easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

commisi

mayflower

comitissa

slape

pobert

nyahbinghi

amadee

paymer

dargue

panderemini

barotactic

schopenhauer

solarz

circumcisions

saiva

nonculmination

napoletana

grush


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: silverish
cipher variations:
tjmwfsjti uknxgtkuj vloyhulvk wmpzivmwl xnqajwnxm
yorbkxoyn zpsclypzo aqtdmzqap bruenarbq csvfobscr
dtwgpctds euxhqduet fvyirevfu gwzjsfwgv hxaktgxhw
iybluhyix jzcmvizjy kadnwjakz lbeoxkbla mcfpylcmb
ndgqzmdnc oehraneod pfisbofpe qgjtcpgqf rhkudqhrg

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: silverish
Cipher: hroevirhs

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: silverish
Cipher: BAAAB ABAAA ABABA BBBAB AABAA BAAAA ABAAA BAAAB AABBB

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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: silverish
cipher variations:
tjmwfsjtidzimnazdwnpecvipnkxfasdqfxyhvwilyvhmrlsytglralrkejwrlcvhgurehvq
fxckzmxfepnyahunpszduqpcdzgjtqgxktjuuknxgtkujeajnobaexoqfdwjqolygbtergyz
iwxjmzwinsmtzuhmsbmslfkxsmdwihvsfiwrgydlanygfqozbivoqtaevrqdeahkurhylukv
vloyhulvkfbkopcbfyprgexkrpmzhcufshzajxyknaxjotnuavintcntmglytnexjiwtgjxs
hzembozhgrpacjwprubfwsrefbilvsizmvlwwmpzivmwlgclpqdcgzqshfylsqnaidvgtiab
kyzlobykpuovbwjoudounhmzuofykjxuhkytiafncpaihsqbdkxqsvcgxtsfgcjmwtjanwmx
xnqajwnxmhdmqredhartigzmtrobjewhujbclzampczlqvpwcxkpvepvoinavpgzlkyvilzu
jbgodqbjitrcelyrtwdhyutghdknxukboxnyyorbkxoynienrsfeibsujhanuspckfxivkcd
mabnqdamrwqxdylqwfqwpjobwqhamlzwjmavkchperckjusdfmzsuxeizvuhieloyvlcpyoz
zpsclypzojfostgfjctvkibovtqdlgyjwldenbcorebnsxryezmrxgrxqkpcxribnmaxknbw
ldiqfsdlkvtegnatvyfjawvijfmpzwmdqzpaaqtdmzqapkgptuhgkduwljcpwuremhzkxmef
ocdpsfcotyszfansyhsyrlqdysjconbylocxmejrgtemlwufhobuwzgkbxwjkgnqaxneraqb
bruenarbqlhquvihlevxmkdqxvsfnialynfgpdeqtgdpuztagbotzitzsmreztkdpoczmpdy
