easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

henness

genoveva

soporiferousness

cardioclasia

galatotrophic

diplophase

greenvalleylake

wamel

warships

yarmulke

aenea

reduxissentque

bonnes

stippling

karlis

mcgaughy

pisanio

yatagans


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: horacia
cipher variations:
ipsbdjb jqtcekc krudfld lsvegme mtwfhnf
nuxgiog ovyhjph pwzikqi qxajlrj rybkmsk
szclntl tadmoum ubenpvn vcfoqwo wdgprxp
xehqsyq yfirtzr zgjsuas ahktvbt biluwcu
cjmvxdv dknwyew eloxzfx fmpyagy gnqzbhz

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: horacia
Cipher: slizxrz

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: horacia
Cipher: AABBB ABBAB BAAAA AAAAA AAABA ABAAA 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: horacia
cipher variations:
ipsbdjbwrabhzbktiblpbyvqbpfbmxybtvbazgbxlbcdwbfrbqfebjhb
ehmbnxbsjubrnbglcbvdbunkbztbjqtcekcxsbciaclujcmqczwrcqgc
nyzcuwcbahcymcdexcgscrgfckicfincoyctkvcsochmdcwecvolcauc
krudfldytcdjbdmvkdnrdaxsdrhdozadvxdcbidzndefydhtdshgdljd
gjodpzdulwdtpdinedxfdwpmdbvdlsvegmezudekcenwleosebytesie
pabewyedcjeaoefgzeiuetihemkehkpeqaevmxeuqejofeygexqnecwe
mtwfhnfavefldfoxmfptfczuftjfqbcfxzfedkfbpfghafjvfujifnlf
ilqfrbfwnyfvrfkpgfzhfyrofdxfnuxgiogbwfgmegpyngqugdavgukg
rcdgyagfelgcqghibgkwgvkjgomgjmrgscgxozgwsglqhgaigzspgeyg
ovyhjphcxghnfhqzohrvhebwhvlhsdehzbhgfmhdrhijchlxhwlkhpnh
knshtdhypahxthmrihbjhatqhfzhpwzikqidyhiogirapiswifcxiwmi
tefiacihgniesijkdimyixmliqoilotiueizqbiyuinsjickiburigai
qxajlrjezijphjsbqjtxjgdyjxnjufgjbdjihojftjklejnzjynmjrpj
mpujvfjarcjzvjotkjdljcvsjhbjrybkmskfajkqiktcrkuykhezkyok
vghkcekjipkguklmfkoakzonksqknqvkwgkbsdkawkpulkemkdwtkick
szclntlgbklrjludslvzlifalzplwhildflkjqlhvlmnglpblapoltrl
orwlxhlctelbxlqvmlfnlexuljdltadmoumhclmskmvetmwamjgbmaqm
xijmegmlkrmiwmnohmqcmbqpmusmpsxmyimdufmcymrwnmgomfyvmkem
ubenpvnidmntlnwfunxbnkhcnbrnyjknfhnmlsnjxnopinrdncrqnvtn
qtynzjnevgndznsxonhpngzwnlfnvcfoqwojenoumoxgvoycolidocso
zklogionmtokyopqjoseodsrowuoruzoakofwhoeaotypoiqohaxomgo
wdgprxpkfopvnpyhwpzdpmjepdtpalmphjponuplzpqrkptfpetspxvp
svapblpgxipfbpuzqpjrpibypnhpxehqsyqlgpqwoqzixqaeqnkfqeuq
bmnqikqpovqmaqrslqugqfutqywqtwbqcmqhyjqgcqvarqksqjczqoiq
yfirtzrmhqrxprajyrbfrolgrfvrcnorjlrqpwrnbrstmrvhrgvurzxr
uxcrdnrizkrhdrwbsrltrkdarpjrzgjsuasnirsyqsbkzscgspmhsgws
dopskmsrqxsocstunswishwvsaysvydseosjalsiesxctsmuslebsqks
ahktvbtojstzrtclatdhtqnithxtepqtlntsrytpdtuvotxjtixwtbzt
wzetfptkbmtjftydutnvtmfctrltbiluwcupktuasudmbueiurojuiyu
fqrumoutszuqeuvwpuykujyxucauxafugqulcnukguzevuowungdusmu
cjmvxdvqluvbtvencvfjvspkvjzvgrsvnpvutavrfvwxqvzlvkzyvdbv
ybgvhrvmdovlhvafwvpxvohevtnvdknwyewrmvwcuwfodwgkwtqlwkaw
hstwoqwvubwsgwxyrwamwlazwecwzchwiswnepwmiwbgxwqywpifwuow
eloxzfxsnwxdvxgpexhlxurmxlbxituxprxwvcxthxyzsxbnxmbaxfdx
adixjtxofqxnjxchyxrzxqjgxvpxfmpyagytoxyewyhqfyimyvsnymcy
juvyqsyxwdyuiyzatycoyncbygeybejykuypgryokydizysayrkhywqy
gnqzbhzupyzfxzirgzjnzwtozndzkvwzrtzyxezvjzabuzdpzodczhfz
cfkzlvzqhszplzejaztbzslizxrzhoraciavqzagyajshakoaxupaoea
lwxasuazyfawkabcvaeqapedaigadglamwaritaqmafkbaucatmjaysa

