easy ciphers

Easy Ciphers Tools:
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popular ciphers:

instet

lazurites

rownan

disintegrating

floresque

pakinai

pegboard

adactyl

enquire

tautog

firsts

scummers

gatewards

increpantemque

abscises

engplot

seqwl

replevies


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: hyracina
cipher variations:
izsbdjob jatcekpc kbudflqd lcvegmre mdwfhnsf
nexgiotg ofyhjpuh pgzikqvi qhajlrwj ribkmsxk
sjclntyl tkdmouzm ulenpvan vmfoqwbo wngprxcp
xohqsydq ypirtzer zqjsuafs arktvbgt bsluwchu
ctmvxdiv dunwyejw evoxzfkx fwpyagly gxqzbhmz

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: hyracina
Cipher: sbizxrmz

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: hyracina
Cipher: AABBB BABBA BAAAA AAAAA AAABA ABAAA ABBAA AAAAA

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: hyracina
cipher variations:
izsbdjobwvabhzobkriblpobynqbpfobmjybtvobafgbxlobcxwbfrobqtebjhob
epmbnxobslubrnobghcbvdobudkbztobjatcekpcxwbciapclsjcmqpczorcqgpc
nkzcuwpcbghcympcdyxcgspcrufckipcfqncoypctmvcsopchidcwepcvelcaupc
kbudflqdyxcdjbqdmtkdnrqdapsdrhqdoladvxqdchidznqdezydhtqdsvgdljqd
grodpzqdunwdtpqdijedxfqdwfmdbvqdlcvegmrezydekcrenuleosrebqtesire
pmbewyredijeaorefazeiuretwhemkrehspeqarevoxeuqrejkfeygrexgnecwre
mdwfhnsfazefldsfovmfptsfcruftjsfqncfxzsfejkfbpsfgbafjvsfuxifnlsf
itqfrbsfwpyfvrsfklgfzhsfyhofdxsfnexgiotgbafgmetgpwngqutgdsvguktg
rodgyatgfklgcqtghcbgkwtgvyjgomtgjurgsctgxqzgwstglmhgaitgzipgeytg
ofyhjpuhcbghnfuhqxohrvuhetwhvluhspehzbuhglmhdruhidchlxuhwzkhpnuh
kvshtduhyrahxtuhmnihbjuhajqhfzuhpgzikqvidchiogvirypiswvifuxiwmvi
tqfiacvihmniesvijedimyvixaliqovilwtiuevizsbiyuvinojickvibkrigavi
qhajlrwjedijphwjszqjtxwjgvyjxnwjurgjbdwjinojftwjkfejnzwjybmjrpwj
mxujvfwjatcjzvwjopkjdlwjclsjhbwjribkmsxkfejkqixktarkuyxkhwzkyoxk
vshkcexkjopkguxklgfkoaxkzcnksqxknyvkwgxkbudkawxkpqlkemxkdmtkicxk
sjclntylgfklrjylubslvzylixalzpylwtildfylkpqlhvylmhglpbyladoltryl
ozwlxhylcvelbxylqrmlfnylenuljdyltkdmouzmhglmskzmvctmwazmjybmaqzm
xujmegzmlqrmiwzmnihmqczmbepmuszmpaxmyizmdwfmcyzmrsnmgozmfovmkezm
ulenpvanihmntlanwdunxbankzcnbranyvknfhanmrsnjxanojinrdancfqnvtan
qbynzjanexgndzanstonhpangpwnlfanvmfoqwbojinoumboxevoycboladocsbo
zwlogibonstokybopkjosebodgrowuborczoakbofyhoeabotupoiqbohqxomgbo
wngprxcpkjopvncpyfwpzdcpmbepdtcpaxmphjcpotuplzcpqlkptfcpehspxvcp
sdapblcpgzipfbcpuvqpjrcpirypnhcpxohqsydqlkpqwodqzgxqaedqncfqeudq
bynqikdqpuvqmadqrmlqugdqfitqywdqtebqcmdqhajqgcdqvwrqksdqjszqoidq
ypirtzermlqrxperahyrbferodgrfverczorjlerqvwrnbersnmrvhergjurzxer
ufcrdneribkrhderwxsrlterktarpjerzqjsuafsnmrsyqfsbizscgfspehsgwfs
dapskmfsrwxsocfstonswifshkvsayfsvgdseofsjclsiefsxytsmufslubsqkfs
arktvbgtonstzrgtcjatdhgtqfithxgtebqtlngtsxytpdgtupotxjgtilwtbzgt
whetfpgtkdmtjfgtyzutnvgtmvctrlgtbsluwchupotuashudkbueihurgjuiyhu
fcrumohutyzuqehuvqpuykhujmxucahuxifugqhulenukghuzavuowhunwdusmhu
ctmvxdivqpuvbtivelcvfjivshkvjzivgdsvnpivuzavrfivwrqvzlivknyvdbiv
yjgvhrivmfovlhivabwvpxivoxevtnivdunwyejwrqvwcujwfmdwgkjwtilwkajw
hetwoqjwvabwsgjwxsrwamjwlozwecjwzkhwisjwngpwmijwbcxwqyjwpyfwuojw
evoxzfkxsrwxdvkxgnexhlkxujmxlbkxifuxprkxwbcxthkxytsxbnkxmpaxfdkx
alixjtkxohqxnjkxcdyxrzkxqzgxvpkxfwpyaglytsxyewlyhofyimlyvknymcly
jgvyqslyxcdyuilyzutycolynqbygelybmjykulypiryoklydezysalyrahywqly
gxqzbhmzutyzfxmzipgzjnmzwlozndmzkhwzrtmzydezvjmzavuzdpmzorczhfmz
cnkzlvmzqjszplmzefaztbmzsbizxrmzhyracinavuzagynajqhakonaxmpaoena
lixasunazefawknabwvaeqnapsdaignadolamwnarktaqmnafgbaucnatcjaysna