nfkshufnmxvgipcvxahlcyxklhorbyofsbrccsvfobscrmirvwjimfwynlerywtgojbmzogh
qefruheqvaubhcpuajuatnsfauleqpdanqezogltivgonywhjqdwybimdzylmipsczpgtcsd
dtwgpctdsnjswxkjngxzomfszxuhpkcnaphirfgsvifrwbvcidqvbkvbuotgbvmfrqeborfa
phmujwhpozxikrexzcjneazmnjqtdaqhudteeuxhqduetoktxylkohyapngtayviqldobqij
sghtwjgsxcwdjerwclwcvpuhcwngsrfcpsgbqinvkxiqpayjlsfyadkofbanokruebriveuf
fvyirevfupluyzmlpizbqohubzwjrmepcrjkthiuxkhtydxekfsxdmxdwqvidxohtsgdqthc
rjowlyjrqbzkmtgzbelpgcboplsvfcsjwfvggwzjsfwgvqmvzanmqjacrpivcaxksnfqdskl
uijvyliuzeyflgtyenyexrwjeypiutheruidskpxmzksrcalnuhacfmqhdcpqmtwgdtkxgwh
hxaktgxhwrnwabonrkbdsqjwdbyltogretlmvjkwzmjvafzgmhuzfozfysxkfzqjvuifsvje
tlqynaltsdbmovibdgnriedqrnuxheulyhxiiybluhyixsoxbcposlcetrkxeczmuphsfumn
wklxankwbgahnivagpagztylgarkwvjgtwkfumrzobmutecnpwjcehosjfersovyifvmziyj
jzcmvizjytpycdqptmdfuslyfdanvqitgvnoxlmybolxchbiojwbhqbhauzmhbslxwkhuxlg
vnsapcnvufdoqxkdfiptkgfstpwzjgwnajzkkadnwjakzuqzderqunegvtmzgebowrjuhwop
ymnzcpmydicjpkxcircibvanictmyxlivymhwotbqdowvgeprylegjqulhgtuqxakhxobkal
lbeoxkblavraefsrvofhwunahfcpxskvixpqznoadqnzejdkqlydjsdjcwbojdunzymjwzni
xpucrepxwhfqszmfhkrvmihuvrybliypclbmmcfpylcmbwsbfgtswpgixvobigdqytlwjyqr
aopberoafkelrmzektekdxcpkevoaznkxaojyqvdsfqyxigrtangilswnjivwszcmjzqdmcn
ndgqzmdncxtcghutxqhjywpcjherzumxkzrsbpqcfspbglfmsnaflufleydqlfwpbaolybpk
zrwetgrzyjhsubohjmtxokjwxtadnkarendooehraneodyudhivuyrikzxqdkifsavnylast
cqrdgtqchmgntobgmvgmfzermgxqcbpmzcqlasxfuhsazkitvcpiknuyplkxyubeolbsfoep
pfisbofpezveijwvzsjlayreljgtbwozmbtudrsehurdinhoupchnwhngafsnhyrdcqnadrm
btygvitbaljuwdqjlovzqmlyzvcfpmctgpfqqgjtcpgqfawfjkxwatkmbzsfmkhucxpancuv
estfivsejoipvqdioxiohbgtoizsedrobesncuzhwjucbmkvxerkmpwarnmzawdgqnduhqgr
rhkudqhrgbxgklyxbulncatgnlivdyqbodvwftugjwtfkpjqwrejpyjpichupjatfespcfto
dvaixkvdcnlwyfslnqxbsonabxehroevirhssilverishcyhlmzycvmodbuhomjwezrcpewx
guvhkxuglqkrxsfkqzkqjdivqkbugftqdgupewbjylwedomxzgtmoryctpobcyfispfwjsit