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: horacia
Cipher: ubenpvn

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: horacia
Cipher: 32432411314211

Extended Methods:
Method #1

Plaintext: horacia
method variations:
ntwfhofsyblntlxdgqsyqcimvxdv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
h o r a c i a 
3 4 2 1 3 4 1 
2 3 4 1 1 2 1 
They are then read out in rows:
34213412341121
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: horacia
Cipher: sbsfsab

Read more ...
Method #3

Plaintext: horacia
method variations:
rhdlqbl hdlqblr dlqblrh
lqblrhd qblrhdl blrhdlq
lrhdlqb

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: horacia

all 5040 cipher variations:
horacia horacai horaica horaiac horaaic horaaci horcaia horcaai horciaa horciaa horcaia
horcaai horicaa horicaa horiaca horiaac horiaac horiaca horacia horacai horaica horaiac
horaaic horaaci hoarcia hoarcai hoarica hoariac hoaraic hoaraci hoacria hoacrai hoacira
hoaciar hoacair hoacari hoaicra hoaicar hoairca hoairac hoaiarc hoaiacr hoaacir hoaacri
hoaaicr hoaairc hoaaric hoaarci hocaria hocarai hocaira hocaiar hocaair hocaari hocraia
hocraai hocriaa hocriaa hocraia hocraai hociraa hociraa hociara hociaar hociaar hociara
hocaria hocarai hocaira hocaiar hocaair hocaari hoiacra hoiacar hoiarca hoiarac hoiaarc
hoiaacr hoicara hoicaar hoicraa hoicraa hoicara hoicaar hoircaa hoircaa hoiraca hoiraac
hoiraac hoiraca hoiacra hoiacar hoiarca hoiarac hoiaarc hoiaacr hoaacir hoaacri hoaaicr
hoaairc hoaaric hoaarci hoacair hoacari hoaciar hoacira hoacria hoacrai hoaicar hoaicra
hoaiacr hoaiarc hoairac hoairca hoarcia hoarcai hoarica hoariac hoaraic hoaraci hroacia
hroacai hroaica hroaiac hroaaic hroaaci hrocaia hrocaai hrociaa hrociaa hrocaia hrocaai
hroicaa hroicaa hroiaca hroiaac hroiaac hroiaca hroacia hroacai hroaica hroaiac hroaaic
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ciahora ciahroa ciahrao ciaohar ciaohra ciaoahr ciaoarh ciaorah ciaorha ciarhoa ciarhao
ciaroha ciaroah ciaraoh ciaraho carahio carahoi caraiho caraioh caraoih caraohi carhaio
carhaoi carhiao carhioa carhoia carhoai carihao carihoa cariaho cariaoh carioah carioha
carohia carohai caroiha caroiah caroaih caroahi caarhio caarhoi caariho caarioh caaroih
caarohi caahrio caahroi caahiro caahior caahoir caahori caaihro caaihor caairho caairoh
caaiorh caaiohr caaohir caaohri caaoihr caaoirh caaorih caaorhi cahario caharoi cahairo
cahaior cahaoir cahaori cahraio cahraoi cahriao cahrioa cahroia cahroai cahirao cahiroa
cahiaro cahiaor cahioar cahiora cahoria cahorai cahoira cahoiar cahoair cahoari caiahro
caiahor caiarho caiaroh caiaorh caiaohr caiharo caihaor caihrao caihroa caihora caihoar
cairhao cairhoa cairaho cairaoh cairoah cairoha caiohra caiohar caiorha caiorah caioarh
caioahr caoahir caoahri caoaihr caoairh caoarih caoarhi caohair caohari caohiar caohira
caohria caohrai caoihar caoihra caoiahr caoiarh caoirah caoirha caorhia caorhai caoriha
