easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

erule

galapagos

pantsuits

regerimus

mmead

prenumbering

kenderesi

latronesque

karath

herbivority

respectus

genialibus

emydea

hydropericardium

netverk

chromatophore

unfelon

edwardsport


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: unready
cipher variations:
vosfbez wptgcfa xquhdgb yrviehc zswjfid
atxkgje buylhkf cvzmilg dwanjmh exbokni
fycploj gzdqmpk haernql ibfsorm jcgtpsn
kdhuqto leivrup mfjwsvq ngkxtwr ohlyuxs
pimzvyt qjnawzu rkobxav slpcybw tmqdzcx

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: unready
Cipher: fmivzwb

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: unready
Cipher: BAABB ABBAA BAAAA AABAA AAAAA AAABB BABBA

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: unready
cipher variations:
vosfbezjoanbkvxoivbqrloqdbwnzoylbcjnogtbifpowjbuxdoerbat
romzbgpfouhbmltocpbshhokxbydwptgcfakpboclwypjwcrsmprecxo
apzmcdkophucjgqpxkcvyepfscbuspnachqgpvicnmupdqctiiplycze
xquhdgblqcpdmxzqkxdstnqsfdypbqandelpqivdkhrqyldwzfqgtdcv
tqobdirhqwjdonvqerdujjqmzdafyrviehcmrdqenyarlyetuortgezq
crboefmqrjwelisrzmexagrhuedwurpcejsirxkepowrfsevkkrnaebg
zswjfidnserfozbsmzfuvpsuhfardscpfgnrskxfmjtsanfybhsivfex
vsqdfktjsylfqpxsgtfwllsobfchatxkgjeotfsgpactnagvwqtvigbs
etdqghostlygnkutbogzcitjwgfywtregluktzmgrqythugxmmtpcgdi
buylhkfpugthqbduobhwxruwjhctfuerhiptumzholvucphadjukxhgz
xusfhmvluanhsrzuivhynnuqdhejcvzmilgqvhuircevpcixysvxkidu
gvfsijquvnaipmwvdqibekvlyihayvtginwmvboitsavjwizoovreifk
dwanjmhrwivjsdfwqdjyztwyljevhwgtjkrvwobjqnxwerjcflwmzjib
zwuhjoxnwcpjutbwkxjappwsfjglexboknisxjwktegxrekzauxzmkfw
ixhuklswxpckroyxfskdgmxnakjcaxvikpyoxdqkvucxlykbqqxtgkhm
fycplojtykxlufhysflabvyanlgxjyivlmtxyqdlspzygtlehnyoblkd
bywjlqzpyerlwvdymzlcrryuhlingzdqmpkuzlymvgiztgmbcwzbomhy
kzjwmnuyzremtqazhumfiozpcmleczxkmraqzfsmxweznamdsszvimjo
haernqlvamznwhjauhncdxacpnizlakxnovzasfnurbaivngjpaqdnmf
daylnsbragtnyxfaobnettawjnkpibfsormwbnaoxikbviodeybdqoja
mblyopwabtgovscbjwohkqbreongebzmotcsbhuozygbpcofuubxkolq
jcgtpsnxcobpyjlcwjpefzcerpkbncmzpqxbcuhpwtdckxpilrcsfpoh
fcanpudtcivpazhcqdpgvvcylpmrkdhuqtoydpcqzkmdxkqfgadfsqlc
odnaqrycdviqxuedlyqjmsdtgqpigdboqveudjwqbaidreqhwwdzmqns
leivrupzeqdralneylrghbegtrmdpeobrszdewjryvfemzrknteuhrqj
hecprwfvekxrcbjesfrixxeanrotmfjwsvqafresbmofzmshicfhusne
qfpcstaefxkszwgfnasloufvisrkifdqsxgwflysdckftgsjyyfbospu
ngkxtwrbgsftcnpgantijdgivtofrgqdtubfgyltaxhgobtmpvgwjtsl
jgertyhxgmztedlguhtkzzgcptqvohlyuxschtgudoqhboujkehjwupg
shreuvcghzmubyihpcunqwhxkutmkhfsuziyhnaufemhviulaahdqurw
pimzvytdiuhvepricpvklfikxvqhtisfvwdhianvczjiqdvorxiylvun
ligtvajziobvgfniwjvmbbiervsxqjnawzuejviwfqsjdqwlmgjlywri
ujtgwxeijbowdakjrewpsyjzmwvomjhuwbkajpcwhgojxkwnccjfswty
rkobxavfkwjxgrtkerxmnhkmzxsjvkuhxyfjkcpxeblksfxqtzkanxwp
nkivxclbkqdxihpkylxoddkgtxuzslpcybwglxkyhsulfsynoilnaytk
wlviyzgkldqyfcmltgyrualboyxqoljwydmclreyjiqlzmypeelhuyva
tmqdzcxhmylzitvmgtzopjmobzulxmwjzahlmerzgdnmuhzsvbmcpzyr
pmkxzendmsfzkjrmanzqffmivzwbunreadyinzmajuwnhuapqknpcavm
ynxkabimnfsaheonviatwcndqazsqnlyafoentgalksnboarggnjwaxc

