easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

defensusque

uptime

gease

rootedly

vallejos

fossicking

lefay

unparadise

joltiest

antitegula

spagetti

arcens

discards

fioren

lower

volski

oligochaetous

caupones


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: mccrery
cipher variations:
nddsfsz oeetgta pffuhub qggvivc rhhwjwd
siixkxe tjjylyf ukkzmzg vllanah wmmbobi
xnncpcj yoodqdk zpperel aqqfsfm brrgtgn
csshuho dttivip euujwjq fvvkxkr gwwlyls
hxxmzmt iyynanu jzzobov kaapcpw lbbqdqx

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: mccrery
Cipher: nxxivib

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: mccrery
Cipher: ABABB AAABA AAABA BAAAA AABAA BAAAA BABBA

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: mccrery
cipher variations:
nddsfszlhhanavjllivirhppqdqnfttylyjdxxgtgfzffwjwxxjjeret
vnnmzmptrruhulrvvcpchpzzkxkdoeetgtamiibobwkmmjwjsiqqrero
guuzmzkeyyhuhgaggxkxyykkfsfuwoonanqussvivmswwdqdiqaalyle
pffuhubnjjcpcxlnnkxktjrrsfsphvvanalfzzivihbhhylyzzllgtgv
xppoborvttwjwntxxerejrbbmzmfqggvivcokkdqdymoolyluksstgtq
iwwbobmgaajwjiciizmzaammhuhwyqqpcpswuuxkxouyyfsfksccnang
rhhwjwdpllereznppmzmvlttuhurjxxcpcnhbbkxkjdjjanabbnnivix
zrrqdqtxvvylypvzzgtgltddobohsiixkxeqmmfsfaoqqnanwmuuvivs
kyydqdoicclylkekkbobccoojwjyassreruywwzmzqwaahuhmueepcpi
tjjylyfrnngtgbprroboxnvvwjwtlzzerepjddmzmlfllcpcddppkxkz
bttsfsvzxxanarxbbivinvffqdqjukkzmzgsoohuhcqsspcpyowwxkxu
maafsfqkeenanmgmmdqdeeqqlylacuutgtwayybobsyccjwjowggrerk
vllanahtppividrttqdqzpxxylyvnbbgtgrlffobonhnnereffrrmzmb
dvvuhuxbzzcpctzddkxkpxhhsfslwmmbobiuqqjwjesuureraqyyzmzw
occhuhsmggpcpoioofsfggssnancewwvivycaadqduaeelylqyiitgtm
xnncpcjvrrkxkftvvsfsbrzzanaxpddivitnhhqdqpjppgtghhttobod
fxxwjwzdbberevbffmzmrzjjuhunyoodqdkwsslylguwwtgtcsaaboby
qeejwjuoiirerqkqqhuhiiuupcpegyyxkxaeccfsfwcggnansakkvivo
zpperelxttmzmhvxxuhudtbbcpczrffkxkvpjjsfsrlrrivijjvvqdqf
hzzylybfddgtgxdhhobotbllwjwpaqqfsfmyuunaniwyyviveuccdqda
sgglylwqkktgtsmssjwjkkwwrergiaazmzcgeehuhyeiipcpucmmxkxq
brrgtgnzvvobojxzzwjwfvdderebthhmzmxrlluhutnttkxkllxxsfsh
jbbanadhffivizfjjqdqvdnnylyrcsshuhoawwpcpkyaaxkxgweefsfc
uiinanysmmvivuouulylmmyytgtikccbobeiggjwjagkkrerweoozmzs
dttivipbxxqdqlzbbylyhxffgtgdvjjoboztnnwjwvpvvmzmnnzzuhuj
lddcpcfjhhkxkbhllsfsxfppanateuujwjqcyyrermacczmziygghuhe
wkkpcpauooxkxwqwwnanooaavivkmeedqdgkiilylcimmtgtygqqbobu
fvvkxkrdzzsfsnbddanajzhhivifxllqdqbvppylyxrxxoboppbbwjwl
nfferehljjmzmdjnnuhuzhrrcpcvgwwlylseaatgtoceebobkaiijwjg
ymmrercwqqzmzysyypcpqqccxkxmoggfsfimkknanekoovivaissdqdw
hxxmzmtfbbuhupdffcpclbjjkxkhznnsfsdxrranaztzzqdqrrddylyn
phhgtgjnlloboflppwjwbjtterexiyynanugccvivqeggdqdmckklyli
aootgteyssbobauaarersseezmzoqiihuhkommpcpgmqqxkxckuufsfy
jzzobovhddwjwrfhherendllmzmjbppuhufzttcpcbvbbsfsttffanap
rjjivilpnnqdqhnrrylydlvvgtgzkaapcpwieexkxsgiifsfoemmnank
cqqvivgauudqdcwcctgtuuggbobqskkjwjmqooreriosszmzemwwhuha
lbbqdqxjffylythjjgtgpfnnoboldrrwjwhbvveredxdduhuvvhhcpcr
tllkxknrppsfsjpttanafnxxivibmccrerykggzmzuikkhuhqgoopcpm
essxkxicwwfsfeyeevivwwiidqdsummlylosqqtgtkquubobgoyyjwjc