caoriah caoraih caorahi ioracha ioracah iorahca iorahac ioraahc ioraach iorcaha iorcaah
iorchaa iorchaa iorcaha iorcaah iorhcaa iorhcaa iorhaca iorhaac iorhaac iorhaca ioracha
ioracah iorahca iorahac ioraahc ioraach ioarcha ioarcah ioarhca ioarhac ioarahc ioarach
ioacrha ioacrah ioachra ioachar ioacahr ioacarh ioahcra ioahcar ioahrca ioahrac ioaharc
ioahacr ioaachr ioaacrh ioaahcr ioaahrc ioaarhc ioaarch iocarha iocarah iocahra iocahar
iocaahr iocaarh iocraha iocraah iocrhaa iocrhaa iocraha iocraah iochraa iochraa iochara
iochaar iochaar iochara iocarha iocarah iocahra iocahar iocaahr iocaarh iohacra iohacar
ioharca ioharac iohaarc iohaacr iohcara iohcaar iohcraa iohcraa iohcara iohcaar iohrcaa
iohrcaa iohraca iohraac iohraac iohraca iohacra iohacar ioharca ioharac iohaarc iohaacr
ioaachr ioaacrh ioaahcr ioaahrc ioaarhc ioaarch ioacahr ioacarh ioachar ioachra ioacrha
ioacrah ioahcar ioahcra ioahacr ioaharc ioahrac ioahrca ioarcha ioarcah ioarhca ioarhac
ioarahc ioarach iroacha iroacah iroahca iroahac iroaahc iroaach irocaha irocaah irochaa
irochaa irocaha irocaah irohcaa irohcaa irohaca irohaac irohaac irohaca iroacha iroacah
iroahca iroahac iroaahc iroaach iraocha iraocah iraohca iraohac iraoahc iraoach iracoha
iracoah irachoa irachao iracaho iracaoh irahcoa irahcao irahoca irahoac irahaoc irahaco
iraacho iraacoh iraahco iraahoc iraaohc iraaoch ircaoha ircaoah ircahoa ircahao ircaaho
ircaaoh ircoaha ircoaah ircohaa ircohaa ircoaha ircoaah irchoaa irchoaa irchaoa irchaao
irchaao irchaoa ircaoha ircaoah ircahoa ircahao ircaaho ircaaoh irhacoa irhacao irhaoca
irhaoac irhaaoc irhaaco irhcaoa irhcaao irhcoaa irhcoaa irhcaoa irhcaao irhocaa irhocaa
irhoaca irhoaac irhoaac irhoaca irhacoa irhacao irhaoca irhaoac irhaaoc irhaaco iraacho
iraacoh iraahco iraahoc iraaohc iraaoch iracaho iracaoh irachao irachoa iracoha iracoah
irahcao irahcoa irahaco irahaoc irahoac irahoca iraocha iraocah iraohca iraohac iraoahc
iraoach iarocha iarocah iarohca iarohac iaroahc iaroach iarcoha iarcoah iarchoa iarchao
iarcaho iarcaoh iarhcoa iarhcao iarhoca iarhoac iarhaoc iarhaco iaracho iaracoh iarahco
iarahoc iaraohc iaraoch iaorcha iaorcah iaorhca iaorhac iaorahc iaorach iaocrha iaocrah
iaochra iaochar iaocahr iaocarh iaohcra iaohcar iaohrca iaohrac iaoharc iaohacr iaoachr
iaoacrh iaoahcr iaoahrc iaoarhc iaoarch iacorha iacorah iacohra iacohar iacoahr iacoarh
iacroha iacroah iacrhoa iacrhao iacraho iacraoh iachroa iachrao iachora iachoar iachaor
iacharo iacarho iacaroh iacahro iacahor iacaohr iacaorh iahocra iahocar iahorca iahorac
iahoarc iahoacr iahcora iahcoar iahcroa iahcrao iahcaro iahcaor iahrcoa iahrcao iahroca
iahroac iahraoc iahraco iahacro iahacor iaharco iaharoc iahaorc iahaocr iaaochr iaaocrh
iaaohcr iaaohrc iaaorhc iaaorch iaacohr iaacorh iaachor iaachro iaacrho iaacroh iaahcor
iaahcro iaahocr iaahorc iaahroc iaahrco iaarcho iaarcoh iaarhco iaarhoc iaarohc iaaroch
