm fefilomr
fefilrom fefilrmo fefilmro fefilmor fefiolrm fefiolmr fefiorlm fefiorml fefiomrl fefiomlr fefirolm
fefiroml fefirlom fefirlmo fefirmlo fefirmol fefimorl fefimolr fefimrol fefimrlo fefimlro fefimlor
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feofmilr feolfirm feolfimr feolfrim feolfrmi feolfmri feolfmir feolifrm feolifmr feolirfm feolirmf
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feolmrfi feolmfri feolmfir feorflim feorflmi feorfilm feorfiml feorfmil feorfmli feorlfim feorlfmi
feorlifm feorlimf feorlmif feorlmfi feorilfm feorilmf feoriflm feorifml feorimfl feorimlf feormlif
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ferloimf ferlomif ferlomfi ferliofm ferliomf ferlifom ferlifmo ferlimfo ferlimof ferlmoif ferlmofi
ferlmiof ferlmifo ferlmfio ferlmfoi fermfoli fermfoil fermfloi fermflio fermfilo fermfiol fermofli
fermofil fermolfi fermolif fermoilf fermoifl fermlofi fermloif fermlfoi fermlfio fermlifo fermliof
fermiolf fermiofl fermilof fermilfo fermiflo fermifol femiforl femifolr femifrol femifrlo femiflro
femiflor femiofrl femioflr femiorfl femiorlf femiolrf femiolfr femirofl femirolf femirfol femirflo
femirlfo femirlof femilorf femilofr femilrof femilrfo femilfro femilfor femfiorl femfiolr femfirol
femfirlo femfilro femfilor femfoirl femfoilr femforil femforli femfolri femfolir femfroil femfroli
femfriol femfrilo femfrlio femfrloi femflori femfloir femflroi femflrio femfliro femflior femofirl
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femolfir femrfoil femrfoli femrfiol femrfilo femrflio femrfloi femrofil femrofli femroifl femroilf
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femliofr femlirof femlirfo femlifro femlifor fleiform fleifomr fleifrom fleifrmo fleifmro fleifmor
fleiofrm fleiofmr fleiorfm fleiormf fleiomrf fleiomfr fleirofm fleiromf fleirfom fleirfmo fleirmfo
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flfmiero flfmieor floiferm floifemr floifrem floifrme floifmre floifmer floiefrm floiefmr floierfm
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fofilmre fofilmer fofielrm fofielmr fofierlm fofierml fofiemrl fofiemlr fofirelm fofireml fofirlem
fofirlme fofirmle fofirmel fofimerl fofimelr fofimrel fofimrle fofimlre fofimler foflierm fofliemr
foflirem foflirme foflimre foflimer fofleirm fofleimr foflerim foflermi foflemri foflemir foflreim
foflremi foflriem foflrime foflrmie foflrmei foflmeri foflmeir foflmrei foflmrie foflmire foflmier
fofelirm fofelimr fofelrim fofelrmi fofelmri fofelmir fofeilrm fofeilmr fofeirlm fofeirml fofeimrl
fofeimlr foferilm foferiml foferlim foferlmi fofermli fofermil fofemirl fofemilr fofemril fofemrli
fofemlri fofemlir fofrleim fofrlemi fofrliem fofrlime fofrlmie fofrlmei fofrelim fofrelmi fofreilm
