easy ciphers

Easy Ciphers Tools:
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popular ciphers:

muting

interfaced

crotin

lavie

monoplacular

plowmell

micrographically

dilutee

asswages

indebtednesses

lenique

pueraria

avowant

mutaverint

mcgowna

preimpose

abdol

harmonists


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: grafted
cipher variations:
hsbgufe itchvgf judiwhg kvejxih lwfkyji
mxglzkj nyhmalk ozinbml pajocnm qbkpdon
rclqepo sdmrfqp tensgrq ufothsr vgpuits
whqvjut xirwkvu yjsxlwv zktymxw aluznyx
bmvaozy cnwbpaz doxcqba epydrcb fqzesdc

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: grafted
Cipher: tizugvw

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: grafted
Cipher: AABBA BAAAA AAAAA AABAB BAABA AABAA AAABB

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: grafted
cipher variations:
hsbgufetabqgnkfibasvqrqbkedwdybuqlcpgbectinwbyajuzebimra
lmbsyzgxubckhmjcbmwpsvkbwixyitchvgfubcrholgjcbtwrsrclfex
ezcvrmdqhcfdujoxczbkvafcjnsbmnctzahyvcdlinkdcnxqtwlcxjyz
judiwhgvcdsipmhkdcuxstsdmgfyfadwsneridgevkpydaclwbgdkotc
noduabizwdemjoledoyruxmdykzakvejxihwdetjqniledvytutenhgz
gbextofsjehfwlqzebdmxchelpudopevbcjaxefnkpmfepzsvynezlab
lwfkyjixefukrojmfewzuvufoihahcfyupgtkfigxmrafcenydifmqve
pqfwcdkbyfgolqngfqatwzofambcmxglzkjyfgvlspkngfxavwvgpjib
idgzvqhulgjhynsbgdfozejgnrwfqrgxdelczghpmrohgrbuxapgbncd
nyhmalkzghwmtqlohgybwxwhqkjcjehawrivmhkizotchegpafkhosxg
rshyefmdahiqnspihscvybqhcodeozinbmlahixnurmpihzcxyxirlkd
kfibxsjwniljapudifhqbgliptyhstizfgnebijrotqjitdwzcridpef
pajocnmbijyovsnqjiadyzyjsmlelgjcytkxojmkbqvejgirchmjquzi
tujaghofcjkspurkjuexadsjeqfgqbkpdoncjkzpwtorkjbezazktnmf
mhkdzulypknlcrwfkhjsdinkrvajuvkbhipgdkltqvslkvfybetkfrgh
rclqepodklaqxupslkcfabaluongnileavmzqlomdsxgliktejolswbk
vwlcijqhelmurwtmlwgzcfulgshisdmrfqpelmbryvqtmldgbcbmvpoh
ojmfbwnarmpnetyhmjlufkpmtxclwxmdjkrifmnvsxunmxhadgvmhtij
tensgrqfmncszwrunmehcdcnwqpipkngcxobsnqofuzinkmvglqnuydm
xyneklsjgnowtyvonyibehwniujkufothsrgnodtaxsvonfidedoxrqj
qlohdypctorpgvajolnwhmrovzenyzoflmtkhopxuzwpozjcfixojvkl
vgpuitshopeubytwpogjefepysrkrmpiezqdupsqhwbkpmoxinspwafo
zapgmnulipqyvaxqpakdgjypkwlmwhqvjutipqfvczuxqphkfgfqztsl
snqjfarevqtrixclqnpyjotqxbgpabqhnovmjqrzwbyrqblehkzqlxmn
xirwkvujqrgwdavyrqilghgrautmtorkgbsfwrusjydmroqzkpurychq
bcriopwnkrsaxczsrcmfilarmynoyjsxlwvkrshxebwzsrjmhihsbvun
upslhctgxsvtkzenspralqvszdircdsjpqxolstbydatsdngjmbsnzop
zktymxwlstiyfcxatsknijitcwvovqtmiduhytwulafotqsbmrwtaejs
detkqrypmtuczebuteohknctoapqaluznyxmtujzgdybutlojkjudxwp
wrunjevizuxvmbgpurtcnsxubfktefulrszqnuvdafcvufpilodupbqr
bmvaozynuvkahezcvumpklkveyxqxsvokfwjavywnchqvsudotyvcglu
fgvmstarovwebgdwvgqjmpevqcrscnwbpazovwlbifadwvnqlmlwfzyr
ytwplgxkbwzxodirwtvepuzwdhmvghwntubspwxfchexwhrknqfwrdst
doxcqbapwxmcjgbexwormnmxgazszuxqmhylcxaypejsxuwfqvaxeinw
hixouvctqxygdifyxislorgxsetuepydrcbqxyndkhcfyxpsnonyhbat
avyrnizmdybzqfktyvxgrwbyfjoxijypvwduryzhejgzyjtmpshytfuv
fqzesdcryzoelidgzyqtopozicbubwzsojanezcargluzwyhsxczgkpy
jkzqwxevszaifkhazkunqtizugvwgraftedszapfmjehazrupqpajdcv
cxatpkbofadbshmvaxzitydahlqzklarxyfwtabjglibalvorujavhwx