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: unready
Cipher: haernql

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: unready
Cipher: 54332451114145

Extended Methods:
Method #1

Plaintext: unready
method variations:
zswkfidexbploikcguqtophmzvyt

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u n r e a d y 
5 3 2 5 1 4 4 
4 3 4 1 1 1 5 
They are then read out in rows:
53251444341115
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: unready
Cipher: pwqtsav

Read more ...
Method #3

Plaintext: unready
method variations:
ohyaqqz hyaqqzo yaqqzoh
aqqzohy qqzohya qzohyaq
zohyaqq

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: unready

all 5040 cipher variations:
unready unreayd unreday unredya unreyda unreyad unraedy unraeyd unradey unradye unrayde
unrayed unrdaey unrdaye unrdeay unrdeya unrdyea unrdyae unryade unryaed unrydae unrydea
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uneydar uneydra uneyrda uneyrad unaerdy unaeryd unaedry unaedyr unaeydr unaeyrd unaredy
unareyd unardey unardye unaryde unaryed unadrey unadrye unadery unadeyr unadyer unadyre
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urneayd urneday urnedya urneyda urneyad urnaedy urnaeyd urnadey urnadye urnayde urnayed
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ndureya nduryea nduryae nduyare nduyaer nduyrae nduyrea nduyera nduyear ndyeaur ndyearu
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aduenry aduenyr adueynr adueyrn adureny adureyn adurney adurnye aduryne aduryen adunrey
adunrye adunery aduneyr adunyer adunyre aduyrne aduyren aduynre aduyner aduyenr aduyern
adneury adneuyr adneruy adneryu adneyru adneyur adnuery adnueyr adnurey adnurye adnuyre
adnuyer adnruey adnruye adnreuy adnreyu adnryeu adnryue adnyure adnyuer adnyrue adnyreu
adnyeru adnyeur adyeunr adyeurn adyenur adyenru adyernu adyerun adyuenr adyuern adyuner
adyunre adyurne adyuren adynuer adynure adyneur adyneru adynreu adynrue adyrune adyruen
adyrnue adyrneu adyrenu adyreun ayreudn ayreund ayredun ayrednu ayrendu ayrenud ayruedn
ayruend ayruden ayrudne ayrunde ayruned ayrduen ayrdune ayrdeun ayrdenu ayrdneu ayrdnue
ayrnude ayrnued ayrndue ayrndeu ayrnedu ayrneud ayerudn ayerund ayerdun ayerdnu ayerndu
ayernud ayeurdn ayeurnd ayeudrn ayeudnr ayeundr ayeunrd ayedurn ayedunr ayedrun ayedrnu
ayednru ayednur ayenudr ayenurd ayendur ayendru ayenrdu ayenrud ayuerdn ayuernd ayuedrn
ayuednr ayuendr ayuenrd ayuredn ayurend ayurden ayurdne ayurnde ayurned ayudren ayudrne
ayudern ayudenr ayudner ayudnre ayunrde ayunred ayundre ayunder ayunedr ayunerd aydeurn
aydeunr ayderun aydernu aydenru aydenur ayduern ayduenr ayduren aydurne aydunre ayduner
aydruen aydrune aydreun aydrenu aydrneu aydrnue aydnure aydnuer aydnrue aydnreu aydneru
aydneur ayneudr ayneurd aynedur aynedru aynerdu aynerud aynuedr aynuerd aynuder aynudre
aynurde aynured aynduer ayndure ayndeur aynderu ayndreu ayndrue aynrude aynrued aynrdue
