easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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flintlocks

alyson

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gelles

pawnbrokering

honeymooner

valentide

dunelike

rootiness

herzegovinian

emanuela

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nimrodical

nefasti

improficiency


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: probrick
cipher variations:
qspcsjdl rtqdtkem sureulfn tvsfvmgo uwtgwnhp
vxuhxoiq wyviypjr xzwjzqks yaxkarlt zbylbsmu
aczmctnv bdanduow ceboevpx dfcpfwqy egdqgxrz
fherhysa gifsiztb hjgtjauc ikhukbvd jlivlcwe
kmjwmdxf lnkxneyg molyofzh npmzpgai oqnaqhbj

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: probrick
Cipher: kilyirxp

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: probrick
Cipher: ABBBA BAAAA ABBAB AAAAB BAAAA ABAAA AAABA ABAAB

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: probrick
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: probrick
Cipher: ceboevpx

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: probrick
Cipher: 5324432124423152

Extended Methods:
Method #1

Plaintext: probrick
method variations:
uwtgwohpzbymbtnuegdrgyszkmiwmdxe

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p r o b r i c k 
5 2 4 2 2 4 3 5 
3 4 3 1 4 2 1 2 
They are then read out in rows:
5242243534314212
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: probrick
Cipher: kirxscif

Read more ...
Method #3

Plaintext: probrick
method variations:
hthftmvw thftmvwh hftmvwht
ftmvwhth tmvwhthf mvwhthft
vwhthftm whthftmv