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: hyracina
Cipher: ulenpvan

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: hyracina
Cipher: 3245241131423311

Extended Methods:
Method #1

Plaintext: hyracina
method variations:
ndwfhosfsiblntxlxogqsycqctmvxdhv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
h y r a c i n a 
3 4 2 1 3 4 3 1 
2 5 4 1 1 2 3 1 
They are then read out in rows:
3421343125411231
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: hyracina
Cipher: sbscwdfc

Read more ...
Method #3

Plaintext: hyracina
method variations:
rkdlqmcl kdlqmclr dlqmclrk
lqmclrkd qmclrkdl mclrkdlq
clrkdlqm lrkdlqmc

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: hyracina

first 5040 cipher variations(40320 total)
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hricyaan hricynaa hricynaa hricyana hricyaan hricnyaa hricnyaa hricnaya hricnaay hricnaay hricnaya
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hriycaan hriyacna hriyacan hriyanca hriyanac hriyaanc hriyaacn hriynaca hriynaac hriyncaa hriyncaa
hriynaca hriynaac hriyaanc hriyaacn hriyanac hriyanca hriyacna hriyacan hrincyaa hrincyaa hrincaya
hrincaay hrincaay hrincaya hrinycaa hrinycaa hrinyaca hrinyaac hrinyaac hrinyaca hrinayca hrinayac
hrinacya hrinacay hrinaacy hrinaayc hrinayac hrinayca hrinaayc hrinaacy hrinacay hrinacya hriacyna
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hrianyca hrianyac hriancya hriancay hrianacy hrianayc hriaaync hriaaycn hriaanyc hriaancy hriaacny
hriaacyn hrnaciya hrnaciay hrnacyia hrnacyai hrnacayi hrnacaiy hrnaicya hrnaicay hrnaiyca hrnaiyac
hrnaiayc hrnaiacy hrnayica hrnayiac hrnaycia hrnaycai hrnayaci hrnayaic hrnaaiyc hrnaaicy hrnaayic
hrnaayci hrnaacyi hrnaaciy hrncaiya hrncaiay hrncayia hrncayai hrncaayi hrncaaiy hrnciaya hrnciaay
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hrniacya hrniacay hrniayca hrniayac hrniaayc hrniaacy hrniyaca hrniyaac hrniycaa hrniycaa hrniyaca
hrniyaac hrniaayc hrniaacy hrniayac hrniayca hrniacya hrniacay hrnyciaa hrnyciaa hrnycaia hrnycaai
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hraaycni hraaycin hracainy hracaiyn hracaniy hracanyi hracayni hracayin hraciany hraciayn hracinay
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hrancyia hranicay hranicya hraniacy hraniayc hraniyac hraniyca hranaicy hranaiyc hranaciy hranacyi
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haryacin harcyina harcyian harcynia harcynai harcyani harcyain harciyna harciyan harcinya harcinay
harciany harciayn harcniya harcniay harcnyia harcnyai harcnayi harcnaiy harcainy harcaiyn harcaniy
harcanyi harcayni harcayin haricyna haricyan haricnya haricnay haricany haricayn hariycna hariycan
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harancyi haranyci haranyic harayinc harayicn haraynic haraynci haraycni haraycin hayrcina hayrcian
hayrcnia hayrcnai hayrcani hayrcain hayricna hayrican hayrinca hayrinac hayrianc hayriacn hayrnica