aynrdeu aynredu aynreud dnreauy dnreayu dnreuay dnreuya dnreyua dnreyau dnraeuy dnraeyu
dnrauey dnrauye dnrayue dnrayeu dnruaey dnruaye dnrueay dnrueya dnruyea dnruyae dnryaue
dnryaeu dnryuae dnryuea dnryeua dnryeau dnerauy dnerayu dneruay dneruya dneryua dneryau
dnearuy dnearyu dneaury dneauyr dneayur dneayru dneuary dneuayr dneuray dneurya dneuyra
dneuyar dneyaur dneyaru dneyuar dneyura dneyrua dneyrau dnaeruy dnaeryu dnaeury dnaeuyr
dnaeyur dnaeyru dnareuy dnareyu dnaruey dnaruye dnaryue dnaryeu dnaurey dnaurye dnauery
dnaueyr dnauyer dnauyre dnayrue dnayreu dnayure dnayuer dnayeur dnayeru dnueary dnueayr
dnueray dnuerya dnueyra dnueyar dnuaery dnuaeyr dnuarey dnuarye dnuayre dnuayer dnuraey
dnuraye dnureay dnureya dnuryea dnuryae dnuyare dnuyaer dnuyrae dnuyrea dnuyera dnuyear
dnyeaur dnyearu dnyeuar dnyeura dnyerua dnyerau dnyaeur dnyaeru dnyauer dnyaure dnyarue
dnyareu dnyuaer dnyuare dnyuear dnyuera dnyurea dnyurae dnyraue dnyraeu dnyruae dnyruea
dnyreua dnyreau drneauy drneayu drneuay drneuya drneyua drneyau drnaeuy drnaeyu drnauey
drnauye drnayue drnayeu drnuaey drnuaye drnueay drnueya drnuyea drnuyae drnyaue drnyaeu
drnyuae drnyuea drnyeua drnyeau drenauy drenayu drenuay drenuya drenyua drenyau dreanuy
dreanyu dreauny dreauyn dreayun dreaynu dreuany dreuayn dreunay dreunya dreuyna dreuyan
dreyaun dreyanu dreyuan dreyuna dreynua dreynau draenuy draenyu draeuny draeuyn draeyun
draeynu draneuy draneyu dranuey dranuye dranyue dranyeu drauney draunye draueny draueyn
drauyen drauyne draynue drayneu drayune drayuen drayeun drayenu drueany drueayn druenay
druenya drueyna drueyan druaeny druaeyn druaney druanye druayne druayen drunaey drunaye
druneay druneya drunyea drunyae druyane druyaen druynae druynea druyena druyean dryeaun
dryeanu dryeuan dryeuna dryenua dryenau dryaeun dryaenu dryauen dryaune dryanue dryaneu
dryuaen dryuane dryuean dryuena dryunea dryunae drynaue drynaeu drynuae drynuea dryneua
dryneau dernauy dernayu dernuay dernuya dernyua dernyau deranuy deranyu derauny derauyn
derayun deraynu deruany deruayn derunay derunya deruyna deruyan deryaun deryanu deryuan
deryuna derynua derynau denrauy denrayu denruay denruya denryua denryau denaruy denaryu
denaury denauyr denayur denayru denuary denuayr denuray denurya denuyra denuyar denyaur
denyaru denyuar denyura denyrua denyrau deanruy deanryu deanury deanuyr deanyur deanyru
dearnuy dearnyu dearuny dearuyn dearyun dearynu deaurny deauryn deaunry deaunyr deauynr
deauyrn deayrun deayrnu deayurn deayunr deaynur deaynru deunary deunayr deunray deunrya
deunyra deunyar deuanry deuanyr deuarny deuaryn deuayrn deuaynr deurany deurayn deurnay
deurnya deuryna deuryan deuyarn deuyanr deuyran deuyrna deuynra deuynar deynaur deynaru
deynuar deynura deynrua deynrau deyanur deyanru deyaunr deyaurn deyarun deyarnu deyuanr
deyuarn deyunar deyunra deyurna deyuran deyraun deyranu deyruan deyruna deyrnua deyrnau
