easy ciphers

Easy Ciphers Tools:
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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: teriann
cipher variations:
ufsjboo vgtkcpp whuldqq xivmerr yjwnfss
zkxogtt alyphuu bmzqivv cnarjww dobskxx
epctlyy fqdumzz grevnaa hsfwobb itgxpcc
juhyqdd kvizree lwjasff mxkbtgg nylcuhh
ozmdvii panewjj qbofxkk rcpgyll sdqhzmm

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.)
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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: teriann
Cipher: gvirzmm

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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: teriann

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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: teriann
cipher variations:

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,

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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: teriann
Cipher: grevnaa

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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: teriann
Cipher: 44512442113333

Extended Methods:
Method #1

Plaintext: teriann
method variations:

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

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Method #3

Plaintext: teriann
method variations:
yftblns ftblnsy tblnsyf
blnsyft lnsyftb nsyftbl

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: teriann

all 5040 cipher variations:
teriann teriann terinan terinna terinna terinan terainn terainn teranin teranni teranni
teranin ternain ternani ternian ternina ternnia ternnai ternani ternain ternnai ternnia
ternina ternian teirann teirann teirnan teirnna teirnna teirnan teiarnn teiarnn teianrn
teiannr teiannr teianrn teinarn teinanr teinran teinrna teinnra teinnar teinanr teinarn
teinnar teinnra teinrna teinran teairnn teairnn teainrn teainnr teainnr teainrn tearinn
tearinn tearnin tearnni tearnni tearnin teanrin teanrni teanirn teaninr teannir teannri
teanrni teanrin teannri teannir teaninr teanirn teniarn tenianr teniran tenirna teninra
teninar tenairn tenainr tenarin tenarni tenanri tenanir tenrain tenrani tenrian tenrina
tenrnia tenrnai tennari tennair tennrai tennria tennira tenniar tenianr teniarn teninar
teninra tenirna teniran tenainr tenairn tenanir tenanri tenarni tenarin tennair tennari
tenniar tennira tennria tennrai tenrani tenrain tenrnai tenrnia tenrina tenrian treiann
treiann treinan treinna treinna treinan treainn treainn treanin treanni treanni treanin
trenain trenani trenian trenina trennia trennai trenani trenain trennai trennia trenina
trenian trieann trieann trienan trienna trienna trienan triaenn triaenn trianen trianne
trianne trianen trinaen trinane trinean trinena trinnea trinnae trinane trinaen trinnae
trinnea trinena trinean traienn traienn trainen trainne trainne trainen traeinn traeinn
traenin traenni traenni traenin tranein traneni tranien tranine trannie trannei traneni
tranein trannei trannie tranine tranien trniaen trniane trniean trniena trninea trninae
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tinnrea tinnrae tinrane tinraen tinrnae tinrnea tinrena tinrean tarienn tarienn tarinen
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ratnine ratnnie ratnnei ratneni ratnein ratnnei ratnnie ratnine ratnien raitenn raitenn
raitnen raitnne raitnne raitnen raietnn raietnn raientn raiennt raiennt raientn rainetn
rainent rainten raintne rainnte rainnet rainent rainetn rainnet rainnte raintne rainten
raeitnn raeitnn raeintn raeinnt raeinnt raeintn raetinn raetinn raetnin raetnni raetnni
