easy ciphers

Easy Ciphers Tools:
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popular ciphers:

paddymelon

paraphrastical

corroboration

talmudism

intuitional

failo

noblewoman

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address

exhibitors

milestone

hesperiaque

condonabimus

outlined

merosymmetrical

paolella

putation


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: machicui
cipher variations:
nbdijdvj ocejkewk pdfklfxl qeglmgym rfhmnhzn
sginoiao thjopjbp uikpqkcq vjlqrldr wkmrsmes
xlnstnft ymotuogu znpuvphv aoqvwqiw bprwxrjx
cqsxysky drtyztlz esuzauma ftvabvnb guwbcwoc
hvxcdxpd iwydeyqe jxzefzrf kyafgasg lzbghbth

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: machicui
Cipher: nzxsrxfr

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: machicui
Cipher: ABABB AAAAA AAABA AABBB ABAAA AAABA BAABB ABAAA

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: machicui
cipher variations: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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: machicui
Cipher: znpuvphv

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: machicui
Cipher: 2311313242315442

Extended Methods:
Method #1

Plaintext: machicui
method variations:
rfhnohzowlnstnetbqsxyskygvxcdxpd

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
m a c h i c u i 
2 1 3 3 4 3 5 4 
3 1 1 2 2 1 4 2 
They are then read out in rows:
2133435431122142
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: machicui
Cipher: bnoucfbi

Read more ...
Method #3

Plaintext: machicui
method variations:
cllrmvtg llrmvtgc lrmvtgcl
rmvtgcll mvtgcllr vtgcllrm
tgcllrmv gcllrmvt

