easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

ludwigsburger

aureolas

editie

polytheists

consertisque

scarcella

dispiciebamque

soltice

males

abdideritque

oversaw

amane

mcnichols

heteroplasty

pokinesses

philtre

tranaverit

convolutions


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: adamante
cipher variations:
bebnbouf cfcocpvg dgdpdqwh eheqerxi fifrfsyj
gjgsgtzk hkhthual iliuivbm jmjvjwcn knkwkxdo
lolxlyep mpmymzfq nqnznagr oroaobhs pspbpcit
qtqcqdju rurdrekv svsesflw twtftgmx uxuguhny
vyvhvioz wzwiwjpa xaxjxkqb ybykylrc zczlzmsd

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: adamante
Cipher: zwznzmgv

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: adamante
Cipher: AAAAA AAABB AAAAA ABABB AAAAA ABBAA BAABA AABAA

Read more ...

 

Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: adamante
cipher variations:
bebnboufbkblbognbqbjbosvbwbhboedbcbfboqlbibdboctbubzboajbabxbomr
bgbvboyzbmbtbokhbsbrbowpbybpboixcfcocpvgclcmcphocrckcptwcxcicpfe
cdcgcprmcjcecpducvcacpbkcbcycpnschcwcpzacncucplictcscpxqczcqcpjy
dgdpdqwhdmdndqipdsdldquxdydjdqgfdedhdqsndkdfdqevdwdbdqcldcdzdqot
didxdqabdodvdqmjdudtdqyrdadrdqkzeheqerxieneoerjqetemervyezekerhg
efeiertoelegerfwexecerdmedeaerpuejeyerbcepewernkeveuerzsebeserla
fifrfsyjfofpfskrfufnfswzfaflfsihfgfjfsupfmfhfsgxfyfdfsenfefbfsqv
fkfzfscdfqfxfsolfwfvfsatfcftfsmbgjgsgtzkgpgqgtlsgvgogtxagbgmgtji
ghgkgtvqgngigthygzgegtfogfgcgtrwglgagtdegrgygtpmgxgwgtbugdgugtnc
hkhthualhqhrhumthwhphuybhchnhukjhihlhuwrhohjhuizhahfhugphghdhusx
hmhbhuefhshzhuqnhyhxhucvhehvhuodiliuivbmirisivnuixiqivzcidioivlk
ijimivxsipikivjaibigivhqihieivtyinicivfgitiaivroiziyivdwifiwivpe
jmjvjwcnjsjtjwovjyjrjwadjejpjwmljkjnjwytjqjljwkbjcjhjwirjijfjwuz
jojdjwghjujbjwspjajzjwexjgjxjwqfknkwkxdoktkukxpwkzkskxbekfkqkxnm
klkokxzukrkmkxlckdkikxjskjkgkxvakpkekxhikvkckxtqkbkakxfykhkykxrg
lolxlyeplulvlyqxlaltlycflglrlyonlmlplyavlslnlymdleljlyktlklhlywb
lqlflyijlwldlyurlclblygzlilzlyshmpmymzfqmvmwmzrymbmumzdgmhmsmzpo
mnmqmzbwmtmomznemfmkmzlumlmimzxcmrmgmzjkmxmemzvsmdmcmzhamjmamzti
nqnznagrnwnxnaszncnvnaehnintnaqpnonrnacxnunpnaofngnlnamvnmnjnayd
nsnhnaklnynfnawtnendnaibnknbnaujoroaobhsoxoyobtaodowobfiojouobrq
oposobdyovoqobpgohomobnwonokobzeotoioblmozogobxuofoeobjcolocobvk
pspbpcitpypzpcubpepxpcgjpkpvpcsrpqptpcezpwprpcqhpipnpcoxpoplpcaf
pupjpcmnpaphpcyvpgpfpckdpmpdpcwlqtqcqdjuqzqaqdvcqfqyqdhkqlqwqdts
qrquqdfaqxqsqdriqjqoqdpyqpqmqdbgqvqkqdnoqbqiqdzwqhqgqdleqnqeqdxm
rurdrekvrarbrewdrgrzreilrmrxreutrsrvregbryrtresjrkrpreqzrqrnrech
rwrlreoprcrjreaxrirhremfrorfreynsvsesflwsbscsfxeshsasfjmsnsysfvu
stswsfhcszsusftkslsqsfrasrsosfdisxsmsfpqsdsksfbysjsisfngspsgsfzo
twtftgmxtctdtgyftitbtgkntotztgwvtutxtgidtatvtgultmtrtgsbtstptgej
tytntgqrtetltgcztktjtgohtqthtgapuxuguhnyudueuhzgujucuhloupuauhxw
uvuyuhjeubuwuhvmunusuhtcutuquhfkuzuouhrsufumuhdaulukuhpiuruiuhbq
vyvhviozvevfviahvkvdvimpvqvbviyxvwvzvikfvcvxviwnvovtviudvuvrvigl
vavpvistvgvnviebvmvlviqjvsvjvicrwzwiwjpawfwgwjbiwlwewjnqwrwcwjzy
wxwawjlgwdwywjxowpwuwjvewvwswjhmwbwqwjtuwhwowjfcwnwmwjrkwtwkwjds
xaxjxkqbxgxhxkcjxmxfxkorxsxdxkazxyxbxkmhxexzxkypxqxvxkwfxwxtxkin
xcxrxkuvxixpxkgdxoxnxkslxuxlxketybykylrcyhyiyldkynygylpsytyeylba
yzycylniyfyaylzqyrywylxgyxyuyljoydysylvwyjyqylheypyoyltmyvymylfu
zczlzmsdzizjzmelzozhzmqtzuzfzmcbzazdzmojzgzbzmarzszxzmyhzyzvzmkp
zeztzmwxzkzrzmifzqzpzmunzwznzmgvadamanteajakanfmapaianruavagandc
abaeanpkahacanbsatayanziazawanlqafauanxyalasanjgaraqanvoaxaoanhw

