easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

sinkovics

extrication

gripgrass

rectalgia

deveniebas

lumpishness

eicitis

redhorses

crooned

statorique

azzara

mithril

dowagerism

heartquake

postularem

corallinaceae

implevissent

cosseted


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: waterishly
cipher variations:
xbufsjtimz ycvgtkujna zdwhulvkob aexivmwlpc bfyjwnxmqd
cgzkxoynre dhalypzosf eibmzqaptg fjcnarbquh gkdobscrvi
hlepctdswj imfqduetxk jngrevfuyl kohsfwgvzm lpitgxhwan
mqjuhyixbo nrkvizjycp oslwjakzdq ptmxkblaer qunylcmbfs
rvozmdncgt swpaneodhu txqbofpeiv uyrcpgqfjw vzsdqhrgkx

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: waterishly
Cipher: dzgvirhsob

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: waterishly
Cipher: BABAA AAAAA BAABA AABAA BAAAA ABAAA BAAAB AABBB ABABA BABBA

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: waterishly
cipher variations:
xbufsjtimzpbgnazdwivhbsvipnkerzbedqfxyanrbqlyvhmwjjbctglrasftbajwrlckxlbmrehvqgt
dbyzmxfecpvbkhunpsylnbwpcdzguhfbixktjuqdycvgtkujnaqchobaexjwictwjqolfsacfergyzbo
scrmzwinxkkcduhmsbtgucbkxsmdlymcnsfiwrhueczanygfdqwclivoqtzmocxqdeahvigcjylukvre
zdwhulvkobrdipcbfykxjduxkrpmgtbdgfshzacptdsnaxjoylldevintcuhvdclytnemzndotgjxsiv
fdabozhgerxdmjwpruanpdyrefbiwjhdkzmvlwsfaexivmwlpcsejqdcgzlykevylsqnhucehgtiabdq
uetobykpzmmefwjoudviwedmzuofnaoepuhkytjwgebcpaihfsyenkxqsvboqezsfgcjxkielanwmxtg
bfyjwnxmqdtfkredhamzlfwzmtroivdfihujbcervfupczlqannfgxkpvewjxfenavpgobpfqvilzukx
hfcdqbjigtzfolyrtwcprfatghdkyljfmboxnyuhcgzkxoynreuglsfeibnamgxanuspjwegjivkcdfs
wgvqdamrbooghylqwfxkygfobwqhpcqgrwjmavlyigderckjhuagpmzsuxdqsgbuhielzmkgncpyozvi
dhalypzosfvhmtgfjcobnhybovtqkxfhkjwldegtxhwrebnscpphizmrxgylzhgpcxriqdrhsxknbwmz
jhefsdlkivbhqnatvyerthcvijfmanlhodqzpawjeibmzqaptgwinuhgkdpcoizcpwurlygilkxmefhu
yixsfcotdqqijansyhzmaihqdysjresitylocxnakifgtemljwcirobuwzfsuidwjkgnbomiperaqbxk
fjcnarbquhxjovihleqdpjadqxvsmzhjmlynfgivzjytgdpuerrjkbotzianbjireztksftjuzmpdyob
ljghufnmkxdjspcvxagtvjexklhocpnjqfsbrcylgkdobscrviykpwjimfreqkberywtnaiknmzoghjw
akzuheqvfssklcpuajbockjsfaultgukvanqezpcmkhivgonlyektqdwybhuwkfylmipdqokrgtcsdzm
hlepctdswjzlqxkjngsfrlcfszxuobjlonaphikxblavifrwgttlmdqvbkcpdlktgbvmuhvlwborfaqd
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cmbwjgsxhuumnerwcldqemluhcwnviwmxcpsgbreomjkxiqpnagmvsfyadjwymhanokrfsqmtiveufbo
jngrevfuylbnszmlpiuhtnehubzwqdlnqpcrjkmzdncxkhtyivvnofsxdmerfnmvidxowjxnydqthcsf
pnklyjrqobhnwtgzbekxzniboplsgtrnujwfvgcpkohsfwgvzmcotanmqjviuofivcaxremorqdsklna
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kujeroafpccuvmzektlymutcpkevdqeufkxaojzmwursfqyxvioudangilregupivwsznayubqdmcnjw
rvozmdncgtjvahutxqcpbvmpcjheyltvyxkzrsuhlvkfspbgqddvwnaflumznvudqlfwerfvglybpkan
xvstgrzywjpvebohjmsfhvqjwxtaobzvcrendokxswpaneodhukwbivuyrdqcwnqdkifzmuwzylastvi
mwlgtqchreewxobgmvnaowvermgxfsgwhmzcqlboywtuhsazxkqwfcpikntgiwrkxyubpcawdsfoeply
txqbofpeivlxcjwvzserdxoreljganvxazmbtuwjnxmhurdisffxypchnwobpxwfsnhygthxinadrmcp
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oynivsejtggyzqdioxpcqyxgtoizhuiyjobesndqayvwjucbzmsyherkmpvikytmzawdrecyfuhqgrna
vzsdqhrgkxnzelyxbugtfzqtgnlicpxzcbodvwylpzojwtfkuhhzarejpyqdrzyhupjaivjzkpcftoer
bzwxkvdcantzifslnqwjlzunabxesfdzgvirhsobwaterishlyoafmzycvhugaruhomjdqyadcpewxzm
qapkxuglviiabsfkqzresazivqkbjwkalqdgupfscaxylwedbouajgtmorxkmavobcyftgeahwjsitpc