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: mccrery
Cipher: zpperel

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: mccrery
Cipher: 23313124512445

Extended Methods:
Method #1

Plaintext: mccrery
method variations:
rhhwkwdwnnbpbibssgugogxxmzmt

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
m c c r e r y 
2 3 3 2 5 2 4 
3 1 1 4 1 4 5 
They are then read out in rows:
23325243114145
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: mccrery
Cipher: mhkoady

Read more ...
Method #3

Plaintext: mccrery
method variations:
nlfyftk lfyftkn fyftknl
yftknlf ftknlfy tknlfyf
knlfyft

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: mccrery

all 5040 cipher variations:
mccrery mccreyr mccrrey mccrrye mccryre mccryer mccerry mcceryr mccerry mcceryr mcceyrr
mcceyrr mccrery mccreyr mccrrey mccrrye mccryre mccryer mccyerr mccyerr mccyrer mccyrre
mccyrre mccyrer mcrcery mcrceyr mcrcrey mcrcrye mcrcyre mcrcyer mcrecry mcrecyr mcrercy
mcreryc mcreyrc mcreycr mcrrecy mcrreyc mcrrcey mcrrcye mcrryce mcrryec mcryerc mcryecr
mcryrec mcryrce mcrycre mcrycer mcercry mcercyr mcerrcy mcerryc mceryrc mcerycr mcecrry
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ceyrmrc ceyrmcr ceyrrmc ceyrrcm ceyrcrm ceyrcmr ceycmrr ceycmrr ceycrmr ceycrrm ceycrrm
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crremcy crremyc crreymc crreycm crrmecy crrmeyc crrmcey crrmcye crrmyce crrmyec crryemc
crryecm crrymec crrymce crrycme crrycem crercmy crercym crermcy crermyc crerymc crerycm
crecrmy crecrym crecmry crecmyr crecymr crecyrm cremcry cremcyr cremrcy cremryc cremyrc
cremycr creycmr creycrm creymcr creymrc creyrmc creyrcm crmrecy crmreyc crmrcey crmrcye
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crmcrye crmcyre crmcyer crmyecr crmyerc crmycer crmycre crmyrce crmyrec cryremc cryrecm
cryrmec cryrmce cryrcme cryrcem cryermc cryercm cryemrc cryemcr cryecmr cryecrm crymerc
crymecr crymrec crymrce crymcre crymcer crycemr crycerm crycmer crycmre crycrme crycrem
cycrerm cycremr cycrrem cycrrme cycrmre cycrmer cycerrm cycermr cycerrm cycermr cycemrr
cycemrr cycrerm cycremr cycrrem cycrrme cycrmre cycrmer cycmerr cycmerr cycmrer cycmrre
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cmyrcer cmyerrc cmyercr cmyerrc cmyercr cmyecrr cmyecrr cmyrerc cmyrecr cmyrrec cmyrrce
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ceycrmr ceycrrm ceycrmr ceycmrr ceycmrr ceyrcrm ceyrcmr ceyrrcm ceyrrmc ceyrmrc ceyrmcr
ceymcrr ceymcrr ceymrcr ceymrrc ceymrrc ceymrcr crmrecy crmreyc crmrcey crmrcye crmryce