fofreiml fofremil fofremli fofrielm fofrieml fofrilem fofrilme fofrimle fofrimel fofrmeil fofrmeli
fofrmiel fofrmile fofrmlie fofrmlei fofmleri fofmleir fofmlrei fofmlrie fofmlire fofmlier fofmelri
fofmelir fofmerli fofmeril fofmeirl fofmeilr fofmreli fofmreil fofmrlei fofmrlie fofmrile fofmriel
fofmierl fofmielr fofmirel fofmirle fofmilre fofmiler foeiflrm foeiflmr foeifrlm foeifrml foeifmrl
foeifmlr foeilfrm foeilfmr foeilrfm foeilrmf foeilmrf foeilmfr foeirlfm foeirlmf foeirflm foeirfml
foeirmfl foeirmlf foeimlrf foeimlfr foeimrlf foeimrfl foeimfrl foeimflr foefilrm foefilmr foefirlm
foefirml foefimrl foefimlr foeflirm foeflimr foeflrim foeflrmi foeflmri foeflmir foefrlim foefrlmi
foefrilm foefriml foefrmil foefrmli foefmlri foefmlir foefmrli foefmril foefmirl foefmilr foelfirm
foelfimr foelfrim foelfrmi foelfmri foelfmir foelifrm foelifmr foelirfm foelirmf foelimrf foelimfr
foelrifm foelrimf foelrfim foelrfmi foelrmfi foelrmif foelmirf foelmifr foelmrif foelmrfi foelmfri
foelmfir foerflim foerflmi foerfilm foerfiml foerfmil foerfmli foerlfim foerlfmi foerlifm foerlimf
foerlmif foerlmfi foerilfm foerilmf foeriflm foerifml foerimfl foerimlf foermlif foermlfi foermilf
foermifl foermfil foermfli foemflri foemflir foemfrli foemfril foemfirl foemfilr foemlfri foemlfir
foemlrfi foemlrif foemlirf foemlifr foemrlfi foemrlif foemrfli foemrfil foemrifl foemrilf foemilrf
foemilfr foemirlf foemirfl foemifrl foemiflr forifelm forifeml foriflem foriflme forifmle forifmel
forieflm foriefml forielfm forielmf foriemlf foriemfl forilefm forilemf forilfem forilfme forilmfe
forilmef forimelf forimefl forimlef forimlfe forimfle forimfel forfielm forfieml forfilem forfilme
forfimle forfimel forfeilm forfeiml forfelim forfelmi forfemli forfemil forfleim forflemi forfliem
forflime forflmie forflmei forfmeli forfmeil forfmlei forfmlie forfmile forfmiel forefilm forefiml
foreflim foreflmi forefmli forefmil foreiflm foreifml foreilfm foreilmf foreimlf foreimfl forelifm
forelimf forelfim forelfmi forelmfi forelmif foremilf foremifl foremlif foremlfi foremfli foremfil
forlfeim forlfemi forlfiem forlfime forlfmie forlfmei forlefim forlefmi forleifm forleimf forlemif
forlemfi forliefm forliemf forlifem forlifme forlimfe forlimef forlmeif forlmefi forlmief forlmife
forlmfie forlmfei formfeli formfeil formflei formflie formfile formfiel formefli formefil formelfi
formelif formeilf formeifl formlefi formleif formlfei formlfie formlife formlief formielf formiefl
formilef formilfe formifle formifel fomiferl fomifelr fomifrel fomifrle fomiflre fomifler fomiefrl
fomieflr fomierfl fomierlf fomielrf fomielfr fomirefl fomirelf fomirfel fomirfle fomirlfe fomirlef
fomilerf fomilefr fomilref fomilrfe fomilfre fomilfer fomfierl fomfielr fomfirel fomfirle fomfilre