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: grafted
Cipher: tensgrq

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: grafted
Cipher: 22241112445141

Extended Methods:
Method #1

Plaintext: grafted
method variations:
mwflykirblqdpowgqviutbmvaozy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
g r a f t e d 
2 2 1 1 4 5 4 
2 4 1 2 4 1 1 
They are then read out in rows:
22114542412411
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: grafted
Cipher: gayidra

Read more ...
Method #3

Plaintext: grafted
method variations:
gdaryqf daryqfg aryqfgd
ryqfgda yqfgdar qfgdary
fgdaryq

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: grafted

all 5040 cipher variations:
grafted graftde grafetd grafedt grafdet grafdte gratfed gratfde gratefd gratedf gratdef
gratdfe graetfd graetdf graeftd graefdt graedft graedtf gradtef gradtfe gradetf gradeft
gradfet gradfte grfated grfatde grfaetd grfaedt grfadet grfadte grftaed grftade grftead
grfteda grftdea grftdae grfetad grfetda grfeatd grfeadt grfedat grfedta grfdtea grfdtae
grfdeta grfdeat grfdaet grfdate grtfaed grtfade grtfead grtfeda grtfdea grtfdae grtafed
grtafde grtaefd grtaedf grtadef grtadfe grteafd grteadf grtefad grtefda grtedfa grtedaf
grtdaef grtdafe grtdeaf grtdefa grtdfea grtdfae greftad greftda grefatd grefadt grefdat
grefdta gretfad gretfda gretafd gretadf gretdaf gretdfa greatfd greatdf greaftd greafdt
greadft greadtf gredtaf gredtfa gredatf gredaft gredfat gredfta grdftea grdftae grdfeta
grdfeat grdfaet grdfate grdtfea grdtfae grdtefa grdteaf grdtaef grdtafe grdetfa grdetaf
grdefta grdefat grdeaft grdeatf grdatef grdatfe grdaetf grdaeft grdafet grdafte garfted
garftde garfetd garfedt garfdet garfdte gartfed gartfde gartefd gartedf gartdef gartdfe
garetfd garetdf gareftd garefdt garedft garedtf gardtef gardtfe gardetf gardeft gardfet
gardfte gafrted gafrtde gafretd gafredt gafrdet gafrdte gaftred gaftrde gafterd gaftedr
gaftder gaftdre gafetrd gafetdr gafertd gaferdt gafedrt gafedtr gafdter gafdtre gafdetr
gafdert gafdret gafdrte gatfred gatfrde gatferd gatfedr gatfder gatfdre gatrfed gatrfde
gatrefd gatredf gatrdef gatrdfe gaterfd gaterdf gatefrd gatefdr gatedfr gatedrf gatdref
gatdrfe gatderf gatdefr gatdfer gatdfre gaeftrd gaeftdr gaefrtd gaefrdt gaefdrt gaefdtr
gaetfrd gaetfdr gaetrfd gaetrdf gaetdrf gaetdfr gaertfd gaertdf gaerftd gaerfdt gaerdft
gaerdtf gaedtrf gaedtfr gaedrtf gaedrft gaedfrt gaedftr gadfter gadftre gadfetr gadfert
gadfret gadfrte gadtfer gadtfre gadtefr gadterf gadtref gadtrfe gadetfr gadetrf gadeftr
gadefrt gaderft gadertf gadrtef gadrtfe gadretf gadreft gadrfet gadrfte gfarted gfartde
gfaretd gfaredt gfardet gfardte gfatred gfatrde gfaterd gfatedr gfatder gfatdre gfaetrd
gfaetdr gfaertd gfaerdt gfaedrt gfaedtr gfadter gfadtre gfadetr gfadert gfadret gfadrte