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crmcyre crmcyer crmyecr crmyerc crmycer crmycre crmyrce crmyrec crrmecy crrmeyc crrmcey
crrmcye crrmyce crrmyec crremcy crremyc crrecmy crrecym crreycm crreymc crrcemy crrceym
crrcmey crrcmye crrcyme crrcyem crryecm crryemc crrycem crrycme crrymce crrymec crermcy
crermyc crercmy crercym crerycm crerymc cremrcy cremryc cremcry cremcyr cremycr cremyrc
crecmry crecmyr crecrmy crecrym crecyrm crecymr creymcr creymrc creycmr creycrm creyrcm
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crceymr crceyrm crcmery crcmeyr crcmrey crcmrye crcmyre crcmyer crcyemr crcyerm crcymer
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cryecrm cryecmr cryemcr cryemrc crycerm crycemr crycrem crycrme crycmre crycmer crymecr
crymerc crymcer crymcre crymrce crymrec cymrerc cymrecr cymrrec cymrrce cymrcre cymrcer
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cyrrmce cyrrcme cyrrcem cyrcerm cyrcemr cyrcrem cyrcrme cyrcmre cyrcmer cyermrc cyermcr
cyerrmc cyerrcm cyercrm cyercmr cyemrrc cyemrcr cyemrrc cyemrcr cyemcrr cyemcrr cyermrc
cyermcr cyerrmc cyerrcm cyercrm cyercmr cyecmrr cyecmrr cyecrmr cyecrrm cyecrrm cyecrmr
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cyrecrm cyrmerc cyrmecr cyrmrec cyrmrce cyrmcre cyrmcer cyrcemr cyrcerm cyrcmer cyrcmre
cyrcrme cyrcrem cycrerm cycremr cycrrem cycrrme cycrmre cycrmer cycerrm cycermr cycerrm
cycermr cycemrr cycemrr cycrerm cycremr cycrrem cycrrme cycrmre cycrmer cycmerr cycmerr
cycmrer cycmrre cycmrre cycmrer rccmery rccmeyr rccmrey rccmrye rccmyre rccmyer rccemry
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rcermcy rcermyc rcerymc rcerycm rceycrm rceycmr rceyrcm rceyrmc rceymrc rceymcr rcrmecy
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rcrcemy rcrceym rcrcmey rcrcmye rcrcyme rcrcyem rcryecm rcryemc rcrycem rcrycme rcrymce
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rmycecr rmycrec rmycrce rmyccre rmyccer rmyecrc rmyeccr rmyercc rmyercc rmyecrc rmyeccr
rmyrecc rmyrecc rmyrcec rmyrcce rmyrcce rmyrcec rmycerc rmycecr rmycrec rmycrce rmyccre
rmyccer recmcry recmcyr recmrcy recmryc recmyrc recmycr reccmry reccmyr reccrmy reccrym
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recyrmc recymrc recymcr remccry remccyr remcrcy remcryc remcyrc remcycr remccry remccyr
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recrycm recycrm recycmr recyrcm recyrmc recymrc recymcr rermccy rermcyc rermccy rermcyc
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reymrcc reymrcc reymcrc reymccr reycmrc reycmcr reycrmc reycrcm reyccrm reyccmr reyrcmc
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rrymcce rrymcce rrymcec rryemcc rryemcc rryecmc rryeccm rryeccm rryecmc rrycemc rrycecm