raetnin raentin raentni raenitn raenint raennit raennti raentni raentin raennti raennit
raenint raenitn ranietn ranient raniten ranitne raninte raninet raneitn raneint ranetin
ranetni ranenti ranenit rantein ranteni rantien rantine rantnie rantnei ranneti ranneit
ranntei ranntie rannite ranniet ranient ranietn raninet raninte ranitne raniten raneint
raneitn ranenit ranenti ranetni ranetin ranneit ranneti ranniet rannite ranntie ranntei
ranteni rantein rantnei rantnie rantine rantien rntiaen rntiane rntiean rntiena rntinea
rntinae rntaien rntaine rntaein rntaeni rntanei rntanie rnteain rnteani rnteian rnteina
rntenia rntenai rntnaei rntnaie rntneai rntneia rntniea rntniae rnitaen rnitane rnitean
rnitena rnitnea rnitnae rniaten rniatne rniaetn rniaent rnianet rniante rnieatn rnieant
rnietan rnietna rnienta rnienat rninaet rninate rnineat rnineta rnintea rnintae rnaiten
rnaitne rnaietn rnaient rnainet rnainte rnatien rnatine rnatein rnateni rnatnei rnatnie
rnaetin rnaetni rnaeitn rnaeint rnaenit rnaenti rnantei rnantie rnaneti rnaneit rnaniet
rnanite rneiatn rneiant rneitan rneitna rneinta rneinat rneaitn rneaint rneatin rneatni
rneanti rneanit rnetain rnetani rnetian rnetina rnetnia rnetnai rnenati rnenait rnentai
rnentia rnenita rneniat rnniaet rnniate rnnieat rnnieta rnnitea rnnitae rnnaiet rnnaite
rnnaeit rnnaeti rnnatei rnnatie rnneait rnneati rnneiat rnneita rnnetia rnnetai rnntaei
rnntaie rnnteai rnnteia rnntiea rnntiae rntiane rntiaen rntinae rntinea rntiena rntiean
rntaine rntaien rntanie rntanei rntaeni rntaein rntnaie rntnaei rntniae rntniea rntneia
rntneai rnteani rnteain rntenai rntenia rnteina rnteian rnitane rnitaen rnitnae rnitnea
rnitena rnitean rniatne rniaten rniante rnianet rniaent rniaetn rninate rninaet rnintae
rnintea rnineta rnineat rnieant rnieatn rnienat rnienta rnietna rnietan rnaitne rnaiten
rnainte rnainet rnaient rnaietn rnatine rnatien rnatnie rnatnei rnateni rnatein rnantie
rnantei rnanite rnaniet rnaneit rnaneti rnaetni rnaetin rnaenti rnaenit rnaeint rnaeitn
rnniate rnniaet rnnitae rnnitea rnnieta rnnieat rnnaite rnnaiet rnnatie rnnatei rnnaeti
rnnaeit rnntaie rnntaei rnntiae rnntiea rnnteia rnnteai rnneati rnneait rnnetai rnnetia
rnneita rnneiat rneiant rneiatn rneinat rneinta rneitna rneitan rneaint rneaitn rneanit
rneanti rneatni rneatin rnenait rnenati rneniat rnenita rnentia rnentai rnetani rnetain
rnetnai rnetnia rnetina rnetian iertann iertann iertnan iertnna iertnna iertnan ieratnn
ieratnn ierantn ierannt ierannt ierantn iernatn iernant ierntan ierntna iernnta iernnat
iernant iernatn iernnat iernnta ierntna ierntan ietrann ietrann ietrnan ietrnna ietrnna
ietrnan ietarnn ietarnn ietanrn ietannr ietannr ietanrn ietnarn ietnanr ietnran ietnrna
ietnnra ietnnar ietnanr ietnarn ietnnar ietnnra ietnrna ietnran ieatrnn ieatrnn ieatnrn
ieatnnr ieatnnr ieatnrn ieartnn ieartnn iearntn iearnnt iearnnt iearntn ieanrtn ieanrnt
ieantrn ieantnr ieanntr ieannrt ieanrnt ieanrtn ieannrt ieanntr ieantnr ieantrn ientarn
ientanr ientran ientrna ientnra ientnar ienatrn ienatnr ienartn ienarnt ienanrt ienantr
ienratn ienrant ienrtan ienrtna ienrnta ienrnat iennart iennatr iennrat iennrta ienntra
ienntar ientanr ientarn ientnar ientnra ientrna ientran ienatnr ienatrn ienantr ienanrt
ienarnt ienartn iennatr iennart ienntar ienntra iennrta iennrat ienrant ienratn ienrnat
ienrnta ienrtna ienrtan iretann iretann iretnan iretnna iretnna iretnan ireatnn ireatnn
ireantn ireannt ireannt ireantn irenatn irenant irentan irentna irennta irennat irenant
irenatn irennat irennta irentna irentan irteann irteann irtenan irtenna irtenna irtenan
irtaenn irtaenn irtanen irtanne irtanne irtanen irtnaen irtnane irtnean irtnena irtnnea
