easy ciphers

Easy Ciphers Tools:
cryptography lectures
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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: isocorydine
cipher variations:
jtpdpszejof kuqeqtafkpg lvrfrubglqh mwsgsvchmri nxthtwdinsj
oyuiuxejotk pzvjvyfkpul qawkwzglqvm rbxlxahmrwn scymybinsxo
tdznzcjotyp ueaoadkpuzq vfbpbelqvar wgcqcfmrwbs xhdrdgnsxct
yiesehotydu zjftfipuzev akgugjqvafw blhvhkrwbgx cmiwilsxchy
dnjxjmtydiz eokyknuzeja fplzlovafkb gqmampwbglc hrnbnqxchmd

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: isocorydine
Cipher: rhlxlibwrmv

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: isocorydine
Cipher: ABAAA BAAAB ABBAB AAABA ABBAB BAAAA BABBA AAABB ABAAA ABBAA 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: isocorydine
cipher variations:
jtpdpszejofzdrhravkzonpntltirqpovfxvpvqnwfodvhxtxyjcvollrzxzgfilotrldfdwxurojhvfjfetahor
xfhnhmpgxoznpjrjulmnohdzlvlchsdoptjnznkdytoxkuqeqtafkpgaesisbwlapoqoumujsrqpwgywqwroxgpe
wiyuyzkdwpmmsayahgjmpusmegexyvspkiwgkgfubipsygioinqhypaoqkskvmnopieamwmditepqukoaolezupy
lvrfrubglqhbftjtcxmbqprpvnvktsrqxhzxrxspyhqfxjzvzalexqnntbzbihknqvtnfhfyzwtqljxhlhgvcjqt
zhjpjorizqbprltlwnopqjfbnxnejufqrvlpbpmfavqzmwsgsvchmricgukudyncrqsqwowlutsryiaysytqzirg
ykawabmfyrooucacjilorwuogigzaxurmkyimihwdkruaikqkpsjarcqsmumxopqrkgcoyofkvgrswmqcqngbwra
nxthtwdinsjdhvlvezodsrtrxpxmvutszjbztzurajshzlbxbcngzsppvdbdkjmpsxvphjhabyvsnlzjnjixelsv
bjlrlqtkbsdrtnvnypqrslhdpzpglwhstxnrdrohcxsboyuiuxejotkeiwmwfapetsusyqynwvutakcauavsbkti
amcycdohatqqwecelknqtywqikibczwtomakokjyfmtwckmsmrulctesuowozqrstmieqaqhmxituyosespidytc
pzvjvyfkpulfjxnxgbqfutvtzrzoxwvubldbvbwtclujbndzdepiburrxfdfmloruzxrjljcdaxupnblplkzgnux
dlntnsvmduftvpxparstunjfrbrinyjuvzptftqjezudqawkwzglqvmgkyoyhcrgvuwuasapyxwvcmecwcxudmvk
coeaefqjcvssygegnmpsvayskmkdebyvqocmqmlahovyemouotwnevguwqyqbstuvokgscsjozkvwaqugurkfave
rbxlxahmrwnhlzpzidshwvxvbtbqzyxwdnfdxdyvenwldpfbfgrkdwttzhfhonqtwbztlnlefczwrpdnrnmbipwz
fnpvpuxofwhvxrzrctuvwplhtdtkpalwxbrvhvslgbwfscymybinsxoimaqajetixwywcucrazyxeogeyezwfoxm
eqgcghslexuuaigiporuxcaumomfgdaxsqeosoncjqxagoqwqvypgxiwysasduvwxqmiueulqbmxycswiwtmhcxg