fomfiler fomfeirl fomfeilr fomferil fomferli fomfelri fomfelir fomfreil fomfreli fomfriel fomfrile
fomfrlie fomfrlei fomfleri fomfleir fomflrei fomflrie fomflire fomflier fomefirl fomefilr fomefril
fomefrli fomeflri fomeflir fomeifrl fomeiflr fomeirfl fomeirlf fomeilrf fomeilfr fomerifl fomerilf
fomerfil fomerfli fomerlfi fomerlif fomelirf fomelifr fomelrif fomelrfi fomelfri fomelfir fomrfeil
fomrfeli fomrfiel fomrfile fomrflie fomrflei fomrefil fomrefli fomreifl fomreilf fomrelif fomrelfi
fomriefl fomrielf fomrifel fomrifle fomrilfe fomrilef fomrleif fomrlefi fomrlief fomrlife fomrlfie
fomrlfei fomlferi fomlfeir fomlfrei fomlfrie fomlfire fomlfier fomlefri fomlefir fomlerfi fomlerif
fomleirf fomleifr fomlrefi fomlreif fomlrfei fomlrfie fomlrife fomlrief fomlierf fomliefr fomliref
fomlirfe fomlifre fomlifer frlifoem frlifome frlifeom frlifemo frlifmeo frlifmoe frliofem frliofme
frlioefm frlioemf frliomef frliomfe frlieofm frlieomf frliefom frliefmo frliemfo frliemof frlimoef
frlimofe frlimeof frlimefo frlimfeo frlimfoe frlfioem frlfiome frlfieom frlfiemo frlfimeo frlfimoe
frlfoiem frlfoime frlfoeim frlfoemi frlfomei frlfomie frlfeoim frlfeomi frlfeiom frlfeimo frlfemio
frlfemoi frlfmoei frlfmoie frlfmeoi frlfmeio frlfmieo frlfmioe frlofiem frlofime frlofeim frlofemi
frlofmei frlofmie frloifem frloifme frloiefm frloiemf frloimef frloimfe frloeifm frloeimf frloefim
frloefmi frloemfi frloemif frlomief frlomife frlomeif frlomefi frlomfei frlomfie frlefoim frlefomi
frlefiom frlefimo frlefmio frlefmoi frleofim frleofmi frleoifm frleoimf frleomif frleomfi frleiofm
frleiomf frleifom frleifmo frleimfo frleimof frlemoif frlemofi frlemiof frlemifo frlemfio frlemfoi
frlmfoei frlmfoie frlmfeoi frlmfeio frlmfieo frlmfioe frlmofei frlmofie frlmoefi frlmoeif frlmoief
frlmoife frlmeofi frlmeoif frlmefoi frlmefio frlmeifo frlmeiof frlmioef frlmiofe frlmieof frlmiefo
frlmifeo frlmifoe frilfoem frilfome frilfeom frilfemo frilfmeo frilfmoe frilofem frilofme friloefm
friloemf frilomef frilomfe frileofm frileomf frilefom frilefmo frilemfo frilemof frilmoef frilmofe
frilmeof frilmefo frilmfeo frilmfoe frifloem friflome frifleom friflemo friflmeo friflmoe frifolem
frifolme frifoelm frifoeml frifomel frifomle frifeolm frifeoml frifelom frifelmo frifemlo frifemol
frifmoel frifmole frifmeol frifmelo frifmleo frifmloe frioflem frioflme friofelm friofeml friofmel
friofmle friolfem friolfme friolefm friolemf friolmef friolmfe frioelfm frioelmf frioeflm frioefml
frioemfl frioemlf friomlef friomlfe friomelf friomefl friomfel friomfle friefolm friefoml frieflom
frieflmo friefmlo friefmol frieoflm frieofml frieolfm frieolmf frieomlf frieomfl frielofm frielomf
frielfom frielfmo frielmfo frielmof friemolf friemofl friemlof friemlfo friemflo friemfol frimfoel
