easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

immunosuppressants

lamassus

prefurnish

heterothallic

maffei

bardolph

adrip

propagulum

nebulises

glenwilton

armagideon

postfrontal

newmadrid

inexigible

guacico

piecemealwise

gatewayman

subdorsally


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: bogosian
cipher variations:
cphptjbo dqiqukcp erjrvldq fskswmer gtltxnfs
humuyogt ivnvzphu jwowaqiv kxpxbrjw lyqycskx
mzrzdtly nasaeumz obtbfvna pcucgwob qdvdhxpc
reweiyqd sfxfjzre tgygkasf uhzhlbtg viaimcuh
wjbjndvi xkckoewj yldlpfxk zmemqgyl anfnrhzm

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: bogosian
Cipher: yltlhrzm

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: bogosian
Cipher: AAAAB ABBAB AABBA ABBAB BAAAB ABAAA AAAAA ABBAA

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: bogosian
cipher variations:
cphptjboertrdzbogtftnpboivrvxfbokxdxhvbomzpzrlboqdndlrbosfzfvhbo
uhlhfxbowjxjpnboyljlzdboanvnjtbodqiqukcpfsuseacphuguoqcpjwswygcp
lyeyiwcpnaqasmcpreoemscptgagwicpvimigycpxkykqocpzmkmaecpbowokucp
erjrvldqgtvtfbdqivhvprdqkxtxzhdqmzfzjxdqobrbtndqsfpfntdquhbhxjdq
wjnjhzdqylzlrpdqanlnbfdqcpxplvdqfskswmerhuwugcerjwiwqserlyuyaier
nagakyerpcscuoertgqgouerviciykerxkokiaerzmamsqerbomocgerdqyqmwer
gtltxnfsivxvhdfskxjxrtfsmzvzbjfsobhblzfsqdtdvpfsuhrhpvfswjdjzlfs
ylpljbfsanbntrfscpnpdhfserzrnxfshumuyogtjwywiegtlykysugtnawackgt
pcicmagtreuewqgtvisiqwgtxkekamgtzmqmkcgtbocousgtdqoqeigtfsasoygt
ivnvzphukxzxjfhumzlztvhuobxbdlhuqdjdnbhusfvfxrhuwjtjrxhuylflbnhu
anrnldhucpdpvthuerprfjhugtbtpzhujwowaqivlyaykgivnamauwivpcycemiv
rekeocivtgwgysivxkuksyivzmgmcoivbosomeivdqeqwuivfsqsgkivhucuqaiv
kxpxbrjwmzbzlhjwobnbvxjwqdzdfnjwsflfpdjwuhxhztjwylvltzjwanhndpjw
