easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

primarian

ovological

intertransversalis

noguerira

emalee

crosstoes

kende

furgeson

tango

odontormae

buggery

papillomatous

surgere

appropre

revocaverant

standifer

axilemmata

unaristocratic


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: whalens
cipher variations:
xibmfot yjcngpu zkdohqv alepirw bmfqjsx
cngrkty dohsluz epitmva fqjunwb grkvoxc
hslwpyd itmxqze junyraf kvozsbg lwpatch
mxqbudi nyrcvej ozsdwfk patexgl qbufyhm
rcvgzin sdwhajo texibkp ufyjclq vgzkdmr

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: whalens
Cipher: dszovmh

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: whalens
Cipher: BABAA AABBB AAAAA ABABA AABAA ABBAA BAAAB

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: whalens
cipher variations:
xibmfotpwbinodhkbevonzybadoxrmbwlohjabstortcbkjollqbgrov
debczofvsbyhopngbupozfubqxojyjcngpuqxcjopeilcfwpoazcbepy
sncxmpikbctupsudclkpmmrchspwefcdapgwtczipqohcvqpagvcrypk
zkdohqvrydkpqfjmdgxqpbadcfqztodynqjlcduvqtvedmlqnnsditqx
fgdebqhxudajqrpidwrqbhwdszqlalepirwszelqrgknehyrqcbedgra
upezorkmdevwruwfenmrootejuryghefcriyvebkrsqjexsrcixetarm
bmfqjsxtafmrshlofizsrdcfehsbvqfapslnefwxsvxgfonsppufkvsz
hifgdsjzwfclstrkfytsdjyfubsncngrktyubgnstimpgjatsedgfitc
wrgbqtmofgxytwyhgpotqqvglwtaijghetkaxgdmtuslgzutekzgvcto
dohsluzvchotujnqhkbutfehgjudxshcrunpghyzuxzihqpurrwhmxub
jkhifulbyhenuvtmhavuflahwdupepitmvawdipuvkorilcvugfihkve
ytidsvoqhizavyajirqvssxinyvcklijgvmczifovwunibwvgmbixevq
fqjunwbxejqvwlpsjmdwvhgjilwfzujetwprijabwzbkjsrwttyjozwd
lmjkhwndajgpwxvojcxwhncjyfwrgrkvoxcyfkrwxmqtknexwihkjmxg
avkfuxqsjkbcxaclktsxuuzkpaxemnklixoebkhqxywpkdyxiodkzgxs
hslwpydzglsxynrulofyxjilknyhbwlgvyrtklcdybdmlutyvvalqbyf
nolmjypfcliryzxqlezyjpelahytitmxqzeahmtyzosvmpgzykjmlozi
cxmhwzsulmdezcenmvuzwwbmrczgopmnkzqgdmjszayrmfazkqfmbizu
junyrafbinuzaptwnqhazlknmpajdynixatvmnefadfonwvaxxcnsdah
pqnolarhenktabzsngbalrgncjavkvozsbgcjovabquxoribamlonqbk
ezojybuwnofgbegpoxwbyydotebiqropmbsifolubcatohcbmshodkbw
lwpatchdkpwbcrvypsjcbnmporclfapkzcvxopghcfhqpyxczzepufcj
rspqnctjgpmvcdbupidcntipelcxmxqbudielqxcdswzqtkdconqpsdm
gbqladwypqhidgirqzydaafqvgdkstqrodukhqnwdecvqjedoujqfmdy
nyrcvejfmrydetxaruledporqtenhcrmbexzqrijehjsrazebbgrwhel
turspevliroxefdwrkfepvkrgnezozsdwfkgnszefuybsvmfeqpsrufo
idsncfyarsjkfiktsbafcchsxifmuvstqfwmjspyfgexslgfqwlshofa
patexglhotafgvzctwngfrqtsvgpjetodgzbstklgjlutcbgddityjgn
vwturgxnktqzghfytmhgrxmtipgbqbufyhmipubghwaduxohgsrutwhq
kfupehactulmhkmvudcheejuzkhowxuvshyolurahigzunihsynujqhc
rcvgzinjqvchixbevypihtsvuxirlgvqfibduvmnilnwvediffkvalip
xyvwtizpmvsbijhavojitzovkridsdwhajokrwdijycfwzqjiutwvyjs
mhwrgjcevwnojmoxwfejgglwbmjqyzwxujaqnwtcjkibwpkjuapwlsje
texibkplsxejkzdgxarkjvuxwzktnixshkdfwxopknpyxgfkhhmxcnkr
zaxyvkbroxudkljcxqlkvbqxmtkfufyjclqmtyfklaehybslkwvyxalu
ojytilegxypqloqzyhgliinydolsabyzwlcspyvelmkdyrmlwcrynulg
vgzkdmrnuzglmbfizctmlxwzybmvpkzujmfhyzqrmprazihmjjozepmt
bczaxmdtqzwfmnlezsnmxdszovmhwhalensovahmncgjadunmyxazcnw
qlavkngizarsnqsbajinkkpafqnucdabyneuraxgnomfatonyetapwni