hayrniac hayrncia hayrncai hayrnaci hayrnaic hayrainc hayraicn hayranic hayranci hayracni hayracin
haycrina haycrian haycrnia haycrnai haycrani haycrain haycirna hayciran haycinra haycinar haycianr
hayciarn haycnira haycniar haycnria haycnrai haycnari haycnair haycainr haycairn haycanir haycanri
haycarni haycarin hayicrna hayicran hayicnra hayicnar hayicanr hayicarn hayircna hayircan hayirnca
hayirnac hayiranc hayiracn hayinrca hayinrac hayincra hayincar hayinacr hayinarc hayiarnc hayiarcn
hayianrc hayiancr hayiacnr hayiacrn hayncira haynciar hayncria hayncrai hayncari hayncair haynicra
haynicar haynirca haynirac hayniarc hayniacr haynrica haynriac haynrcia haynrcai haynraci haynraic
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haicynra haicynar haicyanr haicyarn haicryna haicryan haicrnya haicrnay haicrany haicrayn haicnrya
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haayicnr haayicrn haayincr haayinrc haayirnc haayircn haaynicr haaynirc haayncir haayncri haaynrci
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hcnraayi hcnraaiy hcnraiay hcnraiya hcnraaiy hcnraayi hcnrayai hcnrayia hcnayira hcnayiar hcnayria
hcnayrai hcnayari hcnayair hcnaiyra hcnaiyar hcnairya hcnairay hcnaiary hcnaiayr hcnariya hcnariay
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hcaaryin hcayainr hcayairn hcayanir hcayanri hcayarni hcayarin hcayianr hcayiarn hcayinar hcayinra
hcayirna hcayiran hcayniar hcaynira hcaynair hcaynari hcaynrai hcaynria hcayrina hcayrian hcayrnia
hcayrnai hcayrani hcayrain hcaiyanr hcaiyarn hcaiynar hcaiynra hcaiyrna hcaiyran hcaiaynr hcaiayrn
hcaianyr hcaianry hcaiarny hcaiaryn hcainayr hcainary hcainyar hcainyra hcainrya hcainray hcairany
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hcarnyai hcarnayi hcarnaiy hcarainy hcaraiyn hcaraniy hcaranyi hcarayni hcarayin hiracyna hiracyan
hiracnya hiracnay hiracany hiracayn hiraycna hiraycan hiraynca hiraynac hirayanc hirayacn hiranyca
hiranyac hirancya hirancay hiranacy hiranayc hiraaync hiraaycn hiraanyc hiraancy hiraacny hiraacyn
hircayna hircayan hircanya hircanay hircaany hircaayn hircyana hircyaan hircynaa hircynaa hircyana
hircyaan hircnyaa hircnyaa hircnaya hircnaay hircnaay hircnaya hircayna hircayan hircanya hircanay
hircaany hircaayn hirycana hirycaan hirycnaa hirycnaa hirycana hirycaan hiryacna hiryacan hiryanca
hiryanac hiryaanc hiryaacn hirynaca hirynaac hiryncaa hiryncaa hirynaca hirynaac hiryaanc hiryaacn
hiryanac hiryanca hiryacna hiryacan hirncyaa hirncyaa hirncaya hirncaay hirncaay hirncaya hirnycaa
hirnycaa hirnyaca hirnyaac hirnyaac hirnyaca hirnayca hirnayac hirnacya hirnacay hirnaacy hirnaayc
hirnayac hirnayca hirnaayc hirnaacy hirnacay hirnacya hiracyna hiracyan hiracnya hiracnay hiracany
hiracayn hiraycna hiraycan hiraynca hiraynac hirayanc hirayacn hiranyca hiranyac hirancya hirancay
hiranacy hiranayc hiraaync hiraaycn hiraanyc hiraancy hiraacny hiraacyn hiarcyna hiarcyan hiarcnya
