easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

pshawed

ophthalaiater

shellshake

hewet

aptabisque

anointest

myristicaceous

uncolonize

pontaverimusque

orchiectomy

headwaiter

affeerment

pterygostaphyline

presbyophrenia

dandled

cutten

postulem

prediastolic


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: sloveniae
cipher variations:
tmpwfojbf unqxgpkcg voryhqldh wpszirmei xqtajsnfj
yrubktogk zsvcluphl atwdmvqim buxenwrjn cvyfoxsko
dwzgpytlp exahqzumq fybiravnr gzcjsbwos hadktcxpt
ibeludyqu jcfmvezrv kdgnwfasw lehoxgbtx mfipyhcuy
ngjqzidvz ohkrajewa pilsbkfxb qjmtclgyc rknudmhzd

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: sloveniae
Cipher: holevmrzv

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: sloveniae
Cipher: BAAAB ABABA ABBAB BBBAB AABAA ABBAA ABAAA AAAAA AABAA

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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: sloveniae
cipher variations:
tmpwfojbfdirmnozbnnetcvopbvxavsdofbdhwxilovblrszytolbtlkdejorbjvgfurohbr
fchkzoxbzpyjahonbhzulqpodbpjqngxotbxunqxgpkcgejsnopacoofudwpqcwybwtepgce
ixyjmpwcmstazupmcumlefkpsckwhgvspicsgdilapycaqzkbipociavmrqpecqkrohypucy
voryhqldhfktopqbdppgvexqrdxzcxufqhdfjyzknqxdntubavqndvnmfglqtdlxihwtqjdt
hejmbqzdbralcjqpdjbwnsrqfdrlspizqvdzwpszirmeiglupqrceqqhwfyrseyadyvgrieg
kzaloryeouvcbwroewonghmruemyjixurkeuifkncraecsbmdkrqekcxotsrgesmtqjarwea
xqtajsnfjhmvqrsdfrrixgzstfzbezwhsjfhlabmpszfpvwdcxspfxpohinsvfnzkjyvslfv
jglodsbfdtcnelsrfldyputshftnurkbsxfbyrubktogkinwrstegssjyhatugacfaxitkgi
mbcnqtagqwxedytqgyqpijotwgoalkzwtmgwkhmpetcgeudofmtsgmezqvutiguovslctygc
zsvcluphljoxstufhttkzibuvhbdgbyjulhjncdorubhrxyfezurhzrqjkpuxhpbmlaxunhx
linqfudhfvepgnuthnfarwvujhvpwtmduzhdatwdmvqimkpytuvgiuulajcvwicehczkvmik
odepsvcisyzgfavsiasrklqvyiqcnmbyvoiymjorgveigwfqhovuiogbsxwvkiwqxunevaie
buxenwrjnlqzuvwhjvvmbkdwxjdfidalwnjlpefqtwdjtzahgbwtjbtslmrwzjrdonczwpjz