frimfole frimfeol frimfelo frimfleo frimfloe frimofel frimofle frimoefl frimoelf frimolef frimolfe
frimeofl frimeolf frimefol frimeflo frimelfo frimelof frimloef frimlofe frimleof frimlefo frimlfeo
frimlfoe frfiloem frfilome frfileom frfilemo frfilmeo frfilmoe frfiolem frfiolme frfioelm frfioeml
frfiomel frfiomle frfieolm frfieoml frfielom frfielmo frfiemlo frfiemol frfimoel frfimole frfimeol
frfimelo frfimleo frfimloe frflioem frfliome frflieom frfliemo frflimeo frflimoe frfloiem frfloime
frfloeim frfloemi frflomei frflomie frfleoim frfleomi frfleiom frfleimo frflemio frflemoi frflmoei
frflmoie frflmeoi frflmeio frflmieo frflmioe frfoliem frfolime frfoleim frfolemi frfolmei frfolmie
frfoilem frfoilme frfoielm frfoieml frfoimel frfoimle frfoeilm frfoeiml frfoelim frfoelmi frfoemli
frfoemil frfomiel frfomile frfomeil frfomeli frfomlei frfomlie frfeloim frfelomi frfeliom frfelimo
frfelmio frfelmoi frfeolim frfeolmi frfeoilm frfeoiml frfeomil frfeomli frfeiolm frfeioml frfeilom
frfeilmo frfeimlo frfeimol frfemoil frfemoli frfemiol frfemilo frfemlio frfemloi frfmloei frfmloie
frfmleoi frfmleio frfmlieo frfmlioe frfmolei frfmolie frfmoeli frfmoeil frfmoiel frfmoile frfmeoli
frfmeoil frfmeloi frfmelio frfmeilo frfmeiol frfmioel frfmiole frfmieol frfmielo frfmileo frfmiloe
froiflem froiflme froifelm froifeml froifmel froifmle froilfem froilfme froilefm froilemf froilmef
froilmfe froielfm froielmf froieflm froiefml froiemfl froiemlf froimlef froimlfe froimelf froimefl
froimfel froimfle frofilem frofilme frofielm frofieml frofimel frofimle frofliem froflime frofleim
froflemi froflmei froflmie frofelim frofelmi frofeilm frofeiml frofemil frofemli frofmlei frofmlie
frofmeli frofmeil frofmiel frofmile frolfiem frolfime frolfeim frolfemi frolfmei frolfmie frolifem
frolifme froliefm froliemf frolimef frolimfe froleifm froleimf frolefim frolefmi frolemfi frolemif
frolmief frolmife frolmeif frolmefi frolmfei frolmfie froeflim froeflmi froefilm froefiml froefmil
froefmli froelfim froelfmi froelifm froelimf froelmif froelmfi froeilfm froeilmf froeiflm froeifml
froeimfl froeimlf froemlif froemlfi froemilf froemifl froemfil froemfli fromflei fromflie fromfeli
fromfeil fromfiel fromfile fromlfei fromlfie fromlefi fromleif fromlief fromlife fromelfi fromelif
fromefli fromefil fromeifl fromeilf fromilef fromilfe fromielf fromiefl fromifel fromifle freifolm
freifoml freiflom freiflmo freifmlo freifmol freioflm freiofml freiolfm freiolmf freiomlf freiomfl
freilofm freilomf freilfom freilfmo freilmfo freilmof freimolf freimofl freimlof freimlfo freimflo
freimfol frefiolm frefioml frefilom frefilmo frefimlo frefimol frefoilm frefoiml frefolim frefolmi
frefomli frefomil frefloim freflomi frefliom freflimo freflmio freflmoi frefmoli frefmoil frefmloi