cptpnfjwerfrxvjwgtrthljwivdvrbjwlyqycskxnacamikxpcocwykxreaegokx
tgmgqekxviyiaukxzmwmuakxboioeqkxdquqogkxfsgsywkxhusuimkxjwewsckx
mzrzdtlyobdbnjlyqdpdxzlysfbfhplyuhnhrflywjzjbvlyanxnvblycpjpfrly
ervrphlygthtzxlyivtvjnlykxfxtdlynasaeumzpcecokmzreqeyamztgcgiqmz
vioisgmzxkakcwmzboyowcmzdqkqgsmzfswsqimzhuiuaymzjwuwkomzlygyuemz
obtbfvnaqdfdplnasfrfzbnauhdhjrnawjpjthnaylbldxnacpzpxdnaerlrhtna
gtxtrjnaivjvbznakxvxlpnamzhzvfnapcucgwobregeqmobtgsgacobvieiksob
xkqkuiobzmcmeyobdqaqyeobfsmsiuobhuyuskobjwkwcaoblywymqobnaiawgob
qdvdhxpcsfhfrnpcuhthbdpcwjfjltpcylrlvjpcandnfzpcerbrzfpcgtntjvpc
ivzvtlpckxlxdbpcmzxznrpcobjbxhpcreweiyqdtgigsoqdviuiceqdxkgkmuqd
zmsmwkqdboeogaqdfscsagqdhuoukwqdjwawumqdlymyecqdnayaosqdpckcyiqd
sfxfjzreuhjhtprewjvjdfreylhlnvreantnxlrecpfphbregtdtbhreivpvlxre
kxbxvnremznzfdreobzbptreqdldzjretgygkasfvikiuqsfxkwkegsfzmimowsf
bouoymsfdqgqicsfhueucisfjwqwmysflycywosfnaoagesfpcacqusfremeaksf
uhzhlbtgwjljvrtgylxlfhtganjnpxtgcpvpzntgerhrjdtgivfvdjtgkxrxnztg
mzdzxptgobpbhftgqdbdrvtgsfnfbltgviaimcuhxkmkwsuhzmymgiuhbokoqyuh
dqwqaouhfsiskeuhjwgwekuhlysyoauhnaeayquhpcqciguhreceswuhtgogcmuh
wjbjndviylnlxtvianznhjvicplprzvierxrbpvigtjtlfvikxhxflvimztzpbvi
obfbzrviqdrdjhvisfdftxviuhphdnvixkckoewjzmomyuwjboaoikwjdqmqsawj
fsyscqwjhukumgwjlyiygmwjnauaqcwjpcgcaswjresekiwjtgeguywjviqieowj
yldlpfxkanpnzvxkcpbpjlxkernrtbxkgtztdrxkivlvnhxkmzjzhnxkobvbrdxk
qdhdbtxksftfljxkuhfhvzxkwjrjfpxkzmemqgylboqoawyldqcqkmylfsosucyl
huauesyljwmwoiylnakaioylpcwcseylreiecuyltgugmkylvigiwaylxkskgqyl
anfnrhzmcprpbxzmerdrlnzmgtptvdzmivbvftzmkxnxpjzmoblbjpzmqdxdtfzm
sfjfdvzmuhvhnlzmwjhjxbzmyltlhrzmbogosiandqsqcyanfsesmoanhuquwean
jwcwguanlyoyqkanpcmckqanreyeugantgkgewanviwiomanxkikycanzmumisan