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: adamante
Cipher: nqnznagr

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: adamante
Cipher: 1141112311334451

Extended Methods:
Method #1

Plaintext: adamante
method variations:
fifrfsyklolwlxdpqtqbqciuvyvgvhoz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a d a m a n t e 
1 4 1 2 1 3 4 5 
1 1 1 3 1 3 4 1 
They are then read out in rows:
1412134511131341
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: adamante
Cipher: qflyalld

Read more ...
Method #3

Plaintext: adamante
method variations:
qafclsya afclsyaq fclsyaqa
clsyaqaf lsyaqafc syaqafcl
yaqafcls aqafclsy

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: adamante

first 5040 cipher variations(40320 total)
adamante adamanet adamatne adamaten adamaetn adamaent adamnate adamnaet adamntae adamntea adamneta
adamneat adamtnae adamtnea adamtane adamtaen adamtean adamtena adamenta adamenat adametna adametan
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adaantem adaanetm adaanemt adaatnme adaatnem adaatmne adaatmen adaatemn adaatenm adaaentm adaaenmt
adaaetnm adaaetmn adaaemtn adaaemnt adanamte adanamet adanatme adanatem adanaetm adanaemt adanmate
adanmaet adanmtae adanmtea adanmeta adanmeat adantmae adantmea adantame adantaem adanteam adantema
adanemta adanemat adanetma adanetam adaneatm adaneamt adatanme adatanem adatamne adatamen adataemn
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admetaan admetaan admetana admeanta admeanat admeatna admeatan admeaatn admeaant adamante adamanet
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aanaedtm aanaedmt aanaetdm aanaetmd aanaemtd aanaemdt aandamte aandamet aandatme aandatem aandaetm
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aandteam aandtema aandemta aandemat aandetma aandetam aandeatm aandeamt aantadme aantadem aantamde
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aatmneda aatmnead aatmdnae aatmdnea aatmdane aatmdaen aatmdean aatmdena aatmenda aatmenad aatmedna
aatmedan aatmeadn aatmeand aatamnde aatamned aatamdne aatamden aatamedn aatamend aatanmde aatanmed
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aatdaemn aatdaenm aatdname aatdnaem aatdnmae aatdnmea aatdnema aatdneam aatdmnae aatdmnea aatdmane
aatdmaen aatdmean aatdmena aatdenma aatdenam aatdemna aatdeman aatdeamn aatdeanm aateandm aateanmd
aateadnm aateadmn aateamdn aateamnd aatenadm aatenamd aatendam aatendma aatenmda aatenmad aatednam
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aaemantd aaemandt aaematnd aaematdn aaemadtn aaemadnt aaemnatd aaemnadt aaemntad aaemntda aaemndta
aaemndat aaemtnad aaemtnda aaemtand aaemtadn aaemtdan aaemtdna aaemdnta aaemdnat aaemdtna aaemdtan
aaemdatn aaemdant aaeamntd aaeamndt aaeamtnd aaeamtdn aaeamdtn aaeamdnt aaeanmtd aaeanmdt aaeantmd
aaeantdm aaeandtm aaeandmt aaeatnmd aaeatndm aaeatmnd aaeatmdn aaeatdmn aaeatdnm aaeadntm aaeadnmt
