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: boihgwx
cipher variations:
cpjihxy dqkjiyz erlkjza fsmlkab gtnmlbc
huonmcd ivponde jwqpoef kxrqpfg lysrqgh
mztsrhi nautsij obvutjk pcwvukl qdxwvlm
reyxwmn sfzyxno tgazyop uhbazpq vicbaqr
wjdcbrs xkedcst ylfedtu zmgfeuv anhgfvw

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: boihgwx
Cipher: ylrstdc

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: boihgwx

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: boihgwx
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: boihgwx
Cipher: obvutjk

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: boihgwx
Cipher: 21434232222535

Extended Methods:
Method #1

Plaintext: boihgwx
method variations:

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b o i h g w x 
2 4 4 3 2 2 3 
1 3 2 2 2 5 5 
They are then read out in rows:
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: boihgwx
Cipher: rogchgz

Read more ...
Method #3

Plaintext: boihgwx
method variations:
qsmggpk smggpkq mggpkqs
ggpkqsm gpkqsmg pkqsmgg

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: boihgwx

all 5040 cipher variations:
boihgwx boihgxw boihwgx boihwxg boihxwg boihxgw boighwx boighxw boigwhx boigwxh boigxwh
boigxhw boiwghx boiwgxh boiwhgx boiwhxg boiwxhg boiwxgh boixgwh boixghw boixwgh boixwhg
boixhwg boixhgw bohigwx bohigxw bohiwgx bohiwxg bohixwg bohixgw bohgiwx bohgixw bohgwix
bohgwxi bohgxwi bohgxiw bohwgix bohwgxi bohwigx bohwixg bohwxig bohwxgi bohxgwi bohxgiw
bohxwgi bohxwig bohxiwg bohxigw boghiwx boghixw boghwix boghwxi boghxwi boghxiw bogihwx
bogihxw bogiwhx bogiwxh bogixwh bogixhw bogwihx bogwixh bogwhix bogwhxi bogwxhi bogwxih
bogxiwh bogxihw bogxwih bogxwhi bogxhwi bogxhiw bowhgix bowhgxi bowhigx bowhixg bowhxig
bowhxgi bowghix bowghxi bowgihx bowgixh bowgxih bowgxhi bowighx bowigxh bowihgx bowihxg
bowixhg bowixgh bowxgih bowxghi bowxigh bowxihg bowxhig bowxhgi boxhgwi boxhgiw boxhwgi
boxhwig boxhiwg boxhigw boxghwi boxghiw boxgwhi boxgwih boxgiwh boxgihw boxwghi boxwgih
boxwhgi boxwhig boxwihg boxwigh boxigwh boxighw boxiwgh boxiwhg boxihwg boxihgw biohgwx
biohgxw biohwgx biohwxg biohxwg biohxgw bioghwx bioghxw biogwhx biogwxh biogxwh biogxhw
biowghx biowgxh biowhgx biowhxg biowxhg biowxgh bioxgwh bioxghw bioxwgh bioxwhg bioxhwg
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bihxwog bihxowg bihxogw bighowx bighoxw bighwox bighwxo bighxwo bighxow bigohwx bigohxw
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bxgwiho bxgwioh bxgwhio bxgwhoi bxgwohi bxgwoih bxgoiwh bxgoihw bxgowih bxgowhi bxgohwi