gfrated gfratde gfraetd gfraedt gfradet gfradte gfrtaed gfrtade gfrtead gfrteda gfrtdea
gfrtdae gfretad gfretda gfreatd gfreadt gfredat gfredta gfrdtea gfrdtae gfrdeta gfrdeat
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gftaedr gftader gftadre gfteard gfteadr gfterad gfterda gftedra gftedar gftdaer gftdare
gftdear gftdera gftdrea gftdrae gfertad gfertda gferatd gferadt gferdat gferdta gfetrad
gfetrda gfetard gfetadr gfetdar gfetdra gfeatrd gfeatdr gfeartd gfeardt gfeadrt gfeadtr
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gfdrate gfdtrea gfdtrae gfdtera gfdtear gfdtaer gfdtare gfdetra gfdetar gfderta gfderat
gfdeart gfdeatr gfdater gfdatre gfdaetr gfdaert gfdaret gfdarte gtafred gtafrde gtaferd
gtafedr gtafder gtafdre gtarfed gtarfde gtarefd gtaredf gtardef gtardfe gtaerfd gtaerdf
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geafdrt geafdtr geatfrd geatfdr geatrfd geatrdf geatdrf geatdfr geartfd geartdf gearftd
gearfdt geardft geardtf geadtrf geadtfr geadrtf geadrft geadfrt geadftr gefatrd gefatdr
gefartd gefardt gefadrt gefadtr geftard geftadr geftrad geftrda geftdra geftdar gefrtad
gefrtda gefratd gefradt gefrdat gefrdta gefdtra gefdtar gefdrta gefdrat gefdart gefdatr
getfard getfadr getfrad getfrda getfdra getfdar getafrd getafdr getarfd getardf getadrf
getadfr getrafd getradf getrfad getrfda getrdfa getrdaf getdarf getdafr getdraf getdrfa
getdfra getdfar gerftad gerftda gerfatd gerfadt gerfdat gerfdta gertfad gertfda gertafd
gertadf gertdaf gertdfa geratfd geratdf geraftd gerafdt geradft geradtf gerdtaf gerdtfa
gerdatf gerdaft gerdfat gerdfta gedftra gedftar gedfrta gedfrat gedfart gedfatr gedtfra
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rgatfed rgatfde rgatefd rgatedf rgatdef rgatdfe rgaetfd rgaetdf rgaeftd rgaefdt rgaedft
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rgfadet rgfadte rgftaed rgftade rgftead rgfteda rgftdea rgftdae rgfetad rgfetda rgfeatd
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rgeftad rgeftda rgefatd rgefadt rgefdat rgefdta rgetfad rgetfda rgetafd rgetadf rgetdaf
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rfeatdg rfeagtd rfeagdt rfeadgt rfeadtg rfedtag rfedtga rfedatg rfedagt rfedgat rfedgta
rfdgtea rfdgtae rfdgeta rfdgeat rfdgaet rfdgate rfdtgea rfdtgae rfdtega rfdteag rfdtaeg
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rtagedf rtagdef rtagdfe rtaegfd rtaegdf rtaefgd rtaefdg rtaedfg rtaedgf rtadgef rtadgfe
rtadegf rtadefg rtadfeg rtadfge rtfaged rtfagde rtfaegd rtfaedg rtfadeg rtfadge rtfgaed
rtfgade rtfgead rtfgeda rtfgdea rtfgdae rtfegad rtfegda rtfeagd rtfeadg rtfedag rtfedga
rtfdgea rtfdgae rtfdega rtfdeag rtfdaeg rtfdage rtgfaed rtgfade rtgfead rtgfeda rtgfdea
rtgfdae rtgafed rtgafde rtgaefd rtgaedf rtgadef rtgadfe rtgeafd rtgeadf rtgefad rtgefda
rtgedfa rtgedaf rtgdaef rtgdafe rtgdeaf rtgdefa rtgdfea rtgdfae rtefgad rtefgda rtefagd