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: whalens
Cipher: junyraf

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: whalens
Cipher: 25321113513334

Extended Methods:
Method #1

Plaintext: whalens
method variations:
bnfqksxgslvpxcmxqauchrcvfzhn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w h a l e n s 
2 3 1 1 5 3 3 
5 2 1 3 1 3 4 
They are then read out in rows:
23115335213134
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: whalens
Cipher: mapxbcs

Read more ...
Method #3

Plaintext: whalens
method variations:
pbaxlni baxlnip axlnipb
xlnipba lnipbax nipbaxl
ipbaxln

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: whalens

all 5040 cipher variations:
whalens whalesn whalnes whalnse whalsne whalsen whaelns whaelsn whaenls whaensl whaesnl
whaesln whanels whanesl whanles whanlse whansle whansel whasenl whaseln whasnel whasnle
whaslne whaslen whlaens whlaesn whlanes whlanse whlasne whlasen whleans whleasn whlenas
whlensa whlesna whlesan whlneas whlnesa whlnaes whlnase whlnsae whlnsea whlsena whlsean
whlsnea whlsnae whlsane whlsaen whelans whelasn whelnas whelnsa whelsna whelsan whealns
whealsn wheanls wheansl wheasnl wheasln whenals whenasl whenlas whenlsa whensla whensal
whesanl whesaln whesnal whesnla wheslna wheslan whnleas whnlesa whnlaes whnlase whnlsae
whnlsea whnelas whnelsa whneals whneasl whnesal whnesla whnaels whnaesl whnales whnalse
whnasle whnasel whnseal whnsela whnsael whnsale whnslae whnslea whslena whslean whslnea
whslnae whslane whslaen whselna whselan whsenla whsenal whseanl whsealn whsnela whsneal
whsnlea whsnlae whsnale whsnael whsaenl whsaeln whsanel whsanle whsalne whsalen wahlens
wahlesn wahlnes wahlnse wahlsne wahlsen wahelns wahelsn wahenls wahensl wahesnl wahesln
wahnels wahnesl wahnles wahnlse wahnsle wahnsel wahsenl wahseln wahsnel wahsnle wahslne
wahslen walhens walhesn walhnes walhnse walhsne walhsen walehns walehsn walenhs walensh
walesnh waleshn walnehs walnesh walnhes walnhse walnshe walnseh walsenh walsehn walsneh
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waehnls waehnsl waehsnl waehsln waenhls waenhsl waenlhs waenlsh waenslh waenshl waeshnl
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wanhsel wansehl wanselh wanshel wanshle wanslhe wansleh waslenh waslehn waslneh waslnhe
waslhne waslhen waselnh waselhn wasenlh wasenhl wasehnl wasehln wasnelh wasnehl wasnleh
wasnlhe wasnhle wasnhel washenl washeln washnel washnle washlne washlen wlahens wlahesn
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lhasenw lhasewn lhasnew lhasnwe lhaswne lhaswen lhwaens lhwaesn lhwanes lhwanse lhwasne
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lahsewn lahsnew lahsnwe lahswne lahswen lawhens lawhesn lawhnes lawhnse lawhsne lawhsen