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: machicui

first 5040 cipher variations(40320 total)
machicui machiciu machiuci machiuic machiiuc machiicu machciui machciiu machcuii machcuii machciui
machciiu machucii machucii machuici machuiic machuiic machuici machicui machiciu machiuci machiuic
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maiiuhcc maiiuhcc maiihcuc maiihccu maiihucc maiihucc maiihcuc maiihccu machicui machiciu machiuci
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mcuiicha mcuiiach mcuiiahc mcuiihac mcuiihca mcucihai mcucihia mcuciahi mcuciaih mcuciiah mcuciiha
mcuchiai mcuchiia mcuchaii mcuchaii mcuchiai mcuchiia mcucahii mcucahii mcucaihi mcucaiih mcucaiih
mcucaihi mcucihai mcucihia mcuciahi mcuciaih mcuciiah mcuciiha mcuaichi mcuaicih mcuaihci mcuaihic
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mciiauch mciiauhc mciiahuc mciiahcu mcicihua mcicihau mciciuha mciciuah mciciauh mciciahu mcichiua
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miicchau miiccuha miiccuah miiccauh miiccahu miiuachc miiuacch miiuahcc miiuahcc miiuachc miiuacch
miiucahc miiucach miiuchac miiuchca miiuccha miiuccah miiuhcac miiuhcca miiuhacc miiuhacc miiuhcac
miiuhcca miiuccha miiuccah miiuchca miiuchac miiucahc miiucach miicacuh miicachu miicauch miicauhc
miicahuc miicahcu miiccauh miiccahu miiccuah miiccuha miicchua miicchau miicucah miicucha miicuach
miicuahc miicuhac miicuhca miichcua miichcau miichuca miichuac miichauc miichacu mcchiaui mcchiaiu
mcchiuai mcchiuia mcchiiua mcchiiau mcchaiui mcchaiiu mcchauii mcchauii mcchaiui mcchaiiu mcchuaii
mcchuaii mcchuiai mcchuiia mcchuiia mcchuiai mcchiaui mcchiaiu mcchiuai mcchiuia mcchiiua mcchiiau
mccihaui mccihaiu mccihuai mccihuia mccihiua mccihiau mcciahui mcciahiu mcciauhi mcciauih mcciaiuh
mcciaihu mcciuahi mcciuaih mcciuhai mcciuhia mcciuiha mcciuiah mcciiauh mcciiahu mcciiuah mcciiuha
mcciihua mcciihau mccaihui mccaihiu mccaiuhi mccaiuih mccaiiuh mccaiihu mccahiui mccahiiu mccahuii
mccahuii mccahiui mccahiiu mccauhii mccauhii mccauihi mccauiih mccauiih mccauihi mccaihui mccaihiu
mccaiuhi mccaiuih mccaiiuh mccaiihu mccuiahi mccuiaih mccuihai mccuihia mccuiiha mccuiiah mccuaihi
mccuaiih mccuahii mccuahii mccuaihi mccuaiih mccuhaii mccuhaii mccuhiai mccuhiia mccuhiia mccuhiai
mccuiahi mccuiaih mccuihai mccuihia mccuiiha mccuiiah mcciiauh mcciiahu mcciiuah mcciiuha mcciihua
mcciihau mcciaiuh mcciaihu mcciauih mcciauhi mcciahui mcciahiu mcciuaih mcciuahi mcciuiah mcciuiha
mcciuhia mcciuhai mccihaui mccihaiu mccihuai mccihuia mccihiua mccihiau mchciaui mchciaiu mchciuai
mchciuia mchciiua mchciiau mchcaiui mchcaiiu mchcauii mchcauii mchcaiui mchcaiiu mchcuaii mchcuaii
mchcuiai mchcuiia mchcuiia mchcuiai mchciaui mchciaiu mchciuai mchciuia mchciiua mchciiau mchicaui
mchicaiu mchicuai mchicuia mchiciua mchiciau mchiacui mchiaciu mchiauci mchiauic mchiaiuc mchiaicu
mchiuaci mchiuaic mchiucai mchiucia mchiuica mchiuiac mchiiauc mchiiacu mchiiuac mchiiuca mchiicua
mchiicau mchaicui mchaiciu mchaiuci mchaiuic mchaiiuc mchaiicu mchaciui mchaciiu mchacuii mchacuii
mchaciui mchaciiu mchaucii mchaucii mchauici mchauiic mchauiic mchauici mchaicui mchaiciu mchaiuci
mchaiuic mchaiiuc mchaiicu mchuiaci mchuiaic mchuicai mchuicia mchuiica mchuiiac mchuaici mchuaiic
mchuacii mchuacii mchuaici mchuaiic mchucaii mchucaii mchuciai mchuciia mchuciia mchuciai mchuiaci
mchuiaic mchuicai mchuicia mchuiica mchuiiac mchiiauc mchiiacu mchiiuac mchiiuca mchiicua mchiicau