nkpshwfjhxgripwvjphctyxwljxryvofwbjfcvyfoxskomravwxikwwnclexykegjebmxokm
qfgruxekuabihcxukcutmnsxaksepodaxqkaolqtixgkiyhsjqxwkqiduzyxmkyszwpgxckg
dwzgpytlpnsbwxyjlxxodmfyzlfhkfcnyplnrghsvyflvbcjidyvldvunotybltfqpebyrlb
pmrujyhljzitkryxlrjevazynlztaxqhydlhexahqzumqotcxyzkmyypengzamgilgdozqmo
shitwzgmwcdkjezwmewvopuzcmugrqfczsmcqnsvkzimkajulszymskfwbazomaubyrizemi
fybiravnrpudyzalnzzqfohabnhjmheparnptijuxahnxdelkfaxnfxwpqvadnvhsrgdatnd
rotwlajnlbkvmtazntlgxcbapnbvczsjafnjgzcjsbwosqvezabmoaargpibcoiknifqbsoq
ujkvybioyefmlgbyogyxqrwbeowitshebuoespuxmbkomclwnubaoumhydcbqocwdatkbgok
hadktcxptrwfabcnpbbshqjcdpjlojgrctprvklwzcjpzfgnmhczphzyrsxcfpxjutifcvpf
tqvynclpndmxovcbpvnizedcrpdxebulchplibeludyqusxgbcdoqcctirkdeqkmpkhsduqs
wlmxadkqaghonidaqiazstydgqykvujgdwqgurwzodmqoenypwdcqwojafedsqeyfcvmdiqm
jcfmvezrvtyhcdeprddujslefrlnqlitevrtxmnybelrbhipojebrjbatuzehrzlwvkhexrh
vsxapenrpfozqxedrxpkbgfetrfzgdwnejrnkdgnwfaswuzidefqseevktmfgsmormjufwsu
ynozcfmscijqpkfcskcbuvafisamxwlifysiwtybqfosqgparyfesyqlchgfusgahexofkso
lehoxgbtxvajefgrtffwlunghtnpsnkvgxtvzopadgntdjkrqlgdtldcvwbgjtbnyxmjgztj
xuzcrgptrhqbszgftzrmdihgvthbifypgltpmfipyhcuywbkfghsuggxmvohiuoqtolwhyuw
apqbehoueklsrmheumedwxchkucozynkhaukyvadshqusirctahguasnejihwuicjgzqhmuq
ngjqzidvzxclghitvhhynwpijvprupmxizvxbqrcfipvflmtsnifvnfexydilvdpazolibvl
zwbetirvtjsdubihvbtofkjixvjdkharinvrohkrajewaydmhijuwiizoxqjkwqsvqnyjawy
crsdgjqwgmnutojgwogfyzejmweqbapmjcwmaxcfujswuktevcjiwcupglkjywkelibsjows
pilsbkfxbzenijkvxjjapyrklxrtwrozkbxzdstehkrxhnovupkhxphgzafknxfrcbqnkdxn
bydgvktxvlufwdkjxdvqhmlkzxlfmjctkpxtqjmtclgycafojklwykkbqzslmysuxspalcya
etufilsyiopwvqliyqihabgloygsdcroleyoczehwluywmvgxelkyewrinmlaymgnkdulqyu
rknudmhzdbgpklmxzllcratmnztvytqbmdzbfuvgjmtzjpqxwrmjzrjibchmpzhtedspmfzp
dafixmvzxnwhyfmlzfxsjonmbznholevmrzvsloveniaechqlmnyammdsbunoauwzurcneac
gvwhknuakqryxsnkaskjcdinqaiufetqngaqebgjynwayoxizgnmagytkponcaoipmfwnsaw