aaeadtnm aaeadtmn aaeadmtn aaeadmnt aaenamtd aaenamdt aaenatmd aaenatdm aaenadtm aaenadmt aaenmatd
aaenmadt aaenmtad aaenmtda aaenmdta aaenmdat aaentmad aaentmda aaentamd aaentadm aaentdam aaentdma
aaendmta aaendmat aaendtma aaendtam aaendatm aaendamt aaetanmd aaetandm aaetamnd aaetamdn aaetadmn
aaetadnm aaetnamd aaetnadm aaetnmad aaetnmda aaetndma aaetndam aaetmnad aaetmnda aaetmand aaetmadn
aaetmdan aaetmdna aaetdnma aaetdnam aaetdmna aaetdman aaetdamn aaetdanm aaedantm aaedanmt aaedatnm
aaedatmn aaedamtn aaedamnt aaednatm aaednamt aaedntam aaedntma aaednmta aaednmat aaedtnam aaedtnma
aaedtanm aaedtamn aaedtman aaedtmna aaedmnta aaedmnat aaedmtna aaedmtan aaedmatn aaedmant amadante
amadanet amadatne amadaten amadaetn amadaent amadnate amadnaet amadntae amadntea amadneta amadneat
amadtnae amadtnea amadtane amadtaen amadtean amadtena amadenta amadenat amadetna amadetan amadeatn
amadeant amaadnte amaadnet amaadtne amaadten amaadetn amaadent amaandte amaandet amaantde amaanted
amaanetd amaanedt amaatnde amaatned amaatdne amaatden amaatedn amaatend amaaentd amaaendt amaaetnd
amaaetdn amaaedtn amaaednt amanadte amanadet amanatde amanated amanaetd amanaedt amandate amandaet
amandtae amandtea amandeta amandeat amantdae amantdea amantade amantaed amantead amanteda amanedta
amanedat amanetda amanetad amaneatd amaneadt amatande amataned amatadne amataden amataedn amataend
amatnade amatnaed amatndae amatndea amatneda amatnead amatdnae amatdnea amatdane amatdaen amatdean
amatdena amatenda amatenad amatedna amatedan amateadn amateand amaeantd amaeandt amaeatnd amaeatdn
amaeadtn amaeadnt amaenatd amaenadt amaentad amaentda amaendta amaendat amaetnad amaetnda amaetand
amaetadn amaetdan amaetdna amaednta amaednat amaedtna amaedtan amaedatn amaedant amdaante amdaanet
amdaatne amdaaten amdaaetn amdaaent amdanate amdanaet amdantae amdantea amdaneta amdaneat amdatnae
amdatnea amdatane amdataen amdatean amdatena amdaenta amdaenat amdaetna amdaetan amdaeatn amdaeant
amdaante amdaanet amdaatne amdaaten amdaaetn amdaaent amdanate amdanaet amdantae amdantea amdaneta
amdaneat amdatnae amdatnea amdatane amdataen amdatean amdatena amdaenta amdaenat amdaetna amdaetan
amdaeatn amdaeant amdnaate amdnaaet amdnatae amdnatea amdnaeta amdnaeat amdnaate amdnaaet amdnatae
amdnatea amdnaeta amdnaeat amdntaae amdntaea amdntaae amdntaea amdnteaa amdnteaa amdneata amdneaat
amdnetaa amdnetaa amdneata amdneaat amdtanae amdtanea amdtaane amdtaaen amdtaean amdtaena amdtnaae
amdtnaea amdtnaae amdtnaea amdtneaa amdtneaa amdtanae amdtanea amdtaane amdtaaen amdtaean amdtaena
amdtenaa amdtenaa amdteana amdteaan amdteaan amdteana amdeanta amdeanat amdeatna amdeatan amdeaatn
amdeaant amdenata amdenaat amdentaa amdentaa amdenata amdenaat amdetnaa amdetnaa amdetana amdetaan
amdetaan amdetana amdeanta amdeanat amdeatna amdeatan amdeaatn amdeaant amadante amadanet amadatne
amadaten amadaetn amadaent amadnate amadnaet amadntae amadntea amadneta amadneat amadtnae amadtnea