lawehns lawehsn lawenhs lawensh lawesnh laweshn lawnehs lawnesh lawnhes lawnhse lawnshe
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lanhesw lanhwes lanhwse lanhswe lanhsew lansehw lansewh lanshew lanshwe lanswhe lansweh
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lwaensh lwaesnh lwaeshn lwanehs lwanesh lwanhes lwanhse lwanshe lwanseh lwasenh lwasehn
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lwnahes lwnahse lwnashe lwnaseh lwnseah lwnseha lwnsaeh lwnsahe lwnshae lwnshea lwshena
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lnshwea lnshwae lnshawe lnshaew lnsaehw lnsaewh lnsahew lnsahwe lnsawhe lnsaweh lsawenh
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lswehna lswehan lswneah lswneha lswnaeh lswnahe lswnhae lswnhea lswhena lswhean lswhnea
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lsnahew lsnheaw lsnhewa lsnhaew lsnhawe lsnhwae lsnhwea lshwena lshwean lshwnea lshwnae
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lshnwae lshnawe lshnaew lshaenw lshaewn lshanew lshanwe lshawne lshawen ehalwns ehalwsn
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eahnlws eahnlsw eahnslw eahnswl eahswnl eahswln eahsnwl eahsnlw eahslnw eahslwn ealhwns
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ealnwhs ealnwsh ealnhws ealnhsw ealnshw ealnswh ealswnh ealswhn ealsnwh ealsnhw ealshnw
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eawsnlh eawslnh eawslhn eanlwhs eanlwsh eanlhws eanlhsw eanlshw eanlswh eanwlhs eanwlsh
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elwashn elwnahs elwnash elwnhas elwnhsa elwnsha elwnsah elwsanh elwsahn elwsnah elwsnha
elwshna elwshan elnhwas elnhwsa elnhaws elnhasw elnhsaw elnhswa elnwhas elnwhsa elnwahs
elnwash elnwsah elnwsha elnawhs elnawsh elnahws elnahsw elnashw elnaswh elnswah elnswha
elnsawh elnsahw elnshaw elnshwa elshwna elshwan elshnwa elshnaw elshanw elshawn elswhna
elswhan elswnha elswnah elswanh elswahn elsnwha elsnwah elsnhwa elsnhaw elsnahw elsnawh
elsawnh elsawhn elsanwh elsanhw elsahnw elsahwn ewalhns ewalhsn ewalnhs ewalnsh ewalsnh
ewalshn ewahlns ewahlsn ewahnls ewahnsl ewahsnl ewahsln ewanhls ewanhsl ewanlhs ewanlsh
ewanslh ewanshl ewashnl ewashln ewasnhl ewasnlh ewaslnh ewaslhn ewlahns ewlahsn ewlanhs
ewlansh ewlasnh ewlashn ewlhans ewlhasn ewlhnas ewlhnsa ewlhsna ewlhsan ewlnhas ewlnhsa
ewlnahs ewlnash ewlnsah ewlnsha ewlshna ewlshan ewlsnha ewlsnah ewlsanh ewlsahn ewhlans
ewhlasn ewhlnas ewhlnsa ewhlsna ewhlsan ewhalns ewhalsn ewhanls ewhansl ewhasnl ewhasln
ewhnals ewhnasl ewhnlas ewhnlsa ewhnsla ewhnsal ewhsanl ewhsaln ewhsnal ewhsnla ewhslna
ewhslan ewnlhas ewnlhsa ewnlahs ewnlash ewnlsah ewnlsha ewnhlas ewnhlsa ewnhals ewnhasl
ewnhsal ewnhsla ewnahls ewnahsl ewnalhs ewnalsh ewnaslh ewnashl ewnshal ewnshla ewnsahl