rrycmec rrycmce rryccme rryccem rrycecm rrycemc rryccem rryccme rrycmce rrycmec rycmerc
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ermcycr ermrccy ermrcyc ermrccy ermrcyc ermrycc ermrycc ermycrc ermyccr ermyrcc ermyrcc
ermycrc ermyccr errcmcy errcmyc errccmy errccym errcycm errcymc errmccy errmcyc errmccy
errmcyc errmycc errmycc errcmcy errcmyc errccmy errccym errcycm errcymc errymcc errymcc
errycmc erryccm erryccm errycmc erycmrc erycmcr erycrmc erycrcm eryccrm eryccmr erymcrc
erymccr erymrcc erymrcc erymcrc erymccr eryrmcc eryrmcc eryrcmc eryrccm eryrccm eryrcmc
erycmrc erycmcr erycrmc erycrcm eryccrm eryccmr emcrcry emcrcyr emcrrcy emcrryc emcryrc
emcrycr emccrry emccryr emccrry emccryr emccyrr emccyrr emcrcry emcrcyr emcrrcy emcrryc
emcryrc emcrycr emcycrr emcycrr emcyrcr emcyrrc emcyrrc emcyrcr emrccry emrccyr emrcrcy
emrcryc emrcyrc emrcycr emrccry emrccyr emrcrcy emrcryc emrcyrc emrcycr emrrccy emrrcyc
emrrccy emrrcyc emrrycc emrrycc emrycrc emryccr emryrcc emryrcc emrycrc emryccr emcrcry
emcrcyr emcrrcy emcrryc emcryrc emcrycr emccrry emccryr emccrry emccryr emccyrr emccyrr
emcrcry emcrcyr emcrrcy emcrryc emcryrc emcrycr emcycrr emcycrr emcyrcr emcyrrc emcyrrc
emcyrcr emrrccy emrrcyc emrrccy emrrcyc emrrycc emrrycc emrcrcy emrcryc emrccry emrccyr
emrcycr emrcyrc emrccry emrccyr emrcrcy emrcryc emrcyrc emrcycr emryccr emrycrc emryccr
emrycrc emryrcc emryrcc emyrcrc emyrccr emyrrcc emyrrcc emyrcrc emyrccr emycrrc emycrcr
emycrrc emycrcr emyccrr emyccrr emyrcrc emyrccr emyrrcc emyrrcc emyrcrc emyrccr emyccrr
emyccrr emycrcr emycrrc emycrrc emycrcr ercrmcy ercrmyc ercrcmy ercrcym ercrycm ercrymc
ercmrcy ercmryc ercmcry ercmcyr ercmycr ercmyrc erccmry erccmyr erccrmy erccrym erccyrm
erccymr ercymcr ercymrc ercycmr ercycrm ercyrcm ercyrmc errcmcy errcmyc errccmy errccym
errcycm errcymc errmccy errmcyc errmccy errmcyc errmycc errmycc errcmcy errcmyc errccmy
errccym errcycm errcymc errymcc errymcc errycmc erryccm erryccm errycmc ermrccy ermrcyc
ermrccy ermrcyc ermrycc ermrycc ermcrcy ermcryc ermccry ermccyr ermcycr ermcyrc ermccry
ermccyr ermcrcy ermcryc ermcyrc ermcycr ermyccr ermycrc ermyccr ermycrc ermyrcc ermyrcc
ercrmcy ercrmyc ercrcmy ercrcym ercrycm ercrymc ercmrcy ercmryc ercmcry ercmcyr ercmycr
ercmyrc erccmry erccmyr erccrmy erccrym erccyrm erccymr ercymcr ercymrc ercycmr ercycrm
ercyrcm ercyrmc eryrmcc eryrmcc eryrcmc eryrccm eryrccm eryrcmc erymrcc erymrcc erymcrc
erymccr erymccr erymcrc erycmrc erycmcr erycrmc erycrcm eryccrm eryccmr erycmcr erycmrc