irtnnae irtnane irtnaen irtnnae irtnnea irtnena irtnean iratenn iratenn iratnen iratnne
iratnne iratnen iraetnn iraetnn iraentn iraennt iraennt iraentn iranetn iranent iranten
irantne irannte irannet iranent iranetn irannet irannte irantne iranten irntaen irntane
irntean irntena irntnea irntnae irnaten irnatne irnaetn irnaent irnanet irnante irneatn
irneant irnetan irnetna irnenta irnenat irnnaet irnnate irnneat irnneta irnntea irnntae
irntane irntaen irntnae irntnea irntena irntean irnatne irnaten irnante irnanet irnaent
irnaetn irnnate irnnaet irnntae irnntea irnneta irnneat irneant irneatn irnenat irnenta
irnetna irnetan itreann itreann itrenan itrenna itrenna itrenan itraenn itraenn itranen
itranne itranne itranen itrnaen itrnane itrnean itrnena itrnnea itrnnae itrnane itrnaen
itrnnae itrnnea itrnena itrnean iterann iterann iternan iternna iternna iternan itearnn
itearnn iteanrn iteannr iteannr iteanrn itenarn itenanr itenran itenrna itennra itennar
itenanr itenarn itennar itennra itenrna itenran itaernn itaernn itaenrn itaennr itaennr
itaenrn itarenn itarenn itarnen itarnne itarnne itarnen itanren itanrne itanern itanenr
itanner itannre itanrne itanren itannre itanner itanenr itanern itnearn itneanr itneran
itnerna itnenra itnenar itnaern itnaenr itnaren itnarne itnanre itnaner itnraen itnrane
itnrean itnrena itnrnea itnrnae itnnare itnnaer itnnrae itnnrea itnnera itnnear itneanr
itnearn itnenar itnenra itnerna itneran itnaenr itnaern itnaner itnanre itnarne itnaren
itnnaer itnnare itnnear itnnera itnnrea itnnrae itnrane itnraen itnrnae itnrnea itnrena
itnrean iartenn iartenn iartnen iartnne iartnne iartnen iaretnn iaretnn iarentn iarennt
iarennt iarentn iarnetn iarnent iarnten iarntne iarnnte iarnnet iarnent iarnetn iarnnet
iarnnte iarntne iarnten iatrenn iatrenn iatrnen iatrnne iatrnne iatrnen iaternn iaternn
iatenrn iatennr iatennr iatenrn iatnern iatnenr iatnren iatnrne iatnnre iatnner iatnenr
iatnern iatnner iatnnre iatnrne iatnren iaetrnn iaetrnn iaetnrn iaetnnr iaetnnr iaetnrn
iaertnn iaertnn iaerntn iaernnt iaernnt iaerntn iaenrtn iaenrnt iaentrn iaentnr iaenntr
iaennrt iaenrnt iaenrtn iaennrt iaenntr iaentnr iaentrn iantern iantenr iantren iantrne
iantnre iantner ianetrn ianetnr ianertn ianernt ianenrt ianentr ianretn ianrent ianrten
ianrtne ianrnte ianrnet iannert iannetr iannret iannrte ianntre iannter iantenr iantern
iantner iantnre iantrne iantren ianetnr ianetrn ianentr ianenrt ianernt ianertn iannetr
iannert iannter ianntre iannrte iannret ianrent ianretn ianrnet ianrnte ianrtne ianrten
inrtaen inrtane inrtean inrtena inrtnea inrtnae inraten inratne inraetn inraent inranet
inrante inreatn inreant inretan inretna inrenta inrenat inrnaet inrnate inrneat inrneta
inrntea inrntae intraen intrane intrean intrena intrnea intrnae intaren intarne intaern
intaenr intaner intanre intearn inteanr interan interna intenra intenar intnaer intnare
intnear intnera intnrea intnrae inatren inatrne inatern inatenr inatner inatnre inarten
inartne inaretn inarent inarnet inarnte inaertn inaernt inaetrn inaetnr inaentr inaenrt
inanret inanrte inanert inanetr inanter inantre inetarn inetanr inetran inetrna inetnra
inetnar ineatrn ineatnr ineartn inearnt ineanrt ineantr ineratn inerant inertan inertna
inernta inernat inenart inenatr inenrat inenrta inentra inentar inntaer inntare inntear
inntera inntrea inntrae innater innatre innaetr innaert innaret innarte inneatr inneart
innetar innetra innerta innerat innraet innrate innreat innreta innrtea innrtae inrtane
inrtaen inrtnae inrtnea inrtena inrtean inratne inraten inrante inranet inraent inraetn
