easy ciphers

Easy Ciphers Tools:
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popular ciphers:

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normandybeach

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comiti

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eriperim

odontomous

impendebat

peiusque

askew

loges

magistrumque


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: divinae
cipher variations:
ejwjobf fkxkpcg glylqdh hmzmrei inansfj
jobotgk kpcpuhl lqdqvim mrerwjn nsfsxko
otgtylp puhuzmq qvivanr rwjwbos sxkxcpt
tylydqu uzmzerv vanafsw wbobgtx xcpchuy
ydqdivz zerejwa afsfkxb bgtglyc chuhmzd

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: divinae
Cipher: wrermzv

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: divinae
Cipher: AAABB ABAAA BBBAB ABAAA ABBAA AAAAA AABAA

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: divinae
cipher variations:
ejwjobfkzmzobnqpcpobvwfsfobdcvivoblilylobturerobjahuhobr
gxkxobzmnanobhsdqdobpytgtobxfkxkpcglanapcorqdqpcwxgtgpce
dwjwpcmjmzmpcuvsfspckbivipcshylypcanobopciterepcqzuhupcy
glylqdhmbobqdpsrerqdxyhuhqdfexkxqdnknanqdvwtgtqdlcjwjqdt
izmzqdbopcpqdjufsfqdravivqdzhmzmreincpcreqtsfsreyzivireg
fylyreoloborewxuhuremdkxkreujanarecpqdqrekvgtgresbwjwrea
inansfjodqdsfrutgtsfzajwjsfhgzmzsfpmpcpsfxyvivsfnelylsfv
kbobsfdqrersflwhuhsftcxkxsfbjobotgkperetgsvuhutgabkxktgi
hanatgqnqdqtgyzwjwtgofmzmtgwlcpctgersfstgmxivitgudylytgc
kpcpuhlqfsfuhtwvivuhbclyluhjibobuhroreruhzaxkxuhpgnanuhx
mdqduhfstgtuhnyjwjuhvezmzuhdlqdqvimrgtgviuxwjwvicdmzmvik
jcpcvispsfsviabylyviqhoboviynerevigtuhuviozkxkviwfanavie
mrerwjnshuhwjvyxkxwjdenanwjlkdqdwjtqtgtwjbczmzwjripcpwjz
ofsfwjhuvivwjpalylwjxgbobwjfnsfsxkotivixkwzylyxkefoboxkm
lerexkuruhuxkcdanaxksjqdqxkapgtgxkivwjwxkqbmzmxkyhcpcxkg
otgtylpujwjylxazmzylfgpcpylnmfsfylvsvivyldebobyltkrerylb
qhuhyljwxkxylrcnanylzidqdylhpuhuzmqvkxkzmybanazmghqdqzmo
ngtgzmwtwjwzmefcpczmulsfszmcrivizmkxylyzmsdobozmajerezmi
qvivanrwlylanzcbobanhireranpohuhanxuxkxanfgdqdanvmtgtand
sjwjanlyzmzantepcpanbkfsfanjrwjwbosxmzmboadcpcboijsfsboq
piviboyvylybogherebownuhuboetkxkbomzanaboufqdqboclgtgbok
sxkxcptynancpbedqdcpjktgtcprqjwjcpzwzmzcphifsfcpxovivcpf
ulylcpnabobcpvgrercpdmhuhcpltylydquzobodqcferedqkluhudqs
rkxkdqaxanadqijgtgdqypwjwdqgvmzmdqobcpcdqwhsfsdqenividqm
uzmzervapcperdgfsferlmvivertslylerbyboberjkhuherzqxkxerh
wnanerpcdqderxitgterfojwjernvanafswbqdqfsehgtgfsmnwjwfsu
tmzmfsczcpcfsklivifsarylyfsixobofsqderefsyjuhufsgpkxkfso
wbobgtxcrergtfihuhgtnoxkxgtvunangtdadqdgtlmjwjgtbszmzgtj
ypcpgtrefsfgtzkvivgthqlylgtpxcpchuydsfshugjivihuopylyhuw
vobohueberehumnkxkhuctanahukzqdqhusfgtghualwjwhuirmzmhuq
ydqdivzetgtivhkjwjivpqzmzivxwpcpivfcfsfivnolylivdubobivl
arerivtghuhivbmxkxivjsnanivrzerejwafuhujwilkxkjwqranajwy
xqdqjwgdgtgjwopmzmjwevcpcjwmbsfsjwuhivijwcnylyjwktobojws
afsfkxbgvivkxjmlylkxrsbobkxzyrerkxhehuhkxpqnankxfwdqdkxn
ctgtkxvijwjkxdozmzkxlupcpkxtbgtglychwjwlyknmzmlystcpclya
zsfslyifivilyqrobolygxerelyoduhulywjkxklyepanalymvqdqlyu
chuhmzdixkxmzlonanmztudqdmzbatgtmzjgjwjmzrspcpmzhyfsfmzp
evivmzxklylmzfqbobmznwrermzvdivinaejylynampobonauverenac
buhunakhkxknastqdqnaizgtgnaqfwjwnaylmzmnagrcpcnaoxsfsnaw