amadtane amadtaen amadtean amadtena amadenta amadenat amadetna amadetan amadeatn amadeant amaadnte
amaadnet amaadtne amaadten amaadetn amaadent amaandte amaandet amaantde amaanted amaanetd amaanedt
amaatnde amaatned amaatdne amaatden amaatedn amaatend amaaentd amaaendt amaaetnd amaaetdn amaaedtn
amaaednt amanadte amanadet amanatde amanated amanaetd amanaedt amandate amandaet amandtae amandtea
amandeta amandeat amantdae amantdea amantade amantaed amantead amanteda amanedta amanedat amanetda
amanetad amaneatd amaneadt amatande amataned amatadne amataden amataedn amataend amatnade amatnaed
amatndae amatndea amatneda amatnead amatdnae amatdnea amatdane amatdaen amatdean amatdena amatenda
amatenad amatedna amatedan amateadn amateand amaeantd amaeandt amaeatnd amaeatdn amaeadtn amaeadnt
amaenatd amaenadt amaentad amaentda amaendta amaendat amaetnad amaetnda amaetand amaetadn amaetdan
amaetdna amaednta amaednat amaedtna amaedtan amaedatn amaedant amndaate amndaaet amndatae amndatea
amndaeta amndaeat amndaate amndaaet amndatae amndatea amndaeta amndaeat amndtaae amndtaea amndtaae
amndtaea amndteaa amndteaa amndeata amndeaat amndetaa amndetaa amndeata amndeaat amnadate amnadaet
amnadtae amnadtea amnadeta amnadeat amnaadte amnaadet amnaatde amnaated amnaaetd amnaaedt amnatade
amnataed amnatdae amnatdea amnateda amnatead amnaeatd amnaeadt amnaetad amnaetda amnaedta amnaedat
amnaadte amnaadet amnaatde amnaated amnaaetd amnaaedt amnadate amnadaet amnadtae amnadtea amnadeta
amnadeat amnatdae amnatdea amnatade amnataed amnatead amnateda amnaedta amnaedat amnaetda amnaetad
amnaeatd amnaeadt amntaade amntaaed amntadae amntadea amntaeda amntaead amntaade amntaaed amntadae
amntadea amntaeda amntaead amntdaae amntdaea amntdaae amntdaea amntdeaa amntdeaa amnteada amnteaad
amntedaa amntedaa amnteada amnteaad amneaatd amneaadt amneatad amneatda amneadta amneadat amneaatd
amneaadt amneatad amneatda amneadta amneadat amnetaad amnetada amnetaad amnetada amnetdaa amnetdaa
amnedata amnedaat amnedtaa amnedtaa amnedata amnedaat amtdanae amtdanea amtdaane amtdaaen amtdaean
amtdaena amtdnaae amtdnaea amtdnaae amtdnaea amtdneaa amtdneaa amtdanae amtdanea amtdaane amtdaaen
amtdaean amtdaena amtdenaa amtdenaa amtdeana amtdeaan amtdeaan amtdeana amtadnae amtadnea amtadane
amtadaen amtadean amtadena amtandae amtandea amtanade amtanaed amtanead amtaneda amtaande amtaaned
amtaadne amtaaden amtaaedn amtaaend amtaenad amtaenda amtaeand amtaeadn amtaedan amtaedna amtnadae
amtnadea amtnaade amtnaaed amtnaead amtnaeda amtndaae amtndaea amtndaae amtndaea amtndeaa amtndeaa
amtnadae amtnadea amtnaade amtnaaed amtnaead amtnaeda amtnedaa amtnedaa amtneada amtneaad amtneaad
amtneada amtaande amtaaned amtaadne amtaaden amtaaedn amtaaend amtanade amtanaed amtandae amtandea
amtaneda amtanead amtadnae amtadnea amtadane amtadaen amtadean amtadena amtaenda amtaenad amtaedna
amtaedan amtaeadn amtaeand amteanad amteanda amteaand amteaadn amteadan amteadna amtenaad amtenada
