easy ciphers

Easy Ciphers Tools:
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Caesar cipher

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

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

Plaintext: lawines
cipher variations:
mbxjoft ncykpgu odzlqhv peamriw qfbnsjx
rgcotky shdpulz tieqvma ujfrwnb vkgsxoc
wlhtypd xmiuzqe ynjvarf zokwbsg aplxcth
bqmydui crnzevj dsoafwk etpbgxl fuqchym
gvrdizn hwsejao ixtfkbp jyuglcq kzvhmdr

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.)
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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: lawines
Cipher: ozdrmvh

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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: lawines

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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: lawines
cipher variations:

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: lawines
Cipher: ynjvarf

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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: lawines
Cipher: 13112542335134

Extended Methods:
Method #1

Plaintext: lawines
method variations:

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

Read more ...
Method #3

Plaintext: lawines
method variations:
cfumxld fumxldc umxldcf
mxldcfu xldcfum ldcfumx

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: lawines

all 5040 cipher variations:
lawines lawinse lawiens lawiesn lawisen lawisne lawnies lawnise lawneis lawnesi lawnsei
lawnsie lawenis lawensi laweins laweisn lawesin lawesni lawsnei lawsnie lawseni lawsein
lawsien lawsine laiwnes laiwnse laiwens laiwesn laiwsen laiwsne lainwes lainwse lainews
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wileans wileasn wilesan wilesna wilsnea wilsnae wilsena wilsean wilsaen wilsane wialnes
wialnse wialens wialesn wialsen wialsne wianles wianlse wianels wianesl wiansel wiansle
wiaenls wiaensl wiaelns wiaelsn wiaesln wiaesnl wiasnel wiasnle wiasenl wiaseln wiaslen
wiaslne winales winalse winaels winaesl winasel winasle winlaes winlase winleas winlesa
winlsea winlsae winelas winelsa wineals wineasl winesal winesla winslea winslae winsela
winseal winsael winsale wieanls wieansl wiealns wiealsn wieasln wieasnl wienals wienasl
wienlas wienlsa wiensla wiensal wielnas wielnsa wielans wielasn wielsan wielsna wiesnla
wiesnal wieslna wieslan wiesaln wiesanl wisanel wisanle wisaenl wisaeln wisalen wisalne
wisnael wisnale wisneal wisnela wisnlea wisnlae wisenal wisenla wiseanl wisealn wiselan
wiselna wislnea wislnae wislena wislean wislaen wislane wnliaes wnliase wnlieas wnliesa
wnlisea wnlisae wnlaies wnlaise wnlaeis wnlaesi wnlasei wnlasie wnleais wnleasi wnleias
wnleisa wnlesia wnlesai wnlsaei wnlsaie wnlseai wnlseia wnlsiea wnlsiae wnilaes wnilase
wnileas wnilesa wnilsea wnilsae wniales wnialse wniaels wniaesl wniasel wniasle wnieals
wnieasl wnielas wnielsa wniesla wniesal wnisael wnisale wniseal wnisela wnislea wnislae
wnailes wnailse wnaiels wnaiesl wnaisel wnaisle wnalies wnalise wnaleis wnalesi wnalsei
wnalsie wnaelis wnaelsi wnaeils wnaeisl wnaesil wnaesli wnaslei wnaslie wnaseli wnaseil
wnasiel wnasile wneials wneiasl wneilas wneilsa wneisla wneisal wneails wneaisl wnealis
wnealsi wneasli wneasil wnelais wnelasi wnelias wnelisa wnelsia wnelsai wnesali wnesail
wneslai wneslia wnesila wnesial wnsiael wnsiale wnsieal wnsiela wnsilea wnsilae wnsaiel
wnsaile wnsaeil wnsaeli wnsalei wnsalie wnseail wnseali wnseial wnseila wnselia wnselai
wnslaei wnslaie wnsleai wnsleia wnsliea wnsliae welinas welinsa welians weliasn welisan