darenuy darenyu dareuny dareuyn dareyun dareynu darneuy darneyu darnuey darnuye darnyue
darnyeu daruney darunye darueny darueyn daruyen daruyne darynue daryneu daryune daryuen
daryeun daryenu daernuy daernyu daeruny daeruyn daeryun daerynu daenruy daenryu daenury
daenuyr daenyur daenyru daeunry daeunyr daeurny daeuryn daeuyrn daeuynr daeynur daeynru
daeyunr daeyurn daeyrun daeyrnu daneruy daneryu daneury daneuyr daneyur daneyru danreuy
danreyu danruey danruye danryue danryeu danurey danurye danuery danueyr danuyer danuyre
danyrue danyreu danyure danyuer danyeur danyeru dauenry dauenyr dauerny daueryn daueyrn
daueynr daunery dauneyr daunrey daunrye daunyre daunyer daurney daurnye daureny daureyn
dauryen dauryne dauynre dauyner dauyrne dauyren dauyern dauyenr dayenur dayenru dayeunr
dayeurn dayerun dayernu dayneur dayneru daynuer daynure daynrue daynreu dayuner dayunre
dayuenr dayuern dayuren dayurne dayrnue dayrneu dayrune dayruen dayreun dayrenu dureany
dureayn durenay durenya dureyna dureyan duraeny duraeyn duraney duranye durayne durayen
durnaey durnaye durneay durneya durnyea durnyae duryane duryaen durynae durynea duryena
duryean duerany duerayn duernay duernya dueryna dueryan duearny duearyn dueanry dueanyr
dueaynr dueayrn duenary duenayr duenray duenrya duenyra duenyar dueyanr dueyarn dueynar
dueynra dueyrna dueyran duaerny duaeryn duaenry duaenyr duaeynr duaeyrn duareny duareyn
duarney duarnye duaryne duaryen duanrey duanrye duanery duaneyr duanyer duanyre duayrne
duayren duaynre duayner duayenr duayern duneary duneayr duneray dunerya duneyra duneyar
dunaery dunaeyr dunarey dunarye dunayre dunayer dunraey dunraye dunreay dunreya dunryea
dunryae dunyare dunyaer dunyrae dunyrea dunyera dunyear duyeanr duyearn duyenar duyenra
duyerna duyeran duyaenr duyaern duyaner duyanre duyarne duyaren duynaer duynare duynear
duynera duynrea duynrae duyrane duyraen duyrnae duyrnea duyrena duyrean dyreaun dyreanu
dyreuan dyreuna dyrenua dyrenau dyraeun dyraenu dyrauen dyraune dyranue dyraneu dyruaen
dyruane dyruean dyruena dyrunea dyrunae dyrnaue dyrnaeu dyrnuae dyrnuea dyrneua dyrneau
dyeraun dyeranu dyeruan dyeruna dyernua dyernau dyearun dyearnu dyeaurn dyeaunr dyeanur
dyeanru dyeuarn dyeuanr dyeuran dyeurna dyeunra dyeunar dyenaur dyenaru dyenuar dyenura
dyenrua dyenrau dyaerun dyaernu dyaeurn dyaeunr dyaenur dyaenru dyareun dyarenu dyaruen
dyarune dyarnue dyarneu dyauren dyaurne dyauern dyauenr dyauner dyaunre dyanrue dyanreu
dyanure dyanuer dyaneur dyaneru dyuearn dyueanr dyueran dyuerna dyuenra dyuenar dyuaern
dyuaenr dyuaren dyuarne dyuanre dyuaner dyuraen dyurane dyurean dyurena dyurnea dyurnae
dyunare dyunaer dyunrae dyunrea dyunera dyunear dyneaur dynearu dyneuar dyneura dynerua
dynerau dynaeur dynaeru dynauer dynaure dynarue dynareu dynuaer dynuare dynuear dynuera
dynurea dynurae dynraue dynraeu dynruae dynruea dynreua dynreau ynreadu ynreaud ynredau