mchiaiuc mchiaicu mchiauic mchiauci mchiacui mchiaciu mchiuaic mchiuaci mchiuiac mchiuica mchiucia
mchiucai mchicaui mchicaiu mchicuai mchicuia mchiciua mchiciau mcihcaui mcihcaiu mcihcuai mcihcuia
mcihciua mcihciau mcihacui mcihaciu mcihauci mcihauic mcihaiuc mcihaicu mcihuaci mcihuaic mcihucai
mcihucia mcihuica mcihuiac mcihiauc mcihiacu mcihiuac mcihiuca mcihicua mcihicau mcichaui mcichaiu
mcichuai mcichuia mcichiua mcichiau mcicahui mcicahiu mcicauhi mcicauih mcicaiuh mcicaihu mcicuahi
mcicuaih mcicuhai mcicuhia mcicuiha mcicuiah mciciauh mciciahu mciciuah mciciuha mcicihua mcicihau
mciachui mciachiu mciacuhi mciacuih mciaciuh mciacihu mciahcui mciahciu mciahuci mciahuic mciahiuc
mciahicu mciauhci mciauhic mciauchi mciaucih mciauich mciauihc mciaihuc mciaihcu mciaiuhc mciaiuch
mciaicuh mciaichu mciucahi mciucaih mciuchai mciuchia mciuciha mciuciah mciuachi mciuacih mciuahci
mciuahic mciuaihc mciuaich mciuhaci mciuhaic mciuhcai mciuhcia mciuhica mciuhiac mciuiahc mciuiach
mciuihac mciuihca mciuicha mciuicah mciicauh mciicahu mciicuah mciicuha mciichua mciichau mciiacuh
mciiachu mciiauch mciiauhc mciiahuc mciiahcu mciiuach mciiuahc mciiucah mciiucha mciiuhca mciiuhac
mciihauc mciihacu mciihuac mciihuca mciihcua mciihcau mcahicui mcahiciu mcahiuci mcahiuic mcahiiuc
mcahiicu mcahciui mcahciiu mcahcuii mcahcuii mcahciui mcahciiu mcahucii mcahucii mcahuici mcahuiic
mcahuiic mcahuici mcahicui mcahiciu mcahiuci mcahiuic mcahiiuc mcahiicu mcaihcui mcaihciu mcaihuci
mcaihuic mcaihiuc mcaihicu mcaichui mcaichiu mcaicuhi mcaicuih mcaiciuh mcaicihu mcaiuchi mcaiucih
mcaiuhci mcaiuhic mcaiuihc mcaiuich mcaiicuh mcaiichu mcaiiuch mcaiiuhc mcaiihuc mcaiihcu mcacihui
mcacihiu mcaciuhi mcaciuih mcaciiuh mcaciihu mcachiui mcachiiu mcachuii mcachuii mcachiui mcachiiu
mcacuhii mcacuhii mcacuihi mcacuiih mcacuiih mcacuihi mcacihui mcacihiu mcaciuhi mcaciuih mcaciiuh
mcaciihu mcauichi mcauicih mcauihci mcauihic mcauiihc mcauiich mcaucihi mcauciih mcauchii mcauchii
mcaucihi mcauciih mcauhcii mcauhcii mcauhici mcauhiic mcauhiic mcauhici mcauichi mcauicih mcauihci
mcauihic mcauiihc mcauiich mcaiicuh mcaiichu mcaiiuch mcaiiuhc mcaiihuc mcaiihcu mcaiciuh mcaicihu
mcaicuih mcaicuhi mcaichui mcaichiu mcaiucih mcaiuchi mcaiuich mcaiuihc mcaiuhic mcaiuhci mcaihcui
mcaihciu mcaihuci mcaihuic mcaihiuc mcaihicu mcuhiaci mcuhiaic mcuhicai mcuhicia mcuhiica mcuhiiac
mcuhaici mcuhaiic mcuhacii mcuhacii mcuhaici mcuhaiic mcuhcaii mcuhcaii mcuhciai mcuhciia mcuhciia
mcuhciai mcuhiaci mcuhiaic mcuhicai mcuhicia mcuhiica mcuhiiac mcuihaci mcuihaic mcuihcai mcuihcia
mcuihica mcuihiac mcuiahci mcuiahic mcuiachi mcuiacih mcuiaich mcuiaihc mcuicahi mcuicaih mcuichai
mcuichia mcuiciha mcuiciah mcuiiach mcuiiahc mcuiicah mcuiicha mcuiihca mcuiihac mcuaihci mcuaihic
mcuaichi mcuaicih mcuaiich mcuaiihc mcuahici mcuahiic mcuahcii mcuahcii mcuahici mcuahiic mcuachii
mcuachii mcuacihi mcuaciih mcuaciih mcuacihi mcuaihci mcuaihic mcuaichi mcuaicih mcuaiich mcuaiihc
mcuciahi mcuciaih mcucihai mcucihia mcuciiha mcuciiah mcucaihi mcucaiih mcucahii mcucahii mcucaihi
mcucaiih mcuchaii mcuchaii mcuchiai mcuchiia mcuchiia mcuchiai mcuciahi mcuciaih mcucihai mcucihia
mcuciiha mcuciiah mcuiiach mcuiiahc mcuiicah mcuiicha mcuiihca mcuiihac mcuiaich mcuiaihc mcuiacih
mcuiachi mcuiahci mcuiahic mcuicaih mcuicahi mcuiciah mcuiciha mcuichia mcuichai mcuihaci mcuihaic
mcuihcai mcuihcia mcuihica mcuihiac mcihiauc mcihiacu mcihiuac mcihiuca mcihicua mcihicau mcihaiuc
mcihaicu mcihauic mcihauci mcihacui mcihaciu mcihuaic mcihuaci mcihuiac mcihuica mcihucia mcihucai