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: bogosian
Cipher: obtbfvna

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: bogosian
Cipher: 2143224334421133

Extended Methods:
Method #1

Plaintext: bogosian
method variations:
gtmtxofsmyryctlxrdwdhyqcwibindvh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b o g o s i a n 
2 4 2 4 3 4 1 3 
1 3 2 3 4 2 1 3 
They are then read out in rows:
2424341313234213
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: bogosian
Cipher: rrsllmil

Read more ...
Method #3

Plaintext: bogosian
method variations:
qhrntblh hrntblhq rntblhqh
ntblhqhr tblhqhrn blhqhrnt
lhqhrntb hqhrntbl

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: bogosian

first 5040 cipher variations(40320 total)
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bogoinsa bogoaisn bogoains bogoasin bogoasni bogoansi bogoanis bogonias bogonisa bogonais bogonasi
bogonsai bogonsia bogsoian bogsoina bogsoain bogsoani bogsonai bogsonia bogsioan bogsiona bogsiaon
bogsiano bogsinao bogsinoa bogsaion bogsaino bogsaoin bogsaoni bogsanoi bogsanio bogsniao bogsnioa
bogsnaio bogsnaoi bogsnoai bogsnoia bogisoan bogisona bogisaon bogisano bogisnao bogisnoa bogiosan
bogiosna bogioasn bogioans bogionas bogionsa bogiaosn bogiaons bogiason bogiasno bogianso bogianos
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bioonasg bioonsag bioonsga bioasogn bioasong bioasgon bioasgno bioasngo bioasnog bioaosgn bioaosng
bioaogsn bioaogns bioaongs bioaonsg bioagosn bioagons bioagson bioagsno bioagnso bioagnos bioanogs
bioanosg bioangos bioangso bioansgo bioansog bionsoag bionsoga bionsaog bionsago bionsgao bionsgoa
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bisnogoa bisnoago bisnoaog bisnooag bisnooga bisnaogo bisnaoog bisnagoo bisnagoo bisnaogo bisnaoog
bisnooag bisnooga bisnoaog bisnoago bisnogao bisnogoa bioosgan bioosgna bioosagn bioosang bioosnag
bioosnga bioogsan bioogsna bioogasn bioogans bioognas bioognsa biooagsn biooagns biooasgn biooasng
biooansg biooangs bioongas bioongsa bioonags bioonasg bioonsag bioonsga biosogan biosogna biosoagn
biosoang biosonag biosonga biosgoan biosgona biosgaon biosgano biosgnao biosgnoa biosagon biosagno
biosaogn biosaong biosanog biosango biosngao biosngoa biosnago biosnaog biosnoag biosnoga biogsoan
biogsona biogsaon biogsano biogsnao biogsnoa biogosan biogosna biogoasn biogoans biogonas biogonsa
biogaosn biogaons biogason biogasno bioganso bioganos biognoas biognosa biognaos biognaso biognsao
biognsoa bioasgon bioasgno bioasogn bioasong bioasnog bioasngo bioagson bioagsno bioagosn bioagons
bioagnos bioagnso bioaogsn bioaogns bioaosgn bioaosng bioaonsg bioaongs bioangos bioangso bioanogs
bioanosg bioansog bioansgo bionsgao bionsgoa bionsago bionsaog bionsoag bionsoga biongsao biongsoa
biongaso biongaos biongoas biongosa bionagso bionagos bionasgo bionasog bionaosg bionaogs bionogas
bionogsa bionoags bionoasg bionosag bionosga biaosogn biaosong biaosgon biaosgno biaosngo biaosnog