eryccmr eryccrm erycrcm erycrmc eycrmrc eycrmcr eycrrmc eycrrcm eycrcrm eycrcmr eycmrrc
eycmrcr eycmrrc eycmrcr eycmcrr eycmcrr eycrmrc eycrmcr eycrrmc eycrrcm eycrcrm eycrcmr
eyccmrr eyccmrr eyccrmr eyccrrm eyccrrm eyccrmr eyrcmrc eyrcmcr eyrcrmc eyrcrcm eyrccrm
eyrccmr eyrmcrc eyrmccr eyrmrcc eyrmrcc eyrmcrc eyrmccr eyrrmcc eyrrmcc eyrrcmc eyrrccm
eyrrccm eyrrcmc eyrcmrc eyrcmcr eyrcrmc eyrcrcm eyrccrm eyrccmr eymrcrc eymrccr eymrrcc
eymrrcc eymrcrc eymrccr eymcrrc eymcrcr eymcrrc eymcrcr eymccrr eymccrr eymrcrc eymrccr
eymrrcc eymrrcc eymrcrc eymrccr eymccrr eymccrr eymcrcr eymcrrc eymcrrc eymcrcr eyrrmcc
eyrrmcc eyrrcmc eyrrccm eyrrccm eyrrcmc eyrmrcc eyrmrcc eyrmcrc eyrmccr eyrmccr eyrmcrc
eyrcmrc eyrcmcr eyrcrmc eyrcrcm eyrccrm eyrccmr eyrcmcr eyrcmrc eyrccmr eyrccrm eyrcrcm
eyrcrmc eycrmrc eycrmcr eycrrmc eycrrcm eycrcrm eycrcmr eycmrrc eycmrcr eycmrrc eycmrcr
eycmcrr eycmcrr eycrmrc eycrmcr eycrrmc eycrrcm eycrcrm eycrcmr eyccmrr eyccmrr eyccrmr
eyccrrm eyccrrm eyccrmr rccremy rccreym rccrmey rccrmye rccryme rccryem rccermy rccerym
rccemry rccemyr rcceymr rcceyrm rccmery rccmeyr rccmrey rccmrye rccmyre rccmyer rccyemr
rccyerm rccymer rccymre rccyrme rccyrem rcrcemy rcrceym rcrcmey rcrcmye rcrcyme rcrcyem
rcrecmy rcrecym rcremcy rcremyc rcreymc rcreycm rcrmecy rcrmeyc rcrmcey rcrmcye rcrmyce
rcrmyec rcryemc rcryecm rcrymec rcrymce rcrycme rcrycem rcercmy rcercym rcermcy rcermyc
rcerymc rcerycm rcecrmy rcecrym rcecmry rcecmyr rcecymr rcecyrm rcemcry rcemcyr rcemrcy
rcemryc rcemyrc rcemycr rceycmr rceycrm rceymcr rceymrc rceyrmc rceyrcm rcmrecy rcmreyc
rcmrcey rcmrcye rcmryce rcmryec rcmercy rcmeryc rcmecry rcmecyr rcmeycr rcmeyrc rcmcery
rcmceyr rcmcrey rcmcrye rcmcyre rcmcyer rcmyecr rcmyerc rcmycer rcmycre rcmyrce rcmyrec
rcyremc rcyrecm rcyrmec rcyrmce rcyrcme rcyrcem rcyermc rcyercm rcyemrc rcyemcr rcyecmr
rcyecrm rcymerc rcymecr rcymrec rcymrce rcymcre rcymcer rcycemr rcycerm rcycmer rcycmre
rcycrme rcycrem rccremy rccreym rccrmey rccrmye rccryme rccryem rccermy rccerym rccemry
rccemyr rcceymr rcceyrm rccmery rccmeyr rccmrey rccmrye rccmyre rccmyer rccyemr rccyerm
rccymer rccymre rccyrme rccyrem rcrcemy rcrceym rcrcmey rcrcmye rcrcyme rcrcyem rcrecmy
rcrecym rcremcy rcremyc rcreymc rcreycm rcrmecy rcrmeyc rcrmcey rcrmcye rcrmyce rcrmyec
rcryemc rcryecm rcrymec rcrymce rcrycme rcrycem rcercmy rcercym rcermcy rcermyc rcerymc
rcerycm rcecrmy rcecrym rcecmry rcecmyr rcecymr rcecyrm rcemcry rcemcyr rcemrcy rcemryc
rcemyrc rcemycr rceycmr rceycrm rceymcr rceymrc rceyrmc rceyrcm rcmrecy rcmreyc rcmrcey
rcmrcye rcmryce rcmryec rcmercy rcmeryc rcmecry rcmecyr rcmeycr rcmeyrc rcmcery rcmceyr