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: waterishly
Cipher: jngrevfuyl

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: waterishly
Cipher: 25114451244234321345

Extended Methods:
Method #1

Plaintext: waterishly
method variations:
bfykwoxnqdgldpbtcsvimqiugyhxaorvozmdncft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w a t e r i s h l y 
2 1 4 5 2 4 3 3 1 4 
5 1 4 1 4 2 4 2 3 5 
They are then read out in rows:
21452433145141424235
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: waterishly
Cipher: byrnqediix

Read more ...
Method #3

Plaintext: waterishly
method variations:
eqyftmobsk qyftmobske yftmobskeq
ftmobskeqy tmobskeqyf mobskeqyft
obskeqyftm bskeqyftmo skeqyftmob
keqyftmobs

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: waterishly

first 5040 cipher variations(3628800 total)
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watseylhri watseylhir watseylrhi watseylrih watseylirh watseylihr watseyihlr watseyihrl watseyilhr watseyilrh watseyirlh
watseyirhl watshierly watshieryl watshielry watshielyr watshieylr watshieyrl watshirely watshireyl watshirley watshirlye
watshiryle watshiryel watshilrey watshilrye watshilery watshileyr watshilyer watshilyre watshiyrle watshiyrel watshiylre
watshiyler watshiyelr watshiyerl watsheirly watsheiryl watsheilry watsheilyr watsheiylr watsheiyrl watsherily watsheriyl
watsherliy watsherlyi watsheryli watsheryil watshelriy watshelryi watsheliry watsheliyr watshelyir watshelyri watsheyrli
watsheyril watsheylri watsheylir watsheyilr watsheyirl watshreily watshreiyl watshreliy watshrelyi watshreyli watshreyil
watshriely watshrieyl watshriley watshrilye watshriyle watshriyel watshrliey watshrliye watshrleiy watshrleyi watshrlyei
watshrlyie watshryile watshryiel watshrylie watshrylei watshryeli watshryeil watshleriy watshleryi watshleiry watshleiyr
watshleyir watshleyri watshlreiy watshlreyi watshlriey watshlriye watshlryie watshlryei watshlirey watshlirye watshliery
watshlieyr watshliyer watshliyre watshlyrie watshlyrei watshlyire watshlyier watshlyeir watshlyeri watshyerli watshyeril
watshyelri watshyelir watshyeilr watshyeirl watshyreli watshyreil watshyrlei watshyrlie watshyrile watshyriel watshylrei
watshylrie watshyleri watshyleir watshylier watshylire watshyirle watshyirel watshyilre watshyiler watshyielr watshyierl
watsliehry watsliehyr watslierhy watslieryh watslieyrh watslieyhr watslihery watsliheyr watslihrey watslihrye watslihyre
watslihyer watslirhey watslirhye watslirehy watslireyh watsliryeh watsliryhe watsliyhre watsliyher watsliyrhe watsliyreh
watsliyerh watsliyehr watsleihry watsleihyr watsleirhy watsleiryh watsleiyrh watsleiyhr watslehiry watslehiyr watslehriy
watslehryi watslehyri watslehyir watslerhiy watslerhyi watslerihy watsleriyh watsleryih watsleryhi watsleyhri watsleyhir
watsleyrhi watsleyrih watsleyirh watsleyihr watslheiry watslheiyr watslheriy watslheryi watslheyri watslheyir watslhiery
watslhieyr watslhirey watslhirye watslhiyre watslhiyer watslhriey watslhriye watslhreiy watslhreyi watslhryei watslhryie
watslhyire watslhyier watslhyrie watslhyrei watslhyeri watslhyeir watslrehiy watslrehyi watslreihy watslreiyh watslreyih
watslreyhi watslrheiy watslrheyi watslrhiey watslrhiye watslrhyie watslrhyei watslrihey watslrihye watslriehy watslrieyh
watslriyeh watslriyhe watslryhie watslryhei watslryihe watslryieh watslryeih watslryehi watslyehri watslyehir watslyerhi
watslyerih watslyeirh watslyeihr watslyheri watslyheir watslyhrei watslyhrie watslyhire watslyhier watslyrhei watslyrhie
watslyrehi watslyreih watslyrieh watslyrihe watslyihre watslyiher watslyirhe watslyireh watslyierh watslyiehr watsyiehlr
watsyiehrl watsyielhr watsyielrh watsyierlh watsyierhl watsyihelr watsyiherl watsyihler watsyihlre watsyihrle watsyihrel
watsyilher watsyilhre watsyilehr watsyilerh watsyilreh watsyilrhe watsyirhle watsyirhel watsyirlhe watsyirleh watsyirelh
watsyirehl watsyeihlr watsyeihrl watsyeilhr watsyeilrh watsyeirlh watsyeirhl watsyehilr watsyehirl watsyehlir watsyehlri
watsyehrli watsyehril watsyelhir watsyelhri watsyelihr watsyelirh watsyelrih watsyelrhi watsyerhli watsyerhil watsyerlhi