biaoosgn biaoosng biaoogsn biaoogns biaoongs biaoonsg biaogosn biaogons biaogson biaogsno biaognso
biaognos biaonogs biaonosg biaongos biaongso biaonsgo biaonsog biasoogn biasoong biasogon biasogno
biasongo biasonog biasoogn biasoong biasogon biasogno biasongo biasonog biasgoon biasgono biasgoon
biasgono biasgnoo biasgnoo biasnogo biasnoog biasngoo biasngoo biasnogo biasnoog biaosogn biaosong
biaosgon biaosgno biaosngo biaosnog biaoosgn biaoosng biaoogsn biaoogns biaoongs biaoonsg biaogosn
biaogons biaogson biaogsno biaognso biaognos biaonogs biaonosg biaongos biaongso biaonsgo biaonsog
biagsoon biagsono biagsoon biagsono biagsnoo biagsnoo biagoson biagosno biagoosn biagoons biagonos
biagonso biagoosn biagoons biagoson biagosno biagonso biagonos biagnoos biagnoso biagnoos biagnoso
biagnsoo biagnsoo biansogo biansoog biansgoo biansgoo biansogo biansoog bianosgo bianosog bianogso
bianogos bianoogs bianoosg biangoso biangoos biangsoo biangsoo biangoso biangoos bianoogs bianoosg
bianogos bianogso bianosgo bianosog binosoag binosoga binosaog binosago binosgao binosgoa binoosag
binoosga binooasg binooags binoogas binoogsa binoaosg binoaogs binoasog binoasgo binoagso binoagos
binogoas binogosa binogaos binogaso binogsao binogsoa binsooag binsooga binsoaog binsoago binsogao
binsogoa binsooag binsooga binsoaog binsoago binsogao binsogoa binsaoog binsaogo binsaoog binsaogo
binsagoo binsagoo binsgoao binsgooa binsgaoo binsgaoo binsgoao binsgooa binosoag binosoga binosaog
binosago binosgao binosgoa binoosag binoosga binooasg binooags binoogas binoogsa binoaosg binoaogs
binoasog binoasgo binoagso binoagos binogoas binogosa binogaos binogaso binogsao binogsoa binasoog
binasogo binasoog binasogo binasgoo binasgoo binaosog binaosgo binaoosg binaoogs binaogos binaogso
binaoosg binaoogs binaosog binaosgo binaogso binaogos binagoos binagoso binagoos binagoso binagsoo
binagsoo bingsoao bingsooa bingsaoo bingsaoo bingsoao bingsooa bingosao bingosoa bingoaso bingoaos
bingooas bingoosa bingaoso bingaoos bingasoo bingasoo bingaoso bingaoos bingooas bingoosa bingoaos
bingoaso bingosao bingosoa bagosion bagosino bagosoin bagosoni bagosnoi bagosnio bagoison bagoisno
bagoiosn bagoions bagoinos bagoinso bagooisn bagooins bagoosin bagoosni bagoonsi bagoonis bagonios
bagoniso bagonois bagonosi bagonsoi bagonsio bagsoion bagsoino bagsooin bagsooni bagsonoi bagsonio
bagsioon bagsiono bagsioon bagsiono bagsinoo bagsinoo bagsoion bagsoino bagsooin bagsooni bagsonoi
bagsonio bagsnioo bagsnioo bagsnoio bagsnooi bagsnooi bagsnoio bagisoon bagisono bagisoon bagisono
bagisnoo bagisnoo bagioson bagiosno bagioosn bagioons bagionos bagionso bagioosn bagioons bagioson
bagiosno bagionso bagionos baginoos baginoso baginoos baginoso baginsoo baginsoo bagosion bagosino
bagosoin bagosoni bagosnoi bagosnio bagoison bagoisno bagoiosn bagoions bagoinos bagoinso bagooisn
bagooins bagoosin bagoosni bagoonsi bagoonis bagonios bagoniso bagonois bagonosi bagonsoi bagonsio
bagnsioo bagnsioo bagnsoio bagnsooi bagnsooi bagnsoio bagnisoo bagnisoo bagnioso bagnioos bagnioos