ynredua ynreuda ynreuad ynraedu ynraeud ynradeu ynradue ynraude ynraued ynrdaeu ynrdaue
ynrdeau ynrdeua ynrduea ynrduae ynruade ynruaed ynrudae ynrudea ynrueda ynruead yneradu
yneraud ynerdau ynerdua yneruda yneruad yneardu ynearud yneadru yneadur yneaudr yneaurd
ynedaru ynedaur ynedrau ynedrua ynedura yneduar yneuadr yneuard yneudar yneudra yneurda
yneurad ynaerdu ynaerud ynaedru ynaedur ynaeudr ynaeurd ynaredu ynareud ynardeu ynardue
ynarude ynarued ynadreu ynadrue ynaderu ynadeur ynaduer ynadure ynaurde ynaured ynaudre
ynauder ynauedr ynauerd yndearu yndeaur ynderau ynderua yndeura yndeuar yndaeru yndaeur
yndareu yndarue yndaure yndauer yndraeu yndraue yndreau yndreua yndruea yndruae ynduare
ynduaer yndurae yndurea ynduera ynduear ynueadr ynueard ynuedar ynuedra ynuerda ynuerad
ynuaedr ynuaerd ynuader ynuadre ynuarde ynuared ynudaer ynudare ynudear ynudera ynudrea
ynudrae ynurade ynuraed ynurdae ynurdea ynureda ynuread yrneadu yrneaud yrnedau yrnedua
yrneuda yrneuad yrnaedu yrnaeud yrnadeu yrnadue yrnaude yrnaued yrndaeu yrndaue yrndeau
yrndeua yrnduea yrnduae yrnuade yrnuaed yrnudae yrnudea yrnueda yrnuead yrenadu yrenaud
yrendau yrendua yrenuda yrenuad yreandu yreanud yreadnu yreadun yreaudn yreaund yredanu
yredaun yrednau yrednua yreduna yreduan yreuadn yreuand yreudan yreudna yreunda yreunad
yraendu yraenud yraednu yraedun yraeudn yraeund yranedu yraneud yrandeu yrandue yranude
yranued yradneu yradnue yradenu yradeun yraduen yradune yraunde yrauned yraudne yrauden
yrauedn yrauend yrdeanu yrdeaun yrdenau yrdenua yrdeuna yrdeuan yrdaenu yrdaeun yrdaneu
yrdanue yrdaune yrdauen yrdnaeu yrdnaue yrdneau yrdneua yrdnuea yrdnuae yrduane yrduaen
yrdunae yrdunea yrduena yrduean yrueadn yrueand yruedan yruedna yruenda yruenad yruaedn
yruaend yruaden yruadne yruande yruaned yrudaen yrudane yrudean yrudena yrudnea yrudnae
yrunade yrunaed yrundae yrundea yruneda yrunead yernadu yernaud yerndau yerndua yernuda
yernuad yerandu yeranud yeradnu yeradun yeraudn yeraund yerdanu yerdaun yerdnau yerdnua
yerduna yerduan yeruadn yeruand yerudan yerudna yerunda yerunad yenradu yenraud yenrdau
yenrdua yenruda yenruad yenardu yenarud yenadru yenadur yenaudr yenaurd yendaru yendaur
yendrau yendrua yendura yenduar yenuadr yenuard yenudar yenudra yenurda yenurad yeanrdu
yeanrud yeandru yeandur yeanudr yeanurd yearndu yearnud yeardnu yeardun yearudn yearund
yeadrnu yeadrun yeadnru yeadnur yeadunr yeadurn yeaurdn yeaurnd yeaudrn yeaudnr yeaundr
yeaunrd yednaru yednaur yednrau yednrua yednura yednuar yedanru yedanur yedarnu yedarun
yedaurn yedaunr yedranu yedraun yedrnau yedrnua yedruna yedruan yeduarn yeduanr yeduran
yedurna yedunra yedunar yeunadr yeunard yeundar yeundra yeunrda yeunrad yeuandr yeuanrd
yeuadnr yeuadrn yeuardn yeuarnd yeudanr yeudarn yeudnar yeudnra yeudrna yeudran yeuradn
yeurand yeurdan yeurdna yeurnda yeurnad yarendu yarenud yarednu yaredun yareudn yareund