icraoha icraoah icrahoa icrahao icraaho icraaoh icroaha icroaah icrohaa icrohaa icroaha
icroaah icrhoaa icrhoaa icrhaoa icrhaao icrhaao icrhaoa icraoha icraoah icrahoa icrahao
icraaho icraaoh icaroha icaroah icarhoa icarhao icaraho icaraoh icaorha icaorah icaohra
icaohar icaoahr icaoarh icahora icahoar icahroa icahrao icaharo icahaor icaaohr icaaorh
icaahor icaahro icaarho icaaroh icoarha icoarah icoahra icoahar icoaahr icoaarh icoraha
icoraah icorhaa icorhaa icoraha icoraah icohraa icohraa icohara icohaar icohaar icohara
icoarha icoarah icoahra icoahar icoaahr icoaarh ichaora ichaoar icharoa icharao ichaaro
ichaaor ichoara ichoaar ichoraa ichoraa ichoara ichoaar ichroaa ichroaa ichraoa ichraao
ichraao ichraoa ichaora ichaoar icharoa icharao ichaaro ichaaor icaaohr icaaorh icaahor
icaahro icaarho icaaroh icaoahr icaoarh icaohar icaohra icaorha icaorah icahoar icahora
icahaor icaharo icahrao icahroa icaroha icaroah icarhoa icarhao icaraho icaraoh ihracoa
ihracao ihraoca ihraoac ihraaoc ihraaco ihrcaoa ihrcaao ihrcoaa ihrcoaa ihrcaoa ihrcaao
ihrocaa ihrocaa ihroaca ihroaac ihroaac ihroaca ihracoa ihracao ihraoca ihraoac ihraaoc
ihraaco iharcoa iharcao iharoca iharoac iharaoc iharaco ihacroa ihacrao ihacora ihacoar
ihacaor ihacaro ihaocra ihaocar ihaorca ihaorac ihaoarc ihaoacr ihaacor ihaacro ihaaocr
ihaaorc ihaaroc ihaarco ihcaroa ihcarao ihcaora ihcaoar ihcaaor ihcaaro ihcraoa ihcraao
ihcroaa ihcroaa ihcraoa ihcraao ihcoraa ihcoraa ihcoara ihcoaar ihcoaar ihcoara ihcaroa
ihcarao ihcaora ihcaoar ihcaaor ihcaaro ihoacra ihoacar ihoarca ihoarac ihoaarc ihoaacr
ihocara ihocaar ihocraa ihocraa ihocara ihocaar ihorcaa ihorcaa ihoraca ihoraac ihoraac
ihoraca ihoacra ihoacar ihoarca ihoarac ihoaarc ihoaacr ihaacor ihaacro ihaaocr ihaaorc
ihaaroc ihaarco ihacaor ihacaro ihacoar ihacora ihacroa ihacrao ihaocar ihaocra ihaoacr
ihaoarc ihaorac ihaorca iharcoa iharcao iharoca iharoac iharaoc iharaco iaracho iaracoh
iarahco iarahoc iaraohc iaraoch iarcaho iarcaoh iarchao iarchoa iarcoha iarcoah iarhcao
iarhcoa iarhaco iarhaoc iarhoac iarhoca iarocha iarocah iarohca iarohac iaroahc iaroach
iaarcho iaarcoh iaarhco iaarhoc iaarohc iaaroch iaacrho iaacroh iaachro iaachor iaacohr
iaacorh iaahcro iaahcor iaahrco iaahroc iaahorc iaahocr iaaochr iaaocrh iaaohcr iaaohrc
iaaorhc iaaorch iacarho iacaroh iacahro iacahor iacaohr iacaorh iacraho iacraoh iacrhao
iacrhoa iacroha iacroah iachrao iachroa iacharo iachaor iachoar iachora iacorha iacorah
iacohra iacohar iacoahr iacoarh iahacro iahacor iaharco iaharoc iahaorc iahaocr iahcaro
iahcaor iahcrao iahcroa iahcora iahcoar iahrcao iahrcoa iahraco iahraoc iahroac iahroca
iahocra iahocar iahorca iahorac iahoarc iahoacr iaoachr iaoacrh iaoahcr iaoahrc iaoarhc
iaoarch iaocahr iaocarh iaochar iaochra iaocrha iaocrah iaohcar iaohcra iaohacr iaoharc
iaohrac iaohrca iaorcha iaorcah iaorhca iaorhac iaorahc iaorach aoracih aorachi aoraich