welisna welnias welnisa welnais welnasi welnsai welnsia welanis welansi welains welaisn
welasin welasni welsnai welsnia welsani welsain welsian welsina weilnas weilnsa weilans
weilasn weilsan weilsna weinlas weinlsa weinals weinasl weinsal weinsla weianls weiansl
weialns weialsn weiasln weiasnl weisnal weisnla weisanl weisaln weislan weislna wenilas
wenilsa wenials weniasl wenisal wenisla wenlias wenlisa wenlais wenlasi wenlsai wenlsia
wenalis wenalsi wenails wenaisl wenasil wenasli wenslai wenslia wensali wensail wensial
wensila weainls weainsl weailns weailsn weaisln weaisnl weanils weanisl weanlis weanlsi
weansli weansil wealnis wealnsi wealins wealisn wealsin wealsni weasnli weasnil weaslni
weaslin weasiln weasinl wesinal wesinla wesianl wesialn wesilan wesilna wesnial wesnila
wesnail wesnali wesnlai wesnlia wesanil wesanli wesainl wesailn wesalin wesalni weslnai
weslnia weslani weslain weslian weslina wslinea wslinae wsliena wsliean wsliaen wsliane
wslniea wslniae wslneia wslneai wslnaei wslnaie wslenia wslenai wsleina wsleian wsleain
wsleani wslanei wslanie wslaeni wslaein wslaien wslaine wsilnea wsilnae wsilena wsilean
wsilaen wsilane wsinlea wsinlae wsinela wsineal wsinael wsinale wsienla wsienal wsielna
wsielan wsiealn wsieanl wsianel wsianle wsiaenl wsiaeln wsialen wsialne wsnilea wsnilae
wsniela wsnieal wsniael wsniale wsnliea wsnliae wsnleia wsnleai wsnlaei wsnlaie wsnelia
wsnelai wsneila wsneial wsneail wsneali wsnalei wsnalie wsnaeli wsnaeil wsnaiel wsnaile
wseinla wseinal wseilna wseilan wseialn wseianl wsenila wsenial wsenlia wsenlai wsenali
wsenail wselnia wselnai wselina wselian wselain wselani wseanli wseanil wsealni wsealin
wseailn wseainl wsainel wsainle wsaienl wsaieln wsailen wsailne wsaniel wsanile wsaneil
wsaneli wsanlei wsanlie wsaenil wsaenli wsaeinl wsaeiln wsaelin wsaelni wsalnei wsalnie
wsaleni wsalein wsalien wsaline iawlnes iawlnse iawlens iawlesn iawlsen iawlsne iawnles
iawnlse iawnels iawnesl iawnsel iawnsle iawenls iawensl iawelns iawelsn iawesln iawesnl
iawsnel iawsnle iawsenl iawseln iawslen iawslne ialwnes ialwnse ialwens ialwesn ialwsen
ialwsne ialnwes ialnwse ialnews ialnesw ialnsew ialnswe ialenws ialensw ialewns ialewsn
ialeswn ialesnw ialsnew ialsnwe ialsenw ialsewn ialswen ialswne ianlwes ianlwse ianlews
ianlesw ianlsew ianlswe ianwles ianwlse ianwels ianwesl ianwsel ianwsle ianewls ianewsl
ianelws ianelsw ianeslw ianeswl ianswel ianswle iansewl ianselw ianslew ianslwe iaelnws
iaelnsw iaelwns iaelwsn iaelswn iaelsnw iaenlws iaenlsw iaenwls iaenwsl iaenswl iaenslw
iaewnls iaewnsl iaewlns iaewlsn iaewsln iaewsnl iaesnwl iaesnlw iaeswnl iaeswln iaeslwn
iaeslnw iaslnew iaslnwe iaslenw iaslewn iaslwen iaslwne iasnlew iasnlwe iasnelw iasnewl
iasnwel iasnwle iasenlw iasenwl iaselnw iaselwn iasewln iasewnl iaswnel iaswnle iaswenl
iasweln iaswlen iaswlne iwalnes iwalnse iwalens iwalesn iwalsen iwalsne iwanles iwanlse
iwanels iwanesl iwansel iwansle iwaenls iwaensl iwaelns iwaelsn iwaesln iwaesnl iwasnel
iwasnle iwasenl iwaseln iwaslen iwaslne iwlanes iwlanse iwlaens iwlaesn iwlasen iwlasne
iwlnaes iwlnase iwlneas iwlnesa iwlnsea iwlnsae iwlenas iwlensa iwleans iwleasn iwlesan
iwlesna iwlsnea iwlsnae iwlsena iwlsean iwlsaen iwlsane iwnlaes iwnlase iwnleas iwnlesa
iwnlsea iwnlsae iwnales iwnalse iwnaels iwnaesl iwnasel iwnasle iwneals iwneasl iwnelas
iwnelsa iwnesla iwnesal iwnsael iwnsale iwnseal iwnsela iwnslea iwnslae iwelnas iwelnsa
iwelans iwelasn iwelsan iwelsna iwenlas iwenlsa iwenals iwenasl iwensal iwensla iweanls