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: divinae
Cipher: qvivanr

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: divinae
Cipher: 41421542331151

Extended Methods:
Method #1

Plaintext: divinae
method variations:
ioaosfkotftxlptylycquydqdhvz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d i v i n a e 
4 4 1 4 3 1 5 
1 2 5 2 3 1 1 
They are then read out in rows:
44143151252311
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: divinae
Cipher: tqcewma

Read more ...
Method #3

Plaintext: divinae
method variations:
qbumcvq bumcvqq umcvqqb
mcvqqbu cvqqbum vqqbumc
qqbumcv

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: divinae

all 5040 cipher variations:
divinae divinea diviane diviaen diviean diviena divniae divniea divnaie divnaei divneai
divneia divanie divanei divaine divaien divaein divaeni divenai divenia diveani diveain
diveian diveina diivnae diivnea diivane diivaen diivean diivena diinvae diinvea diinave
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diieanv diieavn diievan diievna dinivae dinivea diniave diniaev dinieav dinieva dinviae
dinviea dinvaie dinvaei dinveai dinveia dinavie dinavei dinaive dinaiev dinaeiv dinaevi
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ieidanv ieidavn ieidvan ieidvna ienivad ienivda ieniavd ieniadv ienidav ienidva ienviad
ienvida ienvaid ienvadi ienvdai ienvdia ienavid ienavdi ienaivd ienaidv ienadiv ienadvi
iendvai iendvia iendavi iendaiv iendiav iendiva ieainvd ieaindv ieaivnd ieaivdn ieaidvn
ieaidnv ieanivd ieanidv ieanvid ieanvdi ieandvi ieandiv ieavnid ieavndi ieavind ieavidn
ieavdin ieavdni ieadnvi ieadniv ieadvni ieadvin ieadivn ieadinv iedinav iedinva iedianv
iediavn iedivan iedivna iedniav iedniva iednaiv iednavi iednvai iednvia iedaniv iedanvi
iedainv iedaivn iedavin iedavni iedvnai iedvnia iedvani iedvain iedvian iedvina vidinae
vidinea vidiane vidiaen vidiean vidiena vidniae vidniea vidnaie vidnaei vidneai vidneia
vidanie vidanei vidaine vidaien vidaein vidaeni videnai videnia videani videain videian
videina viidnae viidnea viidane viidaen viidean viidena viindae viindea viinade viinaed
viinead viineda viiande viianed viiadne viiaden viiaedn viiaend viienad viienda viieand
viieadn viiedan viiedna vinidae vinidea viniade viniaed viniead vinieda vindiae vindiea
vindaie vindaei vindeai vindeia vinadie vinadei vinaide vinaied vinaeid vinaedi vinedai
vinedia vineadi vineaid vineiad vineida viainde viained viaidne viaiden viaiedn viaiend
vianide vianied viandie viandei vianedi vianeid viadnie viadnei viadine viadien viadein
viadeni viaendi viaenid viaedni viaedin viaeidn viaeind vieinad vieinda vieiand vieiadn
vieidan vieidna vieniad vienida vienaid vienadi viendai viendia vieanid vieandi vieaind
vieaidn vieadin vieadni viednai viednia viedani viedain viedian viedina vdiinae vdiinea