rtefadg rtefdag rtefdga rtegfad rtegfda rtegafd rtegadf rtegdaf rtegdfa rteagfd rteagdf
rteafgd rteafdg rteadfg rteadgf rtedgaf rtedgfa rtedagf rtedafg rtedfag rtedfga rtdfgea
rtdfgae rtdfega rtdfeag rtdfaeg rtdfage rtdgfea rtdgfae rtdgefa rtdgeaf rtdgaef rtdgafe
rtdegfa rtdegaf rtdefga rtdefag rtdeafg rtdeagf rtdagef rtdagfe rtdaegf rtdaefg rtdafeg
rtdafge reaftgd reaftdg reafgtd reafgdt reafdgt reafdtg reatfgd reatfdg reatgfd reatgdf
reatdgf reatdfg reagtfd reagtdf reagftd reagfdt reagdft reagdtf readtgf readtfg readgtf
readgft readfgt readftg refatgd refatdg refagtd refagdt refadgt refadtg reftagd reftadg
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teardgf teadgrf teadgfr teadrgf teadrfg teadfrg teadfgr tefagrd tefagdr tefargd tefardg
tefadrg tefadgr tefgard tefgadr tefgrad tefgrda tefgdra tefgdar tefrgad tefrgda tefragd
tefradg tefrdag tefrdga tefdgra tefdgar tefdrga tefdrag tefdarg tefdagr tegfard tegfadr
tegfrad tegfrda tegfdra tegfdar tegafrd tegafdr tegarfd tegardf tegadrf tegadfr tegrafd
tegradf tegrfad tegrfda tegrdfa tegrdaf tegdarf tegdafr tegdraf tegdrfa tegdfra tegdfar
terfgad terfgda terfagd terfadg terfdag terfdga tergfad tergfda tergafd tergadf tergdaf
tergdfa teragfd teragdf terafgd terafdg teradfg teradgf terdgaf terdgfa terdagf terdafg
terdfag terdfga tedfgra tedfgar tedfrga tedfrag tedfarg tedfagr tedgfra tedgfar tedgrfa
tedgraf tedgarf tedgafr tedrgfa tedrgaf tedrfga tedrfag tedrafg tedragf tedagrf tedagfr
tedargf tedarfg tedafrg tedafgr tdafger tdafgre tdafegr tdaferg tdafreg tdafrge tdagfer
tdagfre tdagefr tdagerf tdagref tdagrfe tdaegfr tdaegrf tdaefgr tdaefrg tdaerfg tdaergf
tdargef tdargfe tdaregf tdarefg tdarfeg tdarfge tdfager tdfagre tdfaegr tdfaerg tdfareg
tdfarge tdfgaer tdfgare tdfgear tdfgera tdfgrea tdfgrae tdfegar tdfegra tdfeagr tdfearg
tdferag tdferga tdfrgea tdfrgae tdfrega tdfreag tdfraeg tdfrage tdgfaer tdgfare tdgfear
tdgfera tdgfrea tdgfrae tdgafer tdgafre tdgaefr tdgaerf tdgaref tdgarfe tdgeafr tdgearf
tdgefar tdgefra tdgerfa tdgeraf tdgraef tdgrafe tdgreaf tdgrefa tdgrfea tdgrfae tdefgar
tdefgra tdefagr tdefarg tdefrag tdefrga tdegfar tdegfra tdegafr tdegarf tdegraf tdegrfa
tdeagfr tdeagrf tdeafgr tdeafrg tdearfg tdeargf tdergaf tdergfa tderagf tderafg tderfag
tderfga tdrfgea tdrfgae tdrfega tdrfeag tdrfaeg tdrfage tdrgfea tdrgfae tdrgefa tdrgeaf
tdrgaef tdrgafe tdregfa tdregaf tdrefga tdrefag tdreafg tdreagf tdragef tdragfe tdraegf
tdraefg tdrafeg tdrafge eraftgd eraftdg erafgtd erafgdt erafdgt erafdtg eratfgd eratfdg
eratgfd eratgdf eratdgf eratdfg eragtfd eragtdf eragftd eragfdt eragdft eragdtf eradtgf
eradtfg eradgtf eradgft eradfgt eradftg erfatgd erfatdg erfagtd erfagdt erfadgt erfadtg
erftagd erftadg erftgad erftgda erftdga erftdag erfgtad erfgtda erfgatd erfgadt erfgdat