iweansl iwealns iwealsn iweasln iweasnl iwesnal iwesnla iwesanl iwesaln iweslan iweslna
iwslnea iwslnae iwslena iwslean iwslaen iwslane iwsnlea iwsnlae iwsnela iwsneal iwsnael
iwsnale iwsenla iwsenal iwselna iwselan iwsealn iwseanl iwsanel iwsanle iwsaenl iwsaeln
iwsalen iwsalne ilwanes ilwanse ilwaens ilwaesn ilwasen ilwasne ilwnaes ilwnase ilwneas
ilwnesa ilwnsea ilwnsae ilwenas ilwensa ilweans ilweasn ilwesan ilwesna ilwsnea ilwsnae
ilwsena ilwsean ilwsaen ilwsane ilawnes ilawnse ilawens ilawesn ilawsen ilawsne ilanwes
ilanwse ilanews ilanesw ilansew ilanswe ilaenws ilaensw ilaewns ilaewsn ilaeswn ilaesnw
ilasnew ilasnwe ilasenw ilasewn ilaswen ilaswne ilnawes ilnawse ilnaews ilnaesw ilnasew
ilnaswe ilnwaes ilnwase ilnweas ilnwesa ilnwsea ilnwsae ilnewas ilnewsa ilneaws ilneasw
ilnesaw ilneswa ilnswea ilnswae ilnsewa ilnseaw ilnsaew ilnsawe ileanws ileansw ileawns
ileawsn ileaswn ileasnw ilenaws ilenasw ilenwas ilenwsa ilenswa ilensaw ilewnas ilewnsa
ilewans ilewasn ilewsan ilewsna ilesnwa ilesnaw ileswna ileswan ilesawn ilesanw ilsanew
ilsanwe ilsaenw ilsaewn ilsawen ilsawne ilsnaew ilsnawe ilsneaw ilsnewa ilsnwea ilsnwae
ilsenaw ilsenwa ilseanw ilseawn ilsewan ilsewna ilswnea ilswnae ilswena ilswean ilswaen
ilswane inwlaes inwlase inwleas inwlesa inwlsea inwlsae inwales inwalse inwaels inwaesl
inwasel inwasle inweals inweasl inwelas inwelsa inwesla inwesal inwsael inwsale inwseal
inwsela inwslea inwslae inlwaes inlwase inlweas inlwesa inlwsea inlwsae inlawes inlawse
inlaews inlaesw inlasew inlaswe inleaws inleasw inlewas inlewsa inleswa inlesaw inlsaew
inlsawe inlseaw inlsewa inlswea inlswae inalwes inalwse inalews inalesw inalsew inalswe
inawles inawlse inawels inawesl inawsel inawsle inaewls inaewsl inaelws inaelsw inaeslw
inaeswl inaswel inaswle inasewl inaselw inaslew inaslwe inelaws inelasw inelwas inelwsa
inelswa inelsaw inealws inealsw ineawls ineawsl ineaswl ineaslw inewals inewasl inewlas
inewlsa inewsla inewsal inesawl inesalw ineswal ineswla ineslwa ineslaw inslaew inslawe
insleaw inslewa inslwea inslwae insalew insalwe insaelw insaewl insawel insawle insealw
inseawl inselaw inselwa insewla insewal inswael inswale insweal inswela inswlea inswlae
iewlnas iewlnsa iewlans iewlasn iewlsan iewlsna iewnlas iewnlsa iewnals iewnasl iewnsal
iewnsla iewanls iewansl iewalns iewalsn iewasln iewasnl iewsnal iewsnla iewsanl iewsaln
iewslan iewslna ielwnas ielwnsa ielwans ielwasn ielwsan ielwsna ielnwas ielnwsa ielnaws
ielnasw ielnsaw ielnswa ielanws ielansw ielawns ielawsn ielaswn ielasnw ielsnaw ielsnwa
ielsanw ielsawn ielswan ielswna ienlwas ienlwsa ienlaws ienlasw ienlsaw ienlswa ienwlas
ienwlsa ienwals ienwasl ienwsal ienwsla ienawls ienawsl ienalws ienalsw ienaslw ienaswl
ienswal ienswla iensawl iensalw ienslaw ienslwa iealnws iealnsw iealwns iealwsn iealswn
iealsnw ieanlws ieanlsw ieanwls ieanwsl ieanswl ieanslw ieawnls ieawnsl ieawlns ieawlsn
ieawsln ieawsnl ieasnwl ieasnlw ieaswnl ieaswln ieaslwn ieaslnw ieslnaw ieslnwa ieslanw
ieslawn ieslwan ieslwna iesnlaw iesnlwa iesnalw iesnawl iesnwal iesnwla iesanlw iesanwl
iesalnw iesalwn iesawln iesawnl ieswnal ieswnla ieswanl ieswaln ieswlan ieswlna iswlnea
iswlnae iswlena iswlean iswlaen iswlane iswnlea iswnlae iswnela iswneal iswnael iswnale
iswenla iswenal iswelna iswelan iswealn isweanl iswanel iswanle iswaenl iswaeln iswalen
iswalne islwnea islwnae islwena islwean islwaen islwane islnwea islnwae islnewa islneaw
islnaew islnawe islenwa islenaw islewna islewan isleawn isleanw islanew islanwe islaenw
islaewn islawen islawne isnlwea isnlwae isnlewa isnleaw isnlaew isnlawe isnwlea isnwlae