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: sloveniae
Cipher: fybiravnr

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: sloveniae
Cipher: 341343155133421151

Extended Methods:
Method #1

Plaintext: sloveniae
method variations:
xqtaksofkcvyfpxtlphadlucyqunfiqzhdvz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s l o v e n i a e 
3 1 4 1 5 3 4 1 5 
4 3 3 5 1 3 2 1 1 
They are then read out in rows:
314153415433513211
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: sloveniae
Cipher: cdpduneha

Read more ...
Method #3

Plaintext: sloveniae
method variations:
dsczlsbvl sczlsbvld czlsbvlds
zlsbvldsc lsbvldscz sbvldsczl
bvldsczls vldsczlsb ldsczlsbv

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: sloveniae

first 5040 cipher variations(362880 total)
sloveniae sloveniea slovenaie slovenaei sloveneai sloveneia sloveinae sloveinea sloveiane sloveiaen sloveiean
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sleeavnoi sleeavnio sleevniao sleevnioa sleevnaio sleevnaoi sleevnoai sleevnoia sleevinao sleevinoa sleeviano
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slnaevoie slnaevoei slnaeveoi slnaeveio slnaeeivo slnaeeiov slnaeevio slnaeevoi slnaeeovi slnaeeoiv slneeoiav
slneeoiva slneeoaiv slneeoavi slneeovai slneeovia slneeioav slneeiova slneeiaov slneeiavo slneeivao slneeivoa
slneeaiov slneeaivo slneeaoiv slneeaovi slneeavoi slneeavio slneeviao slneevioa slneevaio slneevaoi slneevoai
slneevoia slneoeiav slneoeiva slneoeaiv slneoeavi slneoevai slneoevia slneoieav slneoieva slneoiaev slneoiave
slneoivae slneoivea slneoaiev slneoaive slneoaeiv slneoaevi slneoavei slneoavie slneoviae slneoviea slneovaie
slneovaei slneoveai slneoveia slneioeav slneioeva slneioaev slneioave slneiovae slneiovea slneieoav slneieova
slneieaov slneieavo slneievao slneievoa slneiaeov slneiaevo slneiaoev slneiaove slneiavoe slneiaveo slneiveao
slneiveoa slneivaeo slneivaoe slneivoae slneivoea slneaoiev slneaoive slneaoeiv slneaoevi slneaovei slneaovie
slneaioev slneaiove slneaieov slneaievo slneaiveo slneaivoe slneaeiov slneaeivo slneaeoiv slneaeovi slneaevoi
slneaevio slneavieo slneavioe slneaveio slneaveoi slneavoei slneavoie slnevoiae slnevoiea slnevoaie slnevoaei
slnevoeai slnevoeia slnevioae slnevioea slneviaoe slneviaeo slnevieao slnevieoa slnevaioe slnevaieo slnevaoie
slnevaoei slnevaeoi slnevaeio slneveiao slneveioa slneveaio slneveaoi slneveoai slneveoia slivenoae slivenoea
slivenaoe slivenaeo sliveneao sliveneoa sliveonae sliveonea sliveoane sliveoaen sliveoean sliveoena sliveaone
sliveaoen sliveanoe sliveaneo sliveaeno sliveaeon sliveeoan sliveeona sliveeaon sliveeano sliveenao sliveenoa
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sliveaeno sliveaeon sliveeoan sliveeona sliveeaon sliveeano sliveenao sliveenoa slievnoae slievnoea slievnaoe
slievnaeo slievneao slievneoa slievonae slievonea slievoane slievoaen slievoean slievoena slievaone slievaoen
slievanoe slievaneo slievaeno slievaeon slieveoan slieveona slieveaon slieveano slievenao slievenoa slienvoae
slienvoea slienvaoe slienvaeo slienveao slienveoa slienovae slienovea slienoave slienoaev slienoeav slienoeva
slienaove slienaoev slienavoe slienaveo slienaevo slienaeov slieneoav slieneova slieneaov slieneavo slienevao