vdiiane vdiiaen vdiiean vdiiena vdiniae vdiniea vdinaie vdinaei vdineai vdineia vdianie
vdianei vdiaine vdiaien vdiaein vdiaeni vdienai vdienia vdieani vdieain vdieian vdieina
vdiinae vdiinea vdiiane vdiiaen vdiiean vdiiena vdiniae vdiniea vdinaie vdinaei vdineai
vdineia vdianie vdianei vdiaine vdiaien vdiaein vdiaeni vdienai vdienia vdieani vdieain
vdieian vdieina vdniiae vdniiea vdniaie vdniaei vdnieai vdnieia vdniiae vdniiea vdniaie
vdniaei vdnieai vdnieia vdnaiie vdnaiei vdnaiie vdnaiei vdnaeii vdnaeii vdneiai vdneiia
vdneaii vdneaii vdneiai vdneiia vdainie vdainei vdaiine vdaiien vdaiein vdaieni vdaniie
vdaniei vdaniie vdaniei vdaneii vdaneii vdainie vdainei vdaiine vdaiien vdaiein vdaieni
vdaenii vdaenii vdaeini vdaeiin vdaeiin vdaeini vdeinai vdeinia vdeiani vdeiain vdeiian
vdeiina vdeniai vdeniia vdenaii vdenaii vdeniai vdeniia vdeanii vdeanii vdeaini vdeaiin
vdeaiin vdeaini vdeinai vdeinia vdeiani vdeiain vdeiian vdeiina vidinae vidinea vidiane
vidiaen vidiean vidiena vidniae vidniea vidnaie vidnaei vidneai vidneia vidanie vidanei
vidaine vidaien vidaein vidaeni videnai videnia videani videain videian videina viidnae
viidnea viidane viidaen viidean viidena viindae viindea viinade viinaed viinead viineda
viiande viianed viiadne viiaden viiaedn viiaend viienad viienda viieand viieadn viiedan
viiedna vinidae vinidea viniade viniaed viniead vinieda vindiae vindiea vindaie vindaei
vindeai vindeia vinadie vinadei vinaide vinaied vinaeid vinaedi vinedai vinedia vineadi
vineaid vineiad vineida viainde viained viaidne viaiden viaiedn viaiend vianide vianied
viandie viandei vianedi vianeid viadnie viadnei viadine viadien viadein viadeni viaendi
viaenid viaedni viaedin viaeidn viaeind vieinad vieinda vieiand vieiadn vieidan vieidna
vieniad vienida vienaid vienadi viendai viendia vieanid vieandi vieaind vieaidn vieadin
vieadni viednai viednia viedani viedain viedian viedina vndiiae vndiiea vndiaie vndiaei
vndieai vndieia vndiiae vndiiea vndiaie vndiaei vndieai vndieia vndaiie vndaiei vndaiie
vndaiei vndaeii vndaeii vndeiai vndeiia vndeaii vndeaii vndeiai vndeiia vnidiae vnidiea
vnidaie vnidaei vnideai vnideia vniidae vniidea vniiade vniiaed vniiead vniieda vniaide
vniaied vniadie vniadei vniaedi vniaeid vnieiad vnieida vnieaid vnieadi vniedai vniedia
vniidae vniidea vniiade vniiaed vniiead vniieda vnidiae vnidiea vnidaie vnidaei vnideai
vnideia vniadie vniadei vniaide vniaied vniaeid vniaedi vniedai vniedia vnieadi vnieaid
vnieiad vnieida vnaiide vnaiied vnaidie vnaidei vnaiedi vnaieid vnaiide vnaiied vnaidie
vnaidei vnaiedi vnaieid vnadiie vnadiei vnadiie vnadiei vnadeii vnadeii vnaeidi vnaeiid
vnaedii vnaedii vnaeidi vnaeiid vneiiad vneiida vneiaid vneiadi vneidai vneidia vneiiad
vneiida vneiaid vneiadi vneidai vneidia vneaiid vneaidi vneaiid vneaidi vneadii vneadii