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: probrick

first 5040 cipher variations(40320 total)
probrick probrikc probrcik probrcki probrkci probrkic probirck probirkc probicrk probickr probikcr
probikrc probcirk probcikr probcrik probcrki probckri probckir probkicr probkirc probkcir probkcri
probkrci probkric prorbick prorbikc prorbcik prorbcki prorbkci prorbkic proribck proribkc proricbk
prorickb prorikcb prorikbc prorcibk prorcikb prorcbik prorcbki prorckbi prorckib prorkicb prorkibc
prorkcib prorkcbi prorkbci prorkbic proirbck proirbkc proircbk proirckb proirkcb proirkbc proibrck
proibrkc proibcrk proibckr proibkcr proibkrc proicbrk proicbkr proicrbk proicrkb proickrb proickbr
proikbcr proikbrc proikcbr proikcrb proikrcb proikrbc procribk procrikb procrbik procrbki procrkbi
procrkib procirbk procirkb procibrk procibkr procikbr procikrb procbirk procbikr procbrik procbrki
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porbkirc porbkcir porbkcri porbkrci porbkric porrbick porrbikc porrbcik porrbcki porrbkci porrbkic
porribck porribkc porricbk porrickb porrikcb porrikbc porrcibk porrcikb porrcbik porrcbki porrckbi
porrckib porrkicb porrkibc porrkcib porrkcbi porrkbci porrkbic porirbck porirbkc porircbk porirckb
porirkcb porirkbc poribrck poribrkc poribcrk poribckr poribkcr poribkrc poricbrk poricbkr poricrbk
poricrkb porickrb porickbr porikbcr porikbrc porikcbr porikcrb porikrcb porikrbc porcribk porcrikb
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porkricb porkribc porkrcib porkrcbi porkrbci porkrbic porkircb porkirbc porkicrb porkicbr porkibcr
porkibrc porkcirb porkcibr porkcrib porkcrbi porkcbri porkcbir porkbicr porkbirc porkbcir porkbcri
porkbrci porkbric poibrrck poibrrkc poibrcrk poibrckr poibrkcr poibrkrc poibrrck poibrrkc poibrcrk
poibrckr poibrkcr poibrkrc poibcrrk poibcrkr poibcrrk poibcrkr poibckrr poibckrr poibkrcr poibkrrc
poibkcrr poibkcrr poibkrcr poibkrrc poirbrck poirbrkc poirbcrk poirbckr poirbkcr poirbkrc poirrbck
poirrbkc poirrcbk poirrckb poirrkcb poirrkbc poircrbk poircrkb poircbrk poircbkr poirckbr poirckrb
poirkrcb poirkrbc poirkcrb poirkcbr poirkbcr poirkbrc poirrbck poirrbkc poirrcbk poirrckb poirrkcb
poirrkbc poirbrck poirbrkc poirbcrk poirbckr poirbkcr poirbkrc poircbrk poircbkr poircrbk poircrkb
poirckrb poirckbr poirkbcr poirkbrc poirkcbr poirkcrb poirkrcb poirkrbc poicrrbk poicrrkb poicrbrk
poicrbkr poicrkbr poicrkrb poicrrbk poicrrkb poicrbrk poicrbkr poicrkbr poicrkrb poicbrrk poicbrkr
poicbrrk poicbrkr poicbkrr poicbkrr poickrbr poickrrb poickbrr poickbrr poickrbr poickrrb poikrrcb
poikrrbc poikrcrb poikrcbr poikrbcr poikrbrc poikrrcb poikrrbc poikrcrb poikrcbr poikrbcr poikrbrc
poikcrrb poikcrbr poikcrrb poikcrbr poikcbrr poikcbrr poikbrcr poikbrrc poikbcrr poikbcrr poikbrcr
poikbrrc pocbrirk pocbrikr pocbrrik pocbrrki pocbrkri pocbrkir pocbirrk pocbirkr pocbirrk pocbirkr
pocbikrr pocbikrr pocbrirk pocbrikr pocbrrik pocbrrki pocbrkri pocbrkir pocbkirr pocbkirr pocbkrir
pocbkrri pocbkrri pocbkrir pocrbirk pocrbikr pocrbrik pocrbrki pocrbkri pocrbkir pocribrk pocribkr