bagnioso bagnoiso bagnoios bagnosio bagnosoi bagnoosi bagnoois bagnoios bagnoiso bagnoois bagnoosi
bagnosoi bagnosio baogsion baogsino baogsoin baogsoni baogsnoi baogsnio baogison baogisno baogiosn
baogions baoginos baoginso baogoisn baogoins baogosin baogosni baogonsi baogonis baognios baogniso
baognois baognosi baognsoi baognsio baosgion baosgino baosgoin baosgoni baosgnoi baosgnio baosigon
baosigno baosiogn baosiong baosinog baosingo baosoign baosoing baosogin baosogni baosongi baosonig
baosniog baosnigo baosnoig baosnogi baosngoi baosngio baoisgon baoisgno baoisogn baoisong baoisnog
baoisngo baoigson baoigsno baoigosn baoigons baoignos baoignso baoiogsn baoiogns baoiosgn baoiosng
baoionsg baoiongs baoingos baoingso baoinogs baoinosg baoinsog baoinsgo baoosign baoosing baoosgin
baoosgni baoosngi baoosnig baooisgn baooisng baooigsn baooigns baooings baooinsg baoogisn baoogins
baoogsin baoogsni baoognsi baoognis baoonigs baoonisg baoongis baoongsi baoonsgi baoonsig baonsiog
baonsigo baonsoig baonsogi baonsgoi baonsgio baonisog baonisgo baoniosg baoniogs baonigos baonigso
baonoisg baonoigs baonosig baonosgi baonogsi baonogis baongios baongiso baongois baongosi baongsoi
baongsio basogion basogino basogoin basogoni basognoi basognio basoigon basoigno basoiogn basoiong
basoinog basoingo basooign basooing basoogin basoogni basoongi basoonig basoniog basonigo basonoig
basonogi basongoi basongio basgoion basgoino basgooin basgooni basgonoi basgonio basgioon basgiono
basgioon basgiono basginoo basginoo basgoion basgoino basgooin basgooni basgonoi basgonio basgnioo
basgnioo basgnoio basgnooi basgnooi basgnoio basigoon basigono basigoon basigono basignoo basignoo
basiogon basiogno basioogn basioong basionog basiongo basioogn basioong basiogon basiogno basiongo
basionog basinoog basinogo basinoog basinogo basingoo basingoo basogion basogino basogoin basogoni
basognoi basognio basoigon basoigno basoiogn basoiong basoinog basoingo basooign basooing basoogin
basoogni basoongi basoonig basoniog basonigo basonoig basonogi basongoi basongio basngioo basngioo
basngoio basngooi basngooi basngoio basnigoo basnigoo basniogo basnioog basnioog basniogo basnoigo
basnoiog basnogio basnogoi basnoogi basnooig basnoiog basnoigo basnooig basnoogi basnogoi basnogio
baiosgon baiosgno baiosogn baiosong baiosnog baiosngo baiogson baiogsno baiogosn baiogons baiognos
baiognso baioogsn baioogns baioosgn baioosng baioonsg baioongs baiongos baiongso baionogs baionosg
baionsog baionsgo baisogon baisogno baisoogn baisoong baisonog baisongo baisgoon baisgono baisgoon
baisgono baisgnoo baisgnoo baisogon baisogno baisoogn baisoong baisonog baisongo baisngoo baisngoo
baisnogo baisnoog baisnoog baisnogo baigsoon baigsono baigsoon baigsono baigsnoo baigsnoo baigoson
baigosno baigoosn baigoons baigonos baigonso baigoosn baigoons baigoson baigosno baigonso baigonos
baignoos baignoso baignoos baignoso baignsoo baignsoo baiosgon baiosgno baiosogn baiosong baiosnog
baiosngo baiogson baiogsno baiogosn baiogons baiognos baiognso baioogsn baioogns baioosgn baioosng