ewnsalh ewnslah ewnslha ewslhna ewslhan ewslnha ewslnah ewslanh ewslahn ewshlna ewshlan
ewshnla ewshnal ewshanl ewshaln ewsnhla ewsnhal ewsnlha ewsnlah ewsnalh ewsnahl ewsahnl
ewsahln ewsanhl ewsanlh ewsalnh ewsalhn enalwhs enalwsh enalhws enalhsw enalshw enalswh
enawlhs enawlsh enawhls enawhsl enawshl enawslh enahwls enahwsl enahlws enahlsw enahslw
enahswl enaswhl enaswlh enashwl enashlw enaslhw enaslwh enlawhs enlawsh enlahws enlahsw
enlashw enlaswh enlwahs enlwash enlwhas enlwhsa enlwsha enlwsah enlhwas enlhwsa enlhaws
enlhasw enlhsaw enlhswa enlswha enlswah enlshwa enlshaw enlsahw enlsawh enwlahs enwlash
enwlhas enwlhsa enwlsha enwlsah enwalhs enwalsh enwahls enwahsl enwashl enwaslh enwhals
enwhasl enwhlas enwhlsa enwhsla enwhsal enwsahl enwsalh enwshal enwshla enwslha enwslah
enhlwas enhlwsa enhlaws enhlasw enhlsaw enhlswa enhwlas enhwlsa enhwals enhwasl enhwsal
enhwsla enhawls enhawsl enhalws enhalsw enhaslw enhaswl enhswal enhswla enhsawl enhsalw
enhslaw enhslwa enslwha enslwah enslhwa enslhaw enslahw enslawh enswlha enswlah enswhla
enswhal enswahl enswalh enshwla enshwal enshlwa enshlaw enshalw enshawl ensawhl ensawlh
ensahwl ensahlw ensalhw ensalwh esalwnh esalwhn esalnwh esalnhw esalhnw esalhwn esawlnh
esawlhn esawnlh esawnhl esawhnl esawhln esanwlh esanwhl esanlwh esanlhw esanhlw esanhwl
esahwnl esahwln esahnwl esahnlw esahlnw esahlwn eslawnh eslawhn eslanwh eslanhw eslahnw
eslahwn eslwanh eslwahn eslwnah eslwnha eslwhna eslwhan eslnwah eslnwha eslnawh eslnahw
eslnhaw eslnhwa eslhwna eslhwan eslhnwa eslhnaw eslhanw eslhawn eswlanh eswlahn eswlnah
eswlnha eswlhna eswlhan eswalnh eswalhn eswanlh eswanhl eswahnl eswahln eswnalh eswnahl
eswnlah eswnlha eswnhla eswnhal eswhanl eswhaln eswhnal eswhnla eswhlna eswhlan esnlwah
esnlwha esnlawh esnlahw esnlhaw esnlhwa esnwlah esnwlha esnwalh esnwahl esnwhal esnwhla
esnawlh esnawhl esnalwh esnalhw esnahlw esnahwl esnhwal esnhwla esnhawl esnhalw esnhlaw
esnhlwa eshlwna eshlwan eshlnwa eshlnaw eshlanw eshlawn eshwlna eshwlan eshwnla eshwnal
eshwanl eshwaln eshnwla eshnwal eshnlwa eshnlaw eshnalw eshnawl eshawnl eshawln eshanwl
eshanlw eshalnw eshalwn nhalews nhalesw nhalwes nhalwse nhalswe nhalsew nhaelws nhaelsw
nhaewls nhaewsl nhaeswl nhaeslw nhawels nhawesl nhawles nhawlse nhawsle nhawsel nhasewl
nhaselw nhaswel nhaswle nhaslwe nhaslew nhlaews nhlaesw nhlawes nhlawse nhlaswe nhlasew
nhleaws nhleasw nhlewas nhlewsa nhleswa nhlesaw nhlweas nhlwesa nhlwaes nhlwase nhlwsae
nhlwsea nhlsewa nhlseaw nhlswea nhlswae nhlsawe nhlsaew nhelaws nhelasw nhelwas nhelwsa
nhelswa nhelsaw nhealws nhealsw nheawls nheawsl nheaswl nheaslw nhewals nhewasl nhewlas
nhewlsa nhewsla nhewsal nhesawl nhesalw nheswal nheswla nheslwa nheslaw nhwleas nhwlesa