pocrirbk pocrirkb pocrikrb pocrikbr pocrribk pocrrikb pocrrbik pocrrbki pocrrkbi pocrrkib pocrkirb
pocrkibr pocrkrib pocrkrbi pocrkbri pocrkbir pocirbrk pocirbkr pocirrbk pocirrkb pocirkrb pocirkbr
pocibrrk pocibrkr pocibrrk pocibrkr pocibkrr pocibkrr pocirbrk pocirbkr pocirrbk pocirrkb pocirkrb
pocirkbr pocikbrr pocikbrr pocikrbr pocikrrb pocikrrb pocikrbr pocrribk pocrrikb pocrrbik pocrrbki
pocrrkbi pocrrkib pocrirbk pocrirkb pocribrk pocribkr pocrikbr pocrikrb pocrbirk pocrbikr pocrbrik
pocrbrki pocrbkri pocrbkir pocrkibr pocrkirb pocrkbir pocrkbri pocrkrbi pocrkrib pockrirb pockribr
pockrrib pockrrbi pockrbri pockrbir pockirrb pockirbr pockirrb pockirbr pockibrr pockibrr pockrirb
pockribr pockrrib pockrrbi pockrbri pockrbir pockbirr pockbirr pockbrir pockbrri pockbrri pockbrir
pokbricr pokbrirc pokbrcir pokbrcri pokbrrci pokbrric pokbircr pokbirrc pokbicrr pokbicrr pokbircr
pokbirrc pokbcirr pokbcirr pokbcrir pokbcrri pokbcrri pokbcrir pokbricr pokbrirc pokbrcir pokbrcri
pokbrrci pokbrric pokrbicr pokrbirc pokrbcir pokrbcri pokrbrci pokrbric pokribcr pokribrc pokricbr
pokricrb pokrircb pokrirbc pokrcibr pokrcirb pokrcbir pokrcbri pokrcrbi pokrcrib pokrricb pokrribc
pokrrcib pokrrcbi pokrrbci pokrrbic pokirbcr pokirbrc pokircbr pokircrb pokirrcb pokirrbc pokibrcr
pokibrrc pokibcrr pokibcrr pokibrcr pokibrrc pokicbrr pokicbrr pokicrbr pokicrrb pokicrrb pokicrbr
pokirbcr pokirbrc pokircbr pokircrb pokirrcb pokirrbc pokcribr pokcrirb pokcrbir pokcrbri pokcrrbi
pokcrrib pokcirbr pokcirrb pokcibrr pokcibrr pokcirbr pokcirrb pokcbirr pokcbirr pokcbrir pokcbrri
pokcbrri pokcbrir pokcribr pokcrirb pokcrbir pokcrbri pokcrrbi pokcrrib pokrricb pokrribc pokrrcib
pokrrcbi pokrrbci pokrrbic pokrircb pokrirbc pokricrb pokricbr pokribcr pokribrc pokrcirb pokrcibr
pokrcrib pokrcrbi pokrcbri pokrcbir pokrbicr pokrbirc pokrbcir pokrbcri pokrbrci pokrbric pborrick
pborrikc pborrcik pborrcki pborrkci pborrkic pborirck pborirkc pboricrk pborickr pborikcr pborikrc
pborcirk pborcikr pborcrik pborcrki pborckri pborckir pborkicr pborkirc pborkcir pborkcri pborkrci
pborkric pborrick pborrikc pborrcik pborrcki pborrkci pborrkic pborirck pborirkc pboricrk pborickr
pborikcr pborikrc pborcirk pborcikr pborcrik pborcrki pborckri pborckir pborkicr pborkirc pborkcir
pborkcri pborkrci pborkric pboirrck pboirrkc pboircrk pboirckr pboirkcr pboirkrc pboirrck pboirrkc
pboircrk pboirckr pboirkcr pboirkrc pboicrrk pboicrkr pboicrrk pboicrkr pboickrr pboickrr pboikrcr
pboikrrc pboikcrr pboikcrr pboikrcr pboikrrc pbocrirk pbocrikr pbocrrik pbocrrki pbocrkri pbocrkir
pbocirrk pbocirkr pbocirrk pbocirkr pbocikrr pbocikrr pbocrirk pbocrikr pbocrrik pbocrrki pbocrkri
pbocrkir pbockirr pbockirr pbockrir pbockrri pbockrri pbockrir pbokricr pbokrirc pbokrcir pbokrcri
pbokrrci pbokrric pbokircr pbokirrc pbokicrr pbokicrr pbokircr pbokirrc pbokcirr pbokcirr pbokcrir
pbokcrri pbokcrri pbokcrir pbokricr pbokrirc pbokrcir pbokrcri pbokrrci pbokrric pbrorick pbrorikc
pbrorcik pbrorcki pbrorkci pbrorkic pbroirck pbroirkc pbroicrk pbroickr pbroikcr pbroikrc pbrocirk