hiarcnay hiarcany hiarcayn hiarycna hiarycan hiarynca hiarynac hiaryanc hiaryacn hiarnyca hiarnyac
hiarncya hiarncay hiarnacy hiarnayc hiaraync hiaraycn hiaranyc hiarancy hiaracny hiaracyn hiacryna
hiacryan hiacrnya hiacrnay hiacrany hiacrayn hiacyrna hiacyran hiacynra hiacynar hiacyanr hiacyarn
hiacnyra hiacnyar hiacnrya hiacnray hiacnary hiacnayr hiacaynr hiacayrn hiacanyr hiacanry hiacarny
hiacaryn hiaycrna hiaycran hiaycnra hiaycnar hiaycanr hiaycarn hiayrcna hiayrcan hiayrnca hiayrnac
hiayranc hiayracn hiaynrca hiaynrac hiayncra hiayncar hiaynacr hiaynarc hiayarnc hiayarcn hiayanrc
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hiyrcaan hiyrcnaa hiyrcnaa hiyrcana hiyrcaan hiyracna hiyracan hiyranca hiyranac hiyraanc hiyraacn
hiyrnaca hiyrnaac hiyrncaa hiyrncaa hiyrnaca hiyrnaac hiyraanc hiyraacn hiyranac hiyranca hiyracna
hiyracan hiyncraa hiyncraa hiyncara hiyncaar hiyncaar hiyncara hiynrcaa hiynrcaa hiynraca hiynraac
hiynraac hiynraca hiynarca hiynarac hiynacra hiynacar hiynaacr hiynaarc hiynarac hiynarca hiynaarc
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hiyarnca hiyarnac hiyaranc hiyaracn hiyanrca hiyanrac hiyancra hiyancar hiyanacr hiyanarc hiyaarnc
hiyaarcn hiyaanrc hiyaancr hiyaacnr hiyaacrn hinacyra hinacyar hinacrya hinacray hinacary hinacayr
hinaycra hinaycar hinayrca hinayrac hinayarc hinayacr hinaryca hinaryac hinarcya hinarcay hinaracy
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hinayrac hinayarc hinayacr hinaryca hinaryac hinarcya hinarcay hinaracy hinarayc hinaayrc hinaaycr
hinaaryc hinaarcy hinaacry hinaacyr hiaacynr hiaacyrn hiaacnyr hiaacnry hiaacrny hiaacryn hiaaycnr
hiaaycrn hiaayncr hiaaynrc hiaayrnc hiaayrcn hiaanycr hiaanyrc hiaancyr hiaancry hiaanrcy hiaanryc
hiaarync hiaarycn hiaarnyc hiaarncy hiaarcny hiaarcyn hiacaynr hiacayrn hiacanyr hiacanry hiacarny
hiacaryn hiacyanr hiacyarn hiacynar hiacynra hiacyrna hiacyran hiacnyar hiacnyra hiacnayr hiacnary
hiacnray hiacnrya hiacryna hiacryan hiacrnya hiacrnay hiacrany hiacrayn hiaycanr hiaycarn hiaycnar
hiaycnra hiaycrna hiaycran hiayacnr hiayacrn hiayancr hiayanrc hiayarnc hiayarcn hiaynacr hiaynarc
hiayncar hiayncra hiaynrca hiaynrac hiayranc hiayracn hiayrnac hiayrnca hiayrcna hiayrcan hiancyar
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hianaycr hianayrc hianacyr hianacry hianarcy hianaryc hianryac hianryca hianrayc hianracy hianrcay
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hiaryanc hiaryacn hiarnyca hiarnyac hiarncya hiarncay hiarnacy hiarnayc hiaraync hiaraycn hiaranyc
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hncaiayr hncaiary hncayira hncayiar hncayria hncayrai hncayari hncayair hncaaiyr hncaairy hncaayir
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hncraiay hncrayia hncrayai hncraayi hncraaiy hnciraya hnciraay hnciryaa hnciryaa hnciraya hnciraay