tdznzcjotypjnbrbkfujyxzxdvdsbazyfphfzfaxgpynfrhdhitmfyvvbjhjqpsvydbvnpnghebytrfptpodkryb
hprxrwzqhyjxztbtevwxyrnjvfvmrcnyzdtxjxunidyhueaoadkpuzqkocsclgvkzyayewetcbazgqigagbyhqzo
gsieijungzwwckikrqtwzecwoqohifczusgquqpelszciqsysxarizkyaucufwxyzsokwgwnsdozaeuykyvojezi
vfbpbelqvarlpdtdmhwlazbzfxfudcbahrjhbhcziraphtjfjkvohaxxdljlsruxafdxprpijgdavthrvrqfmtad
jrtztybsjalzbvdvgxyzatplxhxotepabfvzlzwpkfajwgcqcfmrwbsmqeuenixmbacagygvedcbiskicidajsbq
iukgklwpibyyemkmtsvybgeyqsqjkhebwuiswsrgnubeksuauzctkbmacwewhyzabuqmyiypufqbcgwamaxqlgbk
xhdrdgnsxctnrfvfojyncbdbhzhwfedcjtljdjebktcrjvlhlmxqjczzfnlnutwzchfzrtrklifcxvjtxtshovcf
ltvbvadulcnbdxfxizabcvrnzjzqvgrcdhxbnbyrmhclyiesehotyduosgwgpkzodceciaixgfedkumkekfcluds
kwmimnyrkdaagomovuxadigasuslmjgdywkuyutipwdgmuwcwbevmdoceygyjabcdwsoakarwhsdeiycoczsnidm
zjftfipuzevpthxhqlapedfdjbjyhgfelvnlflgdmvetlxnjnozslebbhpnpwvybejhbtvtmnkhezxlvzvujqxeh
nvxdxcfwnepdfzhzkbcdextpblbsxitefjzdpdatojenakgugjqvafwquiyirmbqfegekckzihgfmwomgmhenwfu
myokopatmfcciqoqxwzcfkicuwunolifaymwawvkryfiowyeydgxofqegaialcdefyuqcmctyjufgkaeqebupkfo
blhvhkrwbgxrvjzjsncrgfhfldlajihgnxpnhnifoxgvnzplpqbungddjrpryxadgljdvxvopmjgbznxbxwlszgj
pxzfzehypgrfhbjbmdefgzvrdnduzkvghlbfrfcvqlgpcmiwilsxchyswkaktodshgigmembkjihoyqoiojgpyhw
oaqmqrcvoheeksqszybehmkewywpqnkhcaoycyxmtahkqyagafizqhsgickcnefghawseoevalwhimcgsgdwrmhq
dnjxjmtydiztxlblupetihjhnfnclkjipzrpjpkhqzixpbrnrsdwpiffltrtazcfinlfxzxqrolidbpzdzynubil
rzbhbgjarithjdldofghibxtfpfwbmxijndhthexsnireokyknuzejauymcmvqfujikiogodmlkjqasqkqlirajy
qcsostexqjggmusubadgjomgyayrspmjecqaeazovcjmsacichkbsjuikemepghijcyugqgxcnyjkoeiuifytojs
fplzlovafkbvzndnwrgvkjljphpenmlkrbtrlrmjsbkzrdtptufyrkhhnvtvcbehkpnhzbzstqnkfdrbfbapwdkn
tbdjdilctkvjlfnfqhijkdzvhrhydozklpfjvjgzupktgqmampwbglcwaoeoxshwlkmkqiqfonmlscusmsnktcla
seuquvgzsliiowuwdcfilqoiacaturolgescgcbqxeloucekejmdulwkmgogrijkleawisizepalmqgkwkhavqlu
hrnbnqxchmdxbpfpytixmlnlrjrgponmtdvtntoludmbtfvrvwhatmjjpxvxedgjmrpjbdbuvspmhftdhdcryfmp
vdflfknevmxlnhphsjklmfbxjtjafqbmnrhlxlibwrmvisocorydineycqgqzujynmomskshqponuewuoupmvenc
ugwswxibunkkqywyfehknsqkcecvwtqnigueiedszgnqwegmglofwnymoiqitklmngcykukbgrcnosimymjcxsnw