pbrocikr pbrocrik pbrocrki pbrockri pbrockir pbrokicr pbrokirc pbrokcir pbrokcri pbrokrci pbrokric
pbrroick pbrroikc pbrrocik pbrrocki pbrrokci pbrrokic pbrriock pbrriokc pbrricok pbrricko pbrrikco
pbrrikoc pbrrciok pbrrciko pbrrcoik pbrrcoki pbrrckoi pbrrckio pbrrkico pbrrkioc pbrrkcio pbrrkcoi
pbrrkoci pbrrkoic pbrirock pbrirokc pbrircok pbrircko pbrirkco pbrirkoc pbriorck pbriorkc pbriocrk
pbriockr pbriokcr pbriokrc pbricork pbricokr pbricrok pbricrko pbrickro pbrickor pbrikocr pbrikorc
pbrikcor pbrikcro pbrikrco pbrikroc pbrcriok pbrcriko pbrcroik pbrcroki pbrcrkoi pbrcrkio pbrcirok
pbrcirko pbrciork pbrciokr pbrcikor pbrcikro pbrcoirk pbrcoikr pbrcorik pbrcorki pbrcokri pbrcokir
pbrckior pbrckiro pbrckoir pbrckori pbrckroi pbrckrio pbrkrico pbrkrioc pbrkrcio pbrkrcoi pbrkroci
pbrkroic pbrkirco pbrkiroc pbrkicro pbrkicor pbrkiocr pbrkiorc pbrkciro pbrkcior pbrkcrio pbrkcroi
pbrkcori pbrkcoir pbrkoicr pbrkoirc pbrkocir pbrkocri pbrkorci pbrkoric pbrroick pbrroikc pbrrocik
pbrrocki pbrrokci pbrrokic pbrriock pbrriokc pbrricok pbrricko pbrrikco pbrrikoc pbrrciok pbrrciko
pbrrcoik pbrrcoki pbrrckoi pbrrckio pbrrkico pbrrkioc pbrrkcio pbrrkcoi pbrrkoci pbrrkoic pbrorick
pbrorikc pbrorcik pbrorcki pbrorkci pbrorkic pbroirck pbroirkc pbroicrk pbroickr pbroikcr pbroikrc
pbrocirk pbrocikr pbrocrik pbrocrki pbrockri pbrockir pbrokicr pbrokirc pbrokcir pbrokcri pbrokrci
pbrokric pbriorck pbriorkc pbriocrk pbriockr pbriokcr pbriokrc pbrirock pbrirokc pbrircok pbrircko
pbrirkco pbrirkoc pbricrok pbricrko pbricork pbricokr pbrickor pbrickro pbrikrco pbrikroc pbrikcro
pbrikcor pbrikocr pbrikorc pbrcoirk pbrcoikr pbrcorik pbrcorki pbrcokri pbrcokir pbrciork pbrciokr
pbrcirok pbrcirko pbrcikro pbrcikor pbrcriok pbrcriko pbrcroik pbrcroki pbrcrkoi pbrcrkio pbrckiro
pbrckior pbrckrio pbrckroi pbrckori pbrckoir pbrkoicr pbrkoirc pbrkocir pbrkocri pbrkorci pbrkoric
pbrkiocr pbrkiorc pbrkicor pbrkicro pbrkirco pbrkiroc pbrkcior pbrkciro pbrkcoir pbrkcori pbrkcroi
pbrkcrio pbrkrico pbrkrioc pbrkrcio pbrkrcoi pbrkroci pbrkroic pbirrock pbirrokc pbirrcok pbirrcko
pbirrkco pbirrkoc pbirorck pbirorkc pbirocrk pbirockr pbirokcr pbirokrc pbircork pbircokr pbircrok
pbircrko pbirckro pbirckor pbirkocr pbirkorc pbirkcor pbirkcro pbirkrco pbirkroc pbirrock pbirrokc
pbirrcok pbirrcko pbirrkco pbirrkoc pbirorck pbirorkc pbirocrk pbirockr pbirokcr pbirokrc pbircork
pbircokr pbircrok pbircrko pbirckro pbirckor pbirkocr pbirkorc pbirkcor pbirkcro pbirkrco pbirkroc
pbiorrck pbiorrkc pbiorcrk pbiorckr pbiorkcr pbiorkrc pbiorrck pbiorrkc pbiorcrk pbiorckr pbiorkcr
pbiorkrc pbiocrrk pbiocrkr pbiocrrk pbiocrkr pbiockrr pbiockrr pbiokrcr pbiokrrc pbiokcrr pbiokcrr
pbiokrcr pbiokrrc pbicrork pbicrokr pbicrrok pbicrrko pbicrkro pbicrkor pbicorrk pbicorkr pbicorrk
pbicorkr pbicokrr pbicokrr pbicrork pbicrokr pbicrrok pbicrrko pbicrkro pbicrkor pbickorr pbickorr
pbickror pbickrro pbickrro pbickror pbikrocr pbikrorc pbikrcor pbikrcro pbikrrco pbikrroc pbikorcr
pbikorrc pbikocrr pbikocrr pbikorcr pbikorrc pbikcorr pbikcorr pbikcror pbikcrro pbikcrro pbikcror