isnwela isnweal isnwael isnwale isnewla isnewal isnelwa isnelaw isnealw isneawl isnawel
isnawle isnaewl isnaelw isnalew isnalwe iselnwa iselnaw iselwna iselwan iselawn iselanw
isenlwa isenlaw isenwla isenwal isenawl isenalw isewnla isewnal isewlna isewlan isewaln
isewanl iseanwl iseanlw iseawnl iseawln isealwn isealnw isalnew isalnwe isalenw isalewn
isalwen isalwne isanlew isanlwe isanelw isanewl isanwel isanwle isaenlw isaenwl isaelnw
isaelwn isaewln isaewnl isawnel isawnle isawenl isaweln isawlen isawlne nawiles nawilse
nawiels nawiesl nawisel nawisle nawlies nawlise nawleis nawlesi nawlsei nawlsie nawelis
nawelsi naweils naweisl nawesil nawesli nawslei nawslie nawseli nawseil nawsiel nawsile
naiwles naiwlse naiwels naiwesl naiwsel naiwsle nailwes nailwse nailews nailesw nailsew
nailswe naielws naielsw naiewls naiewsl naieswl naieslw naislew naislwe naiselw naisewl
naiswel naiswle naliwes naliwse naliews naliesw nalisew naliswe nalwies nalwise nalweis
nalwesi nalwsei nalwsie nalewis nalewsi naleiws naleisw nalesiw naleswi nalswei nalswie
nalsewi nalseiw nalsiew nalsiwe naeilws naeilsw naeiwls naeiwsl naeiswl naeislw naeliws
naelisw naelwis naelwsi naelswi naelsiw naewlis naewlsi naewils naewisl naewsil naewsli
naeslwi naesliw naeswli naeswil naesiwl naesilw nasilew nasilwe nasielw nasiewl nasiwel
nasiwle nasliew nasliwe nasleiw naslewi naslwei naslwie naseliw naselwi naseilw naseiwl
nasewil nasewli naswlei naswlie nasweli nasweil naswiel naswile nwailes nwailse nwaiels
nwaiesl nwaisel nwaisle nwalies nwalise nwaleis nwalesi nwalsei nwalsie nwaelis nwaelsi
nwaeils nwaeisl nwaesil nwaesli nwaslei nwaslie nwaseli nwaseil nwasiel nwasile nwiales
nwialse nwiaels nwiaesl nwiasel nwiasle nwilaes nwilase nwileas nwilesa nwilsea nwilsae
nwielas nwielsa nwieals nwieasl nwiesal nwiesla nwislea nwislae nwisela nwiseal nwisael
nwisale nwliaes nwliase nwlieas nwliesa nwlisea nwlisae nwlaies nwlaise nwlaeis nwlaesi
nwlasei nwlasie nwleais nwleasi nwleias nwleisa nwlesia nwlesai nwlsaei nwlsaie nwlseai
nwlseia nwlsiea nwlsiae nweilas nweilsa nweials nweiasl nweisal nweisla nwelias nwelisa
nwelais nwelasi nwelsai nwelsia nwealis nwealsi nweails nweaisl nweasil nweasli nweslai
nweslia nwesali nwesail nwesial nwesila nwsilea nwsilae nwsiela nwsieal nwsiael nwsiale
nwsliea nwsliae nwsleia nwsleai nwslaei nwslaie nwselia nwselai nwseila nwseial nwseail
nwseali nwsalei nwsalie nwsaeli nwsaeil nwsaiel nwsaile niwales niwalse niwaels niwaesl
niwasel niwasle niwlaes niwlase niwleas niwlesa niwlsea niwlsae niwelas niwelsa niweals
niweasl niwesal niwesla niwslea niwslae niwsela niwseal niwsael niwsale niawles niawlse
niawels niawesl niawsel niawsle nialwes nialwse nialews nialesw nialsew nialswe niaelws
niaelsw niaewls niaewsl niaeswl niaeslw niaslew niaslwe niaselw niasewl niaswel niaswle
nilawes nilawse nilaews nilaesw nilasew nilaswe nilwaes nilwase nilweas nilwesa nilwsea
nilwsae nilewas nilewsa nileaws nileasw nilesaw nileswa nilswea nilswae nilsewa nilseaw
nilsaew nilsawe niealws niealsw nieawls nieawsl nieaswl nieaslw nielaws nielasw nielwas
nielwsa nielswa nielsaw niewlas niewlsa niewals niewasl niewsal niewsla nieslwa nieslaw
nieswla nieswal niesawl niesalw nisalew nisalwe nisaelw nisaewl nisawel nisawle nislaew
nislawe nisleaw nislewa nislwea nislwae niselaw niselwa nisealw niseawl nisewal nisewla
niswlea niswlae niswela nisweal niswael niswale nlwiaes nlwiase nlwieas nlwiesa nlwisea
nlwisae nlwaies nlwaise nlwaeis nlwaesi nlwasei nlwasie nlweais nlweasi nlweias nlweisa
nlwesia nlwesai nlwsaei nlwsaie nlwseai nlwseia nlwsiea nlwsiae nliwaes nliwase nliweas