nhwlaes nhwlase nhwlsae nhwlsea nhwelas nhwelsa nhweals nhweasl nhwesal nhwesla nhwaels
nhwaesl nhwales nhwalse nhwasle nhwasel nhwseal nhwsela nhwsael nhwsale nhwslae nhwslea
nhslewa nhsleaw nhslwea nhslwae nhslawe nhslaew nhselwa nhselaw nhsewla nhsewal nhseawl
nhsealw nhswela nhsweal nhswlea nhswlae nhswale nhswael nhsaewl nhsaelw nhsawel nhsawle
nhsalwe nhsalew nahlews nahlesw nahlwes nahlwse nahlswe nahlsew nahelws nahelsw nahewls
nahewsl naheswl naheslw nahwels nahwesl nahwles nahwlse nahwsle nahwsel nahsewl nahselw
nahswel nahswle nahslwe nahslew nalhews nalhesw nalhwes nalhwse nalhswe nalhsew nalehws
nalehsw nalewhs nalewsh naleswh naleshw nalwehs nalwesh nalwhes nalwhse nalwshe nalwseh
nalsewh nalsehw nalsweh nalswhe nalshwe nalshew naelhws naelhsw naelwhs naelwsh naelswh
naelshw naehlws naehlsw naehwls naehwsl naehswl naehslw naewhls naewhsl naewlhs naewlsh
naewslh naewshl naeshwl naeshlw naeswhl naeswlh naeslwh naeslhw nawlehs nawlesh nawlhes
nawlhse nawlshe nawlseh nawelhs nawelsh nawehls nawehsl naweshl naweslh nawhels nawhesl
nawhles nawhlse nawhsle nawhsel nawsehl nawselh nawshel nawshle nawslhe nawsleh naslewh
naslehw naslweh naslwhe naslhwe naslhew naselwh naselhw nasewlh nasewhl nasehwl nasehlw
naswelh naswehl naswleh naswlhe naswhle naswhel nashewl nashelw nashwel nashwle nashlwe
nashlew nlahews nlahesw nlahwes nlahwse nlahswe nlahsew nlaehws nlaehsw nlaewhs nlaewsh
nlaeswh nlaeshw nlawehs nlawesh nlawhes nlawhse nlawshe nlawseh nlasewh nlasehw nlasweh
nlaswhe nlashwe nlashew nlhaews nlhaesw nlhawes nlhawse nlhaswe nlhasew nlheaws nlheasw
nlhewas nlhewsa nlheswa nlhesaw nlhweas nlhwesa nlhwaes nlhwase nlhwsae nlhwsea nlhsewa
nlhseaw nlhswea nlhswae nlhsawe nlhsaew nlehaws nlehasw nlehwas nlehwsa nlehswa nlehsaw
nleahws nleahsw nleawhs nleawsh nleaswh nleashw nlewahs nlewash nlewhas nlewhsa nlewsha
nlewsah nlesawh nlesahw nleswah nleswha nleshwa nleshaw nlwheas nlwhesa nlwhaes nlwhase
nlwhsae nlwhsea nlwehas nlwehsa nlweahs nlweash nlwesah nlwesha nlwaehs nlwaesh nlwahes
nlwahse nlwashe nlwaseh nlwseah nlwseha nlwsaeh nlwsahe nlwshae nlwshea nlshewa nlsheaw
nlshwea nlshwae nlshawe nlshaew nlsehwa nlsehaw nlsewha nlsewah nlseawh nlseahw nlsweha
nlsweah nlswhea nlswhae nlswahe nlswaeh nlsaewh nlsaehw nlsaweh nlsawhe nlsahwe nlsahew
nealhws nealhsw nealwhs nealwsh nealswh nealshw neahlws neahlsw neahwls neahwsl neahswl
neahslw neawhls neawhsl neawlhs neawlsh neawslh neawshl neashwl neashlw neaswhl neaswlh
neaslwh neaslhw nelahws nelahsw nelawhs nelawsh nelaswh nelashw nelhaws nelhasw nelhwas
nelhwsa nelhswa nelhsaw nelwhas nelwhsa nelwahs nelwash nelwsah nelwsha nelshwa nelshaw
nelswha nelswah nelsawh nelsahw nehlaws nehlasw nehlwas nehlwsa nehlswa nehlsaw nehalws
nehalsw nehawls nehawsl nehaswl nehaslw nehwals nehwasl nehwlas nehwlsa nehwsla nehwsal