erfgdta erfdtga erfdtag erfdgta erfdgat erfdagt erfdatg ertfagd ertfadg ertfgad ertfgda
ertfdga ertfdag ertafgd ertafdg ertagfd ertagdf ertadgf ertadfg ertgafd ertgadf ertgfad
ertgfda ertgdfa ertgdaf ertdagf ertdafg ertdgaf ertdgfa ertdfga ertdfag ergftad ergftda
ergfatd ergfadt ergfdat ergfdta ergtfad ergtfda ergtafd ergtadf ergtdaf ergtdfa ergatfd
ergatdf ergaftd ergafdt ergadft ergadtf ergdtaf ergdtfa ergdatf ergdaft ergdfat ergdfta
erdftga erdftag erdfgta erdfgat erdfagt erdfatg erdtfga erdtfag erdtgfa erdtgaf erdtagf
erdtafg erdgtfa erdgtaf erdgfta erdgfat erdgaft erdgatf erdatgf erdatfg erdagtf erdagft
erdafgt erdaftg earftgd earftdg earfgtd earfgdt earfdgt earfdtg eartfgd eartfdg eartgfd
eartgdf eartdgf eartdfg eargtfd eargtdf eargftd eargfdt eargdft eargdtf eardtgf eardtfg
eardgtf eardgft eardfgt eardftg eafrtgd eafrtdg eafrgtd eafrgdt eafrdgt eafrdtg eaftrgd
eaftrdg eaftgrd eaftgdr eaftdgr eaftdrg eafgtrd eafgtdr eafgrtd eafgrdt eafgdrt eafgdtr
eafdtgr eafdtrg eafdgtr eafdgrt eafdrgt eafdrtg eatfrgd eatfrdg eatfgrd eatfgdr eatfdgr
eatfdrg eatrfgd eatrfdg eatrgfd eatrgdf eatrdgf eatrdfg eatgrfd eatgrdf eatgfrd eatgfdr
eatgdfr eatgdrf eatdrgf eatdrfg eatdgrf eatdgfr eatdfgr eatdfrg eagftrd eagftdr eagfrtd
eagfrdt eagfdrt eagfdtr eagtfrd eagtfdr eagtrfd eagtrdf eagtdrf eagtdfr eagrtfd eagrtdf
eagrftd eagrfdt eagrdft eagrdtf eagdtrf eagdtfr eagdrtf eagdrft eagdfrt eagdftr eadftgr
eadftrg eadfgtr eadfgrt eadfrgt eadfrtg eadtfgr eadtfrg eadtgfr eadtgrf eadtrgf eadtrfg
eadgtfr eadgtrf eadgftr eadgfrt eadgrft eadgrtf eadrtgf eadrtfg eadrgtf eadrgft eadrfgt
eadrftg efartgd efartdg efargtd efargdt efardgt efardtg efatrgd efatrdg efatgrd efatgdr
efatdgr efatdrg efagtrd efagtdr efagrtd efagrdt efagdrt efagdtr efadtgr efadtrg efadgtr
efadgrt efadrgt efadrtg efratgd efratdg efragtd efragdt efradgt efradtg efrtagd efrtadg
efrtgad efrtgda efrtdga efrtdag efrgtad efrgtda efrgatd efrgadt efrgdat efrgdta efrdtga
efrdtag efrdgta efrdgat efrdagt efrdatg eftragd eftradg eftrgad eftrgda eftrdga eftrdag
eftargd eftardg eftagrd eftagdr eftadgr eftadrg eftgard eftgadr eftgrad eftgrda eftgdra
eftgdar eftdagr eftdarg eftdgar eftdgra eftdrga eftdrag efgrtad efgrtda efgratd efgradt
efgrdat efgrdta efgtrad efgtrda efgtard efgtadr efgtdar efgtdra efgatrd efgatdr efgartd
efgardt efgadrt efgadtr efgdtar efgdtra efgdatr efgdart efgdrat efgdrta efdrtga efdrtag
efdrgta efdrgat efdragt efdratg efdtrga efdtrag efdtgra efdtgar efdtagr efdtarg efdgtra
efdgtar efdgrta efdgrat efdgart efdgatr efdatgr efdatrg efdagtr efdagrt efdargt efdartg
etafrgd etafrdg etafgrd etafgdr etafdgr etafdrg etarfgd etarfdg etargfd etargdf etardgf
etardfg etagrfd etagrdf etagfrd etagfdr etagdfr etagdrf etadrgf etadrfg etadgrf etadgfr
etadfgr etadfrg etfargd etfardg etfagrd etfagdr etfadgr etfadrg etfragd etfradg etfrgad