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hnacrayi hnacraiy hnaicayr hnaicary hnaicyar hnaicyra hnaicrya hnaicray hnaiacyr hnaiacry hnaiaycr
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hnaryaci hnaryaic hnaraiyc hnaraicy hnarayic hnarayci hnaracyi hnaraciy haraciny haraciyn haracniy
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harcaiyn harcaniy harcanyi harcayni harcayin harciany harciayn harcinay harcinya harciyna harciyan
harcniay harcniya harcnaiy harcnayi harcnyai harcnyia harcyina harcyian harcynia harcynai harcyani
harcyain haricany haricayn haricnay haricnya haricyna haricyan hariacny hariacyn hariancy harianyc
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harnyica harnyaic harnyaci harnycai harnycia harycina harycian harycnia harycnai harycani harycain
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harynaic haryainc haryaicn haryanic haryanci haryacni haryacin haarciny haarciyn haarcniy haarcnyi
haarcyni haarcyin haaricny haaricyn haarincy haarinyc haariync haariycn haarnicy haarniyc haarnciy
haarncyi haarnyci haarnyic haaryinc haaryicn haarynic haarynci haarycni haarycin haacriny haacriyn
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haacniyr haacnriy haacnryi haacnyri haacnyir haacyinr haacyirn haacynir haacynri haacyrni haacyrin
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haaiycnr haaiycrn haanciry haanciyr haancriy haancryi haancyri haancyir haanicry haanicyr haanircy
haaniryc haaniyrc haaniycr haanricy haanriyc haanrciy haanrcyi haanryci haanryic haanyirc haanyicr
haanyric haanyrci haanycri haanycir haaycinr haaycirn haaycnir haaycnri haaycrni haaycrin haayicnr
haayicrn haayincr haayinrc haayirnc haayircn haaynicr haaynirc haayncir haayncri haaynrci haaynric
haayrinc haayricn haayrnic haayrnci haayrcni haayrcin hacariny hacariyn hacarniy hacarnyi hacaryni
hacaryin hacairny hacairyn hacainry hacainyr hacaiynr hacaiyrn hacaniry hacaniyr hacanriy hacanryi
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hacranyi hacrayni hacrayin hacriany hacriayn hacrinay hacrinya hacriyna hacriyan hacrniay hacrniya
hacrnaiy hacrnayi hacrnyai hacrnyia hacryina hacryian hacrynia hacrynai hacryani hacryain hacirany
hacirayn hacirnay hacirnya haciryna haciryan haciarny haciaryn hacianry hacianyr haciaynr haciayrn
hacinary hacinayr hacinray hacinrya hacinyra hacinyar haciyanr haciyarn haciynar haciynra haciyrna
haciyran hacnriay hacnriya hacnraiy hacnrayi hacnryai hacnryia hacniray hacnirya hacniary hacniayr
hacniyar hacniyra hacnairy hacnaiyr hacnariy hacnaryi hacnayri hacnayir hacnyiar hacnyira hacnyair
hacnyari hacnyrai hacnyria hacyrina hacyrian hacyrnia hacyrnai hacyrani hacyrain hacyirna hacyiran
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haiarcny haiarcyn haiarncy haiarnyc haiarync haiarycn haianrcy haianryc haiancry haiancyr haianycr
haianyrc haiayrnc haiayrcn haiaynrc haiayncr haiaycnr haiaycrn haicarny haicaryn haicanry haicanyr