vnediai vnediia vnedaii vnedaii vnediai vnediia vadinie vadinei vadiine vadiien vadiein
vadieni vadniie vadniei vadniie vadniei vadneii vadneii vadinie vadinei vadiine vadiien
vadiein vadieni vadenii vadenii vadeini vadeiin vadeiin vadeini vaidnie vaidnei vaidine
vaidien vaidein vaideni vaindie vaindei vainide vainied vaineid vainedi vaiinde vaiined
vaiidne vaiiden vaiiedn vaiiend vaienid vaiendi vaieind vaieidn vaiedin vaiedni vanidie
vanidei vaniide vaniied vanieid vaniedi vandiie vandiei vandiie vandiei vandeii vandeii
vanidie vanidei vaniide vaniied vanieid vaniedi vanedii vanedii vaneidi vaneiid vaneiid
vaneidi vaiinde vaiined vaiidne vaiiden vaiiedn vaiiend vainide vainied vaindie vaindei
vainedi vaineid vaidnie vaidnei vaidine vaidien vaidein vaideni vaiendi vaienid vaiedni
vaiedin vaieidn vaieind vaeinid vaeindi vaeiind vaeiidn vaeidin vaeidni vaeniid vaenidi
vaeniid vaenidi vaendii vaendii vaeinid vaeindi vaeiind vaeiidn vaeidin vaeidni vaednii
vaednii vaedini vaediin vaediin vaedini vedinai vedinia vediani vediain vediian vediina
vedniai vedniia vednaii vednaii vedniai vedniia vedanii vedanii vedaini vedaiin vedaiin
vedaini vedinai vedinia vediani vediain vediian vediina veidnai veidnia veidani veidain
veidian veidina veindai veindia veinadi veinaid veiniad veinida veiandi veianid veiadni
veiadin veiaidn veiaind veiinad veiinda veiiand veiiadn veiidan veiidna venidai venidia
veniadi veniaid veniiad veniida vendiai vendiia vendaii vendaii vendiai vendiia venadii
venadii venaidi venaiid venaiid venaidi venidai venidia veniadi veniaid veniiad veniida
veaindi veainid veaidni veaidin veaiidn veaiind veanidi veaniid veandii veandii veanidi
veaniid veadnii veadnii veadini veadiin veadiin veadini veaindi veainid veaidni veaidin
veaiidn veaiind veiinad veiinda veiiand veiiadn veiidan veiidna veiniad veinida veinaid
veinadi veindai veindia veianid veiandi veiaind veiaidn veiadin veiadni veidnai veidnia
veidani veidain veidian veidina iivdnae iivdnea iivdane iivdaen iivdean iivdena iivndae
iivndea iivnade iivnaed iivnead iivneda iivande iivaned iivadne iivaden iivaedn iivaend
iivenad iivenda iiveand iiveadn iivedan iivedna iidvnae iidvnea iidvane iidvaen iidvean
iidvena iidnvae iidnvea iidnave iidnaev iidneav iidneva iidanve iidanev iidavne iidaven
iidaevn iidaenv iidenav iidenva iideanv iideavn iidevan iidevna iindvae iindvea iindave
iindaev iindeav iindeva iinvdae iinvdea iinvade iinvaed iinvead iinveda iinavde iinaved
iinadve iinadev iinaedv iinaevd iinevad iinevda iineavd iineadv iinedav iinedva iiadnve
iiadnev iiadvne iiadven iiadevn iiadenv iiandve iiandev iianvde iianved iianevd iianedv
iiavnde iiavned iiavdne iiavden iiavedn iiavend iiaenvd iiaendv iiaevnd iiaevdn iiaedvn
iiaednv iiednav iiednva iiedanv iiedavn iiedvan iiedvna iiendav iiendva iienadv iienavd