pbikrocr pbikrorc pbikrcor pbikrcro pbikrrco pbikrroc pbcrriok pbcrriko pbcrroik pbcrroki pbcrrkoi
pbcrrkio pbcrirok pbcrirko pbcriork pbcriokr pbcrikor pbcrikro pbcroirk pbcroikr pbcrorik pbcrorki
pbcrokri pbcrokir pbcrkior pbcrkiro pbcrkoir pbcrkori pbcrkroi pbcrkrio pbcrriok pbcrriko pbcrroik
pbcrroki pbcrrkoi pbcrrkio pbcrirok pbcrirko pbcriork pbcriokr pbcrikor pbcrikro pbcroirk pbcroikr
pbcrorik pbcrorki pbcrokri pbcrokir pbcrkior pbcrkiro pbcrkoir pbcrkori pbcrkroi pbcrkrio pbcirrok
pbcirrko pbcirork pbcirokr pbcirkor pbcirkro pbcirrok pbcirrko pbcirork pbcirokr pbcirkor pbcirkro
pbciorrk pbciorkr pbciorrk pbciorkr pbciokrr pbciokrr pbcikror pbcikrro pbcikorr pbcikorr pbcikror
pbcikrro pbcorirk pbcorikr pbcorrik pbcorrki pbcorkri pbcorkir pbcoirrk pbcoirkr pbcoirrk pbcoirkr
pbcoikrr pbcoikrr pbcorirk pbcorikr pbcorrik pbcorrki pbcorkri pbcorkir pbcokirr pbcokirr pbcokrir
pbcokrri pbcokrri pbcokrir pbckrior pbckriro pbckroir pbckrori pbckrroi pbckrrio pbckiror pbckirro
pbckiorr pbckiorr pbckiror pbckirro pbckoirr pbckoirr pbckorir pbckorri pbckorri pbckorir pbckrior
pbckriro pbckroir pbckrori pbckrroi pbckrrio pbkrrico pbkrrioc pbkrrcio pbkrrcoi pbkrroci pbkrroic
pbkrirco pbkriroc pbkricro pbkricor pbkriocr pbkriorc pbkrciro pbkrcior pbkrcrio pbkrcroi pbkrcori
pbkrcoir pbkroicr pbkroirc pbkrocir pbkrocri pbkrorci pbkroric pbkrrico pbkrrioc pbkrrcio pbkrrcoi
pbkrroci pbkrroic pbkrirco pbkriroc pbkricro pbkricor pbkriocr pbkriorc pbkrciro pbkrcior pbkrcrio
pbkrcroi pbkrcori pbkrcoir pbkroicr pbkroirc pbkrocir pbkrocri pbkrorci pbkroric pbkirrco pbkirroc
pbkircro pbkircor pbkirocr pbkirorc pbkirrco pbkirroc pbkircro pbkircor pbkirocr pbkirorc pbkicrro
pbkicror pbkicrro pbkicror pbkicorr pbkicorr pbkiorcr pbkiorrc pbkiocrr pbkiocrr pbkiorcr pbkiorrc
pbkcriro pbkcrior pbkcrrio pbkcrroi pbkcrori pbkcroir pbkcirro pbkciror pbkcirro pbkciror pbkciorr
pbkciorr pbkcriro pbkcrior pbkcrrio pbkcrroi pbkcrori pbkcroir pbkcoirr pbkcoirr pbkcorir pbkcorri
pbkcorri pbkcorir pbkoricr pbkorirc pbkorcir pbkorcri pbkorrci pbkorric pbkoircr pbkoirrc pbkoicrr
pbkoicrr pbkoircr pbkoirrc pbkocirr pbkocirr pbkocrir pbkocrri pbkocrri pbkocrir pbkoricr pbkorirc
pbkorcir pbkorcri pbkorrci pbkorric probrick probrikc probrcik probrcki probrkci probrkic probirck
probirkc probicrk probickr probikcr probikrc probcirk probcikr probcrik probcrki probckri probckir
probkicr probkirc probkcir probkcri probkrci probkric prorbick prorbikc prorbcik prorbcki prorbkci
prorbkic proribck proribkc proricbk prorickb prorikcb prorikbc prorcibk prorcikb prorcbik prorcbki
prorckbi prorckib prorkicb prorkibc prorkcib prorkcbi prorkbci prorkbic proirbck proirbkc proircbk
proirckb proirkcb proirkbc proibrck proibrkc proibcrk proibckr proibkcr proibkrc proicbrk proicbkr
proicrbk proicrkb proickrb proickbr proikbcr proikbrc proikcbr proikcrb proikrcb proikrbc procribk
procrikb procrbik procrbki procrkbi procrkib procirbk procirkb procibrk procibkr procikbr procikrb