slienevoa slieonvae slieonvea slieonave slieonaev slieoneav slieoneva slieovnae slieovnea slieovane slieovaen
slieovean slieovena slieoavne slieoaven slieoanve slieoanev slieoaenv slieoaevn slieoevan slieoevna slieoeavn
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slieeonav slieeonva slieeoanv slieeoavn slieeovan slieeovna slieeaonv slieeaovn slieeanov slieeanvo slieeavno
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sliovenea slioanvee slioanvee slioaneve slioaneev slioaneev slioaneve slioavnee slioavnee slioavene slioaveen
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slioaeenv slioaenev slioaenve slioenvae slioenvea slioenave slioenaev slioeneav slioeneva slioevnae slioevnea
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sliaeonve sliaeonev sliaeovne sliaeoven sliaeoevn sliaeoenv sliaevone sliaevoen sliaevnoe sliaevneo sliaeveno
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slianveeo slianveeo slianveoe slianeove slianeoev slianevoe slianeveo slianeevo slianeeov sliaoneve sliaoneev
sliaonvee sliaonvee sliaoneve sliaoneev sliaoenve sliaoenev sliaoevne sliaoeven sliaoeevn sliaoeenv sliaovene
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sliaeoven sliaeoevn sliaeoenv sliaevone sliaevoen sliaevnoe sliaevneo sliaeveno sliaeveon sliaeeovn sliaeeonv
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slieeonva slieeoanv slieeoavn slieeovan slieeovna slieeaonv slieeaovn slieeanov slieeanvo slieeavno slieeavon
slieevoan slieevona slieevaon slieevano slieevnao slieevnoa slieneoav slieneova slieneaov slieneavo slienevao
slienevoa slienoeav slienoeva slienoaev slienoave slienovae slienovea slienaoev slienaove slienaeov slienaevo
slienaveo slienavoe slienvoae slienvoea slienvaoe slienvaeo slienveao slienveoa slieoneav slieoneva slieonaev
slieonave slieonvae slieonvea slieoenav slieoenva slieoeanv slieoeavn slieoevan slieoevna slieoaenv slieoaevn
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slieaeonv slieaeovn slieaenov slieaenvo slieaevno slieaevon slieavoen slieavone slieaveon slieaveno slieavneo
slieavnoe slievnoae slievnoea slievnaoe slievnaeo slievneao slievneoa slievonae slievonea slievoane slievoaen
slievoean slievoena slievaone slievaoen slievanoe slievaneo slievaeno slievaeon slieveoan slieveona slieveaon
slieveano slievenao slievenoa slavenioe slavenieo slavenoie slavenoei slaveneoi slaveneio slaveinoe slaveineo
slaveione slaveioen slaveieon slaveieno slaveoine slaveoien slaveonie slaveonei slaveoeni slaveoein slaveeion
slaveeino slaveeoin slaveeoni slaveenoi slaveenio slavneioe slavneieo slavneoie slavneoei slavneeoi slavneeio
slavnieoe slavnieeo slavnioee slavnioee slavnieoe slavnieeo slavnoiee slavnoiee slavnoeie slavnoeei slavnoeei
slavnoeie slavneioe slavneieo slavneoie slavneoei slavneeoi slavneeio slavineoe slavineeo slavinoee slavinoee
slavineoe slavineeo slavienoe slavieneo slavieone slavieoen slavieeon slavieeno slavioene slavioeen slavionee
slavionee slavioene slavioeen slavieeon slavieeno slavieoen slavieone slavienoe slavieneo slavoniee slavoniee
slavoneie slavoneei slavoneei slavoneie slavoinee slavoinee slavoiene slavoieen slavoieen slavoiene slavoeine
slavoeien slavoenie slavoenei slavoeeni slavoeein slavoeien slavoeine slavoeein slavoeeni slavoenei slavoenie