iienvad iienvda iieandv iieanvd iieadnv iieadvn iieavdn iieavnd iievnad iievnda iievand
iievadn iievdan iievdna ividnae ividnea ividane ividaen ividean ividena ivindae ivindea
ivinade ivinaed ivinead ivineda iviande ivianed iviadne iviaden iviaedn iviaend ivienad
ivienda ivieand ivieadn iviedan iviedna ivdinae ivdinea ivdiane ivdiaen ivdiean ivdiena
ivdniae ivdniea ivdnaie ivdnaei ivdneai ivdneia ivdanie ivdanei ivdaine ivdaien ivdaein
ivdaeni ivdenai ivdenia ivdeani ivdeain ivdeian ivdeina ivndiae ivndiea ivndaie ivndaei
ivndeai ivndeia ivnidae ivnidea ivniade ivniaed ivniead ivnieda ivnaide ivnaied ivnadie
ivnadei ivnaedi ivnaeid ivneiad ivneida ivneaid ivneadi ivnedai ivnedia ivadnie ivadnei
ivadine ivadien ivadein ivadeni ivandie ivandei ivanide ivanied ivaneid ivanedi ivainde
ivained ivaidne ivaiden ivaiedn ivaiend ivaenid ivaendi ivaeind ivaeidn ivaedin ivaedni
ivednai ivednia ivedani ivedain ivedian ivedina ivendai ivendia ivenadi ivenaid iveniad
ivenida iveandi iveanid iveadni iveadin iveaidn iveaind iveinad iveinda iveiand iveiadn
iveidan iveidna idvinae idvinea idviane idviaen idviean idviena idvniae idvniea idvnaie
idvnaei idvneai idvneia idvanie idvanei idvaine idvaien idvaein idvaeni idvenai idvenia
idveani idveain idveian idveina idivnae idivnea idivane idivaen idivean idivena idinvae
idinvea idinave idinaev idineav idineva idianve idianev idiavne idiaven idiaevn idiaenv
idienav idienva idieanv idieavn idievan idievna idnivae idnivea idniave idniaev idnieav
idnieva idnviae idnviea idnvaie idnvaei idnveai idnveia idnavie idnavei idnaive idnaiev
idnaeiv idnaevi idnevai idnevia idneavi idneaiv idneiav idneiva idainve idainev idaivne
idaiven idaievn idaienv idanive idaniev idanvie idanvei idanevi idaneiv idavnie idavnei
idavine idavien idavein idaveni idaenvi idaeniv idaevni idaevin idaeivn idaeinv ideinav
ideinva ideianv ideiavn ideivan ideivna ideniav ideniva idenaiv idenavi idenvai idenvia
ideaniv ideanvi ideainv ideaivn ideavin ideavni idevnai idevnia idevani idevain idevian
idevina invdiae invdiea invdaie invdaei invdeai invdeia invidae invidea inviade inviaed
inviead invieda invaide invaied invadie invadei invaedi invaeid inveiad inveida inveaid
inveadi invedai invedia indviae indviea indvaie indvaei indveai indveia indivae indivea
indiave indiaev indieav indieva indaive indaiev indavie indavei indaevi indaeiv indeiav
indeiva indeaiv indeavi indevai indevia inidvae inidvea inidave inidaev inideav inideva
inivdae inivdea inivade inivaed inivead iniveda iniavde iniaved iniadve iniadev iniaedv
iniaevd inievad inievda inieavd inieadv iniedav iniedva inadive inadiev inadvie inadvei
inadevi inadeiv inaidve inaidev inaivde inaived inaievd inaiedv inavide inavied inavdie
inavdei inavedi inaveid inaeivd inaeidv inaevid inaevdi inaedvi inaediv inediav inediva