baioonsg baioongs baiongos baiongso baionogs baionosg baionsog baionsgo bainsgoo bainsgoo bainsogo
bainsoog bainsoog bainsogo baingsoo baingsoo baingoso baingoos baingoos baingoso bainogso bainogos
bainosgo bainosog bainoosg bainoogs bainogos bainogso bainoogs bainoosg bainosog bainosgo baoosign
baoosing baoosgin baoosgni baoosngi baoosnig baooisgn baooisng baooigsn baooigns baooings baooinsg
baoogisn baoogins baoogsin baoogsni baoognsi baoognis baoonigs baoonisg baoongis baoongsi baoonsgi
baoonsig baosoign baosoing baosogin baosogni baosongi baosonig baosiogn baosiong baosigon baosigno
baosingo baosinog baosgion baosgino baosgoin baosgoni baosgnoi baosgnio baosnigo baosniog baosngio
baosngoi baosnogi baosnoig baoisogn baoisong baoisgon baoisgno baoisngo baoisnog baoiosgn baoiosng
baoiogsn baoiogns baoiongs baoionsg baoigosn baoigons baoigson baoigsno baoignso baoignos baoinogs
baoinosg baoingos baoingso baoinsgo baoinsog baogsion baogsino baogsoin baogsoni baogsnoi baogsnio
baogison baogisno baogiosn baogions baoginos baoginso baogoisn baogoins baogosin baogosni baogonsi
baogonis baognios baogniso baognois baognosi baognsoi baognsio baonsigo baonsiog baonsgio baonsgoi
baonsogi baonsoig baonisgo baonisog baonigso baonigos baoniogs baoniosg baongiso baongios baongsio
baongsoi baongosi baongois baonoigs baonoisg baonogis baonogsi baonosgi baonosig banosiog banosigo
banosoig banosogi banosgoi banosgio banoisog banoisgo banoiosg banoiogs banoigos banoigso banooisg
banooigs banoosig banoosgi banoogsi banoogis banogios banogiso banogois banogosi banogsoi banogsio
bansoiog bansoigo bansooig bansoogi bansogoi bansogio bansioog bansiogo bansioog bansiogo bansigoo
bansigoo bansoiog bansoigo bansooig bansoogi bansogoi bansogio bansgioo bansgioo bansgoio bansgooi
bansgooi bansgoio banisoog banisogo banisoog banisogo banisgoo banisgoo baniosog baniosgo banioosg
banioogs baniogos baniogso banioosg banioogs baniosog baniosgo baniogso baniogos banigoos banigoso
banigoos banigoso banigsoo banigsoo banosiog banosigo banosoig banosogi banosgoi banosgio banoisog
banoisgo banoiosg banoiogs banoigos banoigso banooisg banooigs banoosig banoosgi banoogsi banoogis
banogios banogiso banogois banogosi banogsoi banogsio bangsioo bangsioo bangsoio bangsooi bangsooi
bangsoio bangisoo bangisoo bangioso bangioos bangioos bangioso bangoiso bangoios bangosio bangosoi
bangoosi bangoois bangoios bangoiso bangoois bangoosi bangosoi bangosio bngosiao bngosioa bngosaio
bngosaoi bngosoai bngosoia bngoisao bngoisoa bngoiaso bngoiaos bngoioas bngoiosa bngoaiso bngoaios
bngoasio bngoasoi bngoaosi bngoaois bngooias bngooisa bngooais bngooasi bngoosai bngoosia bngsoiao
bngsoioa bngsoaio bngsoaoi bngsooai bngsooia bngsioao bngsiooa bngsiaoo bngsiaoo bngsioao bngsiooa
bngsaioo bngsaioo bngsaoio bngsaooi bngsaooi bngsaoio bngsoiao bngsoioa bngsoaio bngsoaoi bngsooai
bngsooia bngisoao bngisooa bngisaoo bngisaoo bngisoao bngisooa bngiosao bngiosoa bngioaso bngioaos