amtenaad amtenada amtendaa amtendaa amteanad amteanda amteaand amteaadn amteadan amteadna amtednaa
amtednaa amtedana amtedaan amtedaan amtedana amedanta amedanat amedatna amedatan amedaatn amedaant
amednata amednaat amedntaa amedntaa amednata amednaat amedtnaa amedtnaa amedtana amedtaan amedtaan
amedtana amedanta amedanat amedatna amedatan amedaatn amedaant ameadnta ameadnat ameadtna ameadtan
ameadatn ameadant ameandta ameandat ameantda ameantad ameanatd ameanadt ameatnda ameatnad ameatdna
ameatdan ameatadn ameatand ameaantd ameaandt ameaatnd ameaatdn ameaadtn ameaadnt amenadta amenadat
amenatda amenatad amenaatd amenaadt amendata amendaat amendtaa amendtaa amendata amendaat amentdaa
amentdaa amentada amentaad amentaad amentada amenadta amenadat amenatda amenatad amenaatd amenaadt
ametanda ametanad ametadna ametadan ametaadn ametaand ametnada ametnaad ametndaa ametndaa ametnada
ametnaad ametdnaa ametdnaa ametdana ametdaan ametdaan ametdana ametanda ametanad ametadna ametadan
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ameantda ameandta ameandat ameatnad ameatnda ameatand ameatadn ameatdan ameatdna ameadnta ameadnat
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aaadment aaadnmte aaadnmet aaadntme aaadntem aaadnetm aaadnemt aaadtnme aaadtnem aaadtmne aaadtmen
aaadtemn aaadtenm aaadentm aaadenmt aaadetnm aaadetmn aaademtn aaademnt aaandmte aaandmet aaandtme
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aatmneda aatmande aatmaned aatmadne aatmaden aatmaedn aatmaend aatmenad aatmenda aatmeand aatmeadn
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aatdeanm aatdeamn aatdeman aatdemna aatndmae aatndmea aatndame aatndaem aatndeam aatndema aatnmdae
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aaemtnda aaemtnad aaemtdna aaemtdan aaemtadn aaemtand aaemantd aaemandt aaematnd aaematdn aaemadtn
aaemadnt aaedmnta aaedmnat aaedmtna aaedmtan aaedmatn aaedmant aaednmta aaednmat aaedntma aaedntam
aaednatm aaednamt aaedtnma aaedtnam aaedtmna aaedtman aaedtamn aaedtanm aaedantm aaedanmt aaedatnm
aaedatmn aaedamtn aaedamnt aaendmta aaendmat aaendtma aaendtam aaendatm aaendamt aaenmdta aaenmdat
aaenmtda aaenmtad aaenmatd aaenmadt aaentmda aaentmad aaentdma aaentdam aaentadm aaentamd aaenamtd
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aaetndma aaetndam aaetnmda aaetnmad aaetnamd aaetnadm aaetmnda aaetmnad aaetmdna aaetmdan aaetmadn
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aaeadmtn aaeadmnt aaeandtm aaeandmt aaeantdm aaeantmd aaeanmtd aaeanmdt aaeatndm aaeatnmd aaeatdnm
aaeatdmn aaeatmdn aaeatmnd aaeamntd aaeamndt aaeamtnd aaeamtdn aaeamdtn aaeamdnt anamadte anamadet
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anadetma anadetam anadeatm anadeamt anatadme anatadem anatamde anatamed anataemd anataedm anatdame
anatdaem anatdmae anatdmea anatdema anatdeam anatmdae anatmdea anatmade anatmaed anatmead anatmeda