watsyerlih watsyerilh watsyerihl watsyheilr watsyheirl watsyhelir watsyhelri watsyherli watsyheril watsyhielr watsyhierl
watsyhiler watsyhilre watsyhirle watsyhirel watsyhlier watsyhlire watsyhleir watsyhleri watsyhlrei watsyhlrie watsyhrile
watsyhriel watsyhrlie watsyhrlei watsyhreli watsyhreil watsylehir watsylehri watsyleihr watsyleirh watsylerih watsylerhi
watsylheir watsylheri watsylhier watsylhire watsylhrie watsylhrei watsyliher watsylihre watsyliehr watsylierh watsylireh
watsylirhe watsylrhie watsylrhei watsylrihe watsylrieh watsylreih watsylrehi watsyrehli watsyrehil watsyrelhi watsyrelih
watsyreilh watsyreihl watsyrheli watsyrheil watsyrhlei watsyrhlie watsyrhile watsyrhiel watsyrlhei watsyrlhie watsyrlehi
watsyrleih watsyrlieh watsyrlihe watsyrihle watsyrihel watsyrilhe watsyrileh watsyrielh watsyriehl wathrisely wathriseyl
wathrisley wathrislye wathrisyle wathrisyel wathriesly wathriesyl wathrielsy wathrielys wathrieyls wathrieysl wathrilesy
wathrileys wathrilsey wathrilsye wathrilyse wathrilyes wathriyels wathriyesl wathriyles wathriylse wathriysle wathriysel
wathrsiely wathrsieyl wathrsiley wathrsilye wathrsiyle wathrsiyel wathrseily wathrseiyl wathrseliy wathrselyi wathrseyli
wathrseyil wathrsleiy wathrsleyi wathrsliey wathrsliye wathrslyie wathrslyei wathrsyeli wathrsyeil wathrsylei wathrsylie
wathrsyile wathrsyiel wathresily wathresiyl wathresliy wathreslyi wathresyli wathresyil wathreisly wathreisyl wathreilsy
wathreilys wathreiyls wathreiysl wathrelisy wathreliys wathrelsiy wathrelsyi wathrelysi wathrelyis wathreyils wathreyisl
wathreylis wathreylsi wathreysli wathreysil wathrlseiy wathrlseyi wathrlsiey wathrlsiye wathrlsyie wathrlsyei wathrlesiy
wathrlesyi wathrleisy wathrleiys wathrleyis wathrleysi wathrliesy wathrlieys wathrlisey wathrlisye wathrliyse wathrliyes
wathrlyeis wathrlyesi wathrlyies wathrlyise wathrlysie wathrlysei wathryseli wathryseil wathryslei wathryslie wathrysile
wathrysiel wathryesli wathryesil wathryelsi wathryelis wathryeils wathryeisl wathrylesi wathryleis wathrylsei wathrylsie
wathrylise wathrylies wathryiels wathryiesl wathryiles wathryilse wathryisle wathryisel wathirsely wathirseyl wathirsley
wathirslye wathirsyle wathirsyel wathiresly wathiresyl wathirelsy wathirelys wathireyls wathireysl wathirlesy wathirleys
wathirlsey wathirlsye wathirlyse wathirlyes wathiryels wathiryesl wathiryles wathirylse wathirysle wathirysel wathisrely
wathisreyl wathisrley wathisrlye wathisryle wathisryel wathiserly wathiseryl wathiselry wathiselyr wathiseylr wathiseyrl
wathislery wathisleyr wathislrey wathislrye wathislyre wathislyer wathisyelr wathisyerl wathisyler wathisylre wathisyrle
wathisyrel wathiesrly wathiesryl wathieslry wathieslyr wathiesylr wathiesyrl wathiersly wathiersyl wathierlsy wathierlys
wathieryls wathierysl wathielrsy wathielrys wathielsry wathielsyr wathielysr wathielyrs wathieyrls wathieyrsl wathieylrs
wathieylsr wathieyslr wathieysrl wathilsery wathilseyr wathilsrey wathilsrye wathilsyre wathilsyer wathilesry wathilesyr
wathilersy wathilerys wathileyrs wathileysr wathilresy wathilreys wathilrsey wathilrsye wathilryse wathilryes wathilyers
wathilyesr wathilyres wathilyrse wathilysre wathilyser wathiyselr wathiyserl wathiysler wathiyslre wathiysrle wathiysrel
wathiyeslr wathiyesrl wathiyelsr wathiyelrs wathiyerls wathiyersl wathiylesr wathiylers wathiylser wathiylsre wathiylrse
wathiylres wathiyrels wathiyresl wathiyrles wathiyrlse wathiyrsle wathiyrsel wathsirely wathsireyl wathsirley wathsirlye
wathsiryle wathsiryel wathsierly wathsieryl wathsielry wathsielyr wathsieylr wathsieyrl wathsilery wathsileyr wathsilrey
wathsilrye wathsilyre wathsilyer wathsiyelr wathsiyerl wathsiyler wathsiylre wathsiyrle wathsiyrel wathsriely wathsrieyl
wathsriley wathsrilye wathsriyle wathsriyel wathsreily wathsreiyl wathsreliy wathsrelyi wathsreyli wathsreyil wathsrleiy
wathsrleyi wathsrliey wathsrliye wathsrlyie wathsrlyei wathsryeli wathsryeil wathsrylei wathsrylie wathsryile wathsryiel
wathserily wathseriyl wathserliy wathserlyi wathseryli wathseryil wathseirly wathseiryl wathseilry wathseilyr wathseiylr