inrnate inrnaet inrntae inrntea inrneta inrneat inreant inreatn inrenat inrenta inretna
inretan intrane intraen intrnae intrnea intrena intrean intarne intaren intanre intaner
intaenr intaern intnare intnaer intnrae intnrea intnera intnear inteanr intearn intenar
intenra interna interan inatrne inatren inatnre inatner inatenr inatern inartne inarten
inarnte inarnet inarent inaretn inanrte inanret inantre inanter inanetr inanert inaernt
inaertn inaenrt inaentr inaetnr inaetrn inntare inntaer inntrae inntrea inntera inntear
innatre innater innarte innaret innaert innaetr innrate innraet innrtae innrtea innreta
innreat inneart inneatr innerat innerta innetra innetar inetanr inetarn inetnar inetnra
inetrna inetran ineatnr ineatrn ineantr ineanrt inearnt ineartn inenatr inenart inentar
inentra inenrta inenrat inerant ineratn inernat inernta inertna inertan aeritnn aeritnn
aerintn aerinnt aerinnt aerintn aertinn aertinn aertnin aertnni aertnni aertnin aerntin
aerntni aernitn aernint aernnit aernnti aerntni aerntin aernnti aernnit aernint aernitn
aeirtnn aeirtnn aeirntn aeirnnt aeirnnt aeirntn aeitrnn aeitrnn aeitnrn aeitnnr aeitnnr
aeitnrn aeintrn aeintnr aeinrtn aeinrnt aeinnrt aeinntr aeintnr aeintrn aeinntr aeinnrt
aeinrnt aeinrtn aetirnn aetirnn aetinrn aetinnr aetinnr aetinrn aetrinn aetrinn aetrnin
aetrnni aetrnni aetrnin aetnrin aetnrni aetnirn aetninr aetnnir aetnnri aetnrni aetnrin
aetnnri aetnnir aetninr aetnirn aenitrn aenitnr aenirtn aenirnt aeninrt aenintr aentirn
aentinr aentrin aentrni aentnri aentnir aenrtin aenrtni aenritn aenrint aenrnit aenrnti
aenntri aenntir aennrti aennrit aennirt aennitr aenitnr aenitrn aenintr aeninrt aenirnt
aenirtn aentinr aentirn aentnir aentnri aentrni aentrin aenntir aenntri aennitr aennirt
aennrit aennrti aenrtni aenrtin aenrnti aenrnit aenrint aenritn areitnn areitnn areintn
areinnt areinnt areintn aretinn aretinn aretnin aretnni aretnni aretnin arentin arentni
arenitn arenint arennit arennti arentni arentin arennti arennit arenint arenitn arietnn
arietnn arientn ariennt ariennt arientn aritenn aritenn aritnen aritnne aritnne aritnen
arinten arintne arinetn arinent arinnet arinnte arintne arinten arinnte arinnet arinent
arinetn artienn artienn artinen artinne artinne artinen arteinn arteinn artenin artenni
artenni artenin artnein artneni artnien artnine artnnie artnnei artneni artnein artnnei
artnnie artnine artnien arniten arnitne arnietn arnient arninet arninte arntien arntine
arntein arnteni arntnei arntnie arnetin arnetni arneitn arneint arnenit arnenti arnntei
arnntie arnneti arnneit arnniet arnnite arnitne arniten arninte arninet arnient arnietn
arntine arntien arntnie arntnei arnteni arntein arnntie arnntei arnnite arnniet arnneit
arnneti arnetni arnetin arnenti arnenit arneint arneitn airetnn airetnn airentn airennt
airennt airentn airtenn airtenn airtnen airtnne airtnne airtnen airnten airntne airnetn
airnent airnnet airnnte airntne airnten airnnte airnnet airnent airnetn aiertnn aiertnn
aierntn aiernnt aiernnt aierntn aietrnn aietrnn aietnrn aietnnr aietnnr aietnrn aientrn
aientnr aienrtn aienrnt aiennrt aienntr aientnr aientrn aienntr aiennrt aienrnt aienrtn
aiternn aiternn aitenrn aitennr aitennr aitenrn aitrenn aitrenn aitrnen aitrnne aitrnne
aitrnen aitnren aitnrne aitnern aitnenr aitnner aitnnre aitnrne aitnren aitnnre aitnner
aitnenr aitnern ainetrn ainetnr ainertn ainernt ainenrt ainentr aintern aintenr aintren
aintrne aintnre aintner ainrten ainrtne ainretn ainrent ainrnet ainrnte ainntre ainnter
ainnrte ainnret ainnert ainnetr ainetnr ainetrn ainentr ainenrt ainernt ainertn aintenr
aintern aintner aintnre aintrne aintren ainnter ainntre ainnetr ainnert ainnret ainnrte