nehsawl nehsalw nehswal nehswla nehslwa nehslaw newlhas newlhsa newlahs newlash newlsah
newlsha newhlas newhlsa newhals newhasl newhsal newhsla newahls newahsl newalhs newalsh
newaslh newashl newshal newshla newsahl newsalh newslah newslha neslhwa neslhaw neslwha
neslwah neslawh neslahw neshlwa neshlaw neshwla neshwal neshawl neshalw neswhla neswhal
neswlha neswlah neswalh neswahl nesahwl nesahlw nesawhl nesawlh nesalwh nesalhw nwalehs
nwalesh nwalhes nwalhse nwalshe nwalseh nwaelhs nwaelsh nwaehls nwaehsl nwaeshl nwaeslh
nwahels nwahesl nwahles nwahlse nwahsle nwahsel nwasehl nwaselh nwashel nwashle nwaslhe
nwasleh nwlaehs nwlaesh nwlahes nwlahse nwlashe nwlaseh nwleahs nwleash nwlehas nwlehsa
nwlesha nwlesah nwlheas nwlhesa nwlhaes nwlhase nwlhsae nwlhsea nwlseha nwlseah nwlshea
nwlshae nwlsahe nwlsaeh nwelahs nwelash nwelhas nwelhsa nwelsha nwelsah nwealhs nwealsh
nweahls nweahsl nweashl nweaslh nwehals nwehasl nwehlas nwehlsa nwehsla nwehsal nwesahl
nwesalh nweshal nweshla nweslha nweslah nwhleas nwhlesa nwhlaes nwhlase nwhlsae nwhlsea
nwhelas nwhelsa nwheals nwheasl nwhesal nwhesla nwhaels nwhaesl nwhales nwhalse nwhasle
nwhasel nwhseal nwhsela nwhsael nwhsale nwhslae nwhslea nwsleha nwsleah nwslhea nwslhae
nwslahe nwslaeh nwselha nwselah nwsehla nwsehal nwseahl nwsealh nwshela nwsheal nwshlea
nwshlae nwshale nwshael nwsaehl nwsaelh nwsahel nwsahle nwsalhe nwsaleh nsalewh nsalehw
nsalweh nsalwhe nsalhwe nsalhew nsaelwh nsaelhw nsaewlh nsaewhl nsaehwl nsaehlw nsawelh
nsawehl nsawleh nsawlhe nsawhle nsawhel nsahewl nsahelw nsahwel nsahwle nsahlwe nsahlew
nslaewh nslaehw nslaweh nslawhe nslahwe nslahew nsleawh nsleahw nslewah nslewha nslehwa
nslehaw nslweah nslweha nslwaeh nslwahe nslwhae nslwhea nslhewa nslheaw nslhwea nslhwae
nslhawe nslhaew nselawh nselahw nselwah nselwha nselhwa nselhaw nsealwh nsealhw nseawlh
nseawhl nseahwl nseahlw nsewalh nsewahl nsewlah nsewlha nsewhla nsewhal nsehawl nsehalw
nsehwal nsehwla nsehlwa nsehlaw nswleah nswleha nswlaeh nswlahe nswlhae nswlhea nswelah
nswelha nswealh nsweahl nswehal nswehla nswaelh nswaehl nswaleh nswalhe nswahle nswahel
nswheal nswhela nswhael nswhale nswhlae nswhlea nshlewa nshleaw nshlwea nshlwae nshlawe
nshlaew nshelwa nshelaw nshewla nshewal nsheawl nshealw nshwela nshweal nshwlea nshwlae
nshwale nshwael nshaewl nshaelw nshawel nshawle nshalwe nshalew shalenw shalewn shalnew
shalnwe shalwne shalwen shaelnw shaelwn shaenlw shaenwl shaewnl shaewln shanelw shanewl
shanlew shanlwe shanwle shanwel shawenl shaweln shawnel shawnle shawlne shawlen shlaenw
shlaewn shlanew shlanwe shlawne shlawen shleanw shleawn shlenaw shlenwa shlewna shlewan
shlneaw shlnewa shlnaew shlnawe shlnwae shlnwea shlwena shlwean shlwnea shlwnae shlwane