mcihcaui mcihcaiu mcihcuai mcihcuia mcihciua mcihciau mciihauc mciihacu mciihuac mciihuca mciihcua
mciihcau mciiahuc mciiahcu mciiauhc mciiauch mciiacuh mciiachu mciiuahc mciiuach mciiuhac mciiuhca
mciiucha mciiucah mciicauh mciicahu mciicuah mciicuha mciichua mciichau mciaihuc mciaihcu mciaiuhc
mciaiuch mciaicuh mciaichu mciahiuc mciahicu mciahuic mciahuci mciahcui mciahciu mciauhic mciauhci
mciauihc mciauich mciaucih mciauchi mciachui mciachiu mciacuhi mciacuih mciaciuh mciacihu mciuiahc
mciuiach mciuihac mciuihca mciuicha mciuicah mciuaihc mciuaich mciuahic mciuahci mciuachi mciuacih
mciuhaic mciuhaci mciuhiac mciuhica mciuhcia mciuhcai mciucahi mciucaih mciuchai mciuchia mciuciha
mciuciah mciciauh mciciahu mciciuah mciciuha mcicihua mcicihau mcicaiuh mcicaihu mcicauih mcicauhi
mcicahui mcicahiu mcicuaih mcicuahi mcicuiah mcicuiha mcicuhia mcicuhai mcichaui mcichaiu mcichuai
mcichuia mcichiua mcichiau muchicai muchicia muchiaci muchiaic muchiiac muchiica muchciai muchciia
muchcaii muchcaii muchciai muchciia muchacii muchacii muchaici muchaiic muchaiic muchaici muchicai
muchicia muchiaci muchiaic muchiiac muchiica mucihcai mucihcia mucihaci mucihaic mucihiac mucihica
mucichai mucichia mucicahi mucicaih muciciah muciciha muciachi muciacih muciahci muciahic muciaihc
muciaich muciicah muciicha muciiach muciiahc muciihac muciihca muccihai muccihia mucciahi mucciaih
mucciiah mucciiha mucchiai mucchiia mucchaii mucchaii mucchiai mucchiia muccahii muccahii muccaihi
muccaiih muccaiih muccaihi muccihai muccihia mucciahi mucciaih mucciiah mucciiha mucaichi mucaicih
mucaihci mucaihic mucaiihc mucaiich mucacihi mucaciih mucachii mucachii mucacihi mucaciih mucahcii
mucahcii mucahici mucahiic mucahiic mucahici mucaichi mucaicih mucaihci mucaihic mucaiihc mucaiich
muciicah muciicha muciiach muciiahc muciihac muciihca muciciah muciciha mucicaih mucicahi mucichai
mucichia muciacih muciachi muciaich muciaihc muciahic muciahci mucihcai mucihcia mucihaci mucihaic
mucihiac mucihica muhcicai muhcicia muhciaci muhciaic muhciiac muhciica muhcciai muhcciia muhccaii
muhccaii muhcciai muhcciia muhcacii muhcacii muhcaici muhcaiic muhcaiic muhcaici muhcicai muhcicia
muhciaci muhciaic muhciiac muhciica muhiccai muhiccia muhicaci muhicaic muhiciac muhicica muhiccai
muhiccia muhicaci muhicaic muhiciac muhicica muhiacci muhiacic muhiacci muhiacic muhiaicc muhiaicc
muhiicac muhiicca muhiiacc muhiiacc muhiicac muhiicca muhcicai muhcicia muhciaci muhciaic muhciiac
muhciica muhcciai muhcciia muhccaii muhccaii muhcciai muhcciia muhcacii muhcacii muhcaici muhcaiic
muhcaiic muhcaici muhcicai muhcicia muhciaci muhciaic muhciiac muhciica muhaicci muhaicic muhaicci
muhaicic muhaiicc muhaiicc muhacici muhaciic muhaccii muhaccii muhacici muhaciic muhaccii muhaccii
muhacici muhaciic muhaciic muhacici muhaicci muhaicic muhaicci muhaicic muhaiicc muhaiicc muhiicac
muhiicca muhiiacc muhiiacc muhiicac muhiicca muhiciac muhicica muhicaic muhicaci muhiccai muhiccia
muhiacic muhiacci muhiaicc muhiaicc muhiacic muhiacci muhiccai muhiccia muhicaci muhicaic muhiciac
muhicica muihccai muihccia muihcaci muihcaic muihciac muihcica muihccai muihccia muihcaci muihcaic
muihciac muihcica muihacci muihacic muihacci muihacic muihaicc muihaicc muihicac muihicca muihiacc
muihiacc muihicac muihicca muichcai muichcia muichaci muichaic muichiac muichica muicchai muicchia
muiccahi muiccaih muicciah muicciha muicachi muicacih muicahci muicahic muicaihc muicaich muicicah