bngiooas bngioosa bngiaoso bngiaoos bngiasoo bngiasoo bngiaoso bngiaoos bngiooas bngioosa bngioaos
bngioaso bngiosao bngiosoa bngasioo bngasioo bngasoio bngasooi bngasooi bngasoio bngaisoo bngaisoo
bngaioso bngaioos bngaioos bngaioso bngaoiso bngaoios bngaosio bngaosoi bngaoosi bngaoois bngaoios
bngaoiso bngaoois bngaoosi bngaosoi bngaosio bngosiao bngosioa bngosaio bngosaoi bngosoai bngosoia
bngoisao bngoisoa bngoiaso bngoiaos bngoioas bngoiosa bngoaiso bngoaios bngoasio bngoasoi bngoaosi
bngoaois bngooias bngooisa bngooais bngooasi bngoosai bngoosia bnogsiao bnogsioa bnogsaio bnogsaoi
bnogsoai bnogsoia bnogisao bnogisoa bnogiaso bnogiaos bnogioas bnogiosa bnogaiso bnogaios bnogasio
bnogasoi bnogaosi bnogaois bnogoias bnogoisa bnogoais bnogoasi bnogosai bnogosia bnosgiao bnosgioa
bnosgaio bnosgaoi bnosgoai bnosgoia bnosigao bnosigoa bnosiago bnosiaog bnosioag bnosioga bnosaigo
bnosaiog bnosagio bnosagoi bnosaogi bnosaoig bnosoiag bnosoiga bnosoaig bnosoagi bnosogai bnosogia
bnoisgao bnoisgoa bnoisago bnoisaog bnoisoag bnoisoga bnoigsao bnoigsoa bnoigaso bnoigaos bnoigoas
bnoigosa bnoiagso bnoiagos bnoiasgo bnoiasog bnoiaosg bnoiaogs bnoiogas bnoiogsa bnoioags bnoioasg
bnoiosag bnoiosga bnoasigo bnoasiog bnoasgio bnoasgoi bnoasogi bnoasoig bnoaisgo bnoaisog bnoaigso
bnoaigos bnoaiogs bnoaiosg bnoagiso bnoagios bnoagsio bnoagsoi bnoagosi bnoagois bnoaoigs bnoaoisg
bnoaogis bnoaogsi bnoaosgi bnoaosig bnoosiag bnoosiga bnoosaig bnoosagi bnoosgai bnoosgia bnooisag
bnooisga bnooiasg bnooiags bnooigas bnooigsa bnooaisg bnooaigs bnooasig bnooasgi bnooagsi bnooagis
bnoogias bnoogisa bnoogais bnoogasi bnoogsai bnoogsia bnsogiao bnsogioa bnsogaio bnsogaoi bnsogoai
bnsogoia bnsoigao bnsoigoa bnsoiago bnsoiaog bnsoioag bnsoioga bnsoaigo bnsoaiog bnsoagio bnsoagoi
bnsoaogi bnsoaoig bnsooiag bnsooiga bnsooaig bnsooagi bnsoogai bnsoogia bnsgoiao bnsgoioa bnsgoaio
bnsgoaoi bnsgooai bnsgooia bnsgioao bnsgiooa bnsgiaoo bnsgiaoo bnsgioao bnsgiooa bnsgaioo bnsgaioo
bnsgaoio bnsgaooi bnsgaooi bnsgaoio bnsgoiao bnsgoioa bnsgoaio bnsgoaoi bnsgooai bnsgooia bnsigoao
bnsigooa bnsigaoo bnsigaoo bnsigoao bnsigooa bnsiogao bnsiogoa bnsioago bnsioaog bnsiooag bnsiooga
bnsiaogo bnsiaoog bnsiagoo bnsiagoo bnsiaogo bnsiaoog bnsiooag bnsiooga bnsioaog bnsioago bnsiogao
bnsiogoa bnsagioo bnsagioo bnsagoio bnsagooi bnsagooi bnsagoio bnsaigoo bnsaigoo bnsaiogo bnsaioog
bnsaioog bnsaiogo bnsaoigo bnsaoiog bnsaogio bnsaogoi bnsaoogi bnsaooig bnsaoiog bnsaoigo bnsaooig
bnsaoogi bnsaogoi bnsaogio bnsogiao bnsogioa bnsogaio bnsogaoi bnsogoai bnsogoia bnsoigao bnsoigoa
bnsoiago bnsoiaog bnsoioag bnsoioga bnsoaigo bnsoaiog bnsoagio bnsoagoi bnsoaogi bnsoaoig bnsooiag
bnsooiga bnsooaig bnsooagi bnsoogai bnsoogia bniosgao bniosgoa bniosago bniosaog bniosoag bniosoga
bniogsao bniogsoa bniogaso bniogaos bniogoas bniogosa bnioagso bnioagos bnioasgo bnioasog bnioaosg
bnioaogs bnioogas bnioogsa bniooags bniooasg bnioosag bnioosga bnisogao bnisogoa bnisoago bnisoaog
bnisooag bnisooga bnisgoao bnisgooa bnisgaoo bnisgaoo bnisgoao bnisgooa bnisagoo bnisagoo bnisaogo