wathseiyrl wathseliry wathseliyr wathselriy wathselryi wathselyri wathselyir wathseyilr wathseyirl wathseylir wathseylri
wathseyrli wathseyril wathslreiy wathslreyi wathslriey wathslriye wathslryie wathslryei wathsleriy wathsleryi wathsleiry
wathsleiyr wathsleyir wathsleyri wathsliery wathslieyr wathslirey wathslirye wathsliyre wathsliyer wathslyeir wathslyeri
wathslyier wathslyire wathslyrie wathslyrei wathsyreli wathsyreil wathsyrlei wathsyrlie wathsyrile wathsyriel wathsyerli
wathsyeril wathsyelri wathsyelir wathsyeilr wathsyeirl wathsyleri wathsyleir wathsylrei wathsylrie wathsylire wathsylier
wathsyielr wathsyierl wathsyiler wathsyilre wathsyirle wathsyirel watheisrly watheisryl watheislry watheislyr watheisylr
watheisyrl watheirsly watheirsyl watheirlsy watheirlys watheiryls watheirysl watheilrsy watheilrys watheilsry watheilsyr
watheilysr watheilyrs watheiyrls watheiyrsl watheiylrs watheiylsr watheiyslr watheiysrl wathesirly wathesiryl wathesilry
wathesilyr wathesiylr wathesiyrl wathesrily wathesriyl wathesrliy wathesrlyi wathesryli wathesryil watheslriy watheslryi
wathesliry wathesliyr watheslyir watheslyri wathesyrli wathesyril wathesylri wathesylir wathesyilr wathesyirl wathersily
wathersiyl wathersliy watherslyi wathersyli wathersyil watherisly watherisyl watherilsy watherilys watheriyls watheriysl
watherlisy watherliys watherlsiy watherlsyi watherlysi watherlyis watheryils watheryisl watherylis watherylsi watherysli
watherysil wathelsriy wathelsryi wathelsiry wathelsiyr wathelsyir wathelsyri wathelrsiy wathelrsyi wathelrisy wathelriys
wathelryis wathelrysi wathelirsy wathelirys wathelisry wathelisyr watheliysr watheliyrs wathelyris wathelyrsi wathelyirs
wathelyisr wathelysir wathelysri watheysrli watheysril watheyslri watheyslir watheysilr watheysirl watheyrsli watheyrsil
watheyrlsi watheyrlis watheyrils watheyrisl watheylrsi watheylris watheylsri watheylsir watheylisr watheylirs watheyirls
watheyirsl watheyilrs watheyilsr watheyislr watheyisrl wathlisery wathliseyr wathlisrey wathlisrye wathlisyre wathlisyer
wathliesry wathliesyr wathliersy wathlierys wathlieyrs wathlieysr wathliresy wathlireys wathlirsey wathlirsye wathliryse
wathliryes wathliyers wathliyesr wathliyres wathliyrse wathliysre wathliyser wathlsiery wathlsieyr wathlsirey wathlsirye
wathlsiyre wathlsiyer wathlseiry wathlseiyr wathlseriy wathlseryi wathlseyri wathlseyir wathlsreiy wathlsreyi wathlsriey
wathlsriye wathlsryie wathlsryei wathlsyeri wathlsyeir wathlsyrei wathlsyrie wathlsyire wathlsyier wathlesiry wathlesiyr
wathlesriy wathlesryi wathlesyri wathlesyir wathleisry wathleisyr wathleirsy wathleirys wathleiyrs wathleiysr wathlerisy
wathleriys wathlersiy wathlersyi wathlerysi wathleryis wathleyirs wathleyisr wathleyris wathleyrsi wathleysri wathleysir
wathlrseiy wathlrseyi wathlrsiey wathlrsiye wathlrsyie wathlrsyei wathlresiy wathlresyi wathlreisy wathlreiys wathlreyis
wathlreysi wathlriesy wathlrieys wathlrisey wathlrisye wathlriyse wathlriyes wathlryeis wathlryesi wathlryies wathlryise
wathlrysie wathlrysei wathlyseri wathlyseir wathlysrei wathlysrie wathlysire wathlysier wathlyesri wathlyesir wathlyersi
wathlyeris wathlyeirs wathlyeisr wathlyresi wathlyreis wathlyrsei wathlyrsie wathlyrise wathlyries wathlyiers wathlyiesr
wathlyires wathlyirse wathlyisre wathlyiser wathyiselr wathyiserl wathyisler wathyislre wathyisrle wathyisrel wathyieslr
wathyiesrl wathyielsr wathyielrs wathyierls wathyiersl wathyilesr wathyilers wathyilser wathyilsre wathyilrse wathyilres
wathyirels wathyiresl wathyirles wathyirlse wathyirsle wathyirsel wathysielr wathysierl wathysiler wathysilre wathysirle
wathysirel wathyseilr wathyseirl wathyselir wathyselri wathyserli wathyseril wathysleir wathysleri wathyslier wathyslire
wathyslrie wathyslrei wathysreli wathysreil wathysrlei wathysrlie wathysrile wathysriel wathyesilr wathyesirl wathyeslir
wathyeslri wathyesrli wathyesril wathyeislr wathyeisrl wathyeilsr wathyeilrs wathyeirls wathyeirsl wathyelisr wathyelirs
wathyelsir wathyelsri wathyelrsi wathyelris wathyerils wathyerisl wathyerlis wathyerlsi wathyersli wathyersil wathylseir