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: isocorydine
Cipher: vfbpbelqvar

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: isocorydine
Cipher: 4234433143244541423351

Extended Methods:
Method #1

Plaintext: isocorydine
method variations:
oxthtwdiosktcynybiotxpyhdsdgotycudniximtydhz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
i s o c o r y d i n e 
4 3 4 3 4 2 4 4 4 3 5 
2 4 3 1 3 4 5 1 2 3 1 
They are then read out in rows:
4343424443524313451231
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: isocorydine
Cipher: ooitokolyfc

Read more ...
Method #3

Plaintext: isocorydine
method variations:
mtnqhtuqmxq tnqhtuqmxqm nqhtuqmxqmt
qhtuqmxqmtn htuqmxqmtnq tuqmxqmtnqh
uqmxqmtnqht qmxqmtnqhtu mxqmtnqhtuq
xqmtnqhtuqm qmtnqhtuqmx

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: isocorydine

first 5040 cipher variations(39615626 total)
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isocnyiedor isocnyiedro isocnyodire isocnyodier isocnyodrie isocnyodrei isocnyoderi isocnyodeir isocnyoidre isocnyoider
isocnyoirde isocnyoired isocnyoierd isocnyoiedr isocnyoride isocnyoried isocnyordie isocnyordei isocnyoredi isocnyoreid
isocnyoeird isocnyoeidr isocnyoerid isocnyoerdi isocnyoedri isocnyoedir isocnyedior isocnyediro isocnyedoir isocnyedori
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isocnyeodir isocnyeodri isocnyeordi isocnyeorid isocnyeriod isocnyerido isocnyeroid isocnyerodi isocnyerdoi isocnyerdio
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isocnoyerid isocnoyerdi isocnoyedri isocnoyedir isocnodyire isocnodyier isocnodyrie isocnodyrei isocnodyeri isocnodyeir
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isocnedoryi isocnedoriy isocnedrioy isocnedriyo isocnedroiy isocnedroyi isocnedryoi isocnedryio isocneidyor isocneidyro
isocneidoyr isocneidory isocneidroy isocneidryo isocneiydor isocneiydro isocneiyodr isocneiyord isocneiyrod isocneiyrdo
isocneioydr isocneioyrd isocneiodyr isocneiodry isocneiordy isocneioryd isocneiryod isocneirydo isocneiroyd isocneirody
isocneirdoy isocneirdyo isocneodiyr isocneodiry isocneodyir isocneodyri isocneodryi isocneodriy isocneoidyr isocneoidry
isocneoiydr isocneoiyrd isocneoiryd isocneoirdy isocneoyidr isocneoyird isocneoydir isocneoydri isocneoyrdi isocneoyrid
isocneoriyd isocneoridy isocneoryid isocneorydi isocneordyi isocneordiy isocnerdioy isocnerdiyo isocnerdoiy isocnerdoyi
isocnerdyoi isocnerdyio isocneridoy isocneridyo isocneriody isocnerioyd isocneriyod isocneriydo isocneroidy isocneroiyd
isocnerodiy isocnerodyi isocneroydi isocneroyid isocneryiod isocneryido isocneryoid isocneryodi isocnerydoi isocnerydio
isocerydino isocerydion isocerydnio isocerydnoi isocerydoni isocerydoin isoceryidno isoceryidon isoceryindo isoceryinod
isoceryiond isoceryiodn isocerynido isoceryniod isoceryndio isoceryndoi isocerynodi isocerynoid isoceryoind isoceryoidn
isoceryonid isoceryondi isoceryodni isoceryodin isocerdyino isocerdyion isocerdynio isocerdynoi isocerdyoni isocerdyoin
isocerdiyno isocerdiyon isocerdinyo isocerdinoy isocerdiony isocerdioyn isocerdniyo isocerdnioy isocerdnyio isocerdnyoi
isocerdnoyi isocerdnoiy isocerdoiny isocerdoiyn isocerdoniy isocerdonyi isocerdoyni isocerdoyin isoceridyno isoceridyon
isoceridnyo isoceridnoy isoceridony isoceridoyn isoceriydno isoceriydon isoceriyndo isoceriynod isoceriyond isoceriyodn
isocerinydo isocerinyod isocerindyo isocerindoy isocerinody isocerinoyd isocerioynd isocerioydn isocerionyd isoceriondy
isoceriodny isoceriodyn isocerndiyo isocerndioy isocerndyio isocerndyoi isocerndoyi isocerndoiy isocernidyo isocernidoy
isocerniydo isocerniyod isocernioyd isocerniody isocernyido isocernyiod isocernydio isocernydoi isocernyodi isocernyoid
isocernoiyd isocernoidy isocernoyid isocernoydi isocernodyi isocernodiy isocerodiny isocerodiyn isocerodniy isocerodnyi