nliwesa nliwsea nliwsae nliawes nliawse nliaews nliaesw nliasew nliaswe nlieaws nlieasw
nliewas nliewsa nlieswa nliesaw nlisaew nlisawe nliseaw nlisewa nliswea nliswae nlaiwes
nlaiwse nlaiews nlaiesw nlaisew nlaiswe nlawies nlawise nlaweis nlawesi nlawsei nlawsie
nlaewis nlaewsi nlaeiws nlaeisw nlaesiw nlaeswi nlaswei nlaswie nlasewi nlaseiw nlasiew
nlasiwe nleiaws nleiasw nleiwas nleiwsa nleiswa nleisaw nleaiws nleaisw nleawis nleawsi
nleaswi nleasiw nlewais nlewasi nlewias nlewisa nlewsia nlewsai nlesawi nlesaiw nleswai
nleswia nlesiwa nlesiaw nlsiaew nlsiawe nlsieaw nlsiewa nlsiwea nlsiwae nlsaiew nlsaiwe
nlsaeiw nlsaewi nlsawei nlsawie nlseaiw nlseawi nlseiaw nlseiwa nlsewia nlsewai nlswaei
nlswaie nlsweai nlsweia nlswiea nlswiae newilas newilsa newials newiasl newisal newisla
newlias newlisa newlais newlasi newlsai newlsia newalis newalsi newails newaisl newasil
newasli newslai newslia newsali newsail newsial newsila neiwlas neiwlsa neiwals neiwasl
neiwsal neiwsla neilwas neilwsa neilaws neilasw neilsaw neilswa neialws neialsw neiawls
neiawsl neiaswl neiaslw neislaw neislwa neisalw neisawl neiswal neiswla neliwas neliwsa
neliaws neliasw nelisaw neliswa nelwias nelwisa nelwais nelwasi nelwsai nelwsia nelawis
nelawsi nelaiws nelaisw nelasiw nelaswi nelswai nelswia nelsawi nelsaiw nelsiaw nelsiwa
neailws neailsw neaiwls neaiwsl neaiswl neaislw nealiws nealisw nealwis nealwsi nealswi
nealsiw neawlis neawlsi neawils neawisl neawsil neawsli neaslwi neasliw neaswli neaswil
neasiwl neasilw nesilaw nesilwa nesialw nesiawl nesiwal nesiwla nesliaw nesliwa neslaiw
neslawi neslwai neslwia nesaliw nesalwi nesailw nesaiwl nesawil nesawli neswlai neswlia
neswali neswail neswial neswila nswilea nswilae nswiela nswieal nswiael nswiale nswliea
nswliae nswleia nswleai nswlaei nswlaie nswelia nswelai nsweila nsweial nsweail nsweali
nswalei nswalie nswaeli nswaeil nswaiel nswaile nsiwlea nsiwlae nsiwela nsiweal nsiwael
nsiwale nsilwea nsilwae nsilewa nsileaw nsilaew nsilawe nsielwa nsielaw nsiewla nsiewal
nsieawl nsiealw nsialew nsialwe nsiaelw nsiaewl nsiawel nsiawle nsliwea nsliwae nsliewa
nslieaw nsliaew nsliawe nslwiea nslwiae nslweia nslweai nslwaei nslwaie nslewia nslewai
nsleiwa nsleiaw nsleaiw nsleawi nslawei nslawie nslaewi nslaeiw nslaiew nslaiwe nseilwa
nseilaw nseiwla nseiwal nseiawl nseialw nseliwa nseliaw nselwia nselwai nselawi nselaiw
nsewlia nsewlai nsewila nsewial nsewail nsewali nsealwi nsealiw nseawli nseawil nseaiwl
nseailw nsailew nsailwe nsaielw nsaiewl nsaiwel nsaiwle nsaliew nsaliwe nsaleiw nsalewi
nsalwei nsalwie nsaeliw nsaelwi nsaeilw nsaeiwl nsaewil nsaewli nsawlei nsawlie nsaweli
nsaweil nsawiel nsawile eawinls eawinsl eawilns eawilsn eawisln eawisnl eawnils eawnisl
eawnlis eawnlsi eawnsli eawnsil eawlnis eawlnsi eawlins eawlisn eawlsin eawlsni eawsnli
eawsnil eawslni eawslin eawsiln eawsinl eaiwnls eaiwnsl eaiwlns eaiwlsn eaiwsln eaiwsnl
eainwls eainwsl eainlws eainlsw eainslw eainswl eailnws eailnsw eailwns eailwsn eailswn
eailsnw eaisnlw eaisnwl eaislnw eaislwn eaiswln eaiswnl eaniwls eaniwsl eanilws eanilsw
eanislw eaniswl eanwils eanwisl eanwlis eanwlsi eanwsli eanwsil eanlwis eanlwsi eanliws
eanlisw eanlsiw eanlswi eanswli eanswil eanslwi eansliw eansilw eansiwl ealinws ealinsw
ealiwns ealiwsn ealiswn ealisnw ealniws ealnisw ealnwis ealnwsi ealnswi ealnsiw ealwnis
ealwnsi ealwins ealwisn ealwsin ealwsni ealsnwi ealsniw ealswni ealswin ealsiwn ealsinw
easinlw easinwl easilnw easilwn easiwln easiwnl easnilw easniwl easnliw easnlwi easnwli
easnwil easlniw easlnwi easlinw easliwn easlwin easlwni easwnli easwnil easwlni easwlin