frefmlio frefmilo frefmiol freofilm freofiml freoflim freoflmi freofmli freofmil freoiflm freoifml
freoilfm freoilmf freoimlf freoimfl freolifm freolimf freolfim freolfmi freolmfi freolmif freomilf
freomifl freomlif freomlfi freomfli freomfil frelfoim frelfomi frelfiom frelfimo frelfmio frelfmoi
frelofim frelofmi freloifm freloimf frelomif frelomfi freliofm freliomf frelifom frelifmo frelimfo
frelimof frelmoif frelmofi frelmiof frelmifo frelmfio frelmfoi fremfoli fremfoil fremfloi fremflio
fremfilo fremfiol fremofli fremofil fremolfi fremolif fremoilf fremoifl fremlofi fremloif fremlfoi
fremlfio fremlifo fremliof fremiolf fremiofl fremilof fremilfo fremiflo fremifol frmifoel frmifole
frmifeol frmifelo frmifleo frmifloe frmiofel frmiofle frmioefl frmioelf frmiolef frmiolfe frmieofl
frmieolf frmiefol frmieflo frmielfo frmielof frmiloef frmilofe frmileof frmilefo frmilfeo frmilfoe
frmfioel frmfiole frmfieol frmfielo frmfileo frmfiloe frmfoiel frmfoile frmfoeil frmfoeli frmfolei
frmfolie frmfeoil frmfeoli frmfeiol frmfeilo frmfelio frmfeloi frmfloei frmfloie frmfleoi frmfleio
frmflieo frmflioe frmofiel frmofile frmofeil frmofeli frmoflei frmoflie frmoifel frmoifle frmoiefl
frmoielf frmoilef frmoilfe frmoeifl frmoeilf frmoefil frmoefli frmoelfi frmoelif frmolief frmolife
frmoleif frmolefi frmolfei frmolfie frmefoil frmefoli frmefiol frmefilo frmeflio frmefloi frmeofil
frmeofli frmeoifl frmeoilf frmeolif frmeolfi frmeiofl frmeiolf frmeifol frmeiflo frmeilfo frmeilof
frmeloif frmelofi frmeliof frmelifo frmelfio frmelfoi frmlfoei frmlfoie frmlfeoi frmlfeio frmlfieo
frmlfioe frmlofei frmlofie frmloefi frmloeif frmloief frmloife frmleofi frmleoif frmlefoi frmlefio
frmleifo frmleiof frmlioef frmliofe frmlieof frmliefo frmlifeo frmlifoe fmlifore fmlifoer fmlifroe
fmlifreo fmlifero fmlifeor fmliofre fmliofer fmliorfe fmlioref fmlioerf fmlioefr fmlirofe fmliroef
fmlirfoe fmlirfeo fmlirefo fmlireof fmlieorf fmlieofr fmlierof fmlierfo fmliefro fmliefor fmlfiore
fmlfioer fmlfiroe fmlfireo fmlfiero fmlfieor fmlfoire fmlfoier fmlforie fmlforei fmlfoeri fmlfoeir
fmlfroie fmlfroei fmlfrioe fmlfrieo fmlfreio fmlfreoi fmlfeori fmlfeoir fmlferoi fmlferio fmlfeiro
fmlfeior fmlofire fmlofier fmlofrie fmlofrei fmloferi fmlofeir fmloifre fmloifer fmloirfe fmloiref
fmloierf fmloiefr fmlorife fmlorief fmlorfie fmlorfei fmlorefi fmloreif fmloeirf fmloeifr fmloerif
fmloerfi fmloefri fmloefir fmlrfoie fmlrfoei fmlrfioe fmlrfieo fmlrfeio fmlrfeoi fmlrofie fmlrofei
fmlroife fmlroief fmlroeif fmlroefi fmlriofe fmlrioef fmlrifoe fmlrifeo fmlriefo fmlrieof fmlreoif
fmlreofi fmlreiof fmlreifo fmlrefio fmlrefoi fmlefori fmlefoir fmlefroi fmlefrio fmlefiro fmlefior
fmleofri fmleofir fmleorfi fmleorif fmleoirf fmleoifr fmlerofi fmleroif fmlerfoi fmlerfio fmlerifo