wathylseri wathylsier wathylsire wathylsrie wathylsrei wathylesir wathylesri wathyleisr wathyleirs wathyleris wathylersi
wathyliesr wathyliers wathyliser wathylisre wathylirse wathylires wathylreis wathylresi wathylries wathylrise wathylrsie
wathylrsei wathyrseli wathyrseil wathyrslei wathyrslie wathyrsile wathyrsiel wathyresli wathyresil wathyrelsi wathyrelis
wathyreils wathyreisl wathyrlesi wathyrleis wathyrlsei wathyrlsie wathyrlise wathyrlies wathyriels wathyriesl wathyriles
wathyrilse wathyrisle wathyrisel watlrishey watlrishye watlrisehy watlriseyh watlrisyeh watlrisyhe watlrihsey watlrihsye
watlrihesy watlriheys watlrihyes watlrihyse watlriehsy watlriehys watlrieshy watlriesyh watlrieysh watlrieyhs watlriyhes
watlriyhse watlriyehs watlriyesh watlriyseh watlriyshe watlrsihey watlrsihye watlrsiehy watlrsieyh watlrsiyeh watlrsiyhe
watlrshiey watlrshiye watlrsheiy watlrsheyi watlrshyei watlrshyie watlrsehiy watlrsehyi watlrseihy watlrseiyh watlrseyih
watlrseyhi watlrsyhei watlrsyhie watlrsyehi watlrsyeih watlrsyieh watlrsyihe watlrhsiey watlrhsiye watlrhseiy watlrhseyi
watlrhsyei watlrhsyie watlrhisey watlrhisye watlrhiesy watlrhieys watlrhiyes watlrhiyse watlrheisy watlrheiys watlrhesiy
watlrhesyi watlrheysi watlrheyis watlrhyies watlrhyise watlrhyeis watlrhyesi watlrhysei watlrhysie watlreshiy watlreshyi
watlresihy watlresiyh watlresyih watlresyhi watlrehsiy watlrehsyi watlrehisy watlrehiys watlrehyis watlrehysi watlreihsy
watlreihys watlreishy watlreisyh watlreiysh watlreiyhs watlreyhis watlreyhsi watlreyihs watlreyish watlreysih watlreyshi
watlryshei watlryshie watlrysehi watlryseih watlrysieh watlrysihe watlryhsei watlryhsie watlryhesi watlryheis watlryhies
watlryhise watlryehsi watlryehis watlryeshi watlryesih watlryeish watlryeihs watlryihes watlryihse watlryiehs watlryiesh
watlryiseh watlryishe watlirshey watlirshye watlirsehy watlirseyh watlirsyeh watlirsyhe watlirhsey watlirhsye watlirhesy
watlirheys watlirhyes watlirhyse watlirehsy watlirehys watlireshy watliresyh watlireysh watlireyhs watliryhes watliryhse
watliryehs watliryesh watliryseh watliryshe watlisrhey watlisrhye watlisrehy watlisreyh watlisryeh watlisryhe watlishrey
watlishrye watlishery watlisheyr watlishyer watlishyre watlisehry watlisehyr watliserhy watliseryh watliseyrh watliseyhr
watlisyher watlisyhre watlisyehr watlisyerh watlisyreh watlisyrhe watlihsrey watlihsrye watlihsery watlihseyr watlihsyer
watlihsyre watlihrsey watlihrsye watlihresy watlihreys watlihryes watlihryse watlihersy watliherys watlihesry watlihesyr
watliheysr watliheyrs watlihyres watlihyrse watlihyers watlihyesr watlihyser watlihysre watlieshry watlieshyr watliesrhy
watliesryh watliesyrh watliesyhr watliehsry watliehsyr watliehrsy watliehrys watliehyrs watliehysr watlierhsy watlierhys
watliershy watliersyh watlierysh watlieryhs watlieyhrs watlieyhsr watlieyrhs watlieyrsh watlieysrh watlieyshr watliysher
watliyshre watliysehr watliyserh watliysreh watliysrhe watliyhser watliyhsre watliyhesr watliyhers watliyhres watliyhrse
watliyehsr watliyehrs watliyeshr watliyesrh watliyersh watliyerhs watliyrhes watliyrhse watliyrehs watliyresh watliyrseh
watliyrshe watlsirhey watlsirhye watlsirehy watlsireyh watlsiryeh watlsiryhe watlsihrey watlsihrye watlsihery watlsiheyr
watlsihyer watlsihyre watlsiehry watlsiehyr watlsierhy watlsieryh watlsieyrh watlsieyhr watlsiyher watlsiyhre watlsiyehr
watlsiyerh watlsiyreh watlsiyrhe watlsrihey watlsrihye watlsriehy watlsrieyh watlsriyeh watlsriyhe watlsrhiey watlsrhiye
watlsrheiy watlsrheyi watlsrhyei watlsrhyie watlsrehiy watlsrehyi watlsreihy watlsreiyh watlsreyih watlsreyhi watlsryhei
watlsryhie watlsryehi watlsryeih watlsryieh watlsryihe watlshriey watlshriye watlshreiy watlshreyi watlshryei watlshryie
watlshirey watlshirye watlshiery watlshieyr watlshiyer watlshiyre watlsheiry watlsheiyr watlsheriy watlsheryi watlsheyri
watlsheyir watlshyier watlshyire watlshyeir watlshyeri watlshyrei watlshyrie watlserhiy watlserhyi watlserihy watlseriyh
watlseryih watlseryhi watlsehriy watlsehryi watlsehiry watlsehiyr watlsehyir watlsehyri watlseihry watlseihyr watlseirhy