ainrtne ainrten ainrnte ainrnet ainrent ainretn atrienn atrienn atrinen atrinne atrinne
atrinen atreinn atreinn atrenin atrenni atrenni atrenin atrnein atrneni atrnien atrnine
atrnnie atrnnei atrneni atrnein atrnnei atrnnie atrnine atrnien atirenn atirenn atirnen
atirnne atirnne atirnen atiernn atiernn atienrn atiennr atiennr atienrn atinern atinenr
atinren atinrne atinnre atinner atinenr atinern atinner atinnre atinrne atinren ateirnn
ateirnn ateinrn ateinnr ateinnr ateinrn aterinn aterinn aternin aternni aternni aternin
atenrin atenrni atenirn ateninr atennir atennri atenrni atenrin atennri atennir ateninr
atenirn atniern atnienr atniren atnirne atninre atniner atneirn atneinr atnerin atnerni
atnenri atnenir atnrein atnreni atnrien atnrine atnrnie atnrnei atnneri atnneir atnnrei
atnnrie atnnire atnnier atnienr atniern atniner atninre atnirne atniren atneinr atneirn
atnenir atnenri atnerni atnerin atnneir atnneri atnnier atnnire atnnrie atnnrei atnreni
atnrein atnrnei atnrnie atnrine atnrien anriten anritne anrietn anrient anrinet anrinte
anrtien anrtine anrtein anrteni anrtnei anrtnie anretin anretni anreitn anreint anrenit
anrenti anrntei anrntie anrneti anrneit anrniet anrnite anirten anirtne aniretn anirent
anirnet anirnte anitren anitrne anitern anitenr anitner anitnre anietrn anietnr aniertn
aniernt anienrt anientr aninter anintre aninetr aninert aninret aninrte antiren antirne
antiern antienr antiner antinre antrien antrine antrein antreni antrnei antrnie anterin
anterni anteirn anteinr antenir antenri antnrei antnrie antneri antneir antnier antnire
aneitrn aneitnr aneirtn aneirnt aneinrt aneintr anetirn anetinr anetrin anetrni anetnri
anetnir anertin anertni aneritn anerint anernit anernti anentri anentir anenrti anenrit
anenirt anenitr anniter annitre annietr anniert anniret annirte anntier anntire annteir
annteri anntrei anntrie annetir annetri anneitr anneirt annerit annerti annrtei annrtie
annreti annreit annriet annrite anritne anriten anrinte anrinet anrient anrietn anrtine
anrtien anrtnie anrtnei anrteni anrtein anrntie anrntei anrnite anrniet anrneit anrneti
anretni anretin anrenti anrenit anreint anreitn anirtne anirten anirnte anirnet anirent
aniretn anitrne anitren anitnre anitner anitenr anitern anintre aninter aninrte aninret
aninert aninetr anietnr anietrn anientr anienrt aniernt aniertn antirne antiren antinre
antiner antienr antiern antrine antrien antrnie antrnei antreni antrein antnrie antnrei
antnire antnier antneir antneri anterni anterin antenri antenir anteinr anteirn annitre
anniter annirte anniret anniert annietr anntire anntier anntrie anntrei annteri annteir
annrtie annrtei annrite annriet annreit annreti annetri annetir annerti annerit anneirt
anneitr aneitnr aneitrn aneintr aneinrt aneirnt aneirtn anetinr anetirn anetnir anetnri
anetrni anetrin anentir anentri anenitr anenirt anenrit anenrti anertni anertin anernti
anernit anerint aneritn neriatn neriant neritan neritna nerinta nerinat neraitn neraint
neratin neratni neranti neranit nertain nertani nertian nertina nertnia nertnai nernati
nernait nerntai nerntia nernita nerniat neiratn neirant neirtan neirtna neirnta neirnat
neiartn neiarnt neiatrn neiatnr neiantr neianrt neitarn neitanr neitran neitrna neitnra
neitnar neinatr neinart neintar neintra neinrta neinrat neairtn neairnt neaitrn neaitnr
neaintr neainrt nearitn nearint neartin neartni nearnti nearnit neatrin neatrni neatirn
neatinr neatnir neatnri neanrti neanrit neantri neantir neanitr neanirt netiarn netianr
netiran netirna netinra netinar netairn netainr netarin netarni netanri netanir netrain