bnisaoog bnisaoog bnisaogo bnisogao bnisogoa bnisoago bnisoaog bnisooag bnisooga bnigsoao bnigsooa
bnigsaoo bnigsaoo bnigsoao bnigsooa bnigosao bnigosoa bnigoaso bnigoaos bnigooas bnigoosa bnigaoso
bnigaoos bnigasoo bnigasoo bnigaoso bnigaoos bnigooas bnigoosa bnigoaos bnigoaso bnigosao bnigosoa
bniasgoo bniasgoo bniasogo bniasoog bniasoog bniasogo bniagsoo bniagsoo bniagoso bniagoos bniagoos
bniagoso bniaogso bniaogos bniaosgo bniaosog bniaoosg bniaoogs bniaogos bniaogso bniaoogs bniaoosg
bniaosog bniaosgo bniosgao bniosgoa bniosago bniosaog bniosoag bniosoga bniogsao bniogsoa bniogaso
bniogaos bniogoas bniogosa bnioagso bnioagos bnioasgo bnioasog bnioaosg bnioaogs bnioogas bnioogsa
bniooags bniooasg bnioosag bnioosga bnaosigo bnaosiog bnaosgio bnaosgoi bnaosogi bnaosoig bnaoisgo
bnaoisog bnaoigso bnaoigos bnaoiogs bnaoiosg bnaogiso bnaogios bnaogsio bnaogsoi bnaogosi bnaogois
bnaooigs bnaooisg bnaoogis bnaoogsi bnaoosgi bnaoosig bnasoigo bnasoiog bnasogio bnasogoi bnasoogi
bnasooig bnasiogo bnasioog bnasigoo bnasigoo bnasiogo bnasioog bnasgioo bnasgioo bnasgoio bnasgooi
bnasgooi bnasgoio bnasoigo bnasoiog bnasogio bnasogoi bnasoogi bnasooig bnaisogo bnaisoog bnaisgoo
bnaisgoo bnaisogo bnaisoog bnaiosgo bnaiosog bnaiogso bnaiogos bnaioogs bnaioosg bnaigoso bnaigoos
bnaigsoo bnaigsoo bnaigoso bnaigoos bnaioogs bnaioosg bnaiogos bnaiogso bnaiosgo bnaiosog bnagsioo
bnagsioo bnagsoio bnagsooi bnagsooi bnagsoio bnagisoo bnagisoo bnagioso bnagioos bnagioos bnagioso
bnagoiso bnagoios bnagosio bnagosoi bnagoosi bnagoois bnagoios bnagoiso bnagoois bnagoosi bnagosoi
bnagosio bnaosigo bnaosiog bnaosgio bnaosgoi bnaosogi bnaosoig bnaoisgo bnaoisog bnaoigso bnaoigos
bnaoiogs bnaoiosg bnaogiso bnaogios bnaogsio bnaogsoi bnaogosi bnaogois bnaooigs bnaooisg bnaoogis
bnaoogsi bnaoosgi bnaoosig bnoosiag bnoosiga bnoosaig bnoosagi bnoosgai bnoosgia bnooisag bnooisga
bnooiasg bnooiags bnooigas bnooigsa bnooaisg bnooaigs bnooasig bnooasgi bnooagsi bnooagis bnoogias
bnoogisa bnoogais bnoogasi bnoogsai bnoogsia bnosoiag bnosoiga bnosoaig bnosoagi bnosogai bnosogia
bnosioag bnosioga bnosiaog bnosiago bnosigao bnosigoa bnosaiog bnosaigo bnosaoig bnosaogi bnosagoi
bnosagio bnosgiao bnosgioa bnosgaio bnosgaoi bnosgoai bnosgoia bnoisoag bnoisoga bnoisaog bnoisago
bnoisgao bnoisgoa bnoiosag bnoiosga bnoioasg bnoioags bnoiogas bnoiogsa bnoiaosg bnoiaogs bnoiasog
bnoiasgo bnoiagso bnoiagos bnoigoas bnoigosa bnoigaos bnoigaso bnoigsao bnoigsoa bnoasiog bnoasigo
bnoasoig bnoasogi bnoasgoi bnoasgio bnoaisog bnoaisgo bnoaiosg bnoaiogs bnoaigos bnoaigso bnoaoisg
bnoaoigs bnoaosig bnoaosgi bnoaogsi bnoaogis bnoagios bnoagiso bnoagois bnoagosi bnoagsoi bnoagsio
bnogsiao bnogsioa bnogsaio bnogsaoi bnogsoai bnogsoia bnogisao bnogisoa bnogiaso bnogiaos bnogioas
bnogiosa bnogaiso bnogaios bnogasio bnogasoi bnogaosi bnogaois bnogoias bnogoisa bnogoais bnogoasi
bnogosai bnogosia

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History of cryptography
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