bxgohiw bxwhgio bxwhgoi bxwhigo bxwhiog bxwhoig bxwhogi bxwghio bxwghoi bxwgiho bxwgioh
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bxoighw bxoiwgh bxoiwhg bxoihwg bxoihgw obihgwx obihgxw obihwgx obihwxg obihxwg obihxgw
obighwx obighxw obigwhx obigwxh obigxwh obigxhw obiwghx obiwgxh obiwhgx obiwhxg obiwxhg
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oigwhbx oigwhxb oigwxhb oigwxbh oigxbwh oigxbhw oigxwbh oigxwhb oigxhwb oigxhbw oiwhgbx
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oixgbwh oixgbhw oixwghb oixwgbh oixwhgb oixwhbg oixwbhg oixwbgh oixbgwh oixbghw oixbwgh
oixbwhg oixbhwg oixbhgw ohibgwx ohibgxw ohibwgx ohibwxg ohibxwg ohibxgw ohigbwx ohigbxw
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gbiwxho gbiwxoh gbixowh gbixohw gbixwoh gbixwho gbixhwo gbixhow gbhiowx gbhioxw gbhiwox
gbhiwxo gbhixwo gbhixow gbhoiwx gbhoixw gbhowix gbhowxi gbhoxwi gbhoxiw gbhwoix gbhwoxi
gbhwiox gbhwixo gbhwxio gbhwxoi gbhxowi gbhxoiw gbhxwoi gbhxwio gbhxiwo gbhxiow gbohiwx
gbohixw gbohwix gbohwxi gbohxwi gbohxiw gboihwx gboihxw gboiwhx gboiwxh gboixwh gboixhw
gbowihx gbowixh gbowhix gbowhxi gbowxhi gbowxih gboxiwh gboxihw gboxwih gboxwhi gboxhwi
gboxhiw gbwhoix gbwhoxi gbwhiox gbwhixo gbwhxio gbwhxoi gbwohix gbwohxi gbwoihx gbwoixh
gbwoxih gbwoxhi gbwiohx gbwioxh gbwihox gbwihxo gbwixho gbwixoh gbwxoih gbwxohi gbwxioh
gbwxiho gbwxhio gbwxhoi gbxhowi gbxhoiw gbxhwoi gbxhwio gbxhiwo gbxhiow gbxohwi gbxohiw
gbxowhi gbxowih gbxoiwh gbxoihw gbxwohi gbxwoih gbxwhoi gbxwhio gbxwiho gbxwioh gbxiowh
gbxiohw gbxiwoh gbxiwho gbxihwo gbxihow gwihbox gwihbxo gwihobx gwihoxb gwihxob gwihxbo
gwibhox gwibhxo gwibohx gwiboxh gwibxoh gwibxho gwiobhx gwiobxh gwiohbx gwiohxb gwioxhb
gwioxbh gwixboh gwixbho gwixobh gwixohb gwixhob gwixhbo gwhibox gwhibxo gwhiobx gwhioxb
gwhixob gwhixbo gwhbiox gwhbixo gwhboix gwhboxi gwhbxoi gwhbxio gwhobix gwhobxi gwhoibx
gwhoixb gwhoxib gwhoxbi gwhxboi gwhxbio gwhxobi gwhxoib gwhxiob gwhxibo gwbhiox gwbhixo
gwbhoix gwbhoxi gwbhxoi gwbhxio gwbihox gwbihxo gwbiohx gwbioxh gwbixoh gwbixho gwboihx
gwboixh gwbohix gwbohxi gwboxhi gwboxih gwbxioh gwbxiho gwbxoih gwbxohi gwbxhoi gwbxhio
gwohbix gwohbxi gwohibx gwohixb gwohxib gwohxbi gwobhix gwobhxi gwobihx gwobixh gwobxih
gwobxhi gwoibhx gwoibxh gwoihbx gwoihxb gwoixhb gwoixbh gwoxbih gwoxbhi gwoxibh gwoxihb
gwoxhib gwoxhbi gwxhboi gwxhbio gwxhobi gwxhoib gwxhiob gwxhibo gwxbhoi gwxbhio gwxbohi
gwxboih gwxbioh gwxbiho gwxobhi gwxobih gwxohbi gwxohib gwxoihb gwxoibh gwxiboh gwxibho