netrani netrian netrina netrnia netrnai netnari netnair netnrai netnria netnira netniar
neniatr neniart nenitar nenitra nenirta nenirat nenaitr nenairt nenatir nenatri nenarti
nenarit nentair nentari nentiar nentira nentria nentrai nenrati nenrait nenrtai nenrtia
nenrita nenriat nreiatn nreiant nreitan nreitna nreinta nreinat nreaitn nreaint nreatin
nreatni nreanti nreanit nretain nretani nretian nretina nretnia nretnai nrenati nrenait
nrentai nrentia nrenita nreniat nrieatn nrieant nrietan nrietna nrienta nrienat nriaetn
nriaent nriaten nriatne nriante nrianet nritaen nritane nritean nritena nritnea nritnae
nrinate nrinaet nrintae nrintea nrineta nrineat nraietn nraient nraiten nraitne nrainte
nrainet nraeitn nraeint nraetin nraetni nraenti nraenit nratein nrateni nratien nratine
nratnie nratnei nraneti nraneit nrantei nrantie nranite nraniet nrtiaen nrtiane nrtiean
nrtiena nrtinea nrtinae nrtaien nrtaine nrtaein nrtaeni nrtanei nrtanie nrteain nrteani
nrteian nrteina nrtenia nrtenai nrtnaei nrtnaie nrtneai nrtneia nrtniea nrtniae nrniate
nrniaet nrnitae nrnitea nrnieta nrnieat nrnaite nrnaiet nrnatie nrnatei nrnaeti nrnaeit
nrntaie nrntaei nrntiae nrntiea nrnteia nrnteai nrneati nrneait nrnetai nrnetia nrneita
nrneiat nireatn nireant niretan niretna nirenta nirenat niraetn niraent niraten niratne
nirante niranet nirtaen nirtane nirtean nirtena nirtnea nirtnae nirnate nirnaet nirntae
nirntea nirneta nirneat nieratn nierant niertan niertna niernta niernat nieartn niearnt
nieatrn nieatnr nieantr nieanrt nietarn nietanr nietran nietrna nietnra nietnar nienatr
nienart nientar nientra nienrta nienrat niaertn niaernt niaetrn niaetnr niaentr niaenrt
niaretn niarent niarten niartne niarnte niarnet niatren niatrne niatern niatenr niatner
niatnre nianrte nianret niantre nianter nianetr nianert nitearn niteanr niteran niterna
nitenra nitenar nitaern nitaenr nitaren nitarne nitanre nitaner nitraen nitrane nitrean
nitrena nitrnea nitrnae nitnare nitnaer nitnrae nitnrea nitnera nitnear nineatr nineart
ninetar ninetra ninerta ninerat ninaetr ninaert ninater ninatre ninarte ninaret nintaer
nintare nintear nintera nintrea nintrae ninrate ninraet ninrtae ninrtea ninreta ninreat
narietn narient nariten naritne narinte narinet nareitn nareint naretin naretni narenti
narenit nartein narteni nartien nartine nartnie nartnei narneti narneit narntei narntie
narnite narniet nairetn nairent nairten nairtne nairnte nairnet naiertn naiernt naietrn
naietnr naientr naienrt naitern naitenr naitren naitrne naitnre naitner nainetr nainert
nainter naintre nainrte nainret naeirtn naeirnt naeitrn naeitnr naeintr naeinrt naeritn
naerint naertin naertni naernti naernit naetrin naetrni naetirn naetinr naetnir naetnri
naenrti naenrit naentri naentir naenitr naenirt natiern natienr natiren natirne natinre
natiner nateirn nateinr naterin naterni natenri natenir natrein natreni natrien natrine
natrnie natrnei natneri natneir natnrei natnrie natnire natnier nanietr naniert naniter
nanitre nanirte naniret naneitr naneirt nanetir nanetri nanerti nanerit nanteir nanteri
nantier nantire nantrie nantrei nanreti nanreit nanrtei nanrtie nanrite nanriet ntriaen
ntriane ntriean ntriena ntrinea ntrinae ntraien ntraine ntraein ntraeni ntranei ntranie
ntreain ntreani ntreian ntreina ntrenia ntrenai ntrnaei ntrnaie ntrneai ntrneia ntrniea
ntrniae ntiraen ntirane ntirean ntirena ntirnea ntirnae ntiaren ntiarne ntiaern ntiaenr
ntianer ntianre ntiearn ntieanr ntieran ntierna ntienra ntienar ntinaer ntinare ntinear
ntinera ntinrea ntinrae ntairen ntairne ntaiern ntaienr ntainer ntainre ntarien ntarine
ntarein ntareni ntarnei ntarnie ntaerin ntaerni ntaeirn ntaeinr ntaenir ntaenri ntanrei