muicicha muiciach muiciahc muicihac muicihca muicchai muicchia muiccahi muiccaih muicciah muicciha
muichcai muichcia muichaci muichaic muichiac muichica muicahci muicahic muicachi muicacih muicaich
muicaihc muicihac muicihca muiciahc muiciach muicicah muicicha muiacchi muiaccih muiachci muiachic
muiacihc muiacich muiacchi muiaccih muiachci muiachic muiacihc muiacich muiahcci muiahcic muiahcci
muiahcic muiahicc muiahicc muiaichc muiaicch muiaihcc muiaihcc muiaichc muiaicch muiiccah muiiccha
muiicach muiicahc muiichac muiichca muiiccah muiiccha muiicach muiicahc muiichac muiichca muiiacch
muiiachc muiiacch muiiachc muiiahcc muiiahcc muiihcac muiihcca muiihacc muiihacc muiihcac muiihcca
muchicai muchicia muchiaci muchiaic muchiiac muchiica muchciai muchciia muchcaii muchcaii muchciai
muchciia muchacii muchacii muchaici muchaiic muchaiic muchaici muchicai muchicia muchiaci muchiaic
muchiiac muchiica mucihcai mucihcia mucihaci mucihaic mucihiac mucihica mucichai mucichia mucicahi
mucicaih muciciah muciciha muciachi muciacih muciahci muciahic muciaihc muciaich muciicah muciicha
muciiach muciiahc muciihac muciihca muccihai muccihia mucciahi mucciaih mucciiah mucciiha mucchiai
mucchiia mucchaii mucchaii mucchiai mucchiia muccahii muccahii muccaihi muccaiih muccaiih muccaihi
muccihai muccihia mucciahi mucciaih mucciiah mucciiha mucaichi mucaicih mucaihci mucaihic mucaiihc
mucaiich mucacihi mucaciih mucachii mucachii mucacihi mucaciih mucahcii mucahcii mucahici mucahiic
mucahiic mucahici mucaichi mucaicih mucaihci mucaihic mucaiihc mucaiich muciicah muciicha muciiach
muciiahc muciihac muciihca muciciah muciciha mucicaih mucicahi mucichai mucichia muciacih muciachi
muciaich muciaihc muciahic muciahci mucihcai mucihcia mucihaci mucihaic mucihiac mucihica muahicci
muahicic muahicci muahicic muahiicc muahiicc muahcici muahciic muahccii muahccii muahcici muahciic
muahccii muahccii muahcici muahciic muahciic muahcici muahicci muahicic muahicci muahicic muahiicc
muahiicc muaihcci muaihcic muaihcci muaihcic muaihicc muaihicc muaichci muaichic muaicchi muaiccih
muaicich muaicihc muaicchi muaiccih muaichci muaichic muaicihc muaicich muaiicch muaiichc muaiicch
muaiichc muaiihcc muaiihcc muacihci muacihic muacichi muacicih muaciich muaciihc muachici muachiic
muachcii muachcii muachici muachiic muacchii muacchii muaccihi muacciih muacciih muaccihi muacihci
muacihic muacichi muacicih muaciich muaciihc muacichi muacicih muacihci muacihic muaciihc muaciich
muaccihi muacciih muacchii muacchii muaccihi muacciih muachcii muachcii muachici muachiic muachiic
muachici muacichi muacicih muacihci muacihic muaciihc muaciich muaiicch muaiichc muaiicch muaiichc
muaiihcc muaiihcc muaicich muaicihc muaiccih muaicchi muaichci muaichic muaiccih muaicchi muaicich
muaicihc muaichic muaichci muaihcci muaihcic muaihcci muaihcic muaihicc muaihicc muihicac muihicca
muihiacc muihiacc muihicac muihicca muihciac muihcica muihcaic muihcaci muihccai muihccia muihacic
muihacci muihaicc muihaicc muihacic muihacci muihccai muihccia muihcaci muihcaic muihciac muihcica
muiihcac muiihcca muiihacc muiihacc muiihcac muiihcca muiichac muiichca muiicahc muiicach muiiccah
muiiccha muiiachc muiiacch muiiahcc muiiahcc muiiachc muiiacch muiiccah muiiccha muiicach muiicahc
muiichac muiichca muicihac muicihca muiciahc muiciach muicicah muicicha muichiac muichica muichaic
muichaci muichcai muichcia muicahic muicahci muicaihc muicaich muicacih muicachi muicchai muicchia
muiccahi muiccaih muicciah muicciha muiaichc muiaicch muiaihcc muiaihcc muiaichc muiaicch muiacihc