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: silverish
Cipher: fvyirevfu

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: silverish
Cipher: 344213155124423432

Extended Methods:
Method #1

Plaintext: silverish
method variations:
xoqakwoxnctvfpbtcshyalugyhxndfqzmdnc

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s i l v e r i s h 
3 4 1 1 5 2 4 3 3 
4 2 3 5 1 4 2 4 2 
They are then read out in rows:
341152433423514242
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: silverish
Cipher: sakosmeii

Read more ...
Method #3

Plaintext: silverish
method variations:
tbczftmom bczftmomt czftmomtb
zftmomtbc ftmomtbcz tmomtbczf
momtbczft omtbczftm mtbczftmo

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: silverish

first 5040 cipher variations(362880 total)
silverish silverihs silversih silvershi silverhsi silverhis silveirsh silveirhs silveisrh silveishr silveihsr
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siivhserl siivhselr siivhelsr siivhelrs siivheslr siivhesrl siivhersl siivherls siievrlsh siievrlhs siievrslh
siievrshl siievrhsl siievrhls siievlrsh siievlrhs siievlsrh siievlshr siievlhsr siievlhrs siievslrh siievslhr
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siisrvehl siisrvhel siisrvhle siisrhlve siisrhlev siisrhvle siisrhvel siisrhevl siisrhelv siislrevh siislrehv
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siisvhrel siisvhrle siishrlve siishrlev siishrvle siishrvel siishrevl siishrelv siishlrve siishlrev siishlvre
siishlver siishlevr siishlerv siishvlre siishvler siishvrle siishvrel siishverl siishvelr siishelvr siishelrv
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siihrsvel siihrsvle siihrvlse siihrvles siihrvsle siihrvsel siihrvesl siihrvels siihlresv siihlrevs siihlrsev
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siihvesrl siihversl siihverls sisverilh sisverihl sisverlih sisverlhi sisverhli sisverhil sisveirlh sisveirhl
sisveilrh sisveilhr sisveihlr sisveihrl sisvelirh sisvelihr sisvelrih sisvelrhi sisvelhri sisvelhir sisvehilr
sisvehirl sisvehlir sisvehlri sisvehrli sisvehril sisvreilh sisvreihl sisvrelih sisvrelhi sisvrehli sisvrehil
sisvrielh sisvriehl sisvrileh sisvrilhe sisvrihle sisvrihel sisvrlieh sisvrlihe sisvrleih sisvrlehi sisvrlhei
sisvrlhie sisvrhile sisvrhiel sisvrhlie sisvrhlei sisvrheli sisvrheil sisvirelh sisvirehl sisvirleh sisvirlhe
sisvirhle sisvirhel sisvierlh sisvierhl sisvielrh sisvielhr sisviehlr sisviehrl sisvilerh sisvilehr sisvilreh
sisvilrhe sisvilhre sisvilher sisvihelr sisviherl sisvihler sisvihlre sisvihrle sisvihrel sisvlrieh sisvlrihe
sisvlreih sisvlrehi sisvlrhei sisvlrhie sisvlireh sisvlirhe sisvlierh sisvliehr sisvliher sisvlihre sisvleirh
sisvleihr sisvlerih sisvlerhi sisvlehri sisvlehir sisvlhier sisvlhire sisvlheir sisvlheri sisvlhrei sisvlhrie
sisvhrile sisvhriel sisvhrlie sisvhrlei sisvhreli sisvhreil sisvhirle sisvhirel sisvhilre sisvhiler sisvhielr
sisvhierl sisvhlire sisvhlier sisvhlrie sisvhlrei sisvhleri sisvhleir sisvheilr sisvheirl sisvhelir sisvhelri