anatedma anatedam anatemda anatemad anateamd anateadm anaeadtm anaeadmt anaeatdm anaeatmd anaeamtd
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anaetmad anaetmda anaemdta anaemdat anaemtda anaemtad anaematd anaemadt anmaadte anmaadet anmaatde
anmaated anmaaetd anmaaedt anmadate anmadaet anmadtae anmadtea anmadeta anmadeat anmatdae anmatdea
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anmaadet anmaatde anmaated anmaaetd anmaaedt anmadate anmadaet anmadtae anmadtea anmadeta anmadeat
anmatdae anmatdea anmatade anmataed anmatead anmateda anmaedta anmaedat anmaetda anmaetad anmaeatd
anmaeadt anmdaate anmdaaet anmdatae anmdatea anmdaeta anmdaeat anmdaate anmdaaet anmdatae anmdatea
anmdaeta anmdaeat anmdtaae anmdtaea anmdtaae anmdtaea anmdteaa anmdteaa anmdeata anmdeaat anmdetaa
anmdetaa anmdeata anmdeaat anmtadae anmtadea anmtaade anmtaaed anmtaead anmtaeda anmtdaae anmtdaea
anmtdaae anmtdaea anmtdeaa anmtdeaa anmtadae anmtadea anmtaade anmtaaed anmtaead anmtaeda anmtedaa
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anaemdta anaemdat anaemtda anaemtad anaematd anaemadt andmaate andmaaet andmatae andmatea andmaeta
andmaeat andmaate andmaaet andmatae andmatea andmaeta andmaeat andmtaae andmtaea andmtaae andmtaea
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antaamed antaaemd antaaedm antaedam antaedma antaeadm antaeamd antaemad antaemda antdamae antdamea
antdaame antdaaem antdaeam antdaema antdmaae antdmaea antdmaae antdmaea antdmeaa antdmeaa antdamae
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antaadme antaadem antaamde antaamed antaaemd antaaedm antadame antadaem antadmae antadmea antadema
antadeam antamdae antamdea antamade antamaed antamead antameda antaedma antaedam antaemda antaemad
antaeamd antaeadm anteadam anteadma anteaadm anteaamd anteamad anteamda antedaam antedama antedaam
antedama antedmaa antedmaa anteadam anteadma anteaadm anteaamd anteamad anteamda antemdaa antemdaa
antemada antemaad antemaad antemada anemadta anemadat anematda anematad anemaatd anemaadt anemdata
anemdaat anemdtaa anemdtaa anemdata anemdaat anemtdaa anemtdaa anemtada anemtaad anemtaad anemtada
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aneamadt aneadmta aneadmat aneadtma aneadtam aneadatm aneadamt aneatdma aneatdam aneatmda aneatmad
aneatamd aneatadm aneaadtm aneaadmt aneaatdm aneaatmd aneaamtd aneaamdt anedamta anedamat anedatma
anedatam anedaatm anedaamt anedmata anedmaat anedmtaa anedmtaa anedmata anedmaat anedtmaa anedtmaa
anedtama anedtaam anedtaam anedtama anedamta anedamat anedatma anedatam anedaatm anedaamt anetadma
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anetmdaa anetmdaa anetmada anetmaad anetmaad anetmada anetadma anetadam anetamda anetamad anetaamd
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aneadmta aneadmat aneatdam aneatdma aneatadm aneatamd aneatmad aneatmda aneamdta aneamdat aneamtda