easwiln easwinl ewainls ewainsl ewailns ewailsn ewaisln ewaisnl ewanils ewanisl ewanlis
ewanlsi ewansli ewansil ewalnis ewalnsi ewalins ewalisn ewalsin ewalsni ewasnli ewasnil
ewaslni ewaslin ewasiln ewasinl ewianls ewiansl ewialns ewialsn ewiasln ewiasnl ewinals
ewinasl ewinlas ewinlsa ewinsla ewinsal ewilnas ewilnsa ewilans ewilasn ewilsan ewilsna
ewisnla ewisnal ewislna ewislan ewisaln ewisanl ewnials ewniasl ewnilas ewnilsa ewnisla
ewnisal ewnails ewnaisl ewnalis ewnalsi ewnasli ewnasil ewnlais ewnlasi ewnlias ewnlisa
ewnlsia ewnlsai ewnsali ewnsail ewnslai ewnslia ewnsila ewnsial ewlinas ewlinsa ewlians
ewliasn ewlisan ewlisna ewlnias ewlnisa ewlnais ewlnasi ewlnsai ewlnsia ewlanis ewlansi
ewlains ewlaisn ewlasin ewlasni ewlsnai ewlsnia ewlsani ewlsain ewlsian ewlsina ewsinla
ewsinal ewsilna ewsilan ewsialn ewsianl ewsnila ewsnial ewsnlia ewsnlai ewsnali ewsnail
ewslnia ewslnai ewslina ewslian ewslain ewslani ewsanli ewsanil ewsalni ewsalin ewsailn
ewsainl eiwanls eiwansl eiwalns eiwalsn eiwasln eiwasnl eiwnals eiwnasl eiwnlas eiwnlsa
eiwnsla eiwnsal eiwlnas eiwlnsa eiwlans eiwlasn eiwlsan eiwlsna eiwsnla eiwsnal eiwslna
eiwslan eiwsaln eiwsanl eiawnls eiawnsl eiawlns eiawlsn eiawsln eiawsnl eianwls eianwsl
eianlws eianlsw eianslw eianswl eialnws eialnsw eialwns eialwsn eialswn eialsnw eiasnlw
eiasnwl eiaslnw eiaslwn eiaswln eiaswnl einawls einawsl einalws einalsw einaslw einaswl
einwals einwasl einwlas einwlsa einwsla einwsal einlwas einlwsa einlaws einlasw einlsaw
einlswa einswla einswal einslwa einslaw einsalw einsawl eilanws eilansw eilawns eilawsn
eilaswn eilasnw eilnaws eilnasw eilnwas eilnwsa eilnswa eilnsaw eilwnas eilwnsa eilwans
eilwasn eilwsan eilwsna eilsnwa eilsnaw eilswna eilswan eilsawn eilsanw eisanlw eisanwl
eisalnw eisalwn eisawln eisawnl eisnalw eisnawl eisnlaw eisnlwa eisnwla eisnwal eislnaw
eislnwa eislanw eislawn eislwan eislwna eiswnla eiswnal eiswlna eiswlan eiswaln eiswanl
enwials enwiasl enwilas enwilsa enwisla enwisal enwails enwaisl enwalis enwalsi enwasli
enwasil enwlais enwlasi enwlias enwlisa enwlsia enwlsai enwsali enwsail enwslai enwslia
enwsila enwsial eniwals eniwasl eniwlas eniwlsa eniwsla eniwsal eniawls eniawsl enialws
enialsw eniaslw eniaswl enilaws enilasw enilwas enilwsa enilswa enilsaw enisalw enisawl
enislaw enislwa eniswla eniswal enaiwls enaiwsl enailws enailsw enaislw enaiswl enawils
enawisl enawlis enawlsi enawsli enawsil enalwis enalwsi enaliws enalisw enalsiw enalswi
enaswli enaswil enaslwi enasliw enasilw enasiwl enliaws enliasw enliwas enliwsa enliswa
enlisaw enlaiws enlaisw enlawis enlawsi enlaswi enlasiw enlwais enlwasi enlwias enlwisa
enlwsia enlwsai enlsawi enlsaiw enlswai enlswia enlsiwa enlsiaw ensialw ensiawl ensilaw
ensilwa ensiwla ensiwal ensailw ensaiwl ensaliw ensalwi ensawli ensawil enslaiw enslawi
ensliaw ensliwa enslwia enslwai enswali enswail enswlai enswlia enswila enswial elwinas
elwinsa elwians elwiasn elwisan elwisna elwnias elwnisa elwnais elwnasi elwnsai elwnsia
elwanis elwansi elwains elwaisn elwasin elwasni elwsnai elwsnia elwsani elwsain elwsian
elwsina eliwnas eliwnsa eliwans eliwasn eliwsan eliwsna elinwas elinwsa elinaws elinasw
elinsaw elinswa elianws eliansw eliawns eliawsn eliaswn eliasnw elisnaw elisnwa elisanw
elisawn eliswan eliswna elniwas elniwsa elniaws elniasw elnisaw elniswa elnwias elnwisa
elnwais elnwasi elnwsai elnwsia elnawis elnawsi elnaiws elnaisw elnasiw elnaswi elnswai
elnswia elnsawi elnsaiw elnsiaw elnsiwa elainws elainsw elaiwns elaiwsn elaiswn elaisnw