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sisevhlir sisevhlri sisevhrli sisevhril siservilh siservihl siservlih siservlhi siservhli siservhil siserivlh
siserivhl siserilvh siserilhv siserihlv siserihvl siserlivh siserlihv siserlvih siserlvhi siserlhvi siserlhiv
siserhilv siserhivl siserhliv siserhlvi siserhvli siserhvil siseirvlh siseirvhl siseirlvh siseirlhv siseirhlv
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siselvrih siselvrhi siselvhri siselvhir siselhivr siselhirv siselhvir siselhvri siselhrvi siselhriv sisehrilv
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sisehvril sisrevilh sisrevihl sisrevlih sisrevlhi sisrevhli sisrevhil sisreivlh sisreivhl sisreilvh sisreilhv
sisreihlv sisreihvl sisrelivh sisrelihv sisrelvih sisrelvhi sisrelhvi sisrelhiv sisrehilv sisrehivl sisrehliv
sisrehlvi sisrehvli sisrehvil sisrveilh sisrveihl sisrvelih sisrvelhi sisrvehli sisrvehil sisrvielh sisrviehl
sisrvileh sisrvilhe sisrvihle sisrvihel sisrvlieh sisrvlihe sisrvleih sisrvlehi sisrvlhei sisrvlhie sisrvhile
sisrvhiel sisrvhlie sisrvhlei sisrvheli sisrvheil sisrivelh sisrivehl sisrivleh sisrivlhe sisrivhle sisrivhel
sisrievlh sisrievhl sisrielvh sisrielhv sisriehlv sisriehvl sisrilevh sisrilehv sisrilveh sisrilvhe sisrilhve
sisrilhev sisrihelv sisrihevl sisrihlev sisrihlve sisrihvle sisrihvel sisrlvieh sisrlvihe sisrlveih sisrlvehi
sisrlvhei sisrlvhie sisrliveh sisrlivhe sisrlievh sisrliehv sisrlihev sisrlihve sisrleivh sisrleihv sisrlevih
sisrlevhi sisrlehvi sisrlehiv sisrlhiev sisrlhive sisrlheiv sisrlhevi sisrlhvei sisrlhvie sisrhvile sisrhviel
sisrhvlie sisrhvlei sisrhveli sisrhveil sisrhivle sisrhivel sisrhilve sisrhilev sisrhielv sisrhievl sisrhlive
sisrhliev sisrhlvie sisrhlvei sisrhlevi sisrhleiv sisrheilv sisrheivl sisrheliv sisrhelvi sisrhevli sisrhevil
sisiervlh sisiervhl sisierlvh sisierlhv sisierhlv sisierhvl sisievrlh sisievrhl sisievlrh sisievlhr sisievhlr
sisievhrl sisielvrh sisielvhr sisielrvh sisielrhv sisielhrv sisielhvr sisiehvlr sisiehvrl sisiehlvr sisiehlrv
sisiehrlv sisiehrvl sisirevlh sisirevhl sisirelvh sisirelhv sisirehlv sisirehvl sisirvelh sisirvehl sisirvleh
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sisirhlve sisirhlev sisirhelv sisirhevl sisivrelh sisivrehl sisivrleh sisivrlhe sisivrhle sisivrhel sisiverlh
sisiverhl sisivelrh sisivelhr sisivehlr sisivehrl sisivlerh sisivlehr sisivlreh sisivlrhe sisivlhre sisivlher
sisivhelr sisivherl sisivhler sisivhlre sisivhrle sisivhrel sisilrveh sisilrvhe sisilrevh sisilrehv sisilrhev
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sisihlrve sisihlrev sisihlerv sisihlevr sisihevlr sisihevrl sisihelvr sisihelrv sisiherlv sisihervl sislerivh
sislerihv sislervih sislervhi sislerhvi sislerhiv sisleirvh sisleirhv sisleivrh sisleivhr sisleihvr sisleihrv
sislevirh sislevihr sislevrih sislevrhi sislevhri sislevhir sislehivr sislehirv sislehvir sislehvri sislehrvi
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sislrihve sislrihev sislrvieh sislrvihe sislrveih sislrvehi sislrvhei sislrvhie sislrhive sislrhiev sislrhvie