fmleriof fmleiorf fmleiofr fmleirof fmleirfo fmleifro fmleifor fmilfore fmilfoer fmilfroe fmilfreo
fmilfero fmilfeor fmilofre fmilofer fmilorfe fmiloref fmiloerf fmiloefr fmilrofe fmilroef fmilrfoe
fmilrfeo fmilrefo fmilreof fmileorf fmileofr fmilerof fmilerfo fmilefro fmilefor fmiflore fmifloer
fmiflroe fmiflreo fmiflero fmifleor fmifolre fmifoler fmiforle fmiforel fmifoerl fmifoelr fmifrole
fmifroel fmifrloe fmifrleo fmifrelo fmifreol fmifeorl fmifeolr fmiferol fmiferlo fmifelro fmifelor
fmioflre fmiofler fmiofrle fmiofrel fmioferl fmiofelr fmiolfre fmiolfer fmiolrfe fmiolref fmiolerf
fmiolefr fmiorlfe fmiorlef fmiorfle fmiorfel fmiorefl fmiorelf fmioelrf fmioelfr fmioerlf fmioerfl
fmioefrl fmioeflr fmirfole fmirfoel fmirfloe fmirfleo fmirfelo fmirfeol fmirofle fmirofel fmirolfe
fmirolef fmiroelf fmiroefl fmirlofe fmirloef fmirlfoe fmirlfeo fmirlefo fmirleof fmireolf fmireofl
fmirelof fmirelfo fmireflo fmirefol fmieforl fmiefolr fmiefrol fmiefrlo fmieflro fmieflor fmieofrl
fmieoflr fmieorfl fmieorlf fmieolrf fmieolfr fmierofl fmierolf fmierfol fmierflo fmierlfo fmierlof
fmielorf fmielofr fmielrof fmielrfo fmielfro fmielfor fmfilore fmfiloer fmfilroe fmfilreo fmfilero
fmfileor fmfiolre fmfioler fmfiorle fmfiorel fmfioerl fmfioelr fmfirole fmfiroel fmfirloe fmfirleo
fmfirelo fmfireol fmfieorl fmfieolr fmfierol fmfierlo fmfielro fmfielor fmfliore fmflioer fmfliroe
fmflireo fmfliero fmflieor fmfloire fmfloier fmflorie fmflorei fmfloeri fmfloeir fmflroie fmflroei
fmflrioe fmflrieo fmflreio fmflreoi fmfleori fmfleoir fmfleroi fmflerio fmfleiro fmfleior fmfolire
fmfolier fmfolrie fmfolrei fmfoleri fmfoleir fmfoilre fmfoiler fmfoirle fmfoirel fmfoierl fmfoielr
fmforile fmforiel fmforlie fmforlei fmforeli fmforeil fmfoeirl fmfoeilr fmfoeril fmfoerli fmfoelri
fmfoelir fmfrloie fmfrloei fmfrlioe fmfrlieo fmfrleio fmfrleoi fmfrolie fmfrolei fmfroile fmfroiel
fmfroeil fmfroeli fmfriole fmfrioel fmfriloe fmfrileo fmfrielo fmfrieol fmfreoil fmfreoli fmfreiol
fmfreilo fmfrelio fmfreloi fmfelori fmfeloir fmfelroi fmfelrio fmfeliro fmfelior fmfeolri fmfeolir
fmfeorli fmfeoril fmfeoirl fmfeoilr fmferoli fmferoil fmferloi fmferlio fmferilo fmferiol fmfeiorl
fmfeiolr fmfeirol fmfeirlo fmfeilro fmfeilor fmoiflre fmoifler fmoifrle fmoifrel fmoiferl fmoifelr
fmoilfre fmoilfer fmoilrfe fmoilref fmoilerf fmoilefr fmoirlfe fmoirlef fmoirfle fmoirfel fmoirefl
fmoirelf fmoielrf fmoielfr fmoierlf fmoierfl fmoiefrl fmoieflr fmofilre fmofiler fmofirle fmofirel
fmofierl fmofielr fmoflire fmoflier fmoflrie fmoflrei fmofleri fmofleir fmofrlie fmofrlei fmofrile
fmofriel fmofreil fmofreli fmofelri fmofelir fmoferli fmoferil fmofeirl fmofeilr fmolfire fmolfier
fmolfrie fmolfrei fmolferi fmolfeir fmolifre fmolifer fmolirfe fmoliref fmolierf fmoliefr fmolrife