muiacich muiachic muiachci muiacchi muiaccih muiahcic muiahcci muiahicc muiahicc muiahcic muiahcci
muiacchi muiaccih muiachci muiachic muiacihc muiacich muicicah muicicha muiciach muiciahc muicihac
muicihca muicciah muicciha muiccaih muiccahi muicchai muicchia muicacih muicachi muicaich muicaihc
muicahic muicahci muichcai muichcia muichaci muichaic muichiac muichica michicua michicau michiuca
michiuac michiauc michiacu michciua michciau michcuia michcuai michcaui michcaiu michucia michucai
michuica michuiac michuaic michuaci michacui michaciu michauci michauic michaiuc michaicu micihcua
micihcau micihuca micihuac micihauc micihacu micichua micichau micicuha micicuah micicauh micicahu
miciucha miciucah miciuhca miciuhac miciuahc miciuach miciacuh miciachu miciauch miciauhc miciahuc
miciahcu miccihua miccihau micciuha micciuah micciauh micciahu micchiua micchiau micchuia micchuai
micchaui micchaiu miccuhia miccuhai miccuiha miccuiah miccuaih miccuahi miccahui miccahiu miccauhi
miccauih miccaiuh miccaihu micuicha micuicah micuihca micuihac micuiahc micuiach micuciha micuciah
micuchia micuchai micucahi micucaih micuhcia micuhcai micuhica micuhiac micuhaic micuhaci micuachi
micuacih micuahci micuahic micuaihc micuaich micaicuh micaichu micaiuch micaiuhc micaihuc micaihcu
micaciuh micacihu micacuih micacuhi micachui micachiu micaucih micauchi micauich micauihc micauhic
micauhci micahcui micahciu micahuci micahuic micahiuc micahicu mihcicua mihcicau mihciuca mihciuac
mihciauc mihciacu mihcciua mihcciau mihccuia mihccuai mihccaui mihccaiu mihcucia mihcucai mihcuica
mihcuiac mihcuaic mihcuaci mihcacui mihcaciu mihcauci mihcauic mihcaiuc mihcaicu mihiccua mihiccau
mihicuca mihicuac mihicauc mihicacu mihiccua mihiccau mihicuca mihicuac mihicauc mihicacu mihiucca
mihiucac mihiucca mihiucac mihiuacc mihiuacc mihiacuc mihiaccu mihiaucc mihiaucc mihiacuc mihiaccu
mihcicua mihcicau mihciuca mihciuac mihciauc mihciacu mihcciua mihcciau mihccuia mihccuai mihccaui
mihccaiu mihcucia mihcucai mihcuica mihcuiac mihcuaic mihcuaci mihcacui mihcaciu mihcauci mihcauic
mihcaiuc mihcaicu mihuicca mihuicac mihuicca mihuicac mihuiacc mihuiacc mihucica mihuciac mihuccia
mihuccai mihucaci mihucaic mihuccia mihuccai mihucica mihuciac mihucaic mihucaci mihuacci mihuacic
mihuacci mihuacic mihuaicc mihuaicc mihaicuc mihaiccu mihaiucc mihaiucc mihaicuc mihaiccu mihaciuc
mihacicu mihacuic mihacuci mihaccui mihacciu mihaucic mihaucci mihauicc mihauicc mihaucic mihaucci
mihaccui mihacciu mihacuci mihacuic mihaciuc mihacicu miihccua miihccau miihcuca miihcuac miihcauc
miihcacu miihccua miihccau miihcuca miihcuac miihcauc miihcacu miihucca miihucac miihucca miihucac
miihuacc miihuacc miihacuc miihaccu miihaucc miihaucc miihacuc miihaccu miichcua miichcau miichuca
miichuac miichauc miichacu miicchua miicchau miiccuha miiccuah miiccauh miiccahu miicucha miicucah
miicuhca miicuhac miicuahc miicuach miicacuh miicachu miicauch miicauhc miicahuc miicahcu miicchua
miicchau miiccuha miiccuah miiccauh miiccahu miichcua miichcau miichuca miichuac miichauc miichacu
miicuhca miicuhac miicucha miicucah miicuach miicuahc miicahuc miicahcu miicauhc miicauch miicacuh
miicachu miiuccha miiuccah miiuchca miiuchac miiucahc miiucach miiuccha miiuccah miiuchca miiuchac
miiucahc miiucach miiuhcca miiuhcac miiuhcca miiuhcac miiuhacc miiuhacc miiuachc miiuacch miiuahcc
miiuahcc miiuachc miiuacch miiaccuh miiacchu miiacuch miiacuhc miiachuc miiachcu miiaccuh miiacchu