gwxiobh gwxiohb gwxihob gwxihbo gxihbwo gxihbow gxihwbo gxihwob gxihowb gxihobw gxibhwo
gxibhow gxibwho gxibwoh gxibowh gxibohw gxiwbho gxiwboh gxiwhbo gxiwhob gxiwohb gxiwobh
gxiobwh gxiobhw gxiowbh gxiowhb gxiohwb gxiohbw gxhibwo gxhibow gxhiwbo gxhiwob gxhiowb
gxhiobw gxhbiwo gxhbiow gxhbwio gxhbwoi gxhbowi gxhboiw gxhwbio gxhwboi gxhwibo gxhwiob
gxhwoib gxhwobi gxhobwi gxhobiw gxhowbi gxhowib gxhoiwb gxhoibw gxbhiwo gxbhiow gxbhwio
gxbhwoi gxbhowi gxbhoiw gxbihwo gxbihow gxbiwho gxbiwoh gxbiowh gxbiohw gxbwiho gxbwioh
gxbwhio gxbwhoi gxbwohi gxbwoih gxboiwh gxboihw gxbowih gxbowhi gxbohwi gxbohiw gxwhbio
gxwhboi gxwhibo gxwhiob gxwhoib gxwhobi gxwbhio gxwbhoi gxwbiho gxwbioh gxwboih gxwbohi
gxwibho gxwiboh gxwihbo gxwihob gxwiohb gxwiobh gxwobih gxwobhi gxwoibh gxwoihb gxwohib
gxwohbi gxohbwi gxohbiw gxohwbi gxohwib gxohiwb gxohibw gxobhwi gxobhiw gxobwhi gxobwih
gxobiwh gxobihw gxowbhi gxowbih gxowhbi gxowhib gxowihb gxowibh gxoibwh gxoibhw gxoiwbh
gxoiwhb gxoihwb gxoihbw woihgbx woihgxb woihbgx woihbxg woihxbg woihxgb woighbx woighxb
woigbhx woigbxh woigxbh woigxhb woibghx woibgxh woibhgx woibhxg woibxhg woibxgh woixgbh
woixghb woixbgh woixbhg woixhbg woixhgb wohigbx wohigxb wohibgx wohibxg wohixbg wohixgb
wohgibx wohgixb wohgbix wohgbxi wohgxbi wohgxib wohbgix wohbgxi wohbigx wohbixg wohbxig
wohbxgi wohxgbi wohxgib wohxbgi wohxbig wohxibg wohxigb woghibx woghixb woghbix woghbxi
woghxbi woghxib wogihbx wogihxb wogibhx wogibxh wogixbh wogixhb wogbihx wogbixh wogbhix
wogbhxi wogbxhi wogbxih wogxibh wogxihb wogxbih wogxbhi wogxhbi wogxhib wobhgix wobhgxi
wobhigx wobhixg wobhxig wobhxgi wobghix wobghxi wobgihx wobgixh wobgxih wobgxhi wobighx
wobigxh wobihgx wobihxg wobixhg wobixgh wobxgih wobxghi wobxigh wobxihg wobxhig wobxhgi
woxhgbi woxhgib woxhbgi woxhbig woxhibg woxhigb woxghbi woxghib woxgbhi woxgbih woxgibh
woxgihb woxbghi woxbgih woxbhgi woxbhig woxbihg woxbigh woxigbh woxighb woxibgh woxibhg
woxihbg woxihgb wiohgbx wiohgxb wiohbgx wiohbxg wiohxbg wiohxgb wioghbx wioghxb wiogbhx
wiogbxh wiogxbh wiogxhb wiobghx wiobgxh wiobhgx wiobhxg wiobxhg wiobxgh wioxgbh wioxghb
wioxbgh wioxbhg wioxhbg wioxhgb wihogbx wihogxb wihobgx wihobxg wihoxbg wihoxgb wihgobx
wihgoxb wihgbox wihgbxo wihgxbo wihgxob wihbgox wihbgxo wihbogx wihboxg wihbxog wihbxgo
wihxgbo wihxgob wihxbgo wihxbog wihxobg wihxogb wighobx wighoxb wighbox wighbxo wighxbo
wighxob wigohbx wigohxb wigobhx wigobxh wigoxbh wigoxhb wigbohx wigboxh wigbhox wigbhxo
wigbxho wigbxoh wigxobh wigxohb wigxboh wigxbho wigxhbo wigxhob wibhgox wibhgxo wibhogx