rcmcrey rcmcrye rcmcyre rcmcyer rcmyecr rcmyerc rcmycer rcmycre rcmyrce rcmyrec rcyremc
rcyrecm rcyrmec rcyrmce rcyrcme rcyrcem rcyermc rcyercm rcyemrc rcyemcr rcyecmr rcyecrm
rcymerc rcymecr rcymrec rcymrce rcymcre rcymcer rcycemr rcycerm rcycmer rcycmre rcycrme
rcycrem rrccemy rrcceym rrccmey rrccmye rrccyme rrccyem rrcecmy rrcecym rrcemcy rrcemyc
rrceymc rrceycm rrcmecy rrcmeyc rrcmcey rrcmcye rrcmyce rrcmyec rrcyemc rrcyecm rrcymec
rrcymce rrcycme rrcycem rrccemy rrcceym rrccmey rrccmye rrccyme rrccyem rrcecmy rrcecym
rrcemcy rrcemyc rrceymc rrceycm rrcmecy rrcmeyc rrcmcey rrcmcye rrcmyce rrcmyec rrcyemc
rrcyecm rrcymec rrcymce rrcycme rrcycem rreccmy rreccym rrecmcy rrecmyc rrecymc rrecycm
rreccmy rreccym rrecmcy rrecmyc rrecymc rrecycm rremccy rremcyc rremccy rremcyc rremycc
rremycc rreycmc rreyccm rreymcc rreymcc rreycmc rreyccm rrmcecy rrmceyc rrmccey rrmccye
rrmcyce rrmcyec rrmeccy rrmecyc rrmeccy rrmecyc rrmeycc rrmeycc rrmcecy rrmceyc rrmccey
rrmccye rrmcyce rrmcyec rrmyecc rrmyecc rrmycec rrmycce rrmycce rrmycec rrycemc rrycecm
rrycmec rrycmce rryccme rryccem rryecmc rryeccm rryemcc rryemcc rryecmc rryeccm rrymecc
rrymecc rrymcec rrymcce rrymcce rrymcec rrycemc rrycecm rrycmec rrycmce rryccme rryccem
recrcmy recrcym recrmcy recrmyc recrymc recrycm reccrmy reccrym reccmry reccmyr reccymr
reccyrm recmcry recmcyr recmrcy recmryc recmyrc recmycr recycmr recycrm recymcr recymrc
recyrmc recyrcm rerccmy rerccym rercmcy rercmyc rercymc rercycm rerccmy rerccym rercmcy
rercmyc rercymc rercycm rermccy rermcyc rermccy rermcyc rermycc rermycc rerycmc reryccm
rerymcc rerymcc rerycmc reryccm recrcmy recrcym recrmcy recrmyc recrymc recrycm reccrmy
reccrym reccmry reccmyr reccymr reccyrm recmcry recmcyr recmrcy recmryc recmyrc recmycr
recycmr recycrm recymcr recymrc recyrmc recyrcm remrccy remrcyc remrccy remrcyc remrycc
remrycc remcrcy remcryc remccry remccyr remcycr remcyrc remccry remccyr remcrcy remcryc
remcyrc remcycr remyccr remycrc remyccr remycrc remyrcc remyrcc reyrcmc reyrccm reyrmcc
reyrmcc reyrcmc reyrccm reycrmc reycrcm reycmrc reycmcr reyccmr reyccrm reymcrc reymccr
reymrcc reymrcc reymcrc reymccr reyccmr reyccrm reycmcr reycmrc reycrmc reycrcm rmcrecy
rmcreyc rmcrcey rmcrcye rmcryce rmcryec rmcercy rmceryc rmcecry rmcecyr rmceycr rmceyrc
rmccery rmcceyr rmccrey rmccrye rmccyre rmccyer rmcyecr rmcyerc rmcycer rmcycre rmcyrce
rmcyrec rmrcecy rmrceyc rmrccey rmrccye rmrcyce rmrcyec rmreccy rmrecyc rmreccy rmrecyc
rmreycc rmreycc rmrcecy rmrceyc rmrccey rmrccye rmrcyce rmrcyec rmryecc rmryecc rmrycec
rmrycce rmrycce rmrycec rmerccy rmercyc rmerccy rmercyc rmerycc rmerycc rmecrcy rmecryc