procbirk procbikr procbrik procbrki procbkri procbkir prockibr prockirb prockbir prockbri prockrbi
prockrib prokricb prokribc prokrcib prokrcbi prokrbci prokrbic prokircb prokirbc prokicrb prokicbr
prokibcr prokibrc prokcirb prokcibr prokcrib prokcrbi prokcbri prokcbir prokbicr prokbirc prokbcir
prokbcri prokbrci prokbric prborick prborikc prborcik prborcki prborkci prborkic prboirck prboirkc
prboicrk prboickr prboikcr prboikrc prbocirk prbocikr prbocrik prbocrki prbockri prbockir prbokicr
prbokirc prbokcir prbokcri prbokrci prbokric prbroick prbroikc prbrocik prbrocki prbrokci prbrokic
prbriock prbriokc prbricok prbricko prbrikco prbrikoc prbrciok prbrciko prbrcoik prbrcoki prbrckoi
prbrckio prbrkico prbrkioc prbrkcio prbrkcoi prbrkoci prbrkoic prbirock prbirokc prbircok prbircko
prbirkco prbirkoc prbiorck prbiorkc prbiocrk prbiockr prbiokcr prbiokrc prbicork prbicokr prbicrok
prbicrko prbickro prbickor prbikocr prbikorc prbikcor prbikcro prbikrco prbikroc prbcriok prbcriko
prbcroik prbcroki prbcrkoi prbcrkio prbcirok prbcirko prbciork prbciokr prbcikor prbcikro prbcoirk
prbcoikr prbcorik prbcorki prbcokri prbcokir prbckior prbckiro prbckoir prbckori prbckroi prbckrio
prbkrico prbkrioc prbkrcio prbkrcoi prbkroci prbkroic prbkirco prbkiroc prbkicro prbkicor prbkiocr
prbkiorc prbkciro prbkcior prbkcrio prbkcroi prbkcori prbkcoir prbkoicr prbkoirc prbkocir prbkocri
prbkorci prbkoric prrboick prrboikc prrbocik prrbocki prrbokci prrbokic prrbiock prrbiokc prrbicok
prrbicko prrbikco prrbikoc prrbciok prrbciko prrbcoik prrbcoki prrbckoi prrbckio prrbkico prrbkioc
prrbkcio prrbkcoi prrbkoci prrbkoic prrobick prrobikc prrobcik prrobcki prrobkci prrobkic prroibck
prroibkc prroicbk prroickb prroikcb prroikbc prrocibk prrocikb prrocbik prrocbki prrockbi prrockib
prrokicb prrokibc prrokcib prrokcbi prrokbci prrokbic prriobck prriobkc prriocbk prriockb prriokcb
prriokbc prribock prribokc prribcok prribcko prribkco prribkoc prricbok prricbko prricobk prricokb
prrickob prrickbo prrikbco prrikboc prrikcbo prrikcob prrikocb prrikobc prrcoibk prrcoikb prrcobik
prrcobki prrcokbi prrcokib prrciobk prrciokb prrcibok prrcibko prrcikbo prrcikob prrcbiok prrcbiko
prrcboik prrcboki prrcbkoi prrcbkio prrckibo prrckiob prrckbio prrckboi prrckobi prrckoib prrkoicb
prrkoibc prrkocib prrkocbi prrkobci prrkobic prrkiocb prrkiobc prrkicob prrkicbo prrkibco prrkiboc
prrkciob prrkcibo prrkcoib prrkcobi prrkcboi prrkcbio prrkbico prrkbioc prrkbcio prrkbcoi prrkboci
prrkboic pribrock pribrokc pribrcok pribrcko pribrkco pribrkoc priborck priborkc pribocrk pribockr
pribokcr pribokrc pribcork pribcokr pribcrok pribcrko pribckro pribckor pribkocr pribkorc pribkcor
pribkcro pribkrco pribkroc prirbock prirbokc prirbcok prirbcko prirbkco prirbkoc prirobck prirobkc
prirocbk prirockb prirokcb prirokbc prircobk prircokb prircbok prircbko prirckbo prirckob prirkocb
prirkobc prirkcob prirkcbo prirkbco prirkboc priorbck priorbkc priorcbk priorckb priorkcb priorkbc
priobrck priobrkc priobcrk priobckr priobkcr priobkrc priocbrk priocbkr priocrbk priocrkb priockrb