isocerodyni isocerodyin isoceroidny isoceroidyn isoceroindy isoceroinyd isoceroiynd isoceroiydn isoceronidy isoceroniyd
isocerondiy isocerondyi isoceronydi isoceronyid isoceroyind isoceroyidn isoceroynid isoceroyndi isoceroydni isoceroydin
isoceyrdino isoceyrdion isoceyrdnio isoceyrdnoi isoceyrdoni isoceyrdoin isoceyridno isoceyridon isoceyrindo isoceyrinod
isoceyriond isoceyriodn isoceyrnido isoceyrniod isoceyrndio isoceyrndoi isoceyrnodi isoceyrnoid isoceyroind isoceyroidn
isoceyronid isoceyrondi isoceyrodni isoceyrodin isoceydrino isoceydrion isoceydrnio isoceydrnoi isoceydroni isoceydroin
isoceydirno isoceydiron isoceydinro isoceydinor isoceydionr isoceydiorn isoceydniro isoceydnior isoceydnrio isoceydnroi
isoceydnori isoceydnoir isoceydoinr isoceydoirn isoceydonir isoceydonri isoceydorni isoceydorin isoceyidrno isoceyidron
isoceyidnro isoceyidnor isoceyidonr isoceyidorn isoceyirdno isoceyirdon isoceyirndo isoceyirnod isoceyirond isoceyirodn
isoceyinrdo isoceyinrod isoceyindro isoceyindor isoceyinodr isoceyinord isoceyiornd isoceyiordn isoceyionrd isoceyiondr
isoceyiodnr isoceyiodrn isoceyndiro isoceyndior isoceyndrio isoceyndroi isoceyndori isoceyndoir isoceynidro isoceynidor
isoceynirdo isoceynirod isoceyniord isoceyniodr isoceynrido isoceynriod isoceynrdio isoceynrdoi isoceynrodi isoceynroid
isoceynoird isoceynoidr isoceynorid isoceynordi isoceynodri isoceynodir isoceyodinr isoceyodirn isoceyodnir isoceyodnri
isoceyodrni isoceyodrin isoceyoidnr isoceyoidrn isoceyoindr isoceyoinrd isoceyoirnd isoceyoirdn isoceyonidr isoceyonird
isoceyondir isoceyondri isoceyonrdi isoceyonrid isoceyorind isoceyoridn isoceyornid isoceyorndi isoceyordni isoceyordin
isocedyrino isocedyrion isocedyrnio isocedyrnoi isocedyroni isocedyroin isocedyirno isocedyiron isocedyinro isocedyinor
isocedyionr isocedyiorn isocedyniro isocedynior isocedynrio isocedynroi isocedynori isocedynoir isocedyoinr isocedyoirn
isocedyonir isocedyonri isocedyorni isocedyorin isocedryino isocedryion isocedrynio isocedrynoi isocedryoni isocedryoin
isocedriyno isocedriyon isocedrinyo isocedrinoy isocedriony isocedrioyn isocedrniyo isocedrnioy isocedrnyio isocedrnyoi
isocedrnoyi isocedrnoiy isocedroiny isocedroiyn isocedroniy isocedronyi isocedroyni isocedroyin isocediryno isocediryon
isocedirnyo isocedirnoy isocedirony isocediroyn isocediyrno isocediyron isocediynro isocediynor isocediyonr isocediyorn
isocedinyro isocedinyor isocedinryo isocedinroy isocedinory isocedinoyr isocedioynr isocedioyrn isocedionyr isocedionry
isocediorny isocedioryn isocednriyo isocednrioy isocednryio isocednryoi isocednroyi isocednroiy isocedniryo isocedniroy
isocedniyro isocedniyor isocednioyr isocedniory isocednyiro isocednyior isocednyrio isocednyroi isocednyori isocednyoir
isocednoiyr isocednoiry isocednoyir isocednoyri isocednoryi isocednoriy isocedoriny isocedoriyn isocedorniy isocedornyi
isocedoryni isocedoryin isocedoirny isocedoiryn isocedoinry isocedoinyr isocedoiynr isocedoiyrn isocedoniry isocedoniyr
isocedonriy isocedonryi isocedonyri isocedonyir isocedoyinr isocedoyirn isocedoynir isocedoynri isocedoyrni isocedoyrin
isoceiydrno isoceiydron isoceiydnro isoceiydnor isoceiydonr isoceiydorn isoceiyrdno isoceiyrdon isoceiyrndo isoceiyrnod
isoceiyrond isoceiyrodn isoceiynrdo isoceiynrod isoceiyndro isoceiyndor isoceiynodr isoceiynord isoceiyornd isoceiyordn
isoceiyonrd isoceiyondr isoceiyodnr isoceiyodrn isoceidyrno isoceidyron isoceidynro isoceidynor isoceidyonr isoceidyorn
isoceidryno isoceidryon isoceidrnyo isoceidrnoy isoceidrony isoceidroyn isoceidnryo isoceidnroy isoceidnyro isoceidnyor
isoceidnoyr isoceidnory isoceidorny isoceidoryn isoceidonry isoceidonyr isoceidoynr isoceidoyrn isoceirdyno isoceirdyon