watlseiryh watlseiyrh watlseiyhr watlseyhir watlseyhri watlseyihr watlseyirh watlseyrih watlseyrhi watlsyrhei watlsyrhie
watlsyrehi watlsyreih watlsyrieh watlsyrihe watlsyhrei watlsyhrie watlsyheri watlsyheir watlsyhier watlsyhire watlsyehri
watlsyehir watlsyerhi watlsyerih watlsyeirh watlsyeihr watlsyiher watlsyihre watlsyiehr watlsyierh watlsyireh watlsyirhe
watlhisrey watlhisrye watlhisery watlhiseyr watlhisyer watlhisyre watlhirsey watlhirsye watlhiresy watlhireys watlhiryes
watlhiryse watlhiersy watlhierys watlhiesry watlhiesyr watlhieysr watlhieyrs watlhiyres watlhiyrse watlhiyers watlhiyesr
watlhiyser watlhiysre watlhsirey watlhsirye watlhsiery watlhsieyr watlhsiyer watlhsiyre watlhsriey watlhsriye watlhsreiy
watlhsreyi watlhsryei watlhsryie watlhseriy watlhseryi watlhseiry watlhseiyr watlhseyir watlhseyri watlhsyrei watlhsyrie
watlhsyeri watlhsyeir watlhsyier watlhsyire watlhrsiey watlhrsiye watlhrseiy watlhrseyi watlhrsyei watlhrsyie watlhrisey
watlhrisye watlhriesy watlhrieys watlhriyes watlhriyse watlhreisy watlhreiys watlhresiy watlhresyi watlhreysi watlhreyis
watlhryies watlhryise watlhryeis watlhryesi watlhrysei watlhrysie watlhesriy watlhesryi watlhesiry watlhesiyr watlhesyir
watlhesyri watlhersiy watlhersyi watlherisy watlheriys watlheryis watlherysi watlheirsy watlheirys watlheisry watlheisyr
watlheiysr watlheiyrs watlheyris watlheyrsi watlheyirs watlheyisr watlheysir watlheysri watlhysrei watlhysrie watlhyseri
watlhyseir watlhysier watlhysire watlhyrsei watlhyrsie watlhyresi watlhyreis watlhyries watlhyrise watlhyersi watlhyeris
watlhyesri watlhyesir watlhyeisr watlhyeirs watlhyires watlhyirse watlhyiers watlhyiesr watlhyiser watlhyisre watleishry
watleishyr watleisrhy watleisryh watleisyrh watleisyhr watleihsry watleihsyr watleihrsy watleihrys watleihyrs watleihysr
watleirhsy watleirhys watleirshy watleirsyh watleirysh watleiryhs watleiyhrs watleiyhsr watleiyrhs watleiyrsh watleiysrh
watleiyshr watlesihry watlesihyr watlesirhy watlesiryh watlesiyrh watlesiyhr watleshiry watleshiyr watleshriy watleshryi
watleshyri watleshyir watlesrhiy watlesrhyi watlesrihy watlesriyh watlesryih watlesryhi watlesyhri watlesyhir watlesyrhi
watlesyrih watlesyirh watlesyihr watlehsiry watlehsiyr watlehsriy watlehsryi watlehsyri watlehsyir watlehisry watlehisyr
watlehirsy watlehirys watlehiyrs watlehiysr watlehrisy watlehriys watlehrsiy watlehrsyi watlehrysi watlehryis watlehyirs
watlehyisr watlehyris watlehyrsi watlehysri watlehysir watlershiy watlershyi watlersihy watlersiyh watlersyih watlersyhi
watlerhsiy watlerhsyi watlerhisy watlerhiys watlerhyis watlerhysi watlerihsy watlerihys watlerishy watlerisyh watleriysh
watleriyhs watleryhis watleryhsi watleryihs watleryish watlerysih watleryshi watleyshri watleyshir watleysrhi watleysrih
watleysirh watleysihr watleyhsri watleyhsir watleyhrsi watleyhris watleyhirs watleyhisr watleyrhsi watleyrhis watleyrshi
watleyrsih watleyrish watleyrihs watleyihrs watleyihsr watleyirhs watleyirsh watleyisrh watleyishr watlyisher watlyishre
watlyisehr watlyiserh watlyisreh watlyisrhe watlyihser watlyihsre watlyihesr watlyihers watlyihres watlyihrse watlyiehsr
watlyiehrs watlyieshr watlyiesrh watlyiersh watlyierhs watlyirhes watlyirhse watlyirehs watlyiresh watlyirseh watlyirshe
watlysiher watlysihre watlysiehr watlysierh watlysireh watlysirhe watlyshier watlyshire watlysheir watlysheri watlyshrei
watlyshrie watlysehir watlysehri watlyseihr watlyseirh watlyserih watlyserhi watlysrhei watlysrhie watlysrehi watlysreih
watlysrieh watlysrihe watlyhsier watlyhsire watlyhseir watlyhseri watlyhsrei watlyhsrie watlyhiser watlyhisre watlyhiesr
watlyhiers watlyhires watlyhirse watlyheisr watlyheirs watlyhesir watlyhesri watlyhersi watlyheris watlyhries watlyhrise
watlyhreis watlyhresi watlyhrsei watlyhrsie watlyeshir watlyeshri watlyesihr watlyesirh watlyesrih watlyesrhi watlyehsir
watlyehsri watlyehisr watlyehirs watlyehris watlyehrsi watlyeihsr watlyeihrs watlyeishr watlyeisrh watlyeirsh watlyeirhs
watlyerhis watlyerhsi watlyerihs watlyerish watlyersih watlyershi watlyrshei watlyrshie watlyrsehi watlyrseih watlyrsieh