ntanrie ntaneri ntaneir ntanier ntanire nteiarn nteianr nteiran nteirna nteinra nteinar
nteairn nteainr ntearin ntearni nteanri nteanir nterain nterani nterian nterina nternia
nternai ntenari ntenair ntenrai ntenria ntenira nteniar ntniaer ntniare ntniear ntniera
ntnirea ntnirae ntnaier ntnaire ntnaeir ntnaeri ntnarei ntnarie ntneair ntneari ntneiar
ntneira ntneria ntnerai ntnraei ntnraie ntnreai ntnreia ntnriea ntnriae nnriate nnriaet
nnritae nnritea nnrieta nnrieat nnraite nnraiet nnratie nnratei nnraeti nnraeit nnrtaie
nnrtaei nnrtiae nnrtiea nnrteia nnrteai nnreati nnreait nnretai nnretia nnreita nnreiat
nnirate nniraet nnirtae nnirtea nnireta nnireat nniarte nniaret nniatre nniater nniaetr
nniaert nnitare nnitaer nnitrae nnitrea nnitera nnitear nnieatr nnieart nnietar nnietra
nnierta nnierat nnairte nnairet nnaitre nnaiter nnaietr nnaiert nnarite nnariet nnartie
nnartei nnareti nnareit nnatrie nnatrei nnatire nnatier nnateir nnateri nnaerti nnaerit
nnaetri nnaetir nnaeitr nnaeirt nntiare nntiaer nntirae nntirea nntiera nntiear nntaire
nntaier nntarie nntarei nntaeri nntaeir nntraie nntraei nntriae nntriea nntreia nntreai
nnteari nnteair nnterai nnteria nnteira nnteiar nneiatr nneiart nneitar nneitra nneirta
nneirat nneaitr nneairt nneatir nneatri nnearti nnearit nnetair nnetari nnetiar nnetira
nnetria nnetrai nnerati nnerait nnertai nnertia nnerita nneriat neriant neriatn nerinat
nerinta neritna neritan neraint neraitn neranit neranti neratni neratin nernait nernati
nerniat nernita nerntia nerntai nertani nertain nertnai nertnia nertina nertian neirant
neiratn neirnat neirnta neirtna neirtan neiarnt neiartn neianrt neiantr neiatnr neiatrn
neinart neinatr neinrat neinrta neintra neintar neitanr neitarn neitnar neitnra neitrna
neitran neairnt neairtn neainrt neaintr neaitnr neaitrn nearint nearitn nearnit nearnti
neartni neartin neanrit neanrti neanirt neanitr neantir neantri neatrni neatrin neatnri
neatnir neatinr neatirn neniart neniatr nenirat nenirta nenitra nenitar nenairt nenaitr
nenarit nenarti nenatri nenatir nenrait nenrati nenriat nenrita nenrtia nenrtai nentari
nentair nentrai nentria nentira nentiar netianr netiarn netinar netinra netirna netiran
netainr netairn netanir netanri netarni netarin netnair netnari netniar netnira netnria
netnrai netrani netrain netrnai netrnia netrina netrian nreiant nreiatn nreinat nreinta
nreitna nreitan nreaint nreaitn nreanit nreanti nreatni nreatin nrenait nrenati nreniat
nrenita nrentia nrentai nretani nretain nretnai nretnia nretina nretian nrieant nrieatn
nrienat nrienta nrietna nrietan nriaent nriaetn nrianet nriante nriatne nriaten nrinaet
nrinate nrineat nrineta nrintea nrintae nritane nritaen nritnae nritnea nritena nritean
nraient nraietn nrainet nrainte nraitne nraiten nraeint nraeitn nraenit nraenti nraetni
nraetin nraneit nraneti nraniet nranite nrantie nrantei nrateni nratein nratnei nratnie
nratine nratien nrniaet nrniate nrnieat nrnieta nrnitea nrnitae nrnaiet nrnaite nrnaeit
nrnaeti nrnatei nrnatie nrneait nrneati nrneiat nrneita nrnetia nrnetai nrntaei nrntaie
nrnteai nrnteia nrntiea nrntiae nrtiane nrtiaen nrtinae nrtinea nrtiena nrtiean nrtaine
nrtaien nrtanie nrtanei nrtaeni nrtaein nrtnaie nrtnaei nrtniae nrtniea nrtneia nrtneai
nrteani nrteain nrtenai nrtenia nrteina nrteian nireant nireatn nirenat nirenta niretna
niretan niraent niraetn niranet nirante niratne niraten nirnaet nirnate nirneat nirneta
nirntea nirntae nirtane nirtaen nirtnae nirtnea nirtena nirtean nierant nieratn niernat
niernta niertna niertan niearnt nieartn nieanrt nieantr nieatnr nieatrn nienart nienatr