shlwaen shelanw shelawn shelnaw shelnwa shelwna shelwan shealnw shealwn sheanlw sheanwl
sheawnl sheawln shenalw shenawl shenlaw shenlwa shenwla shenwal shewanl shewaln shewnal
shewnla shewlna shewlan shnleaw shnlewa shnlaew shnlawe shnlwae shnlwea shnelaw shnelwa
shnealw shneawl shnewal shnewla shnaelw shnaewl shnalew shnalwe shnawle shnawel shnweal
shnwela shnwael shnwale shnwlae shnwlea shwlena shwlean shwlnea shwlnae shwlane shwlaen
shwelna shwelan shwenla shwenal shweanl shwealn shwnela shwneal shwnlea shwnlae shwnale
shwnael shwaenl shwaeln shwanel shwanle shwalne shwalen sahlenw sahlewn sahlnew sahlnwe
sahlwne sahlwen sahelnw sahelwn sahenlw sahenwl sahewnl sahewln sahnelw sahnewl sahnlew
sahnlwe sahnwle sahnwel sahwenl sahweln sahwnel sahwnle sahwlne sahwlen salhenw salhewn
salhnew salhnwe salhwne salhwen salehnw salehwn salenhw salenwh salewnh salewhn salnehw
salnewh salnhew salnhwe salnwhe salnweh salwenh salwehn salwneh salwnhe salwhne salwhen
saelhnw saelhwn saelnhw saelnwh saelwnh saelwhn saehlnw saehlwn saehnlw saehnwl saehwnl
saehwln saenhlw saenhwl saenlhw saenlwh saenwlh saenwhl saewhnl saewhln saewnhl saewnlh
saewlnh saewlhn sanlehw sanlewh sanlhew sanlhwe sanlwhe sanlweh sanelhw sanelwh sanehlw
sanehwl sanewhl sanewlh sanhelw sanhewl sanhlew sanhlwe sanhwle sanhwel sanwehl sanwelh
sanwhel sanwhle sanwlhe sanwleh sawlenh sawlehn sawlneh sawlnhe sawlhne sawlhen sawelnh
sawelhn sawenlh sawenhl sawehnl sawehln sawnelh sawnehl sawnleh sawnlhe sawnhle sawnhel
sawhenl sawheln sawhnel sawhnle sawhlne sawhlen slahenw slahewn slahnew slahnwe slahwne
slahwen slaehnw slaehwn slaenhw slaenwh slaewnh slaewhn slanehw slanewh slanhew slanhwe
slanwhe slanweh slawenh slawehn slawneh slawnhe slawhne slawhen slhaenw slhaewn slhanew
slhanwe slhawne slhawen slheanw slheawn slhenaw slhenwa slhewna slhewan slhneaw slhnewa
slhnaew slhnawe slhnwae slhnwea slhwena slhwean slhwnea slhwnae slhwane slhwaen slehanw
slehawn slehnaw slehnwa slehwna slehwan sleahnw sleahwn sleanhw sleanwh sleawnh sleawhn
slenahw slenawh slenhaw slenhwa slenwha slenwah slewanh slewahn slewnah slewnha slewhna
slewhan slnheaw slnhewa slnhaew slnhawe slnhwae slnhwea slnehaw slnehwa slneahw slneawh
slnewah slnewha slnaehw slnaewh slnahew slnahwe slnawhe slnaweh slnweah slnweha slnwaeh
slnwahe slnwhae slnwhea slwhena slwhean slwhnea slwhnae slwhane slwhaen slwehna slwehan
slwenha slwenah slweanh slweahn slwneha slwneah slwnhea slwnhae slwnahe slwnaeh slwaenh
slwaehn slwaneh slwanhe slwahne slwahen sealhnw sealhwn sealnhw sealnwh sealwnh sealwhn
seahlnw seahlwn seahnlw seahnwl seahwnl seahwln seanhlw seanhwl seanlhw seanlwh seanwlh
seanwhl seawhnl seawhln seawnhl seawnlh seawlnh seawlhn selahnw selahwn selanhw selanwh