wibhoxg wibhxog wibhxgo wibghox wibghxo wibgohx wibgoxh wibgxoh wibgxho wiboghx wibogxh
wibohgx wibohxg wiboxhg wiboxgh wibxgoh wibxgho wibxogh wibxohg wibxhog wibxhgo wixhgbo
wixhgob wixhbgo wixhbog wixhobg wixhogb wixghbo wixghob wixgbho wixgboh wixgobh wixgohb
wixbgho wixbgoh wixbhgo wixbhog wixbohg wixbogh wixogbh wixoghb wixobgh wixobhg wixohbg
wixohgb whiogbx whiogxb whiobgx whiobxg whioxbg whioxgb whigobx whigoxb whigbox whigbxo
whigxbo whigxob whibgox whibgxo whibogx whiboxg whibxog whibxgo whixgbo whixgob whixbgo
whixbog whixobg whixogb whoigbx whoigxb whoibgx whoibxg whoixbg whoixgb whogibx whogixb
whogbix whogbxi whogxbi whogxib whobgix whobgxi whobigx whobixg whobxig whobxgi whoxgbi
whoxgib whoxbgi whoxbig whoxibg whoxigb whgoibx whgoixb whgobix whgobxi whgoxbi whgoxib
whgiobx whgioxb whgibox whgibxo whgixbo whgixob whgbiox whgbixo whgboix whgboxi whgbxoi
whgbxio whgxibo whgxiob whgxbio whgxboi whgxobi whgxoib whbogix whbogxi whboigx whboixg
whboxig whboxgi whbgoix whbgoxi whbgiox whbgixo whbgxio whbgxoi whbigox whbigxo whbiogx
whbioxg whbixog whbixgo whbxgio whbxgoi whbxigo whbxiog whbxoig whbxogi whxogbi whxogib
whxobgi whxobig whxoibg whxoigb whxgobi whxgoib whxgboi whxgbio whxgibo whxgiob whxbgoi
whxbgio whxbogi whxboig whxbiog whxbigo whxigbo whxigob whxibgo whxibog whxiobg whxiogb
wgihobx wgihoxb wgihbox wgihbxo wgihxbo wgihxob wgiohbx wgiohxb wgiobhx wgiobxh wgioxbh
wgioxhb wgibohx wgiboxh wgibhox wgibhxo wgibxho wgibxoh wgixobh wgixohb wgixboh wgixbho
wgixhbo wgixhob wghiobx wghioxb wghibox wghibxo wghixbo wghixob wghoibx wghoixb wghobix
wghobxi wghoxbi wghoxib wghboix wghboxi wghbiox wghbixo wghbxio wghbxoi wghxobi wghxoib
wghxboi wghxbio wghxibo wghxiob wgohibx wgohixb wgohbix wgohbxi wgohxbi wgohxib wgoihbx
wgoihxb wgoibhx wgoibxh wgoixbh wgoixhb wgobihx wgobixh wgobhix wgobhxi wgobxhi wgobxih
wgoxibh wgoxihb wgoxbih wgoxbhi wgoxhbi wgoxhib wgbhoix wgbhoxi wgbhiox wgbhixo wgbhxio
wgbhxoi wgbohix wgbohxi wgboihx wgboixh wgboxih wgboxhi wgbiohx wgbioxh wgbihox wgbihxo
wgbixho wgbixoh wgbxoih wgbxohi wgbxioh wgbxiho wgbxhio wgbxhoi wgxhobi wgxhoib wgxhboi
wgxhbio wgxhibo wgxhiob wgxohbi wgxohib wgxobhi wgxobih wgxoibh wgxoihb wgxbohi wgxboih
wgxbhoi wgxbhio wgxbiho wgxbioh wgxiobh wgxiohb wgxiboh wgxibho wgxihbo wgxihob wbihgox
wbihgxo wbihogx wbihoxg wbihxog wbihxgo wbighox wbighxo wbigohx wbigoxh wbigxoh wbigxho
wbioghx wbiogxh wbiohgx wbiohxg wbioxhg wbioxgh wbixgoh wbixgho wbixogh wbixohg wbixhog