sislrhvei sislrhevi sislrheiv sislirevh sislirehv sislirveh sislirvhe sislirhve sislirhev sisliervh sislierhv
sislievrh sislievhr sisliehvr sisliehrv sisliverh sislivehr sislivreh sislivrhe sislivhre sislivher sislihevr
sisliherv sislihver sislihvre sislihrve sislihrev sislvrieh sislvrihe sislvreih sislvrehi sislvrhei sislvrhie
sislvireh sislvirhe sislvierh sislviehr sislviher sislvihre sislveirh sislveihr sislverih sislverhi sislvehri
sislvehir sislvhier sislvhire sislvheir sislvheri sislvhrei sislvhrie sislhrive sislhriev sislhrvie sislhrvei
sislhrevi sislhreiv sislhirve sislhirev sislhivre sislhiver sislhievr sislhierv sislhvire sislhvier sislhvrie
sislhvrei sislhveri sislhveir sislheivr sislheirv sislhevir sislhevri sislhervi sislheriv sisherilv sisherivl
sisherliv sisherlvi sishervli sishervil sisheirlv sisheirvl sisheilrv sisheilvr sisheivlr sisheivrl sishelirv
sishelivr sishelriv sishelrvi sishelvri sishelvir sishevilr sishevirl sishevlir sishevlri sishevrli sishevril
sishreilv sishreivl sishreliv sishrelvi sishrevli sishrevil sishrielv sishrievl sishrilev sishrilve sishrivle
sishrivel sishrliev sishrlive sishrleiv sishrlevi sishrlvei sishrlvie sishrvile sishrviel sishrvlie sishrvlei
sishrveli sishrveil sishirelv sishirevl sishirlev sishirlve sishirvle sishirvel sishierlv sishiervl sishielrv
sishielvr sishievlr sishievrl sishilerv sishilevr sishilrev sishilrve sishilvre sishilver sishivelr sishiverl
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sishlirve sishlierv sishlievr sishliver sishlivre sishleirv sishleivr sishleriv sishlervi sishlevri sishlevir
sishlvier sishlvire sishlveir sishlveri sishlvrei sishlvrie sishvrile sishvriel sishvrlie sishvrlei sishvreli
sishvreil sishvirle sishvirel sishvilre sishviler sishvielr sishvierl sishvlire sishvlier sishvlrie sishvlrei
sishvleri sishvleir sishveilr sishveirl sishvelir sishvelri sishverli sishveril sihverisl sihverils sihversil
sihversli sihverlsi sihverlis sihveirsl sihveirls sihveisrl sihveislr sihveilsr sihveilrs sihvesirl sihvesilr
sihvesril sihvesrli sihveslri sihveslir sihvelisr sihvelirs sihvelsir sihvelsri sihvelrsi sihvelris sihvreisl
sihvreils sihvresil sihvresli sihvrelsi sihvrelis sihvriesl sihvriels sihvrisel sihvrisle sihvrilse sihvriles
sihvrsiel sihvrsile sihvrseil sihvrseli sihvrslei sihvrslie sihvrlise sihvrlies sihvrlsie sihvrlsei sihvrlesi
sihvrleis sihviresl sihvirels sihvirsel sihvirsle sihvirlse sihvirles sihviersl sihvierls sihviesrl sihvieslr
sihvielsr sihvielrs sihviserl sihviselr sihvisrel sihvisrle sihvislre sihvisler sihvilesr sihvilers sihvilser
sihvilsre sihvilrse sihvilres sihvsriel sihvsrile sihvsreil sihvsreli sihvsrlei sihvsrlie sihvsirel sihvsirle
sihvsierl sihvsielr sihvsiler sihvsilre sihvseirl sihvseilr sihvseril sihvserli sihvselri sihvselir sihvslier
sihvslire sihvsleir sihvsleri sihvslrei sihvslrie sihvlrise sihvlries sihvlrsie sihvlrsei sihvlresi sihvlreis
sihvlirse sihvlires sihvlisre sihvliser sihvliesr sihvliers sihvlsire sihvlsier sihvlsrie sihvlsrei sihvlseri
sihvlseir sihvleisr sihvleirs sihvlesir sihvlesri sihvlersi sihvleris sihevrisl sihevrils sihevrsil sihevrsli