slavenioe slavenieo slavenoie slavenoei slaveneoi slaveneio slaveinoe slaveineo slaveione slaveioen slaveieon
slaveieno slaveoine slaveoien slaveonie slaveonei slaveoeni slaveoein slaveeion slaveeino slaveeoin slaveeoni
slaveenoi slaveenio slaevnioe slaevnieo slaevnoie slaevnoei slaevneoi slaevneio slaevinoe slaevineo slaevione
slaevioen slaevieon slaevieno slaevoine slaevoien slaevonie slaevonei slaevoeni slaevoein slaeveion slaeveino
slaeveoin slaeveoni slaevenoi slaevenio slaenvioe slaenvieo slaenvoie slaenvoei slaenveoi slaenveio slaenivoe
slaeniveo slaeniove slaenioev slaenieov slaenievo slaenoive slaenoiev slaenovie slaenovei slaenoevi slaenoeiv
slaeneiov slaeneivo slaeneoiv slaeneovi slaenevoi slaenevio slaeinvoe slaeinveo slaeinove slaeinoev slaeineov
slaeinevo slaeivnoe slaeivneo slaeivone slaeivoen slaeiveon slaeiveno slaeiovne slaeioven slaeionve slaeionev
slaeioenv slaeioevn slaeievon slaeievno slaeieovn slaeieonv slaeienov slaeienvo slaeonive slaeoniev slaeonvie
slaeonvei slaeonevi slaeoneiv slaeoinve slaeoinev slaeoivne slaeoiven slaeoievn slaeoienv slaeovine slaeovien
slaeovnie slaeovnei slaeoveni slaeovein slaeoeivn slaeoeinv slaeoevin slaeoevni slaeoenvi slaeoeniv slaeeniov
slaeenivo slaeenoiv slaeenovi slaeenvoi slaeenvio slaeeinov slaeeinvo slaeeionv slaeeiovn slaeeivon slaeeivno
slaeeoinv slaeeoivn slaeeoniv slaeeonvi slaeeovni slaeeovin slaeevion slaeevino slaeevoin slaeevoni slaeevnoi
slaeevnio slanevioe slanevieo slanevoie slanevoei slaneveoi slaneveio slaneivoe slaneiveo slaneiove slaneioev
slaneieov slaneievo slaneoive slaneoiev slaneovie slaneovei slaneoevi slaneoeiv slaneeiov slaneeivo slaneeoiv
slaneeovi slaneevoi slaneevio slanveioe slanveieo slanveoie slanveoei slanveeoi slanveeio slanvieoe slanvieeo
slanvioee slanvioee slanvieoe slanvieeo slanvoiee slanvoiee slanvoeie slanvoeei slanvoeei slanvoeie slanveioe
slanveieo slanveoie slanveoei slanveeoi slanveeio slaniveoe slaniveeo slanivoee slanivoee slaniveoe slaniveeo
slanievoe slanieveo slanieove slanieoev slanieeov slanieevo slanioeve slanioeev slaniovee slaniovee slanioeve
slanioeev slanieeov slanieevo slanieoev slanieove slanievoe slanieveo slanoviee slanoviee slanoveie slanoveei
slanoveei slanoveie slanoivee slanoivee slanoieve slanoieev slanoieev slanoieve slanoeive slanoeiev slanoevie
slanoevei slanoeevi slanoeeiv slanoeiev slanoeive slanoeeiv slanoeevi slanoevei slanoevie slanevioe slanevieo
slanevoie slanevoei slaneveoi slaneveio slaneivoe slaneiveo slaneiove slaneioev slaneieov slaneievo slaneoive
slaneoiev slaneovie slaneovei slaneoevi slaneoeiv slaneeiov slaneeivo slaneeoiv slaneeovi slaneevoi slaneevio
slaienvoe slaienveo slaienove slaienoev slaieneov slaienevo slaievnoe slaievneo slaievone slaievoen slaieveon
slaieveno slaieovne slaieoven slaieonve slaieonev slaieoenv slaieoevn slaieevon slaieevno slaieeovn slaieeonv
slaieenov slaieenvo slainevoe slaineveo slaineove slaineoev slaineeov slaineevo slainveoe slainveeo slainvoee
slainvoee slainveoe slainveeo slainovee slainovee slainoeve slainoeev slainoeev slainoeve slainevoe slaineveo
slaineove slaineoev slaineeov slaineevo slaivneoe slaivneeo slaivnoee slaivnoee slaivneoe slaivneeo slaivenoe
slaiveneo slaiveone slaiveoen slaiveeon slaiveeno slaivoene slaivoeen slaivonee slaivonee slaivoene slaivoeen