wbixhgo wbhigox wbhigxo wbhiogx wbhioxg wbhixog wbhixgo wbhgiox wbhgixo wbhgoix wbhgoxi
wbhgxoi wbhgxio wbhogix wbhogxi wbhoigx wbhoixg wbhoxig wbhoxgi wbhxgoi wbhxgio wbhxogi
wbhxoig wbhxiog wbhxigo wbghiox wbghixo wbghoix wbghoxi wbghxoi wbghxio wbgihox wbgihxo
wbgiohx wbgioxh wbgixoh wbgixho wbgoihx wbgoixh wbgohix wbgohxi wbgoxhi wbgoxih wbgxioh
wbgxiho wbgxoih wbgxohi wbgxhoi wbgxhio wbohgix wbohgxi wbohigx wbohixg wbohxig wbohxgi
wboghix wboghxi wbogihx wbogixh wbogxih wbogxhi wboighx wboigxh wboihgx wboihxg wboixhg
wboixgh wboxgih wboxghi wboxigh wboxihg wboxhig wboxhgi wbxhgoi wbxhgio wbxhogi wbxhoig
wbxhiog wbxhigo wbxghoi wbxghio wbxgohi wbxgoih wbxgioh wbxgiho wbxoghi wbxogih wbxohgi
wbxohig wbxoihg wbxoigh wbxigoh wbxigho wbxiogh wbxiohg wbxihog wbxihgo wxihgbo wxihgob
wxihbgo wxihbog wxihobg wxihogb wxighbo wxighob wxigbho wxigboh wxigobh wxigohb wxibgho
wxibgoh wxibhgo wxibhog wxibohg wxibogh wxiogbh wxioghb wxiobgh wxiobhg wxiohbg wxiohgb
wxhigbo wxhigob wxhibgo wxhibog wxhiobg wxhiogb wxhgibo wxhgiob wxhgbio wxhgboi wxhgobi
wxhgoib wxhbgio wxhbgoi wxhbigo wxhbiog wxhboig wxhbogi wxhogbi wxhogib wxhobgi wxhobig
wxhoibg wxhoigb wxghibo wxghiob wxghbio wxghboi wxghobi wxghoib wxgihbo wxgihob wxgibho
wxgiboh wxgiobh wxgiohb wxgbiho wxgbioh wxgbhio wxgbhoi wxgbohi wxgboih wxgoibh wxgoihb
wxgobih wxgobhi wxgohbi wxgohib wxbhgio wxbhgoi wxbhigo wxbhiog wxbhoig wxbhogi wxbghio
wxbghoi wxbgiho wxbgioh wxbgoih wxbgohi wxbigho wxbigoh wxbihgo wxbihog wxbiohg wxbiogh
wxbogih wxboghi wxboigh wxboihg wxbohig wxbohgi wxohgbi wxohgib wxohbgi wxohbig wxohibg
wxohigb wxoghbi wxoghib wxogbhi wxogbih wxogibh wxogihb wxobghi wxobgih wxobhgi wxobhig
wxobihg wxobigh wxoigbh wxoighb wxoibgh wxoibhg wxoihbg wxoihgb xoihgwb xoihgbw xoihwgb
xoihwbg xoihbwg xoihbgw xoighwb xoighbw xoigwhb xoigwbh xoigbwh xoigbhw xoiwghb xoiwgbh
xoiwhgb xoiwhbg xoiwbhg xoiwbgh xoibgwh xoibghw xoibwgh xoibwhg xoibhwg xoibhgw xohigwb
xohigbw xohiwgb xohiwbg xohibwg xohibgw xohgiwb xohgibw xohgwib xohgwbi xohgbwi xohgbiw
xohwgib xohwgbi xohwigb xohwibg xohwbig xohwbgi xohbgwi xohbgiw xohbwgi xohbwig xohbiwg
xohbigw xoghiwb xoghibw xoghwib xoghwbi xoghbwi xoghbiw xogihwb xogihbw xogiwhb xogiwbh
xogibwh xogibhw xogwihb xogwibh xogwhib xogwhbi xogwbhi xogwbih xogbiwh xogbihw xogbwih
xogbwhi xogbhwi xogbhiw xowhgib xowhgbi xowhigb xowhibg xowhbig xowhbgi xowghib xowghbi
xowgihb xowgibh xowgbih xowgbhi xowighb xowigbh xowihgb xowihbg xowibhg xowibgh xowbgih
xowbghi xowbigh xowbihg xowbhig xowbhgi xobhgwi xobhgiw xobhwgi xobhwig xobhiwg xobhigw