aoraihc aorahic aorahci aorcaih aorcahi aorciah aorciha aorchia aorchai aoricah aoricha
aoriach aoriahc aorihac aorihca aorhcia aorhcai aorhica aorhiac aorhaic aorhaci aoarcih
aoarchi aoarich aoarihc aoarhic aoarhci aoacrih aoacrhi aoacirh aoacihr aoachir aoachri
aoaicrh aoaichr aoairch aoairhc aoaihrc aoaihcr aoahcir aoahcri aoahicr aoahirc aoahric
aoahrci aocarih aocarhi aocairh aocaihr aocahir aocahri aocraih aocrahi aocriah aocriha
aocrhia aocrhai aocirah aocirha aociarh aociahr aocihar aocihra aochria aochrai aochira
aochiar aochair aochari aoiacrh aoiachr aoiarch aoiarhc aoiahrc aoiahcr aoicarh aoicahr
aoicrah aoicrha aoichra aoichar aoircah aoircha aoirach aoirahc aoirhac aoirhca aoihcra
aoihcar aoihrca aoihrac aoiharc aoihacr aohacir aohacri aohaicr aohairc aoharic aoharci
aohcair aohcari aohciar aohcira aohcria aohcrai aohicar aohicra aohiacr aohiarc aohirac
aohirca aohrcia aohrcai aohrica aohriac aohraic aohraci aroacih aroachi aroaich aroaihc
aroahic aroahci arocaih arocahi arociah arociha arochia arochai aroicah aroicha aroiach
aroiahc aroihac aroihca arohcia arohcai arohica arohiac arohaic arohaci araocih araochi
araoich araoihc araohic araohci aracoih aracohi aracioh araciho arachio arachoi araicoh
araicho araioch araiohc araihoc araihco arahcio arahcoi arahico arahioc arahoic arahoci
arcaoih arcaohi arcaioh arcaiho arcahio arcahoi arcoaih arcoahi arcoiah arcoiha arcohia
arcohai arcioah arcioha arciaoh arciaho arcihao arcihoa archoia archoai archioa archiao
archaio archaoi ariacoh ariacho ariaoch ariaohc ariahoc ariahco aricaoh aricaho aricoah
aricoha arichoa arichao ariocah ariocha arioach arioahc ariohac ariohca arihcoa arihcao
arihoca arihoac arihaoc arihaco arhacio arhacoi arhaico arhaioc arhaoic arhaoci arhcaio
arhcaoi arhciao arhcioa arhcoia arhcoai arhicao arhicoa arhiaco arhiaoc arhioac arhioca
arhocia arhocai arhoica arhoiac arhoaic arhoaci aarocih aarochi aaroich aaroihc aarohic
aarohci aarcoih aarcohi aarcioh aarciho aarchio aarchoi aaricoh aaricho aarioch aariohc
aarihoc aarihco aarhcio aarhcoi aarhico aarhioc aarhoic aarhoci aaorcih aaorchi aaorich
aaorihc aaorhic aaorhci aaocrih aaocrhi aaocirh aaocihr aaochir aaochri aaoicrh aaoichr
aaoirch aaoirhc aaoihrc aaoihcr aaohcir aaohcri aaohicr aaohirc aaohric aaohrci aacorih
aacorhi aacoirh aacoihr aacohir aacohri aacroih aacrohi aacrioh aacriho aacrhio aacrhoi
aaciroh aacirho aaciorh aaciohr aacihor aacihro aachrio aachroi aachiro aachior aachoir
aachori aaiocrh aaiochr aaiorch aaiorhc aaiohrc aaiohcr aaicorh aaicohr aaicroh aaicrho
aaichro aaichor aaircoh aaircho aairoch aairohc aairhoc aairhco aaihcro aaihcor aaihrco
aaihroc aaihorc aaihocr aahocir aahocri aahoicr aahoirc aahoric aahorci aahcoir aahcori
aahcior aahciro aahcrio aahcroi aahicor aahicro aahiocr aahiorc aahiroc aahirco aahrcio
aahrcoi aahrico aahrioc aahroic aahroci acraoih acraohi acraioh acraiho acrahio acrahoi