slaiveeon slaiveeno slaiveoen slaiveone slaivenoe slaiveneo slaionvee slaionvee slaioneve slaioneev slaioneev
slaioneve slaiovnee slaiovnee slaiovene slaioveen slaioveen slaiovene slaioevne slaioeven slaioenve slaioenev
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slaieonve slaieonev slaieoenv slaieoevn slaieevon slaieevno slaieeovn slaieeonv slaieenov slaieenvo slaoenive
slaoeniev slaoenvie slaoenvei slaoenevi slaoeneiv slaoeinve slaoeinev slaoeivne slaoeiven slaoeievn slaoeienv
slaoevine slaoevien slaoevnie slaoevnei slaoeveni slaoevein slaoeeivn slaoeeinv slaoeevin slaoeevni slaoeenvi
slaoeeniv slaoneive slaoneiev slaonevie slaonevei slaoneevi slaoneeiv slaonieve slaonieev slaonivee slaonivee
slaonieve slaonieev slaonviee slaonviee slaonveie slaonveei slaonveei slaonveie slaoneive slaoneiev slaonevie
slaonevei slaoneevi slaoneeiv slaoineve slaoineev slaoinvee slaoinvee slaoineve slaoineev slaoienve slaoienev
slaoievne slaoieven slaoieevn slaoieenv slaoivene slaoiveen slaoivnee slaoivnee slaoivene slaoiveen slaoieevn
slaoieenv slaoieven slaoievne slaoienve slaoienev slaovniee slaovniee slaovneie slaovneei slaovneei slaovneie
slaovinee slaovinee slaoviene slaovieen slaovieen slaoviene slaoveine slaoveien slaovenie slaovenei slaoveeni
slaoveein slaoveien slaoveine slaoveein slaoveeni slaovenei slaovenie slaoenive slaoeniev slaoenvie slaoenvei
slaoenevi slaoeneiv slaoeinve slaoeinev slaoeivne slaoeiven slaoeievn slaoeienv slaoevine slaoevien slaoevnie
slaoevnei slaoeveni slaoevein slaoeeivn slaoeeinv slaoeevin slaoeevni slaoeenvi slaoeeniv slaeeniov slaeenivo
slaeenoiv slaeenovi slaeenvoi slaeenvio slaeeinov slaeeinvo slaeeionv slaeeiovn slaeeivon slaeeivno slaeeoinv
slaeeoivn slaeeoniv slaeeonvi slaeeovni slaeeovin slaeevion slaeevino slaeevoin slaeevoni slaeevnoi slaeevnio
slaeneiov slaeneivo slaeneoiv slaeneovi slaenevoi slaenevio slaenieov slaenievo slaenioev slaeniove slaenivoe
slaeniveo slaenoiev slaenoive slaenoeiv slaenoevi slaenovei slaenovie slaenvioe slaenvieo slaenvoie slaenvoei
slaenveoi slaenveio slaeineov slaeinevo slaeinoev slaeinove slaeinvoe slaeinveo slaeienov slaeienvo slaeieonv
slaeieovn slaeievon slaeievno slaeioenv slaeioevn slaeionev slaeionve slaeiovne slaeioven slaeiveon slaeiveno
slaeivoen slaeivone slaeivnoe slaeivneo slaeoniev slaeonive slaeoneiv slaeonevi slaeonvei slaeonvie slaeoinev
slaeoinve slaeoienv slaeoievn slaeoiven slaeoivne slaeoeinv slaeoeivn slaeoeniv slaeoenvi slaeoevni slaeoevin
slaeovien slaeovine slaeovein slaeoveni slaeovnei slaeovnie slaevnioe slaevnieo slaevnoie slaevnoei slaevneoi
slaevneio slaevinoe slaevineo slaevione slaevioen slaevieon slaevieno slaevoine slaevoien slaevonie slaevonei
slaevoeni slaevoein slaeveion slaeveino slaeveoin slaeveoni slaevenoi slaevenio sleveniao slevenioa slevenaio
slevenaoi slevenoai slevenoia sleveinao sleveinoa sleveiano sleveiaon sleveioan sleveiona sleveaino sleveaion
sleveanio sleveanoi sleveaoni sleveaoin sleveoian sleveoina sleveoain sleveoani sleveonai sleveonia slevneiao
slevneioa slevneaio slevneaoi slevneoai slevneoia slevnieao slevnieoa slevniaeo slevniaoe slevnioae slevnioea
slevnaieo slevnaioe slevnaeio slevnaeoi slevnaoei slevnaoie slevnoiae slevnoiea slevnoaie slevnoaei slevnoeai
slevnoeia slevineao slevineoa slevinaeo slevinaoe slevinoae slevinoea slevienao slevienoa slevieano slevieaon