fmolrief fmolrfie fmolrfei fmolrefi fmolreif fmoleirf fmoleifr fmolerif fmolerfi fmolefri fmolefir
fmorflie fmorflei fmorfile fmorfiel fmorfeil fmorfeli fmorlfie fmorlfei fmorlife fmorlief fmorleif
fmorlefi fmorilfe fmorilef fmorifle fmorifel fmoriefl fmorielf fmorelif fmorelfi fmoreilf fmoreifl
fmorefil fmorefli fmoeflri fmoeflir fmoefrli fmoefril fmoefirl fmoefilr fmoelfri fmoelfir fmoelrfi
fmoelrif fmoelirf fmoelifr fmoerlfi fmoerlif fmoerfli fmoerfil fmoerifl fmoerilf fmoeilrf fmoeilfr
fmoeirlf fmoeirfl fmoeifrl fmoeiflr fmrifole fmrifoel fmrifloe fmrifleo fmrifelo fmrifeol fmriofle
fmriofel fmriolfe fmriolef fmrioelf fmrioefl fmrilofe fmriloef fmrilfoe fmrilfeo fmrilefo fmrileof
fmrieolf fmrieofl fmrielof fmrielfo fmrieflo fmriefol fmrfiole fmrfioel fmrfiloe fmrfileo fmrfielo
fmrfieol fmrfoile fmrfoiel fmrfolie fmrfolei fmrfoeli fmrfoeil fmrfloie fmrfloei fmrflioe fmrflieo
fmrfleio fmrfleoi fmrfeoli fmrfeoil fmrfeloi fmrfelio fmrfeilo fmrfeiol fmrofile fmrofiel fmroflie
fmroflei fmrofeli fmrofeil fmroifle fmroifel fmroilfe fmroilef fmroielf fmroiefl fmrolife fmrolief
fmrolfie fmrolfei fmrolefi fmroleif fmroeilf fmroeifl fmroelif fmroelfi fmroefli fmroefil fmrlfoie
fmrlfoei fmrlfioe fmrlfieo fmrlfeio fmrlfeoi fmrlofie fmrlofei fmrloife fmrloief fmrloeif fmrloefi
fmrliofe fmrlioef fmrlifoe fmrlifeo fmrliefo fmrlieof fmrleoif fmrleofi fmrleiof fmrleifo fmrlefio
fmrlefoi fmrefoli fmrefoil fmrefloi fmreflio fmrefilo fmrefiol fmreofli fmreofil fmreolfi fmreolif
fmreoilf fmreoifl fmrelofi fmreloif fmrelfoi fmrelfio fmrelifo fmreliof fmreiolf fmreiofl fmreilof
fmreilfo fmreiflo fmreifol fmeiforl fmeifolr fmeifrol fmeifrlo fmeiflro fmeiflor fmeiofrl fmeioflr
fmeiorfl fmeiorlf fmeiolrf fmeiolfr fmeirofl fmeirolf fmeirfol fmeirflo fmeirlfo fmeirlof fmeilorf
fmeilofr fmeilrof fmeilrfo fmeilfro fmeilfor fmefiorl fmefiolr fmefirol fmefirlo fmefilro fmefilor
fmefoirl fmefoilr fmeforil fmeforli fmefolri fmefolir fmefroil fmefroli fmefriol fmefrilo fmefrlio
fmefrloi fmeflori fmefloir fmeflroi fmeflrio fmefliro fmeflior fmeofirl fmeofilr fmeofril fmeofrli
fmeoflri fmeoflir fmeoifrl fmeoiflr fmeoirfl fmeoirlf fmeoilrf fmeoilfr fmeorifl fmeorilf fmeorfil
fmeorfli fmeorlfi fmeorlif fmeolirf fmeolifr fmeolrif fmeolrfi fmeolfri fmeolfir fmerfoil fmerfoli
fmerfiol fmerfilo fmerflio fmerfloi fmerofil fmerofli fmeroifl fmeroilf fmerolif fmerolfi fmeriofl
fmeriolf fmerifol fmeriflo fmerilfo fmerilof fmerloif fmerlofi fmerliof fmerlifo fmerlfio fmerlfoi
fmelfori fmelfoir fmelfroi fmelfrio fmelfiro fmelfior fmelofri fmelofir fmelorfi fmelorif fmeloirf
fmeloifr fmelrofi fmelroif fmelrfoi fmelrfio fmelrifo fmelriof fmeliorf fmeliofr fmelirof fmelirfo
fmelifro fmelifor

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History of cryptography
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