etfrgda etfrdga etfrdag etfgrad etfgrda etfgard etfgadr etfgdar etfgdra etfdrga etfdrag
etfdgra etfdgar etfdagr etfdarg etrfagd etrfadg etrfgad etrfgda etrfdga etrfdag etrafgd
etrafdg etragfd etragdf etradgf etradfg etrgafd etrgadf etrgfad etrgfda etrgdfa etrgdaf
etrdagf etrdafg etrdgaf etrdgfa etrdfga etrdfag etgfrad etgfrda etgfard etgfadr etgfdar
etgfdra etgrfad etgrfda etgrafd etgradf etgrdaf etgrdfa etgarfd etgardf etgafrd etgafdr
etgadfr etgadrf etgdraf etgdrfa etgdarf etgdafr etgdfar etgdfra etdfrga etdfrag etdfgra
etdfgar etdfagr etdfarg etdrfga etdrfag etdrgfa etdrgaf etdragf etdrafg etdgrfa etdgraf
etdgfra etdgfar etdgafr etdgarf etdargf etdarfg etdagrf etdagfr etdafgr etdafrg egaftrd
egaftdr egafrtd egafrdt egafdrt egafdtr egatfrd egatfdr egatrfd egatrdf egatdrf egatdfr
egartfd egartdf egarftd egarfdt egardft egardtf egadtrf egadtfr egadrtf egadrft egadfrt
egadftr egfatrd egfatdr egfartd egfardt egfadrt egfadtr egftard egftadr egftrad egftrda
egftdra egftdar egfrtad egfrtda egfratd egfradt egfrdat egfrdta egfdtra egfdtar egfdrta
egfdrat egfdart egfdatr egtfard egtfadr egtfrad egtfrda egtfdra egtfdar egtafrd egtafdr
egtarfd egtardf egtadrf egtadfr egtrafd egtradf egtrfad egtrfda egtrdfa egtrdaf egtdarf
egtdafr egtdraf egtdrfa egtdfra egtdfar egrftad egrftda egrfatd egrfadt egrfdat egrfdta
egrtfad egrtfda egrtafd egrtadf egrtdaf egrtdfa egratfd egratdf egraftd egrafdt egradft
egradtf egrdtaf egrdtfa egrdatf egrdaft egrdfat egrdfta egdftra egdftar egdfrta egdfrat
egdfart egdfatr egdtfra egdtfar egdtrfa egdtraf egdtarf egdtafr egdrtfa egdrtaf egdrfta
egdrfat egdraft egdratf egdatrf egdatfr egdartf egdarft egdafrt egdaftr edaftgr edaftrg
edafgtr edafgrt edafrgt edafrtg edatfgr edatfrg edatgfr edatgrf edatrgf edatrfg edagtfr
edagtrf edagftr edagfrt edagrft edagrtf edartgf edartfg edargtf edargft edarfgt edarftg
edfatgr edfatrg edfagtr edfagrt edfargt edfartg edftagr edftarg edftgar edftgra edftrga
edftrag edfgtar edfgtra edfgatr edfgart edfgrat edfgrta edfrtga edfrtag edfrgta edfrgat
edfragt edfratg edtfagr edtfarg edtfgar edtfgra edtfrga edtfrag edtafgr edtafrg edtagfr
edtagrf edtargf edtarfg edtgafr edtgarf edtgfar edtgfra edtgrfa edtgraf edtragf edtrafg
edtrgaf edtrgfa edtrfga edtrfag edgftar edgftra edgfatr edgfart edgfrat edgfrta edgtfar
edgtfra edgtafr edgtarf edgtraf edgtrfa edgatfr edgatrf edgaftr edgafrt edgarft edgartf
edgrtaf edgrtfa edgratf edgraft edgrfat edgrfta edrftga edrftag edrfgta edrfgat edrfagt
edrfatg edrtfga edrtfag edrtgfa edrtgaf edrtagf edrtafg edrgtfa edrgtaf edrgfta edrgfat
edrgaft edrgatf edratgf edratfg edragtf edragft edrafgt edraftg drafteg draftge drafetg
drafegt drafget drafgte dratfeg dratfge dratefg drategf dratgef dratgfe draetfg draetgf
draeftg draefgt draegft draegtf dragtef dragtfe dragetf drageft dragfet dragfte drfateg