slevieoan slevieona sleviaeno sleviaeon slevianeo slevianoe sleviaone sleviaoen slevioean slevioena slevioaen
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slevaoine slevaoein slevaoeni slevaonei slevaonie slevoniae slevoniea slevonaie slevonaei slevoneai slevoneia
slevoinae slevoinea slevoiane slevoiaen slevoiean slevoiena slevoaine slevoaien slevoanie slevoanei slevoaeni
slevoaein slevoeian slevoeina slevoeain slevoeani slevoenai slevoenia sleevniao sleevnioa sleevnaio sleevnaoi
sleevnoai sleevnoia sleevinao sleevinoa sleeviano sleeviaon sleevioan sleeviona sleevaino sleevaion sleevanio
sleevanoi sleevaoni sleevaoin sleevoian sleevoina sleevoain sleevoani sleevonai sleevonia sleenviao sleenvioa
sleenvaio sleenvaoi sleenvoai sleenvoia sleenivao sleenivoa sleeniavo sleeniaov sleenioav sleeniova sleenaivo
sleenaiov sleenavio sleenavoi sleenaovi sleenaoiv sleenoiav sleenoiva sleenoaiv sleenoavi sleenovai sleenovia
sleeinvao sleeinvoa sleeinavo sleeinaov sleeinoav sleeinova sleeivnao sleeivnoa sleeivano sleeivaon sleeivoan
sleeivona sleeiavno sleeiavon sleeianvo sleeianov sleeiaonv sleeiaovn sleeiovan sleeiovna sleeioavn sleeioanv
sleeionav sleeionva sleeanivo sleeaniov sleeanvio sleeanvoi sleeanovi sleeanoiv sleeainvo sleeainov sleeaivno
sleeaivon sleeaiovn sleeaionv sleeavino sleeavion sleeavnio sleeavnoi sleeavoni sleeavoin sleeaoivn sleeaoinv
sleeaovin sleeaovni sleeaonvi sleeaoniv sleeoniav sleeoniva sleeonaiv sleeonavi sleeonvai sleeonvia sleeoinav
sleeoinva sleeoianv sleeoiavn sleeoivan sleeoivna sleeoainv sleeoaivn sleeoaniv sleeoanvi sleeoavni sleeoavin
sleeovian sleeovina sleeovain sleeovani sleeovnai sleeovnia sleneviao slenevioa slenevaio slenevaoi slenevoai
slenevoia sleneivao sleneivoa sleneiavo sleneiaov sleneioav sleneiova sleneaivo sleneaiov sleneavio sleneavoi
sleneaovi sleneaoiv sleneoiav sleneoiva sleneoaiv sleneoavi sleneovai sleneovia slenveiao slenveioa slenveaio
slenveaoi slenveoai slenveoia slenvieao slenvieoa slenviaeo slenviaoe slenvioae slenvioea slenvaieo slenvaioe
slenvaeio slenvaeoi slenvaoei slenvaoie slenvoiae slenvoiea slenvoaie slenvoaei slenvoeai slenvoeia sleniveao
sleniveoa slenivaeo slenivaoe slenivoae slenivoea slenievao slenievoa slenieavo slenieaov slenieoav slenieova
sleniaevo sleniaeov sleniaveo sleniavoe sleniaove sleniaoev slenioeav slenioeva slenioaev slenioave sleniovae
sleniovea slenavieo slenavioe slenaveio slenaveoi slenavoei slenavoie slenaiveo slenaivoe slenaievo slenaieov
slenaioev slenaiove slenaeivo slenaeiov slenaevio slenaevoi slenaeovi slenaeoiv slenaoiev slenaoive slenaoeiv
slenaoevi slenaovei slenaovie slenoviae slenoviea slenovaie slenovaei slenoveai slenoveia slenoivae slenoivea
slenoiave slenoiaev slenoieav slenoieva slenoaive slenoaiev slenoavie slenoavei slenoaevi slenoaeiv slenoeiav
slenoeiva slenoeaiv slenoeavi slenoevai slenoevia sleienvao sleienvoa sleienavo sleienaov sleienoav sleienova
sleievnao sleievnoa sleievano sleievaon sleievoan sleievona sleieavno sleieavon sleieanvo sleieanov sleieaonv
sleieaovn sleieovan sleieovna sleieoavn sleieoanv sleieonav sleieonva sleinevao sleinevoa sleineavo sleineaov
sleineoav sleineova sleinveao sleinveoa sleinvaeo sleinvaoe sleinvoae sleinvoea sleinaveo sleinavoe sleinaevo