priockbr priokbcr priokbrc priokcbr priokcrb priokrcb priokrbc pricrobk pricrokb pricrbok pricrbko
pricrkbo pricrkob pricorbk pricorkb pricobrk pricobkr pricokbr pricokrb pricbork pricbokr pricbrok
pricbrko pricbkro pricbkor prickobr prickorb prickbor prickbro prickrbo prickrob prikrocb prikrobc
prikrcob prikrcbo prikrbco prikrboc prikorcb prikorbc prikocrb prikocbr prikobcr prikobrc prikcorb
prikcobr prikcrob prikcrbo prikcbro prikcbor prikbocr prikborc prikbcor prikbcro prikbrco prikbroc
prcbriok prcbriko prcbroik prcbroki prcbrkoi prcbrkio prcbirok prcbirko prcbiork prcbiokr prcbikor
prcbikro prcboirk prcboikr prcborik prcborki prcbokri prcbokir prcbkior prcbkiro prcbkoir prcbkori
prcbkroi prcbkrio prcrbiok prcrbiko prcrboik prcrboki prcrbkoi prcrbkio prcribok prcribko prcriobk
prcriokb prcrikob prcrikbo prcroibk prcroikb prcrobik prcrobki prcrokbi prcrokib prcrkiob prcrkibo
prcrkoib prcrkobi prcrkboi prcrkbio prcirbok prcirbko prcirobk prcirokb prcirkob prcirkbo prcibrok
prcibrko prcibork prcibokr prcibkor prcibkro prciobrk prciobkr prciorbk prciorkb prciokrb prciokbr
prcikbor prcikbro prcikobr prcikorb prcikrob prcikrbo prcoribk prcorikb prcorbik prcorbki prcorkbi
prcorkib prcoirbk prcoirkb prcoibrk prcoibkr prcoikbr prcoikrb prcobirk prcobikr prcobrik prcobrki
prcobkri prcobkir prcokibr prcokirb prcokbir prcokbri prcokrbi prcokrib prckriob prckribo prckroib
prckrobi prckrboi prckrbio prckirob prckirbo prckiorb prckiobr prckibor prckibro prckoirb prckoibr
prckorib prckorbi prckobri prckobir prckbior prckbiro prckboir prckbori prckbroi prckbrio prkbrico
prkbrioc prkbrcio prkbrcoi prkbroci prkbroic prkbirco prkbiroc prkbicro prkbicor prkbiocr prkbiorc
prkbciro prkbcior prkbcrio prkbcroi prkbcori prkbcoir prkboicr prkboirc prkbocir prkbocri prkborci
prkboric prkrbico prkrbioc prkrbcio prkrbcoi prkrboci prkrboic prkribco prkriboc prkricbo prkricob
prkriocb prkriobc prkrcibo prkrciob prkrcbio prkrcboi prkrcobi prkrcoib prkroicb prkroibc prkrocib
prkrocbi prkrobci prkrobic prkirbco prkirboc prkircbo prkircob prkirocb prkirobc prkibrco prkibroc
prkibcro prkibcor prkibocr prkiborc prkicbro prkicbor prkicrbo prkicrob prkicorb prkicobr prkiobcr
prkiobrc prkiocbr prkiocrb prkiorcb prkiorbc prkcribo prkcriob prkcrbio prkcrboi prkcrobi prkcroib
prkcirbo prkcirob prkcibro prkcibor prkciobr prkciorb prkcbiro prkcbior prkcbrio prkcbroi prkcbori
prkcboir prkcoibr prkcoirb prkcobir prkcobri prkcorbi prkcorib prkoricb prkoribc prkorcib prkorcbi
prkorbci prkorbic prkoircb prkoirbc prkoicrb prkoicbr prkoibcr prkoibrc prkocirb prkocibr prkocrib
prkocrbi prkocbri prkocbir prkobicr prkobirc prkobcir prkobcri prkobrci prkobric piobrrck piobrrkc
piobrcrk piobrckr piobrkcr piobrkrc piobrrck piobrrkc piobrcrk piobrckr piobrkcr piobrkrc piobcrrk
piobcrkr piobcrrk piobcrkr piobckrr piobckrr piobkrcr piobkrrc piobkcrr piobkcrr piobkrcr piobkrrc
piorbrck piorbrkc piorbcrk piorbckr piorbkcr piorbkrc piorrbck piorrbkc piorrcbk piorrckb piorrkcb
piorrkbc piorcrbk piorcrkb piorcbrk piorcbkr piorckbr piorckrb piorkrcb piorkrbc piorkcrb piorkcbr