watlyrsihe watlyrhsei watlyrhsie watlyrhesi watlyrheis watlyrhies watlyrhise watlyrehsi watlyrehis watlyreshi watlyresih
watlyreish watlyreihs watlyrihes watlyrihse watlyriehs watlyriesh watlyriseh watlyrishe watyrishle watyrishel watyrislhe
watyrisleh watyriselh watyrisehl watyrihsle watyrihsel watyrihlse watyrihles watyrihels watyrihesl watyrilhse watyrilhes
watyrilshe watyrilseh watyrilesh watyrilehs watyriehls watyriehsl watyrielhs watyrielsh watyrieslh watyrieshl watyrsihle
watyrsihel watyrsilhe watyrsileh watyrsielh watyrsiehl watyrshile watyrshiel watyrshlie watyrshlei watyrsheli watyrsheil
watyrslhie watyrslhei watyrslihe watyrslieh watyrsleih watyrslehi watyrsehli watyrsehil watyrselhi watyrselih watyrseilh
watyrseihl watyrhsile watyrhsiel watyrhslie watyrhslei watyrhseli watyrhseil watyrhisle watyrhisel watyrhilse watyrhiles
watyrhiels watyrhiesl watyrhlise watyrhlies watyrhlsie watyrhlsei watyrhlesi watyrhleis watyrheils watyrheisl watyrhelis
watyrhelsi watyrhesli watyrhesil watyrlshie watyrlshei watyrlsihe watyrlsieh watyrlseih watyrlsehi watyrlhsie watyrlhsei
watyrlhise watyrlhies watyrlheis watyrlhesi watyrlihse watyrlihes watyrlishe watyrliseh watyrliesh watyrliehs watyrlehis
watyrlehsi watyrleihs watyrleish watyrlesih watyrleshi watyreshli watyreshil watyreslhi watyreslih watyresilh watyresihl
watyrehsli watyrehsil watyrehlsi watyrehlis watyrehils watyrehisl watyrelhsi watyrelhis watyrelshi watyrelsih watyrelish
watyrelihs watyreihls watyreihsl watyreilhs watyreilsh watyreislh watyreishl watyirshle watyirshel watyirslhe watyirsleh
watyirselh watyirsehl watyirhsle watyirhsel watyirhlse watyirhles watyirhels watyirhesl watyirlhse watyirlhes watyirlshe
watyirlseh watyirlesh watyirlehs watyirehls watyirehsl watyirelhs watyirelsh watyireslh watyireshl watyisrhle watyisrhel
watyisrlhe watyisrleh watyisrelh watyisrehl watyishrle watyishrel watyishlre watyishler watyishelr watyisherl watyislhre
watyislher watyislrhe watyislreh watyislerh watyislehr watyisehlr watyisehrl watyiselhr watyiselrh watyiserlh watyiserhl
watyihsrle watyihsrel watyihslre watyihsler watyihselr watyihserl watyihrsle watyihrsel watyihrlse watyihrles watyihrels
watyihresl watyihlrse watyihlres watyihlsre watyihlser watyihlesr watyihlers watyiherls watyihersl watyihelrs watyihelsr
watyiheslr watyihesrl watyilshre watyilsher watyilsrhe watyilsreh watyilserh watyilsehr watyilhsre watyilhser watyilhrse
watyilhres watyilhers watyilhesr watyilrhse watyilrhes watyilrshe watyilrseh watyilresh watyilrehs watyilehrs watyilehsr
watyilerhs watyilersh watyilesrh watyileshr watyieshlr watyieshrl watyieslhr watyieslrh watyiesrlh watyiesrhl watyiehslr
watyiehsrl watyiehlsr watyiehlrs watyiehrls watyiehrsl watyielhsr watyielhrs watyielshr watyielsrh watyielrsh watyielrhs
watyierhls watyierhsl watyierlhs watyierlsh watyierslh watyiershl watysirhle watysirhel watysirlhe watysirleh watysirelh
watysirehl watysihrle watysihrel watysihlre watysihler watysihelr watysiherl watysilhre watysilher watysilrhe watysilreh
watysilerh watysilehr watysiehlr watysiehrl watysielhr watysielrh watysierlh watysierhl watysrihle watysrihel watysrilhe
watysrileh watysrielh watysriehl watysrhile watysrhiel watysrhlie watysrhlei watysrheli watysrheil watysrlhie watysrlhei
watysrlihe watysrlieh watysrleih watysrlehi watysrehli watysrehil watysrelhi watysrelih watysreilh watysreihl watyshrile
watyshriel watyshrlie watyshrlei watyshreli watyshreil watyshirle watyshirel watyshilre watyshiler watyshielr watyshierl
watyshlire watyshlier watyshlrie watyshlrei watyshleri watyshleir watysheilr watysheirl watyshelir watyshelri watysherli
watysheril watyslrhie watyslrhei watyslrihe watyslrieh watyslreih watyslrehi watyslhrie watyslhrei watyslhire watyslhier
watyslheir watyslheri watyslihre watysliher watyslirhe watyslireh watyslierh watysliehr watyslehir watyslehri watysleihr
watysleirh watyslerih watyslerhi watyserhli watyserhil watyserlhi watyserlih watyserilh watyserihl watysehrli watysehril
watysehlri watysehlir watysehilr watysehirl watyselhri watyselhir watyselrhi watyselrih watyselirh watyselihr watyseihlr