elaniws elanisw elanwis elanwsi elanswi elansiw elawnis elawnsi elawins elawisn elawsin
elawsni elasnwi elasniw elaswni elaswin elasiwn elasinw elsinaw elsinwa elsianw elsiawn
elsiwan elsiwna elsniaw elsniwa elsnaiw elsnawi elsnwai elsnwia elsaniw elsanwi elsainw
elsaiwn elsawin elsawni elswnai elswnia elswani elswain elswian elswina eswinla eswinal
eswilna eswilan eswialn eswianl eswnila eswnial eswnlia eswnlai eswnali eswnail eswlnia
eswlnai eswlina eswlian eswlain eswlani eswanli eswanil eswalni eswalin eswailn eswainl
esiwnla esiwnal esiwlna esiwlan esiwaln esiwanl esinwla esinwal esinlwa esinlaw esinalw
esinawl esilnwa esilnaw esilwna esilwan esilawn esilanw esianlw esianwl esialnw esialwn
esiawln esiawnl esniwla esniwal esnilwa esnilaw esnialw esniawl esnwila esnwial esnwlia
esnwlai esnwali esnwail esnlwia esnlwai esnliwa esnliaw esnlaiw esnlawi esnawli esnawil
esnalwi esnaliw esnailw esnaiwl eslinwa eslinaw esliwna esliwan esliawn eslianw eslniwa
eslniaw eslnwia eslnwai eslnawi eslnaiw eslwnia eslwnai eslwina eslwian eslwain eslwani
eslanwi eslaniw eslawni eslawin eslaiwn eslainw esainlw esainwl esailnw esailwn esaiwln
esaiwnl esanilw esaniwl esanliw esanlwi esanwli esanwil esalniw esalnwi esalinw esaliwn
esalwin esalwni esawnli esawnil esawlni esawlin esawiln esawinl sawinel sawinle sawienl
sawieln sawilen sawilne sawniel sawnile sawneil sawneli sawnlei sawnlie sawenil sawenli
saweinl saweiln sawelin sawelni sawlnei sawlnie sawleni sawlein sawlien sawline saiwnel
saiwnle saiwenl saiweln saiwlen saiwlne sainwel sainwle sainewl sainelw sainlew sainlwe
saienwl saienlw saiewnl saiewln saielwn saielnw sailnew sailnwe sailenw sailewn sailwen
sailwne saniwel saniwle saniewl sanielw sanilew sanilwe sanwiel sanwile sanweil sanweli
sanwlei sanwlie sanewil sanewli saneiwl saneilw saneliw sanelwi sanlwei sanlwie sanlewi
sanleiw sanliew sanliwe saeinwl saeinlw saeiwnl saeiwln saeilwn saeilnw saeniwl saenilw
saenwil saenwli saenlwi saenliw saewnil saewnli saewinl saewiln saewlin saewlni saelnwi
saelniw saelwni saelwin saeliwn saelinw salinew salinwe salienw saliewn saliwen saliwne
salniew salniwe salneiw salnewi salnwei salnwie saleniw salenwi saleinw saleiwn salewin
salewni salwnei salwnie salweni salwein salwien salwine swainel swainle swaienl swaieln
swailen swailne swaniel swanile swaneil swaneli swanlei swanlie swaenil swaenli swaeinl
swaeiln swaelin swaelni swalnei swalnie swaleni swalein swalien swaline swianel swianle
swiaenl swiaeln swialen swialne swinael swinale swineal swinela swinlea swinlae swienal
swienla swieanl swiealn swielan swielna swilnea swilnae swilena swilean swilaen swilane
swniael swniale swnieal swniela swnilea swnilae swnaiel swnaile swnaeil swnaeli swnalei
swnalie swneail swneali swneial swneila swnelia swnelai swnlaei swnlaie swnleai swnleia
swnliea swnliae sweinal sweinla sweianl sweialn sweilan sweilna swenial swenila swenail
swenali swenlai swenlia sweanil sweanli sweainl sweailn swealin swealni swelnai swelnia
swelani swelain swelian swelina swlinea swlinae swliena swliean swliaen swliane swlniea
swlniae swlneia swlneai swlnaei swlnaie swlenia swlenai swleina swleian swleain swleani
swlanei swlanie swlaeni swlaein swlaien swlaine siwanel siwanle siwaenl siwaeln siwalen
siwalne siwnael siwnale siwneal siwnela siwnlea siwnlae siwenal siwenla siweanl siwealn
siwelan siwelna siwlnea siwlnae siwlena siwlean siwlaen siwlane siawnel siawnle siawenl
siaweln siawlen siawlne sianwel sianwle sianewl sianelw sianlew sianlwe siaenwl siaenlw
siaewnl siaewln siaelwn siaelnw sialnew sialnwe sialenw sialewn sialwen sialwne sinawel