haicaynr haicayrn haicrany haicrayn haicrnay haicrnya haicryna haicryan haicnray haicnrya haicnary
haicnayr haicnyar haicnyra haicyrna haicyran haicynra haicynar haicyanr haicyarn haircany haircayn
haircnay haircnya haircyna haircyan hairacny hairacyn hairancy hairanyc hairaync hairaycn hairnacy
hairnayc hairncay hairncya hairnyca hairnyac hairyanc hairyacn hairynac hairynca hairycna hairycan
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hainycar hainycra haiycrna haiycran haiycnra haiycnar haiycanr haiycarn haiyrcna haiyrcan haiyrnca
haiyrnac haiyranc haiyracn haiynrca haiynrac haiyncra haiyncar haiynacr haiynarc haiyarnc haiyarcn
haiyanrc haiyancr haiyacnr haiyacrn hanaciry hanaciyr hanacriy hanacryi hanacyri hanacyir hanaicry
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hanayirc hanayicr hanayric hanayrci hanaycri hanaycir hancairy hancaiyr hancariy hancaryi hancayri
hancayir hanciary hanciayr hanciray hancirya hanciyra hanciyar hancriay hancriya hancraiy hancrayi
hancryai hancryia hancyira hancyiar hancyria hancyrai hancyari hancyair hanicary hanicayr hanicray
hanicrya hanicyra hanicyar haniacry haniacyr haniarcy haniaryc haniayrc haniaycr haniracy hanirayc
hanircay hanircya haniryca haniryac haniyarc haniyacr haniyrac haniyrca haniycra haniycar hanrciay
hanrciya hanrcaiy hanrcayi hanrcyai hanrcyia hanricay hanricya hanriacy hanriayc hanriyac hanriyca
hanraicy hanraiyc hanraciy hanracyi hanrayci hanrayic hanryiac hanryica hanryaic hanryaci hanrycai
hanrycia hanycira hanyciar hanycria hanycrai hanycari hanycair hanyicra hanyicar hanyirca hanyirac
hanyiarc hanyiacr hanyrica hanyriac hanyrcia hanyrcai hanyraci hanyraic hanyairc hanyaicr hanyaric
hanyarci hanyacri hanyacir hayacinr hayacirn hayacnir hayacnri hayacrni hayacrin hayaicnr hayaicrn
hayaincr hayainrc hayairnc hayaircn hayanicr hayanirc hayancir hayancri hayanrci hayanric hayarinc
hayaricn hayarnic hayarnci hayarcni hayarcin haycainr haycairn haycanir haycanri haycarni haycarin
haycianr hayciarn haycinar haycinra haycirna hayciran haycniar haycnira haycnair haycnari haycnrai
haycnria haycrina haycrian haycrnia haycrnai haycrani haycrain hayicanr hayicarn hayicnar hayicnra
hayicrna hayicran hayiacnr hayiacrn hayiancr hayianrc hayiarnc hayiarcn hayinacr hayinarc hayincar
hayincra hayinrca hayinrac hayiranc hayiracn hayirnac hayirnca hayircna hayircan haynciar hayncira
hayncair hayncari hayncrai hayncria haynicar haynicra hayniacr hayniarc haynirac haynirca haynaicr
haynairc haynacir haynacri haynarci haynaric haynriac haynrica haynraic haynraci haynrcai haynrcia
hayrcina hayrcian hayrcnia hayrcnai hayrcani hayrcain hayricna hayrican hayrinca hayrinac hayrianc
hayriacn hayrnica hayrniac hayrncia hayrncai hayrnaci hayrnaic hayrainc hayraicn hayranic hayranci
hayracni hayracin

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History of cryptography
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