drfatge drfaetg drfaegt drfaget drfagte drftaeg drftage drfteag drftega drftgea drftgae
drfetag drfetga drfeatg drfeagt drfegat drfegta drfgtea drfgtae drfgeta drfgeat drfgaet
drfgate drtfaeg drtfage drtfeag drtfega drtfgea drtfgae drtafeg drtafge drtaefg drtaegf
drtagef drtagfe drteafg drteagf drtefag drtefga drtegfa drtegaf drtgaef drtgafe drtgeaf
drtgefa drtgfea drtgfae dreftag dreftga drefatg drefagt drefgat drefgta dretfag dretfga
dretafg dretagf dretgaf dretgfa dreatfg dreatgf dreaftg dreafgt dreagft dreagtf dregtaf
dregtfa dregatf dregaft dregfat dregfta drgftea drgftae drgfeta drgfeat drgfaet drgfate
drgtfea drgtfae drgtefa drgteaf drgtaef drgtafe drgetfa drgetaf drgefta drgefat drgeaft
drgeatf drgatef drgatfe drgaetf drgaeft drgafet drgafte darfteg darftge darfetg darfegt
darfget darfgte dartfeg dartfge dartefg dartegf dartgef dartgfe daretfg daretgf dareftg
darefgt daregft daregtf dargtef dargtfe dargetf dargeft dargfet dargfte dafrteg dafrtge
dafretg dafregt dafrget dafrgte daftreg daftrge dafterg daftegr daftger daftgre dafetrg
dafetgr dafertg dafergt dafegrt dafegtr dafgter dafgtre dafgetr dafgert dafgret dafgrte
datfreg datfrge datferg datfegr datfger datfgre datrfeg datrfge datrefg datregf datrgef
datrgfe daterfg datergf datefrg datefgr dategfr dategrf datgref datgrfe datgerf datgefr
datgfer datgfre daeftrg daeftgr daefrtg daefrgt daefgrt daefgtr daetfrg daetfgr daetrfg
daetrgf daetgrf daetgfr daertfg daertgf daerftg daerfgt daergft daergtf daegtrf daegtfr
daegrtf daegrft daegfrt daegftr dagfter dagftre dagfetr dagfert dagfret dagfrte dagtfer
dagtfre dagtefr dagterf dagtref dagtrfe dagetfr dagetrf dageftr dagefrt dagerft dagertf
dagrtef dagrtfe dagretf dagreft dagrfet dagrfte dfarteg dfartge dfaretg dfaregt dfarget
dfargte dfatreg dfatrge dfaterg dfategr dfatger dfatgre dfaetrg dfaetgr dfaertg dfaergt
dfaegrt dfaegtr dfagter dfagtre dfagetr dfagert dfagret dfagrte dfrateg dfratge dfraetg
dfraegt dfraget dfragte dfrtaeg dfrtage dfrteag dfrtega dfrtgea dfrtgae dfretag dfretga
dfreatg dfreagt dfregat dfregta dfrgtea dfrgtae dfrgeta dfrgeat dfrgaet dfrgate dftraeg
dftrage dftreag dftrega dftrgea dftrgae dftareg dftarge dftaerg dftaegr dftager dftagre
dftearg dfteagr dfterag dfterga dftegra dftegar dftgaer dftgare dftgear dftgera dftgrea
dftgrae dfertag dfertga dferatg dferagt dfergat dfergta dfetrag dfetrga dfetarg dfetagr
dfetgar dfetgra dfeatrg dfeatgr dfeartg dfeargt dfeagrt dfeagtr dfegtar dfegtra dfegatr
dfegart dfegrat dfegrta dfgrtea dfgrtae dfgreta dfgreat dfgraet dfgrate dfgtrea dfgtrae
dfgtera dfgtear dfgtaer dfgtare dfgetra dfgetar dfgerta dfgerat dfgeart dfgeatr dfgater
dfgatre dfgaetr dfgaert dfgaret dfgarte dtafreg dtafrge dtaferg dtafegr dtafger dtafgre
dtarfeg dtarfge dtarefg dtaregf dtargef dtargfe dtaerfg dtaergf dtaefrg dtaefgr dtaegfr
dtaegrf dtagref dtagrfe dtagerf dtagefr dtagfer dtagfre dtfareg dtfarge dtfaerg dtfaegr