nienrat nienrta nientra nientar nietanr nietarn nietnar nietnra nietrna nietran niaernt
niaertn niaenrt niaentr niaetnr niaetrn niarent niaretn niarnet niarnte niartne niarten
nianret nianrte nianert nianetr nianter niantre niatrne niatren niatnre niatner niatenr
niatern nineart nineatr ninerat ninerta ninetra ninetar ninaert ninaetr ninaret ninarte
ninatre ninater ninraet ninrate ninreat ninreta ninrtea ninrtae nintare nintaer nintrae
nintrea nintera nintear niteanr nitearn nitenar nitenra niterna niteran nitaenr nitaern
nitaner nitanre nitarne nitaren nitnaer nitnare nitnear nitnera nitnrea nitnrae nitrane
nitraen nitrnae nitrnea nitrena nitrean narient narietn narinet narinte naritne nariten
nareint nareitn narenit narenti naretni naretin narneit narneti narniet narnite narntie
narntei narteni nartein nartnei nartnie nartine nartien nairent nairetn nairnet nairnte
nairtne nairten naiernt naiertn naienrt naientr naietnr naietrn nainert nainetr nainret
nainrte naintre nainter naitenr naitern naitner naitnre naitrne naitren naeirnt naeirtn
naeinrt naeintr naeitnr naeitrn naerint naeritn naernit naernti naertni naertin naenrit
naenrti naenirt naenitr naentir naentri naetrni naetrin naetnri naetnir naetinr naetirn
naniert nanietr naniret nanirte nanitre naniter naneirt naneitr nanerit nanerti nanetri
nanetir nanreit nanreti nanriet nanrite nanrtie nanrtei nanteri nanteir nantrei nantrie
nantire nantier natienr natiern natiner natinre natirne natiren nateinr nateirn natenir
natenri naterni naterin natneir natneri natnier natnire natnrie natnrei natreni natrein
natrnei natrnie natrine natrien nnriaet nnriate nnrieat nnrieta nnritea nnritae nnraiet
nnraite nnraeit nnraeti nnratei nnratie nnreait nnreati nnreiat nnreita nnretia nnretai
nnrtaei nnrtaie nnrteai nnrteia nnrtiea nnrtiae nniraet nnirate nnireat nnireta nnirtea
nnirtae nniaret nniarte nniaert nniaetr nniater nniatre nnieart nnieatr nnierat nnierta
nnietra nnietar nnitaer nnitare nnitear nnitera nnitrea nnitrae nnairet nnairte nnaiert
nnaietr nnaiter nnaitre nnariet nnarite nnareit nnareti nnartei nnartie nnaerit nnaerti
nnaeirt nnaeitr nnaetir nnaetri nnatrei nnatrie nnateri nnateir nnatier nnatire nneiart
nneiatr nneirat nneirta nneitra nneitar nneairt nneaitr nnearit nnearti nneatri nneatir
nnerait nnerati nneriat nnerita nnertia nnertai nnetari nnetair nnetrai nnetria nnetira
nnetiar nntiaer nntiare nntiear nntiera nntirea nntirae nntaier nntaire nntaeir nntaeri
nntarei nntarie nnteair nnteari nnteiar nnteira nnteria nnterai nntraei nntraie nntreai
nntreia nntriea nntriae ntriane ntriaen ntrinae ntrinea ntriena ntriean ntraine ntraien
ntranie ntranei ntraeni ntraein ntrnaie ntrnaei ntrniae ntrniea ntrneia ntrneai ntreani
ntreain ntrenai ntrenia ntreina ntreian ntirane ntiraen ntirnae ntirnea ntirena ntirean
ntiarne ntiaren ntianre ntianer ntiaenr ntiaern ntinare ntinaer ntinrae ntinrea ntinera
ntinear ntieanr ntiearn ntienar ntienra ntierna ntieran ntairne ntairen ntainre ntainer
ntaienr ntaiern ntarine ntarien ntarnie ntarnei ntareni ntarein ntanrie ntanrei ntanire
ntanier ntaneir ntaneri ntaerni ntaerin ntaenri ntaenir ntaeinr ntaeirn ntniare ntniaer
ntnirae ntnirea ntniera ntniear ntnaire ntnaier ntnarie ntnarei ntnaeri ntnaeir ntnraie
ntnraei ntnriae ntnriea ntnreia ntnreai ntneari ntneair ntnerai ntneria ntneira ntneiar
nteianr nteiarn nteinar nteinra nteirna nteiran nteainr nteairn nteanir nteanri ntearni
ntearin ntenair ntenari nteniar ntenira ntenria ntenrai nterani nterain nternai nternia
nterina nterian

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History of cryptography
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