sleinaeov sleinaoev sleinaove sleinovae sleinovea sleinoave sleinoaev sleinoeav sleinoeva sleivneao sleivneoa
sleivnaeo sleivnaoe sleivnoae sleivnoea sleivenao sleivenoa sleiveano sleiveaon sleiveoan sleiveona sleivaeno
sleivaeon sleivaneo sleivanoe sleivaone sleivaoen sleivoean sleivoena sleivoaen sleivoane sleivonae sleivonea
sleianveo sleianvoe sleianevo sleianeov sleianoev sleianove sleiavneo sleiavnoe sleiaveno sleiaveon sleiavoen
sleiavone sleiaevno sleiaevon sleiaenvo sleiaenov sleiaeonv sleiaeovn sleiaoven sleiaovne sleiaoevn sleiaoenv
sleiaonev sleiaonve sleionvae sleionvea sleionave sleionaev sleioneav sleioneva sleiovnae sleiovnea sleiovane
sleiovaen sleiovean sleiovena sleioavne sleioaven sleioanve sleioanev sleioaenv sleioaevn sleioevan sleioevna
sleioeavn sleioeanv sleioenav sleioenva sleaenivo sleaeniov sleaenvio sleaenvoi sleaenovi sleaenoiv sleaeinvo
sleaeinov sleaeivno sleaeivon sleaeiovn sleaeionv sleaevino sleaevion sleaevnio sleaevnoi sleaevoni sleaevoin
sleaeoivn sleaeoinv sleaeovin sleaeovni sleaeonvi sleaeoniv sleaneivo sleaneiov sleanevio sleanevoi sleaneovi
sleaneoiv sleanievo sleanieov sleaniveo sleanivoe sleaniove sleanioev sleanvieo sleanvioe sleanveio sleanveoi
sleanvoei sleanvoie sleanoive sleanoiev sleanovie sleanovei sleanoevi sleanoeiv sleainevo sleaineov sleainveo
sleainvoe sleainove sleainoev sleaienvo sleaienov sleaievno sleaievon sleaieovn sleaieonv sleaiveno sleaiveon
sleaivneo sleaivnoe sleaivone sleaivoen sleaioevn sleaioenv sleaioven sleaiovne sleaionve sleaionev sleavnieo
sleavnioe sleavneio sleavneoi sleavnoei sleavnoie sleavineo sleavinoe sleavieno sleavieon sleavioen sleavione
sleaveino sleaveion sleavenio sleavenoi sleaveoni sleaveoin sleavoien sleavoine sleavoein sleavoeni sleavonei
sleavonie sleaonive sleaoniev sleaonvie sleaonvei sleaonevi sleaoneiv sleaoinve sleaoinev sleaoivne sleaoiven
sleaoievn sleaoienv sleaovine sleaovien sleaovnie sleaovnei sleaoveni sleaovein sleaoeivn sleaoeinv sleaoevin
sleaoevni sleaoenvi sleaoeniv sleoeniav sleoeniva sleoenaiv sleoenavi sleoenvai sleoenvia sleoeinav sleoeinva
sleoeianv sleoeiavn sleoeivan sleoeivna sleoeainv sleoeaivn sleoeaniv sleoeanvi sleoeavni sleoeavin sleoevian
sleoevina sleoevain sleoevani sleoevnai sleoevnia sleoneiav sleoneiva sleoneaiv sleoneavi sleonevai sleonevia
sleonieav sleonieva sleoniaev sleoniave sleonivae sleonivea sleonaiev sleonaive sleonaeiv sleonaevi sleonavei
sleonavie sleonviae sleonviea sleonvaie sleonvaei sleonveai sleonveia sleoineav sleoineva sleoinaev sleoinave
sleoinvae sleoinvea sleoienav sleoienva sleoieanv sleoieavn sleoievan sleoievna sleoiaenv sleoiaevn sleoianev
sleoianve sleoiavne sleoiaven sleoivean sleoivena sleoivaen sleoivane sleoivnae sleoivnea sleoaniev sleoanive
sleoaneiv sleoanevi sleoanvei sleoanvie sleoainev sleoainve sleoaienv sleoaievn sleoaiven sleoaivne sleoaeinv
sleoaeivn sleoaeniv sleoaenvi sleoaevni sleoaevin sleoavien sleoavine sleoavein sleoaveni sleoavnei sleoavnie
sleovniae sleovniea sleovnaie sleovnaei sleovneai sleovneia sleovinae sleovinea sleoviane sleoviaen sleoviean
sleoviena sleovaine sleovaien sleovanie sleovanei sleovaeni sleovaein sleoveian sleoveina sleoveain sleoveani
sleovenai sleovenia

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History of cryptography
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