yarnedu yarneud yarndeu yarndue yarnude yarnued yardneu yardnue yardenu yardeun yarduen
yardune yarunde yaruned yarudne yaruden yaruedn yaruend yaerndu yaernud yaerdnu yaerdun
yaerudn yaerund yaenrdu yaenrud yaendru yaendur yaenudr yaenurd yaednru yaednur yaedrnu
yaedrun yaedurn yaedunr yaeundr yaeunrd yaeudnr yaeudrn yaeurdn yaeurnd yanerdu yanerud
yanedru yanedur yaneudr yaneurd yanredu yanreud yanrdeu yanrdue yanrude yanrued yandreu
yandrue yanderu yandeur yanduer yandure yanurde yanured yanudre yanuder yanuedr yanuerd
yadenru yadenur yadernu yaderun yadeurn yadeunr yadneru yadneur yadnreu yadnrue yadnure
yadnuer yadrneu yadrnue yadrenu yadreun yadruen yadrune yadunre yaduner yadurne yaduren
yaduern yaduenr yauendr yauenrd yauednr yauedrn yauerdn yauernd yaunedr yaunerd yaunder
yaundre yaunrde yaunred yaudner yaudnre yaudenr yaudern yaudren yaudrne yaurnde yaurned
yaurdne yaurden yauredn yaurend ydreanu ydreaun ydrenau ydrenua ydreuna ydreuan ydraenu
ydraeun ydraneu ydranue ydraune ydrauen ydrnaeu ydrnaue ydrneau ydrneua ydrnuea ydrnuae
ydruane ydruaen ydrunae ydrunea ydruena ydruean yderanu yderaun ydernau ydernua yderuna
yderuan ydearnu ydearun ydeanru ydeanur ydeaunr ydeaurn ydenaru ydenaur ydenrau ydenrua
ydenura ydenuar ydeuanr ydeuarn ydeunar ydeunra ydeurna ydeuran ydaernu ydaerun ydaenru
ydaenur ydaeunr ydaeurn ydarenu ydareun ydarneu ydarnue ydarune ydaruen ydanreu ydanrue
ydaneru ydaneur ydanuer ydanure ydaurne ydauren ydaunre ydauner ydauenr ydauern ydnearu
ydneaur ydnerau ydnerua ydneura ydneuar ydnaeru ydnaeur ydnareu ydnarue ydnaure ydnauer
ydnraeu ydnraue ydnreau ydnreua ydnruea ydnruae ydnuare ydnuaer ydnurae ydnurea ydnuera
ydnuear ydueanr yduearn yduenar yduenra yduerna ydueran yduaenr yduaern yduaner yduanre
yduarne yduaren ydunaer ydunare ydunear ydunera ydunrea ydunrae ydurane yduraen ydurnae
ydurnea ydurena ydurean yureadn yureand yuredan yuredna yurenda yurenad yuraedn yuraend
yuraden yuradne yurande yuraned yurdaen yurdane yurdean yurdena yurdnea yurdnae yurnade
yurnaed yurndae yurndea yurneda yurnead yueradn yuerand yuerdan yuerdna yuernda yuernad
yueardn yuearnd yueadrn yueadnr yueandr yueanrd yuedarn yuedanr yuedran yuedrna yuednra
yuednar yuenadr yuenard yuendar yuendra yuenrda yuenrad yuaerdn yuaernd yuaedrn yuaednr
yuaendr yuaenrd yuaredn yuarend yuarden yuardne yuarnde yuarned yuadren yuadrne yuadern
yuadenr yuadner yuadnre yuanrde yuanred yuandre yuander yuanedr yuanerd yudearn yudeanr
yuderan yuderna yudenra yudenar yudaern yudaenr yudaren yudarne yudanre yudaner yudraen
yudrane yudrean yudrena yudrnea yudrnae yudnare yudnaer yudnrae yudnrea yudnera yudnear
yuneadr yuneard yunedar yunedra yunerda yunerad yunaedr yunaerd yunader yunadre yunarde
yunared yundaer yundare yundear yundera yundrea yundrae yunrade yunraed yunrdae yunrdea
yunreda yunread

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History of cryptography
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