xobghwi xobghiw xobgwhi xobgwih xobgiwh xobgihw xobwghi xobwgih xobwhgi xobwhig xobwihg
xobwigh xobigwh xobighw xobiwgh xobiwhg xobihwg xobihgw xiohgwb xiohgbw xiohwgb xiohwbg
xiohbwg xiohbgw xioghwb xioghbw xiogwhb xiogwbh xiogbwh xiogbhw xiowghb xiowgbh xiowhgb
xiowhbg xiowbhg xiowbgh xiobgwh xiobghw xiobwgh xiobwhg xiobhwg xiobhgw xihogwb xihogbw
xihowgb xihowbg xihobwg xihobgw xihgowb xihgobw xihgwob xihgwbo xihgbwo xihgbow xihwgob
xihwgbo xihwogb xihwobg xihwbog xihwbgo xihbgwo xihbgow xihbwgo xihbwog xihbowg xihbogw
xighowb xighobw xighwob xighwbo xighbwo xighbow xigohwb xigohbw xigowhb xigowbh xigobwh
xigobhw xigwohb xigwobh xigwhob xigwhbo xigwbho xigwboh xigbowh xigbohw xigbwoh xigbwho
xigbhwo xigbhow xiwhgob xiwhgbo xiwhogb xiwhobg xiwhbog xiwhbgo xiwghob xiwghbo xiwgohb
xiwgobh xiwgboh xiwgbho xiwoghb xiwogbh xiwohgb xiwohbg xiwobhg xiwobgh xiwbgoh xiwbgho
xiwbogh xiwbohg xiwbhog xiwbhgo xibhgwo xibhgow xibhwgo xibhwog xibhowg xibhogw xibghwo
xibghow xibgwho xibgwoh xibgowh xibgohw xibwgho xibwgoh xibwhgo xibwhog xibwohg xibwogh
xibogwh xiboghw xibowgh xibowhg xibohwg xibohgw xhiogwb xhiogbw xhiowgb xhiowbg xhiobwg
xhiobgw xhigowb xhigobw xhigwob xhigwbo xhigbwo xhigbow xhiwgob xhiwgbo xhiwogb xhiwobg
xhiwbog xhiwbgo xhibgwo xhibgow xhibwgo xhibwog xhibowg xhibogw xhoigwb xhoigbw xhoiwgb
xhoiwbg xhoibwg xhoibgw xhogiwb xhogibw xhogwib xhogwbi xhogbwi xhogbiw xhowgib xhowgbi
xhowigb xhowibg xhowbig xhowbgi xhobgwi xhobgiw xhobwgi xhobwig xhobiwg xhobigw xhgoiwb
xhgoibw xhgowib xhgowbi xhgobwi xhgobiw xhgiowb xhgiobw xhgiwob xhgiwbo xhgibwo xhgibow
xhgwiob xhgwibo xhgwoib xhgwobi xhgwboi xhgwbio xhgbiwo xhgbiow xhgbwio xhgbwoi xhgbowi
xhgboiw xhwogib xhwogbi xhwoigb xhwoibg xhwobig xhwobgi xhwgoib xhwgobi xhwgiob xhwgibo
xhwgbio xhwgboi xhwigob xhwigbo xhwiogb xhwiobg xhwibog xhwibgo xhwbgio xhwbgoi xhwbigo
xhwbiog xhwboig xhwbogi xhbogwi xhbogiw xhbowgi xhbowig xhboiwg xhboigw xhbgowi xhbgoiw
xhbgwoi xhbgwio xhbgiwo xhbgiow xhbwgoi xhbwgio xhbwogi xhbwoig xhbwiog xhbwigo xhbigwo
xhbigow xhbiwgo xhbiwog xhbiowg xhbiogw xgihowb xgihobw xgihwob xgihwbo xgihbwo xgihbow
xgiohwb xgiohbw xgiowhb xgiowbh xgiobwh xgiobhw xgiwohb xgiwobh xgiwhob xgiwhbo xgiwbho
xgiwboh xgibowh xgibohw xgibwoh xgibwho xgibhwo xgibhow xghiowb xghiobw xghiwob xghiwbo
xghibwo xghibow xghoiwb xghoibw xghowib xghowbi xghobwi xghobiw xghwoib xghwobi xghwiob
xghwibo xghwbio xghwboi xghbowi xghboiw xghbwoi xghbwio xghbiwo xghbiow xgohiwb xgohibw
xgohwib xgohwbi xgohbwi xgohbiw xgoihwb xgoihbw xgoiwhb xgoiwbh xgoibwh xgoibhw xgowihb