inedaiv inedavi inedvai inedvia ineidav ineidva ineiadv ineiavd ineivad ineivda ineaidv
ineaivd ineadiv ineadvi ineavdi ineavid ineviad inevida inevaid inevadi inevdai inevdia
iavdnie iavdnei iavdine iavdien iavdein iavdeni iavndie iavndei iavnide iavnied iavneid
iavnedi iavinde iavined iavidne iaviden iaviedn iaviend iavenid iavendi iaveind iaveidn
iavedin iavedni iadvnie iadvnei iadvine iadvien iadvein iadveni iadnvie iadnvei iadnive
iadniev iadneiv iadnevi iadinve iadinev iadivne iadiven iadievn iadienv iadeniv iadenvi
iadeinv iadeivn iadevin iadevni iandvie iandvei iandive iandiev iandeiv iandevi ianvdie
ianvdei ianvide ianvied ianveid ianvedi ianivde ianived ianidve ianidev ianiedv ianievd
ianevid ianevdi ianeivd ianeidv ianediv ianedvi iaidnve iaidnev iaidvne iaidven iaidevn
iaidenv iaindve iaindev iainvde iainved iainevd iainedv iaivnde iaivned iaivdne iaivden
iaivedn iaivend iaienvd iaiendv iaievnd iaievdn iaiedvn iaiednv iaedniv iaednvi iaedinv
iaedivn iaedvin iaedvni iaendiv iaendvi iaenidv iaenivd iaenvid iaenvdi iaeindv iaeinvd
iaeidnv iaeidvn iaeivdn iaeivnd iaevnid iaevndi iaevind iaevidn iaevdin iaevdni ievdnai
ievdnia ievdani ievdain ievdian ievdina ievndai ievndia ievnadi ievnaid ievniad ievnida
ievandi ievanid ievadni ievadin ievaidn ievaind ievinad ievinda ieviand ieviadn ievidan
ievidna iedvnai iedvnia iedvani iedvain iedvian iedvina iednvai iednvia iednavi iednaiv
iedniav iedniva iedanvi iedaniv iedavni iedavin iedaivn iedainv iedinav iedinva iedianv
iediavn iedivan iedivna iendvai iendvia iendavi iendaiv iendiav iendiva ienvdai ienvdia
ienvadi ienvaid ienviad ienvida ienavdi ienavid ienadvi ienadiv ienaidv ienaivd ienivad
ienivda ieniavd ieniadv ienidav ienidva ieadnvi ieadniv ieadvni ieadvin ieadivn ieadinv
ieandvi ieandiv ieanvdi ieanvid ieanivd ieanidv ieavndi ieavnid ieavdni ieavdin ieavidn
ieavind ieainvd ieaindv ieaivnd ieaivdn ieaidvn ieaidnv ieidnav ieidnva ieidanv ieidavn
ieidvan ieidvna ieindav ieindva ieinadv ieinavd ieinvad ieinvda ieiandv ieianvd ieiadnv
ieiadvn ieiavdn ieiavnd ieivnad ieivnda ieivand ieivadn ieivdan ieivdna nividae nividea
niviade niviaed niviead nivieda nivdiae nivdiea nivdaie nivdaei nivdeai nivdeia nivadie
nivadei nivaide nivaied nivaeid nivaedi nivedai nivedia niveadi niveaid niveiad niveida
niivdae niivdea niivade niivaed niivead niiveda niidvae niidvea niidave niidaev niideav
niideva niiadve niiadev niiavde niiaved niiaevd niiaedv niiedav niiedva niieadv niieavd
niievad niievda nidivae nidivea nidiave nidiaev nidieav nidieva nidviae nidviea nidvaie
nidvaei nidveai nidveia nidavie nidavei nidaive nidaiev nidaeiv nidaevi nidevai nidevia
nideavi nideaiv nideiav nideiva niaidve niaidev niaivde niaived niaievd niaiedv niadive
niadiev niadvie niadvei niadevi niadeiv niavdie niavdei niavide niavied niaveid niavedi