aneamtad aneamatd aneamadt atamande atamaned atamadne atamaden atamaedn atamaend atamnade atamnaed
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atandaem atandeam atandema atanemda atanemad atanedma atanedam ataneadm ataneamd atadanme atadanem
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ataenmad ataednam ataednma ataedanm ataedamn ataedman ataedmna ataemnda ataemnad ataemdna ataemdan
ataemadn ataemand atmaande atmaaned atmaadne atmaaden atmaaedn atmaaend atmanade atmanaed atmandae
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atmnaead atmnaade atmnaaed atmnadae atmnadea atmnaeda atmnaead atmndaae atmndaea atmndaae atmndaea
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ataaenmd ataaednm ataaedmn ataaemdn ataaemnd atanamde atanamed atanadme atanadem atanaedm atanaemd
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atandema atanemda atanemad atanedma atanedam ataneadm ataneamd atadanme atadanem atadamne atadamen
atadaemn atadaenm atadname atadnaem atadnmae atadnmea atadnema atadneam atadmnae atadmnea atadmane
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atndaeam atndaame atndaaem atndamae atndamea atndaema atndaeam atndmaae atndmaea atndmaae atndmaea
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aeaatnmd aeaatndm aeaatmnd aeaatmdn aeaatdmn aeaatdnm aeaadntm aeaadnmt aeaadtnm aeaadtmn aeaadmtn
aeaadmnt aeanamtd aeanamdt aeanatmd aeanatdm aeanadtm aeanadmt aeanmatd aeanmadt aeanmtad aeanmtda
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aemnaatd aemnaadt aemnatad aemnatda aemnadta aemnadat aemnaatd aemnaadt aemnatad aemnatda aemnadta
aemnadat aemntaad aemntada aemntaad aemntada aemntdaa aemntdaa aemndata aemndaat aemndtaa aemndtaa
aemndata aemndaat aemtanad aemtanda aemtaand aemtaadn aemtadan aemtadna aemtnaad aemtnada aemtnaad
aemtnada aemtndaa aemtndaa aemtanad aemtanda aemtaand aemtaadn aemtadan aemtadna aemtdnaa aemtdnaa
aemtdana aemtdaan aemtdaan aemtdana aemdanta aemdanat aemdatna aemdatan aemdaatn aemdaant aemdnata
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aemdanta aemdanat aemdatna aemdatan aemdaatn aemdaant aeamantd aeamandt aeamatnd aeamatdn aeamadtn
aeamadnt aeamnatd aeamnadt aeamntad aeamntda aeamndta aeamndat aeamtnad aeamtnda aeamtand aeamtadn
aeamtdan aeamtdna aeamdnta aeamdnat aeamdtna aeamdtan aeamdatn aeamdant aeaamntd aeaamndt aeaamtnd
aeaamtdn aeaamdtn aeaamdnt aeaanmtd aeaanmdt aeaantmd aeaantdm aeaandtm aeaandmt aeaatnmd aeaatndm
aeaatmnd aeaatmdn aeaatdmn aeaatdnm aeaadntm aeaadnmt aeaadtnm aeaadtmn aeaadmtn aeaadmnt aeanamtd
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aeandamt aeatanmd aeatandm aeatamnd aeatamdn aeatadmn aeatadnm aeatnamd aeatnadm aeatnmad aeatnmda
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aenmtdaa aenmdata aenmdaat aenmdtaa aenmdtaa aenmdata aenmdaat aenamatd aenamadt aenamtad aenamtda
aenamdta aenamdat aenaamtd aenaamdt aenaatmd aenaatdm aenaadtm aenaadmt aenatamd aenatadm aenatmad