piorkbcr piorkbrc piorrbck piorrbkc piorrcbk piorrckb piorrkcb piorrkbc piorbrck piorbrkc piorbcrk
piorbckr piorbkcr piorbkrc piorcbrk piorcbkr piorcrbk piorcrkb piorckrb piorckbr piorkbcr piorkbrc
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pkiocbrr pkiocrbr pkiocrrb pkiocrrb pkiocrbr pkiorbcr pkiorbrc pkiorcbr pkiorcrb pkiorrcb pkiorrbc
pkicrobr pkicrorb pkicrbor pkicrbro pkicrrbo pkicrrob pkicorbr pkicorrb pkicobrr pkicobrr pkicorbr
pkicorrb pkicborr pkicborr pkicbror pkicbrro pkicbrro pkicbror pkicrobr pkicrorb pkicrbor pkicrbro
pkicrrbo pkicrrob pkirrocb pkirrobc pkirrcob pkirrcbo pkirrbco pkirrboc pkirorcb pkirorbc pkirocrb
pkirocbr pkirobcr pkirobrc pkircorb pkircobr pkircrob pkircrbo pkircbro pkircbor pkirbocr pkirborc
pkirbcor pkirbcro pkirbrco pkirbroc pkcbrior pkcbriro pkcbroir pkcbrori pkcbrroi pkcbrrio pkcbiror
pkcbirro pkcbiorr pkcbiorr pkcbiror pkcbirro pkcboirr pkcboirr pkcborir pkcborri pkcborri pkcborir
pkcbrior pkcbriro pkcbroir pkcbrori pkcbrroi pkcbrrio pkcrbior pkcrbiro pkcrboir pkcrbori pkcrbroi
pkcrbrio pkcribor pkcribro pkcriobr pkcriorb pkcrirob pkcrirbo pkcroibr pkcroirb pkcrobir pkcrobri
pkcrorbi pkcrorib pkcrriob pkcrribo pkcrroib pkcrrobi pkcrrboi pkcrrbio pkcirbor pkcirbro pkcirobr
pkcirorb pkcirrob pkcirrbo pkcibror pkcibrro pkciborr pkciborr pkcibror pkcibrro pkciobrr pkciobrr
pkciorbr pkciorrb pkciorrb pkciorbr pkcirbor pkcirbro pkcirobr pkcirorb pkcirrob pkcirrbo pkcoribr
pkcorirb pkcorbir pkcorbri pkcorrbi pkcorrib pkcoirbr pkcoirrb pkcoibrr pkcoibrr pkcoirbr pkcoirrb
pkcobirr pkcobirr pkcobrir pkcobrri pkcobrri pkcobrir pkcoribr pkcorirb pkcorbir pkcorbri pkcorrbi
pkcorrib pkcrriob pkcrribo pkcrroib pkcrrobi pkcrrboi pkcrrbio pkcrirob pkcrirbo pkcriorb pkcriobr
pkcribor pkcribro pkcroirb pkcroibr pkcrorib pkcrorbi pkcrobri pkcrobir pkcrbior pkcrbiro pkcrboir
pkcrbori pkcrbroi pkcrbrio pkrbrico pkrbrioc pkrbrcio pkrbrcoi pkrbroci pkrbroic pkrbirco pkrbiroc
pkrbicro pkrbicor pkrbiocr pkrbiorc pkrbciro pkrbcior pkrbcrio pkrbcroi pkrbcori pkrbcoir pkrboicr
pkrboirc pkrbocir pkrbocri pkrborci pkrboric pkrrbico pkrrbioc pkrrbcio pkrrbcoi pkrrboci pkrrboic
pkrribco pkrriboc pkrricbo pkrricob pkrriocb pkrriobc pkrrcibo pkrrciob pkrrcbio pkrrcboi pkrrcobi
pkrrcoib pkrroicb pkrroibc pkrrocib pkrrocbi pkrrobci pkrrobic pkrirbco pkrirboc pkrircbo pkrircob
pkrirocb pkrirobc pkribrco pkribroc pkribcro pkribcor pkribocr pkriborc pkricbro pkricbor pkricrbo
pkricrob pkricorb pkricobr pkriobcr pkriobrc pkriocbr pkriocrb pkriorcb pkriorbc pkrcribo pkrcriob
pkrcrbio pkrcrboi pkrcrobi pkrcroib pkrcirbo pkrcirob pkrcibro pkrcibor pkrciobr pkrciorb pkrcbiro
pkrcbior pkrcbrio pkrcbroi pkrcbori pkrcboir pkrcoibr pkrcoirb pkrcobir pkrcobri pkrcorbi pkrcorib
pkroricb pkroribc pkrorcib pkrorcbi pkrorbci pkrorbic pkroircb pkroirbc pkroicrb pkroicbr pkroibcr
pkroibrc pkrocirb pkrocibr pkrocrib pkrocrbi pkrocbri pkrocbir pkrobicr pkrobirc pkrobcir pkrobcri
pkrobrci pkrobric

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History of cryptography
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