sihevrlsi sihevrlis sihevirsl sihevirls sihevisrl sihevislr sihevilsr sihevilrs sihevsirl sihevsilr sihevsril
sihevsrli sihevslri sihevslir sihevlisr sihevlirs sihevlsir sihevlsri sihevlrsi sihevlris sihervisl sihervils
sihervsil sihervsli sihervlsi sihervlis siherivsl siherivls siherisvl siherislv siherilsv siherilvs sihersivl
sihersilv sihersvil sihersvli siherslvi sihersliv siherlisv siherlivs siherlsiv siherlsvi siherlvsi siherlvis
siheirvsl siheirvls siheirsvl siheirslv siheirlsv siheirlvs siheivrsl siheivrls siheivsrl siheivslr siheivlsr
siheivlrs siheisvrl siheisvlr siheisrvl siheisrlv siheislrv siheislvr siheilvsr siheilvrs siheilsvr siheilsrv
siheilrsv siheilrvs sihesrivl sihesrilv sihesrvil sihesrvli sihesrlvi sihesrliv sihesirvl sihesirlv sihesivrl
sihesivlr sihesilvr sihesilrv sihesvirl sihesvilr sihesvril sihesvrli sihesvlri sihesvlir siheslivr siheslirv
siheslvir siheslvri siheslrvi siheslriv sihelrisv sihelrivs sihelrsiv sihelrsvi sihelrvsi sihelrvis sihelirsv
sihelirvs sihelisrv sihelisvr sihelivsr sihelivrs sihelsirv sihelsivr sihelsriv sihelsrvi sihelsvri sihelsvir
sihelvisr sihelvirs sihelvsir sihelvsri sihelvrsi sihelvris sihrevisl sihrevils sihrevsil sihrevsli sihrevlsi
sihrevlis sihreivsl sihreivls sihreisvl sihreislv sihreilsv sihreilvs sihresivl sihresilv sihresvil sihresvli
sihreslvi sihresliv sihrelisv sihrelivs sihrelsiv sihrelsvi sihrelvsi sihrelvis sihrveisl sihrveils sihrvesil
sihrvesli sihrvelsi sihrvelis sihrviesl sihrviels sihrvisel sihrvisle sihrvilse sihrviles sihrvsiel sihrvsile
sihrvseil sihrvseli sihrvslei sihrvslie sihrvlise sihrvlies sihrvlsie sihrvlsei sihrvlesi sihrvleis sihrivesl
sihrivels sihrivsel sihrivsle sihrivlse sihrivles sihrievsl sihrievls sihriesvl sihrieslv sihrielsv sihrielvs
sihrisevl sihriselv sihrisvel sihrisvle sihrislve sihrislev sihrilesv sihrilevs sihrilsev sihrilsve sihrilvse
sihrilves sihrsviel sihrsvile sihrsveil sihrsveli sihrsvlei sihrsvlie sihrsivel sihrsivle sihrsievl sihrsielv
sihrsilev sihrsilve sihrseivl sihrseilv sihrsevil sihrsevli sihrselvi sihrseliv sihrsliev sihrslive sihrsleiv
sihrslevi sihrslvei sihrslvie sihrlvise sihrlvies sihrlvsie sihrlvsei sihrlvesi sihrlveis sihrlivse sihrlives
sihrlisve sihrlisev sihrliesv sihrlievs sihrlsive sihrlsiev sihrlsvie sihrlsvei sihrlsevi sihrlseiv sihrleisv
sihrleivs sihrlesiv sihrlesvi sihrlevsi sihrlevis sihiervsl sihiervls sihiersvl sihierslv sihierlsv sihierlvs
sihievrsl sihievrls sihievsrl sihievslr sihievlsr sihievlrs sihiesvrl sihiesvlr sihiesrvl sihiesrlv sihieslrv
sihieslvr sihielvsr sihielvrs sihielsvr sihielsrv sihielrsv sihielrvs sihirevsl sihirevls sihiresvl sihireslv
sihirelsv sihirelvs sihirvesl sihirvels sihirvsel sihirvsle sihirvlse sihirvles sihirsvel sihirsvle sihirsevl
sihirselv sihirslev sihirslve sihirlvse sihirlves sihirlsve sihirlsev sihirlesv sihirlevs sihivresl sihivrels
sihivrsel sihivrsle sihivrlse sihivrles sihiversl sihiverls sihivesrl sihiveslr sihivelsr sihivelrs sihivserl