sinawle sinaewl sinaelw sinalew sinalwe sinwael sinwale sinweal sinwela sinwlea sinwlae
sinewal sinewla sineawl sinealw sinelaw sinelwa sinlwea sinlwae sinlewa sinleaw sinlaew
sinlawe sieanwl sieanlw sieawnl sieawln siealwn siealnw sienawl sienalw sienwal sienwla
sienlwa sienlaw siewnal siewnla siewanl siewaln siewlan siewlna sielnwa sielnaw sielwna
sielwan sielawn sielanw silanew silanwe silaenw silaewn silawen silawne silnaew silnawe
silneaw silnewa silnwea silnwae silenaw silenwa sileanw sileawn silewan silewna silwnea
silwnae silwena silwean silwaen silwane snwiael snwiale snwieal snwiela snwilea snwilae
snwaiel snwaile snwaeil snwaeli snwalei snwalie snweail snweali snweial snweila snwelia
snwelai snwlaei snwlaie snwleai snwleia snwliea snwliae sniwael sniwale sniweal sniwela
sniwlea sniwlae sniawel sniawle sniaewl sniaelw snialew snialwe snieawl sniealw sniewal
sniewla snielwa snielaw snilaew snilawe snileaw snilewa snilwea snilwae snaiwel snaiwle
snaiewl snaielw snailew snailwe snawiel snawile snaweil snaweli snawlei snawlie snaewil
snaewli snaeiwl snaeilw snaeliw snaelwi snalwei snalwie snalewi snaleiw snaliew snaliwe
sneiawl sneialw sneiwal sneiwla sneilwa sneilaw sneaiwl sneailw sneawil sneawli snealwi
snealiw snewail snewali snewial snewila snewlia snewlai snelawi snelaiw snelwai snelwia
sneliwa sneliaw snliaew snliawe snlieaw snliewa snliwea snliwae snlaiew snlaiwe snlaeiw
snlaewi snlawei snlawie snleaiw snleawi snleiaw snleiwa snlewia snlewai snlwaei snlwaie
snlweai snlweia snlwiea snlwiae sewinal sewinla sewianl sewialn sewilan sewilna sewnial
sewnila sewnail sewnali sewnlai sewnlia sewanil sewanli sewainl sewailn sewalin sewalni
sewlnai sewlnia sewlani sewlain sewlian sewlina seiwnal seiwnla seiwanl seiwaln seiwlan
seiwlna seinwal seinwla seinawl seinalw seinlaw seinlwa seianwl seianlw seiawnl seiawln
seialwn seialnw seilnaw seilnwa seilanw seilawn seilwan seilwna seniwal seniwla seniawl
senialw senilaw senilwa senwial senwila senwail senwali senwlai senwlia senawil senawli
senaiwl senailw senaliw senalwi senlwai senlwia senlawi senlaiw senliaw senliwa seainwl
seainlw seaiwnl seaiwln seailwn seailnw seaniwl seanilw seanwil seanwli seanlwi seanliw
seawnil seawnli seawinl seawiln seawlin seawlni sealnwi sealniw sealwni sealwin sealiwn
sealinw selinaw selinwa selianw seliawn seliwan seliwna selniaw selniwa selnaiw selnawi
selnwai selnwia selaniw selanwi selainw selaiwn selawin selawni selwnai selwnia selwani
selwain selwian selwina slwinea slwinae slwiena slwiean slwiaen slwiane slwniea slwniae
slwneia slwneai slwnaei slwnaie slwenia slwenai slweina slweian slweain slweani slwanei
slwanie slwaeni slwaein slwaien slwaine sliwnea sliwnae sliwena sliwean sliwaen sliwane
slinwea slinwae slinewa slineaw slinaew slinawe slienwa slienaw sliewna sliewan slieawn
slieanw slianew slianwe sliaenw sliaewn sliawen sliawne slniwea slniwae slniewa slnieaw
slniaew slniawe slnwiea slnwiae slnweia slnweai slnwaei slnwaie slnewia slnewai slneiwa
slneiaw slneaiw slneawi slnawei slnawie slnaewi slnaeiw slnaiew slnaiwe sleinwa sleinaw
sleiwna sleiwan sleiawn sleianw sleniwa sleniaw slenwia slenwai slenawi slenaiw slewnia
slewnai slewina slewian slewain slewani sleanwi sleaniw sleawni sleawin sleaiwn sleainw
slainew slainwe slaienw slaiewn slaiwen slaiwne slaniew slaniwe slaneiw slanewi slanwei
slanwie slaeniw slaenwi slaeinw slaeiwn slaewin slaewni slawnei slawnie slaweni slawein
slawien slawine

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History of cryptography
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