selawnh selawhn selhanw selhawn selhnaw selhnwa selhwna selhwan selnhaw selnhwa selnahw
selnawh selnwah selnwha selwhna selwhan selwnha selwnah selwanh selwahn sehlanw sehlawn
sehlnaw sehlnwa sehlwna sehlwan sehalnw sehalwn sehanlw sehanwl sehawnl sehawln sehnalw
sehnawl sehnlaw sehnlwa sehnwla sehnwal sehwanl sehwaln sehwnal sehwnla sehwlna sehwlan
senlhaw senlhwa senlahw senlawh senlwah senlwha senhlaw senhlwa senhalw senhawl senhwal
senhwla senahlw senahwl senalhw senalwh senawlh senawhl senwhal senwhla senwahl senwalh
senwlah senwlha sewlhna sewlhan sewlnha sewlnah sewlanh sewlahn sewhlna sewhlan sewhnla
sewhnal sewhanl sewhaln sewnhla sewnhal sewnlha sewnlah sewnalh sewnahl sewahnl sewahln
sewanhl sewanlh sewalnh sewalhn snalehw snalewh snalhew snalhwe snalwhe snalweh snaelhw
snaelwh snaehlw snaehwl snaewhl snaewlh snahelw snahewl snahlew snahlwe snahwle snahwel
snawehl snawelh snawhel snawhle snawlhe snawleh snlaehw snlaewh snlahew snlahwe snlawhe
snlaweh snleahw snleawh snlehaw snlehwa snlewha snlewah snlheaw snlhewa snlhaew snlhawe
snlhwae snlhwea snlweha snlweah snlwhea snlwhae snlwahe snlwaeh snelahw snelawh snelhaw
snelhwa snelwha snelwah snealhw snealwh sneahlw sneahwl sneawhl sneawlh snehalw snehawl
snehlaw snehlwa snehwla snehwal snewahl snewalh snewhal snewhla snewlha snewlah snhleaw
snhlewa snhlaew snhlawe snhlwae snhlwea snhelaw snhelwa snhealw snheawl snhewal snhewla
snhaelw snhaewl snhalew snhalwe snhawle snhawel snhweal snhwela snhwael snhwale snhwlae
snhwlea snwleha snwleah snwlhea snwlhae snwlahe snwlaeh snwelha snwelah snwehla snwehal
snweahl snwealh snwhela snwheal snwhlea snwhlae snwhale snwhael snwaehl snwaelh snwahel
snwahle snwalhe snwaleh swalenh swalehn swalneh swalnhe swalhne swalhen swaelnh swaelhn
swaenlh swaenhl swaehnl swaehln swanelh swanehl swanleh swanlhe swanhle swanhel swahenl
swaheln swahnel swahnle swahlne swahlen swlaenh swlaehn swlaneh swlanhe swlahne swlahen
swleanh swleahn swlenah swlenha swlehna swlehan swlneah swlneha swlnaeh swlnahe swlnhae
swlnhea swlhena swlhean swlhnea swlhnae swlhane swlhaen swelanh swelahn swelnah swelnha
swelhna swelhan swealnh swealhn sweanlh sweanhl sweahnl sweahln swenalh swenahl swenlah
swenlha swenhla swenhal swehanl swehaln swehnal swehnla swehlna swehlan swnleah swnleha
swnlaeh swnlahe swnlhae swnlhea swnelah swnelha swnealh swneahl swnehal swnehla swnaelh
swnaehl swnaleh swnalhe swnahle swnahel swnheal swnhela swnhael swnhale swnhlae swnhlea
swhlena swhlean swhlnea swhlnae swhlane swhlaen swhelna swhelan swhenla swhenal swheanl
swhealn swhnela swhneal swhnlea swhnlae swhnale swhnael swhaenl swhaeln swhanel swhanle
swhalne swhalen

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History of cryptography
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