dtfager dtfagre dtfraeg dtfrage dtfreag dtfrega dtfrgea dtfrgae dtferag dtferga dtfearg
dtfeagr dtfegar dtfegra dtfgrea dtfgrae dtfgera dtfgear dtfgaer dtfgare dtrfaeg dtrfage
dtrfeag dtrfega dtrfgea dtrfgae dtrafeg dtrafge dtraefg dtraegf dtragef dtragfe dtreafg
dtreagf dtrefag dtrefga dtregfa dtregaf dtrgaef dtrgafe dtrgeaf dtrgefa dtrgfea dtrgfae
dtefrag dtefrga dtefarg dtefagr dtefgar dtefgra dterfag dterfga dterafg dteragf dtergaf
dtergfa dtearfg dteargf dteafrg dteafgr dteagfr dteagrf dtegraf dtegrfa dtegarf dtegafr
dtegfar dtegfra dtgfrea dtgfrae dtgfera dtgfear dtgfaer dtgfare dtgrfea dtgrfae dtgrefa
dtgreaf dtgraef dtgrafe dtgerfa dtgeraf dtgefra dtgefar dtgeafr dtgearf dtgaref dtgarfe
dtgaerf dtgaefr dtgafer dtgafre deaftrg deaftgr deafrtg deafrgt deafgrt deafgtr deatfrg
deatfgr deatrfg deatrgf deatgrf deatgfr deartfg deartgf dearftg dearfgt deargft deargtf
deagtrf deagtfr deagrtf deagrft deagfrt deagftr defatrg defatgr defartg defargt defagrt
defagtr deftarg deftagr deftrag deftrga deftgra deftgar defrtag defrtga defratg defragt
defrgat defrgta defgtra defgtar defgrta defgrat defgart defgatr detfarg detfagr detfrag
detfrga detfgra detfgar detafrg detafgr detarfg detargf detagrf detagfr detrafg detragf
detrfag detrfga detrgfa detrgaf detgarf detgafr detgraf detgrfa detgfra detgfar derftag
derftga derfatg derfagt derfgat derfgta dertfag dertfga dertafg dertagf dertgaf dertgfa
deratfg deratgf deraftg derafgt deragft deragtf dergtaf dergtfa dergatf dergaft dergfat
dergfta degftra degftar degfrta degfrat degfart degfatr degtfra degtfar degtrfa degtraf
degtarf degtafr degrtfa degrtaf degrfta degrfat degraft degratf degatrf degatfr degartf
degarft degafrt degaftr dgafter dgaftre dgafetr dgafert dgafret dgafrte dgatfer dgatfre
dgatefr dgaterf dgatref dgatrfe dgaetfr dgaetrf dgaeftr dgaefrt dgaerft dgaertf dgartef
dgartfe dgaretf dgareft dgarfet dgarfte dgfater dgfatre dgfaetr dgfaert dgfaret dgfarte
dgftaer dgftare dgftear dgftera dgftrea dgftrae dgfetar dgfetra dgfeatr dgfeart dgferat
dgferta dgfrtea dgfrtae dgfreta dgfreat dgfraet dgfrate dgtfaer dgtfare dgtfear dgtfera
dgtfrea dgtfrae dgtafer dgtafre dgtaefr dgtaerf dgtaref dgtarfe dgteafr dgtearf dgtefar
dgtefra dgterfa dgteraf dgtraef dgtrafe dgtreaf dgtrefa dgtrfea dgtrfae dgeftar dgeftra
dgefatr dgefart dgefrat dgefrta dgetfar dgetfra dgetafr dgetarf dgetraf dgetrfa dgeatfr
dgeatrf dgeaftr dgeafrt dgearft dgeartf dgertaf dgertfa dgeratf dgeraft dgerfat dgerfta
dgrftea dgrftae dgrfeta dgrfeat dgrfaet dgrfate dgrtfea dgrtfae dgrtefa dgrteaf dgrtaef
dgrtafe dgretfa dgretaf dgrefta dgrefat dgreaft dgreatf dgratef dgratfe dgraetf dgraeft
dgrafet dgrafte

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History of cryptography
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