xgowibh xgowhib xgowhbi xgowbhi xgowbih xgobiwh xgobihw xgobwih xgobwhi xgobhwi xgobhiw
xgwhoib xgwhobi xgwhiob xgwhibo xgwhbio xgwhboi xgwohib xgwohbi xgwoihb xgwoibh xgwobih
xgwobhi xgwiohb xgwiobh xgwihob xgwihbo xgwibho xgwiboh xgwboih xgwbohi xgwbioh xgwbiho
xgwbhio xgwbhoi xgbhowi xgbhoiw xgbhwoi xgbhwio xgbhiwo xgbhiow xgbohwi xgbohiw xgbowhi
xgbowih xgboiwh xgboihw xgbwohi xgbwoih xgbwhoi xgbwhio xgbwiho xgbwioh xgbiowh xgbiohw
xgbiwoh xgbiwho xgbihwo xgbihow xwihgob xwihgbo xwihogb xwihobg xwihbog xwihbgo xwighob
xwighbo xwigohb xwigobh xwigboh xwigbho xwioghb xwiogbh xwiohgb xwiohbg xwiobhg xwiobgh
xwibgoh xwibgho xwibogh xwibohg xwibhog xwibhgo xwhigob xwhigbo xwhiogb xwhiobg xwhibog
xwhibgo xwhgiob xwhgibo xwhgoib xwhgobi xwhgboi xwhgbio xwhogib xwhogbi xwhoigb xwhoibg
xwhobig xwhobgi xwhbgoi xwhbgio xwhbogi xwhboig xwhbiog xwhbigo xwghiob xwghibo xwghoib
xwghobi xwghboi xwghbio xwgihob xwgihbo xwgiohb xwgiobh xwgiboh xwgibho xwgoihb xwgoibh
xwgohib xwgohbi xwgobhi xwgobih xwgbioh xwgbiho xwgboih xwgbohi xwgbhoi xwgbhio xwohgib
xwohgbi xwohigb xwohibg xwohbig xwohbgi xwoghib xwoghbi xwogihb xwogibh xwogbih xwogbhi
xwoighb xwoigbh xwoihgb xwoihbg xwoibhg xwoibgh xwobgih xwobghi xwobigh xwobihg xwobhig
xwobhgi xwbhgoi xwbhgio xwbhogi xwbhoig xwbhiog xwbhigo xwbghoi xwbghio xwbgohi xwbgoih
xwbgioh xwbgiho xwboghi xwbogih xwbohgi xwbohig xwboihg xwboigh xwbigoh xwbigho xwbiogh
xwbiohg xwbihog xwbihgo xbihgwo xbihgow xbihwgo xbihwog xbihowg xbihogw xbighwo xbighow
xbigwho xbigwoh xbigowh xbigohw xbiwgho xbiwgoh xbiwhgo xbiwhog xbiwohg xbiwogh xbiogwh
xbioghw xbiowgh xbiowhg xbiohwg xbiohgw xbhigwo xbhigow xbhiwgo xbhiwog xbhiowg xbhiogw
xbhgiwo xbhgiow xbhgwio xbhgwoi xbhgowi xbhgoiw xbhwgio xbhwgoi xbhwigo xbhwiog xbhwoig
xbhwogi xbhogwi xbhogiw xbhowgi xbhowig xbhoiwg xbhoigw xbghiwo xbghiow xbghwio xbghwoi
xbghowi xbghoiw xbgihwo xbgihow xbgiwho xbgiwoh xbgiowh xbgiohw xbgwiho xbgwioh xbgwhio
xbgwhoi xbgwohi xbgwoih xbgoiwh xbgoihw xbgowih xbgowhi xbgohwi xbgohiw xbwhgio xbwhgoi
xbwhigo xbwhiog xbwhoig xbwhogi xbwghio xbwghoi xbwgiho xbwgioh xbwgoih xbwgohi xbwigho
xbwigoh xbwihgo xbwihog xbwiohg xbwiogh xbwogih xbwoghi xbwoigh xbwoihg xbwohig xbwohgi
xbohgwi xbohgiw xbohwgi xbohwig xbohiwg xbohigw xboghwi xboghiw xbogwhi xbogwih xbogiwh
xbogihw xbowghi xbowgih xbowhgi xbowhig xbowihg xbowigh xboigwh xboighw xboiwgh xboiwhg
xboihwg xboihgw

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History of cryptography
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