isoceirdnyo isoceirdnoy isoceirdony isoceirdoyn isoceirydno isoceirydon isoceiryndo isoceirynod isoceiryond isoceiryodn
isoceirnydo isoceirnyod isoceirndyo isoceirndoy isoceirnody isoceirnoyd isoceiroynd isoceiroydn isoceironyd isoceirondy
isoceirodny isoceirodyn isoceindryo isoceindroy isoceindyro isoceindyor isoceindoyr isoceindory isoceinrdyo isoceinrdoy
isoceinrydo isoceinryod isoceinroyd isoceinrody isoceinyrdo isoceinyrod isoceinydro isoceinydor isoceinyodr isoceinyord
isoceinoryd isoceinordy isoceinoyrd isoceinoydr isoceinodyr isoceinodry isoceiodrny isoceiodryn isoceiodnry isoceiodnyr
isoceiodynr isoceiodyrn isoceiordny isoceiordyn isoceiorndy isoceiornyd isoceiorynd isoceiorydn isoceionrdy isoceionryd
isoceiondry isoceiondyr isoceionydr isoceionyrd isoceioyrnd isoceioyrdn isoceioynrd isoceioyndr isoceioydnr isoceioydrn
isocenydiro isocenydior isocenydrio isocenydroi isocenydori isocenydoir isocenyidro isocenyidor isocenyirdo isocenyirod
isocenyiord isocenyiodr isocenyrido isocenyriod isocenyrdio isocenyrdoi isocenyrodi isocenyroid isocenyoird isocenyoidr
isocenyorid isocenyordi isocenyodri isocenyodir isocendyiro isocendyior isocendyrio isocendyroi isocendyori isocendyoir
isocendiyro isocendiyor isocendiryo isocendiroy isocendiory isocendioyr isocendriyo isocendrioy isocendryio isocendryoi
isocendroyi isocendroiy isocendoiry isocendoiyr isocendoriy isocendoryi isocendoyri isocendoyir isocenidyro isocenidyor
isocenidryo isocenidroy isocenidory isocenidoyr isoceniydro isoceniydor isoceniyrdo isoceniyrod isoceniyord isoceniyodr
isocenirydo isoceniryod isocenirdyo isocenirdoy isocenirody isoceniroyd isocenioyrd isocenioydr isocenioryd isoceniordy
isoceniodry isoceniodyr isocenrdiyo isocenrdioy isocenrdyio isocenrdyoi isocenrdoyi isocenrdoiy isocenridyo isocenridoy
isocenriydo isocenriyod isocenrioyd isocenriody isocenryido isocenryiod isocenrydio isocenrydoi isocenryodi isocenryoid
isocenroiyd isocenroidy isocenroyid isocenroydi isocenrodyi isocenrodiy isocenodiry isocenodiyr isocenodriy isocenodryi
isocenodyri isocenodyir isocenoidry isocenoidyr isocenoirdy isocenoiryd isocenoiyrd isocenoiydr isocenoridy isocenoriyd
isocenordiy isocenordyi isocenorydi isocenoryid isocenoyird isocenoyidr isocenoyrid isocenoyrdi isocenoydri isocenoydir
isoceoydinr isoceoydirn isoceoydnir isoceoydnri isoceoydrni isoceoydrin isoceoyidnr isoceoyidrn isoceoyindr isoceoyinrd
isoceoyirnd isoceoyirdn isoceoynidr isoceoynird isoceoyndir isoceoyndri isoceoynrdi isoceoynrid isoceoyrind isoceoyridn
isoceoyrnid isoceoyrndi isoceoyrdni isoceoyrdin isoceodyinr isoceodyirn isoceodynir isoceodynri isoceodyrni isoceodyrin
isoceodiynr isoceodiyrn isoceodinyr isoceodinry isoceodirny isoceodiryn isoceodniyr isoceodniry isoceodnyir isoceodnyri
isoceodnryi isoceodnriy isoceodriny isoceodriyn isoceodrniy isoceodrnyi isoceodryni isoceodryin isoceoidynr isoceoidyrn
isoceoidnyr isoceoidnry isoceoidrny isoceoidryn isoceoiydnr isoceoiydrn isoceoiyndr isoceoiynrd isoceoiyrnd isoceoiyrdn
isoceoinydr isoceoinyrd isoceoindyr isoceoindry isoceoinrdy isoceoinryd isoceoirynd isoceoirydn isoceoirnyd isoceoirndy
isoceoirdny isoceoirdyn isoceondiyr isoceondiry isoceondyir isoceondyri isoceondryi isoceondriy isoceonidyr isoceonidry
isoceoniydr isoceoniyrd isoceoniryd isoceonirdy isoceonyidr isoceonyird isoceonydir isoceonydri isoceonyrdi isoceonyrid
isoceonriyd isoceonridy isoceonryid isoceonrydi isoceonrdyi isoceonrdiy isoceordiny isoceordiyn isoceordniy isoceordnyi
isoceordyni isoceordyin isoceoridny isoceoridyn isoceorindy isoceorinyd isoceoriynd isoceoriydn isoceornidy isoceorniyd
isoceorndiy isoceorndyi isoceornydi isoceornyid isoceoryind isoceoryidn isoceorynid isoceoryndi isoceorydni isoceorydin

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History of cryptography
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