miiacuch miiacuhc miiachuc miiachcu miiaucch miiauchc miiaucch miiauchc miiauhcc miiauhcc miiahcuc
miiahccu miiahucc miiahucc miiahcuc miiahccu michicua michicau michiuca michiuac michiauc michiacu
michciua michciau michcuia michcuai michcaui michcaiu michucia michucai michuica michuiac michuaic
michuaci michacui michaciu michauci michauic michaiuc michaicu micihcua micihcau micihuca micihuac
micihauc micihacu micichua micichau micicuha micicuah micicauh micicahu miciucha miciucah miciuhca
miciuhac miciuahc miciuach miciacuh miciachu miciauch miciauhc miciahuc miciahcu miccihua miccihau
micciuha micciuah micciauh micciahu micchiua micchiau micchuia micchuai micchaui micchaiu miccuhia
miccuhai miccuiha miccuiah miccuaih miccuahi miccahui miccahiu miccauhi miccauih miccaiuh miccaihu
micuicha micuicah micuihca micuihac micuiahc micuiach micuciha micuciah micuchia micuchai micucahi
micucaih micuhcia micuhcai micuhica micuhiac micuhaic micuhaci micuachi micuacih micuahci micuahic
micuaihc micuaich micaicuh micaichu micaiuch micaiuhc micaihuc micaihcu micaciuh micacihu micacuih
micacuhi micachui micachiu micaucih micauchi micauich micauihc micauhic micauhci micahcui micahciu
micahuci micahuic micahiuc micahicu miuhicca miuhicac miuhicca miuhicac miuhiacc miuhiacc miuhcica
miuhciac miuhccia miuhccai miuhcaci miuhcaic miuhccia miuhccai miuhcica miuhciac miuhcaic miuhcaci
miuhacci miuhacic miuhacci miuhacic miuhaicc miuhaicc miuihcca miuihcac miuihcca miuihcac miuihacc
miuihacc miuichca miuichac miuiccha miuiccah miuicach miuicahc miuiccha miuiccah miuichca miuichac
miuicahc miuicach miuiacch miuiachc miuiacch miuiachc miuiahcc miuiahcc miucihca miucihac miucicha
miucicah miuciach miuciahc miuchica miuchiac miuchcia miuchcai miuchaci miuchaic miucchia miucchai
miucciha miucciah miuccaih miuccahi miucahci miucahic miucachi miucacih miucaich miucaihc miucicha
miucicah miucihca miucihac miuciahc miuciach miucciha miucciah miucchia miucchai miuccahi miuccaih
miuchcia miuchcai miuchica miuchiac miuchaic miuchaci miucachi miucacih miucahci miucahic miucaihc
miucaich miuaicch miuaichc miuaicch miuaichc miuaihcc miuaihcc miuacich miuacihc miuaccih miuacchi
miuachci miuachic miuaccih miuacchi miuacich miuacihc miuachic miuachci miuahcci miuahcic miuahcci
miuahcic miuahicc miuahicc miahicuc miahiccu miahiucc miahiucc miahicuc miahiccu miahciuc miahcicu
miahcuic miahcuci miahccui miahcciu miahucic miahucci miahuicc miahuicc miahucic miahucci miahccui
miahcciu miahcuci miahcuic miahciuc miahcicu miaihcuc miaihccu miaihucc miaihucc miaihcuc miaihccu
miaichuc miaichcu miaicuhc miaicuch miaiccuh miaicchu miaiuchc miaiucch miaiuhcc miaiuhcc miaiuchc
miaiucch miaiccuh miaicchu miaicuch miaicuhc miaichuc miaichcu miacihuc miacihcu miaciuhc miaciuch
miacicuh miacichu miachiuc miachicu miachuic miachuci miachcui miachciu miacuhic miacuhci miacuihc
miacuich miacucih miacuchi miacchui miacchiu miaccuhi miaccuih miacciuh miaccihu miauichc miauicch
miauihcc miauihcc miauichc miauicch miaucihc miaucich miauchic miauchci miaucchi miauccih miauhcic
miauhcci miauhicc miauhicc miauhcic miauhcci miaucchi miauccih miauchci miauchic miaucihc miaucich
miacicuh miacichu miaciuch miaciuhc miacihuc miacihcu miacciuh miaccihu miaccuih miaccuhi miacchui
miacchiu miacucih miacuchi miacuich miacuihc miacuhic miacuhci miachcui miachciu miachuci miachuic
miachiuc miachicu

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History of cryptography
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