acroaih acroahi acroiah acroiha acrohia acrohai acrioah acrioha acriaoh acriaho acrihao
acrihoa acrhoia acrhoai acrhioa acrhiao acrhaio acrhaoi acaroih acarohi acarioh acariho
acarhio acarhoi acaorih acaorhi acaoirh acaoihr acaohir acaohri acaiorh acaiohr acairoh
acairho acaihro acaihor acahoir acahori acahior acahiro acahrio acahroi acoarih acoarhi
acoairh acoaihr acoahir acoahri acoraih acorahi acoriah acoriha acorhia acorhai acoirah
acoirha acoiarh acoiahr acoihar acoihra acohria acohrai acohira acohiar acohair acohari
aciaorh aciaohr aciaroh aciarho aciahro aciahor acioarh acioahr aciorah aciorha aciohra
aciohar aciroah aciroha aciraoh aciraho acirhao acirhoa acihora acihoar acihroa acihrao
aciharo acihaor achaoir achaori achaior achairo achario acharoi achoair achoari achoiar
achoira achoria achorai achioar achiora achiaor achiaro achirao achiroa achroia achroai
achrioa achriao achraio achraoi airacoh airacho airaoch airaohc airahoc airahco aircaoh
aircaho aircoah aircoha airchoa airchao airocah airocha airoach airoahc airohac airohca
airhcoa airhcao airhoca airhoac airhaoc airhaco aiarcoh aiarcho aiaroch aiarohc aiarhoc
aiarhco aiacroh aiacrho aiacorh aiacohr aiachor aiachro aiaocrh aiaochr aiaorch aiaorhc
aiaohrc aiaohcr aiahcor aiahcro aiahocr aiahorc aiahroc aiahrco aicaroh aicarho aicaorh
aicaohr aicahor aicahro aicraoh aicraho aicroah aicroha aicrhoa aicrhao aicorah aicorha
aicoarh aicoahr aicohar aicohra aichroa aichrao aichora aichoar aichaor aicharo aioacrh
aioachr aioarch aioarhc aioahrc aioahcr aiocarh aiocahr aiocrah aiocrha aiochra aiochar
aiorcah aiorcha aiorach aiorahc aiorhac aiorhca aiohcra aiohcar aiohrca aiohrac aioharc
aiohacr aihacor aihacro aihaocr aihaorc aiharoc aiharco aihcaor aihcaro aihcoar aihcora
aihcroa aihcrao aihocar aihocra aihoacr aihoarc aihorac aihorca aihrcoa aihrcao aihroca
aihroac aihraoc aihraco ahracio ahracoi ahraico ahraioc ahraoic ahraoci ahrcaio ahrcaoi
ahrciao ahrcioa ahrcoia ahrcoai ahricao ahricoa ahriaco ahriaoc ahrioac ahrioca ahrocia
ahrocai ahroica ahroiac ahroaic ahroaci aharcio aharcoi aharico aharioc aharoic aharoci
ahacrio ahacroi ahaciro ahacior ahacoir ahacori ahaicro ahaicor ahairco ahairoc ahaiorc
ahaiocr ahaocir ahaocri ahaoicr ahaoirc ahaoric ahaorci ahcario ahcaroi ahcairo ahcaior
ahcaoir ahcaori ahcraio ahcraoi ahcriao ahcrioa ahcroia ahcroai ahcirao ahciroa ahciaro
ahciaor ahcioar ahciora ahcoria ahcorai ahcoira ahcoiar ahcoair ahcoari ahiacro ahiacor
ahiarco ahiaroc ahiaorc ahiaocr ahicaro ahicaor ahicrao ahicroa ahicora ahicoar ahircao
ahircoa ahiraco ahiraoc ahiroac ahiroca ahiocra ahiocar ahiorca ahiorac ahioarc ahioacr
ahoacir ahoacri ahoaicr ahoairc ahoaric ahoarci ahocair ahocari ahociar ahocira ahocria
ahocrai ahoicar ahoicra ahoiacr ahoiarc ahoirac ahoirca ahorcia ahorcai ahorica ahoriac
ahoraic ahoraci

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History of cryptography
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