niaedvi niaediv niaevdi niaevid niaeivd niaeidv nieidav nieidva nieiadv nieiavd nieivad
nieivda niediav niediva niedaiv niedavi niedvai niedvia nieadiv nieadvi nieaidv nieaivd
nieavid nieavdi nievdai nievdia nievadi nievaid nieviad nievida nviidae nviidea nviiade
nviiaed nviiead nviieda nvidiae nvidiea nvidaie nvidaei nvideai nvideia nviadie nviadei
nviaide nviaied nviaeid nviaedi nviedai nviedia nvieadi nvieaid nvieiad nvieida nviidae
nviidea nviiade nviiaed nviiead nviieda nvidiae nvidiea nvidaie nvidaei nvideai nvideia
nviadie nviadei nviaide nviaied nviaeid nviaedi nviedai nviedia nvieadi nvieaid nvieiad
nvieida nvdiiae nvdiiea nvdiaie nvdiaei nvdieai nvdieia nvdiiae nvdiiea nvdiaie nvdiaei
nvdieai nvdieia nvdaiie nvdaiei nvdaiie nvdaiei nvdaeii nvdaeii nvdeiai nvdeiia nvdeaii
nvdeaii nvdeiai nvdeiia nvaidie nvaidei nvaiide nvaiied nvaieid nvaiedi nvadiie nvadiei
nvadiie nvadiei nvadeii nvadeii nvaidie nvaidei nvaiide nvaiied nvaieid nvaiedi nvaedii
nvaedii nvaeidi nvaeiid nvaeiid nvaeidi nveidai nveidia nveiadi nveiaid nveiiad nveiida
nvediai nvediia nvedaii nvedaii nvediai nvediia nveadii nveadii nveaidi nveaiid nveaiid
nveaidi nveidai nveidia nveiadi nveiaid nveiiad nveiida nividae nividea niviade niviaed
niviead nivieda nivdiae nivdiea nivdaie nivdaei nivdeai nivdeia nivadie nivadei nivaide
nivaied nivaeid nivaedi nivedai nivedia niveadi niveaid niveiad niveida niivdae niivdea
niivade niivaed niivead niiveda niidvae niidvea niidave niidaev niideav niideva niiadve
niiadev niiavde niiaved niiaevd niiaedv niiedav niiedva niieadv niieavd niievad niievda
nidivae nidivea nidiave nidiaev nidieav nidieva nidviae nidviea nidvaie nidvaei nidveai
nidveia nidavie nidavei nidaive nidaiev nidaeiv nidaevi nidevai nidevia nideavi nideaiv
nideiav nideiva niaidve niaidev niaivde niaived niaievd niaiedv niadive niadiev niadvie
niadvei niadevi niadeiv niavdie niavdei niavide niavied niaveid niavedi niaedvi niaediv
niaevdi niaevid niaeivd niaeidv nieidav nieidva nieiadv nieiavd nieivad nieivda niediav
niediva niedaiv niedavi niedvai niedvia nieadiv nieadvi nieaidv nieaivd nieavid nieavdi
nievdai nievdia nievadi nievaid nieviad nievida ndviiae ndviiea ndviaie ndviaei ndvieai
ndvieia ndviiae ndviiea ndviaie ndviaei ndvieai ndvieia ndvaiie ndvaiei ndvaiie ndvaiei
ndvaeii ndvaeii ndveiai ndveiia ndveaii ndveaii ndveiai ndveiia ndiviae ndiviea ndivaie
ndivaei ndiveai ndiveia ndiivae ndiivea ndiiave ndiiaev ndiieav ndiieva ndiaive ndiaiev
ndiavie ndiavei ndiaevi ndiaeiv ndieiav ndieiva ndieaiv ndieavi ndievai ndievia ndiivae
ndiivea ndiiave ndiiaev ndiieav ndiieva ndiviae ndiviea ndivaie ndivaei ndiveai ndiveia
ndiavie ndiavei ndiaive ndiaiev ndiaeiv ndiaevi ndievai ndievia ndieavi ndieaiv ndieiav
ndieiva ndaiive ndaiiev ndaivie ndaivei ndaievi ndaieiv ndaiive ndaiiev ndaivie ndaivei