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aenaatmd aenaatdm aenaadtm aenaadmt aenamatd aenamadt aenamtad aenamtda aenamdta aenamdat aenatmad
aenatmda aenatamd aenatadm aenatdam aenatdma aenadmta aenadmat aenadtma aenadtam aenadatm aenadamt
aentaamd aentaadm aentamad aentamda aentadma aentadam aentaamd aentaadm aentamad aentamda aentadma
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aentdama aentdaam aendaatm aendaamt aendatam aendatma aendamta aendamat aendaatm aendaamt aendatam
aendatma aendamta aendamat aendtaam aendtama aendtaam aendtama aendtmaa aendtmaa aendmata aendmaat
aendmtaa aendmtaa aendmata aendmaat aetmanad aetmanda aetmaand aetmaadn aetmadan aetmadna aetmnaad
aetmnada aetmnaad aetmnada aetmndaa aetmndaa aetmanad aetmanda aetmaand aetmaadn aetmadan aetmadna
aetmdnaa aetmdnaa aetmdana aetmdaan aetmdaan aetmdana aetamnad aetamnda aetamand aetamadn aetamdan
aetamdna aetanmad aetanmda aetanamd aetanadm aetandam aetandma aetaanmd aetaandm aetaamnd aetaamdn
aetaadmn aetaadnm aetadnam aetadnma aetadanm aetadamn aetadman aetadmna aetnamad aetnamda aetnaamd
aetnaadm aetnadam aetnadma aetnmaad aetnmada aetnmaad aetnmada aetnmdaa aetnmdaa aetnamad aetnamda
aetnaamd aetnaadm aetnadam aetnadma aetndmaa aetndmaa aetndama aetndaam aetndaam aetndama aetaanmd
aetaandm aetaamnd aetaamdn aetaadmn aetaadnm aetanamd aetanadm aetanmad aetanmda aetandma aetandam
aetamnad aetamnda aetamand aetamadn aetamdan aetamdna aetadnma aetadnam aetadmna aetadman aetadamn
aetadanm aetdanam aetdanma aetdaanm aetdaamn aetdaman aetdamna aetdnaam aetdnama aetdnaam aetdnama
aetdnmaa aetdnmaa aetdanam aetdanma aetdaanm aetdaamn aetdaman aetdamna aetdmnaa aetdmnaa aetdmana
aetdmaan aetdmaan aetdmana aedmanta aedmanat aedmatna aedmatan aedmaatn aedmaant aedmnata aedmnaat
aedmntaa aedmntaa aedmnata aedmnaat aedmtnaa aedmtnaa aedmtana aedmtaan aedmtaan aedmtana aedmanta
aedmanat aedmatna aedmatan aedmaatn aedmaant aedamnta aedamnat aedamtna aedamtan aedamatn aedamant
aedanmta aedanmat aedantma aedantam aedanatm aedanamt aedatnma aedatnam aedatmna aedatman aedatamn
aedatanm aedaantm aedaanmt aedaatnm aedaatmn aedaamtn aedaamnt aednamta aednamat aednatma aednatam
aednaatm aednaamt aednmata aednmaat aednmtaa aednmtaa aednmata aednmaat aedntmaa aedntmaa aedntama
aedntaam aedntaam aedntama aednamta aednamat aednatma aednatam aednaatm aednaamt aedtanma aedtanam
aedtamna aedtaman aedtaamn aedtaanm aedtnama aedtnaam aedtnmaa aedtnmaa aedtnama aedtnaam aedtmnaa
aedtmnaa aedtmana aedtmaan aedtmaan aedtmana aedtanma aedtanam aedtamna aedtaman aedtaamn aedtaanm
aedaantm aedaanmt aedaatnm aedaatmn aedaamtn aedaamnt aedanatm aedanamt aedantam aedantma aedanmta
aedanmat aedatnam aedatnma aedatanm aedatamn aedatman aedatmna aedamnta aedamnat aedamtna aedamtan
aedamatn aedamant

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History of cryptography
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