watyseihrl watyseilhr watyseilrh watyseirlh watyseirhl watyhisrle watyhisrel watyhislre watyhisler watyhiselr watyhiserl
watyhirsle watyhirsel watyhirlse watyhirles watyhirels watyhiresl watyhilrse watyhilres watyhilsre watyhilser watyhilesr
watyhilers watyhierls watyhiersl watyhielrs watyhielsr watyhieslr watyhiesrl watyhsirle watyhsirel watyhsilre watyhsiler
watyhsielr watyhsierl watyhsrile watyhsriel watyhsrlie watyhsrlei watyhsreli watyhsreil watyhslrie watyhslrei watyhslire
watyhslier watyhsleir watyhsleri watyhserli watyhseril watyhselri watyhselir watyhseilr watyhseirl watyhrsile watyhrsiel
watyhrslie watyhrslei watyhrseli watyhrseil watyhrisle watyhrisel watyhrilse watyhriles watyhriels watyhriesl watyhrlise
watyhrlies watyhrlsie watyhrlsei watyhrlesi watyhrleis watyhreils watyhreisl watyhrelis watyhrelsi watyhresli watyhresil
watyhlsrie watyhlsrei watyhlsire watyhlsier watyhlseir watyhlseri watyhlrsie watyhlrsei watyhlrise watyhlries watyhlreis
watyhlresi watyhlirse watyhlires watyhlisre watyhliser watyhliesr watyhliers watyhleris watyhlersi watyhleirs watyhleisr
watyhlesir watyhlesri watyhesrli watyhesril watyheslri watyheslir watyhesilr watyhesirl watyhersli watyhersil watyherlsi
watyherlis watyherils watyherisl watyhelrsi watyhelris watyhelsri watyhelsir watyhelisr watyhelirs watyheirls watyheirsl
watyheilrs watyheilsr watyheislr watyheisrl watylishre watylisher watylisrhe watylisreh watyliserh watylisehr watylihsre
watylihser watylihrse watylihres watylihers watylihesr watylirhse watylirhes watylirshe watylirseh watyliresh watylirehs
watyliehrs watyliehsr watylierhs watyliersh watyliesrh watylieshr watylsihre watylsiher watylsirhe watylsireh watylsierh
watylsiehr watylshire watylshier watylshrie watylshrei watylsheri watylsheir watylsrhie watylsrhei watylsrihe watylsrieh
watylsreih watylsrehi watylsehri watylsehir watylserhi watylserih watylseirh watylseihr watylhsire watylhsier watylhsrie
watylhsrei watylhseri watylhseir watylhisre watylhiser watylhirse watylhires watylhiers watylhiesr watylhrise watylhries
watylhrsie watylhrsei watylhresi watylhreis watylheirs watylheisr watylheris watylhersi watylhesri watylhesir watylrshie
watylrshei watylrsihe watylrsieh watylrseih watylrsehi watylrhsie watylrhsei watylrhise watylrhies watylrheis watylrhesi
watylrihse watylrihes watylrishe watylriseh watylriesh watylriehs watylrehis watylrehsi watylreihs watylreish watylresih
watylreshi watyleshri watyleshir watylesrhi watylesrih watylesirh watylesihr watylehsri watylehsir watylehrsi watylehris
watylehirs watylehisr watylerhsi watylerhis watylershi watylersih watylerish watylerihs watyleihrs watyleihsr watyleirhs
watyleirsh watyleisrh watyleishr watyeishlr watyeishrl watyeislhr watyeislrh watyeisrlh watyeisrhl watyeihslr watyeihsrl
watyeihlsr watyeihlrs watyeihrls watyeihrsl watyeilhsr watyeilhrs watyeilshr watyeilsrh watyeilrsh watyeilrhs watyeirhls
watyeirhsl watyeirlhs watyeirlsh watyeirslh watyeirshl watyesihlr watyesihrl watyesilhr watyesilrh watyesirlh watyesirhl
watyeshilr watyeshirl watyeshlir watyeshlri watyeshrli watyeshril watyeslhir watyeslhri watyeslihr watyeslirh watyeslrih
watyeslrhi watyesrhli watyesrhil watyesrlhi watyesrlih watyesrilh watyesrihl watyehsilr watyehsirl watyehslir watyehslri
watyehsrli watyehsril watyehislr watyehisrl watyehilsr watyehilrs watyehirls watyehirsl watyehlisr watyehlirs watyehlsir
watyehlsri watyehlrsi watyehlris watyehrils watyehrisl watyehrlis watyehrlsi watyehrsli watyehrsil watyelshir watyelshri
watyelsihr watyelsirh watyelsrih watyelsrhi watyelhsir watyelhsri watyelhisr watyelhirs watyelhris watyelhrsi watyelihsr
watyelihrs watyelishr watyelisrh watyelirsh watyelirhs watyelrhis watyelrhsi watyelrihs watyelrish watyelrsih watyelrshi
watyershli watyershil watyerslhi watyerslih watyersilh watyersihl watyerhsli watyerhsil watyerhlsi watyerhlis watyerhils
watyerhisl watyerlhsi watyerlhis watyerlshi watyerlsih watyerlish watyerlihs watyerihls watyerihsl watyerilhs watyerilsh
watyerislh watyerishl

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History of cryptography
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