ndaievi ndaieiv ndaviie ndaviei ndaviie ndaviei ndaveii ndaveii ndaeivi ndaeiiv ndaevii
ndaevii ndaeivi ndaeiiv ndeiiav ndeiiva ndeiaiv ndeiavi ndeivai ndeivia ndeiiav ndeiiva
ndeiaiv ndeiavi ndeivai ndeivia ndeaiiv ndeaivi ndeaiiv ndeaivi ndeavii ndeavii ndeviai
ndeviia ndevaii ndevaii ndeviai ndeviia navidie navidei naviide naviied navieid naviedi
navdiie navdiei navdiie navdiei navdeii navdeii navidie navidei naviide naviied navieid
naviedi navedii navedii naveidi naveiid naveiid naveidi naivdie naivdei naivide naivied
naiveid naivedi naidvie naidvei naidive naidiev naideiv naidevi naiidve naiidev naiivde
naiived naiievd naiiedv naiediv naiedvi naieidv naieivd naievid naievdi nadivie nadivei
nadiive nadiiev nadieiv nadievi nadviie nadviei nadviie nadviei nadveii nadveii nadivie
nadivei nadiive nadiiev nadieiv nadievi nadevii nadevii nadeivi nadeiiv nadeiiv nadeivi
naiidve naiidev naiivde naiived naiievd naiiedv naidive naidiev naidvie naidvei naidevi
naideiv naivdie naivdei naivide naivied naiveid naivedi naiedvi naiediv naievdi naievid
naieivd naieidv naeidiv naeidvi naeiidv naeiivd naeivid naeivdi naediiv naedivi naediiv
naedivi naedvii naedvii naeidiv naeidvi naeiidv naeiivd naeivid naeivdi naevdii naevdii
naevidi naeviid naeviid naevidi nevidai nevidia neviadi neviaid neviiad neviida nevdiai
nevdiia nevdaii nevdaii nevdiai nevdiia nevadii nevadii nevaidi nevaiid nevaiid nevaidi
nevidai nevidia neviadi neviaid neviiad neviida neivdai neivdia neivadi neivaid neiviad
neivida neidvai neidvia neidavi neidaiv neidiav neidiva neiadvi neiadiv neiavdi neiavid
neiaivd neiaidv neiidav neiidva neiiadv neiiavd neiivad neiivda nedivai nedivia nediavi
nediaiv nediiav nediiva nedviai nedviia nedvaii nedvaii nedviai nedviia nedavii nedavii
nedaivi nedaiiv nedaiiv nedaivi nedivai nedivia nediavi nediaiv nediiav nediiva neaidvi
neaidiv neaivdi neaivid neaiivd neaiidv neadivi neadiiv neadvii neadvii neadivi neadiiv
neavdii neavdii neavidi neaviid neaviid neavidi neaidvi neaidiv neaivdi neaivid neaiivd
neaiidv neiidav neiidva neiiadv neiiavd neiivad neiivda neidiav neidiva neidaiv neidavi
neidvai neidvia neiadiv neiadvi neiaidv neiaivd neiavid neiavdi neivdai neivdia neivadi
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edniiav edniiva ednviai ednviia ednvaii ednvaii ednviai ednviia ednavii ednavii ednaivi
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edaivni edaivin edaiivn edaiinv edanivi edaniiv edanvii edanvii edanivi edaniiv edavnii
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ediinav ediinva ediianv ediiavn ediivan ediivna ediniav ediniva edinaiv edinavi edinvai
edinvia edianiv edianvi ediainv ediaivn ediavin ediavni edivnai edivnia edivani edivain
edivian edivina

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History of cryptography
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