sihivselr sihivsrel sihivsrle sihivslre sihivsler sihivlesr sihivlers sihivlser sihivlsre sihivlrse sihivlres
sihisrvel sihisrvle sihisrevl sihisrelv sihisrlev sihisrlve sihisvrel sihisvrle sihisverl sihisvelr sihisvler
sihisvlre sihisevrl sihisevlr sihiservl sihiserlv sihiselrv sihiselvr sihislver sihislvre sihislevr sihislerv
sihislrev sihislrve sihilrvse sihilrves sihilrsve sihilrsev sihilresv sihilrevs sihilvrse sihilvres sihilvsre
sihilvser sihilvesr sihilvers sihilsvre sihilsver sihilsrve sihilsrev sihilserv sihilsevr sihilevsr sihilevrs
sihilesvr sihilesrv sihilersv sihilervs sihserivl sihserilv sihservil sihservli sihserlvi sihserliv sihseirvl
sihseirlv sihseivrl sihseivlr sihseilvr sihseilrv sihsevirl sihsevilr sihsevril sihsevrli sihsevlri sihsevlir
sihselivr sihselirv sihselvir sihselvri sihselrvi sihselriv sihsreivl sihsreilv sihsrevil sihsrevli sihsrelvi
sihsreliv sihsrievl sihsrielv sihsrivel sihsrivle sihsrilve sihsrilev sihsrviel sihsrvile sihsrveil sihsrveli
sihsrvlei sihsrvlie sihsrlive sihsrliev sihsrlvie sihsrlvei sihsrlevi sihsrleiv sihsirevl sihsirelv sihsirvel
sihsirvle sihsirlve sihsirlev sihsiervl sihsierlv sihsievrl sihsievlr sihsielvr sihsielrv sihsiverl sihsivelr
sihsivrel sihsivrle sihsivlre sihsivler sihsilevr sihsilerv sihsilver sihsilvre sihsilrve sihsilrev sihsvriel
sihsvrile sihsvreil sihsvreli sihsvrlei sihsvrlie sihsvirel sihsvirle sihsvierl sihsvielr sihsviler sihsvilre
sihsveirl sihsveilr sihsveril sihsverli sihsvelri sihsvelir sihsvlier sihsvlire sihsvleir sihsvleri sihsvlrei
sihsvlrie sihslrive sihslriev sihslrvie sihslrvei sihslrevi sihslreiv sihslirve sihslirev sihslivre sihsliver
sihslievr sihslierv sihslvire sihslvier sihslvrie sihslvrei sihslveri sihslveir sihsleivr sihsleirv sihslevir
sihslevri sihslervi sihsleriv sihlerisv sihlerivs sihlersiv sihlersvi sihlervsi sihlervis sihleirsv sihleirvs
sihleisrv sihleisvr sihleivsr sihleivrs sihlesirv sihlesivr sihlesriv sihlesrvi sihlesvri sihlesvir sihlevisr
sihlevirs sihlevsir sihlevsri sihlevrsi sihlevris sihlreisv sihlreivs sihlresiv sihlresvi sihlrevsi sihlrevis
sihlriesv sihlrievs sihlrisev sihlrisve sihlrivse sihlrives sihlrsiev sihlrsive sihlrseiv sihlrsevi sihlrsvei
sihlrsvie sihlrvise sihlrvies sihlrvsie sihlrvsei sihlrvesi sihlrveis sihliresv sihlirevs sihlirsev sihlirsve
sihlirvse sihlirves sihliersv sihliervs sihliesrv sihliesvr sihlievsr sihlievrs sihliserv sihlisevr sihlisrev
sihlisrve sihlisvre sihlisver sihlivesr sihlivers sihlivser sihlivsre sihlivrse sihlivres sihlsriev sihlsrive
sihlsreiv sihlsrevi sihlsrvei sihlsrvie sihlsirev sihlsirve sihlsierv sihlsievr sihlsiver sihlsivre sihlseirv
sihlseivr sihlseriv sihlservi sihlsevri sihlsevir sihlsvier sihlsvire sihlsveir sihlsveri sihlsvrei sihlsvrie
sihlvrise sihlvries sihlvrsie sihlvrsei sihlvresi sihlvreis sihlvirse sihlvires sihlvisre sihlviser sihlviesr
sihlviers sihlvsire sihlvsier sihlvsrie sihlvsrei sihlvseri sihlvseir sihlveisr sihlveirs sihlvesir sihlvesri
sihlversi sihlveris

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History of cryptography
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