rmeccry rmeccyr rmecycr rmecyrc rmeccry rmeccyr rmecrcy rmecryc rmecyrc rmecycr rmeyccr
rmeycrc rmeyccr rmeycrc rmeyrcc rmeyrcc rmcrecy rmcreyc rmcrcey rmcrcye rmcryce rmcryec
rmcercy rmceryc rmcecry rmcecyr rmceycr rmceyrc rmccery rmcceyr rmccrey rmccrye rmccyre
rmccyer rmcyecr rmcyerc rmcycer rmcycre rmcyrce rmcyrec rmyrecc rmyrecc rmyrcec rmyrcce
rmyrcce rmyrcec rmyercc rmyercc rmyecrc rmyeccr rmyeccr rmyecrc rmycerc rmycecr rmycrec
rmycrce rmyccre rmyccer rmycecr rmycerc rmyccer rmyccre rmycrce rmycrec rycremc rycrecm
rycrmec rycrmce rycrcme rycrcem rycermc rycercm rycemrc rycemcr rycecmr rycecrm rycmerc
rycmecr rycmrec rycmrce rycmcre rycmcer ryccemr ryccerm ryccmer ryccmre ryccrme ryccrem
ryrcemc ryrcecm ryrcmec ryrcmce ryrccme ryrccem ryrecmc ryreccm ryremcc ryremcc ryrecmc
ryreccm ryrmecc ryrmecc ryrmcec ryrmcce ryrmcce ryrmcec ryrcemc ryrcecm ryrcmec ryrcmce
ryrccme ryrccem ryercmc ryerccm ryermcc ryermcc ryercmc ryerccm ryecrmc ryecrcm ryecmrc
ryecmcr ryeccmr ryeccrm ryemcrc ryemccr ryemrcc ryemrcc ryemcrc ryemccr ryeccmr ryeccrm
ryecmcr ryecmrc ryecrmc ryecrcm rymrecc rymrecc rymrcec rymrcce rymrcce rymrcec rymercc
rymercc rymecrc rymeccr rymeccr rymecrc rymcerc rymcecr rymcrec rymcrce rymccre rymccer
rymcecr rymcerc rymccer rymccre rymcrce rymcrec rycremc rycrecm rycrmec rycrmce rycrcme
rycrcem rycermc rycercm rycemrc rycemcr rycecmr rycecrm rycmerc rycmecr rycmrec rycmrce
rycmcre rycmcer ryccemr ryccerm ryccmer ryccmre ryccrme ryccrem yccrerm yccremr yccrrem
yccrrme yccrmre yccrmer yccerrm yccermr yccerrm yccermr yccemrr yccemrr yccrerm yccremr
yccrrem yccrrme yccrmre yccrmer yccmerr yccmerr yccmrer yccmrre yccmrre yccmrer ycrcerm
ycrcemr ycrcrem ycrcrme ycrcmre ycrcmer ycrecrm ycrecmr ycrercm ycrermc ycremrc ycremcr
ycrrecm ycrremc ycrrcem ycrrcme ycrrmce ycrrmec ycrmerc ycrmecr ycrmrec ycrmrce ycrmcre
ycrmcer ycercrm ycercmr ycerrcm ycerrmc ycermrc ycermcr ycecrrm ycecrmr ycecrrm ycecrmr
ycecmrr ycecmrr ycercrm ycercmr ycerrcm ycerrmc ycermrc ycermcr ycemcrr ycemcrr ycemrcr
ycemrrc ycemrrc ycemrcr ycrrecm ycrremc ycrrcem ycrrcme ycrrmce ycrrmec ycrercm ycrermc
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ycrmerc ycrmcer ycrmcre ycrmrce ycrmrec ycmrerc ycmrecr ycmrrec ycmrrce ycmrcre ycmrcer
ycmerrc ycmercr ycmerrc ycmercr ycmecrr ycmecrr ycmrerc ycmrecr ycmrrec ycmrrce ycmrcre
ycmrcer ycmcerr ycmcerr ycmcrer ycmcrre ycmcrre ycmcrer yccrerm yccremr yccrrem yccrrme
yccrmre yccrmer yccerrm yccermr yccerrm yccermr yccemrr yccemrr yccrerm yccremr yccrrem
yccrrme yccrmre yccrmer yccmerr yccmerr yccmrer yccmrre yccmrre yccmrer ycrcerm ycrcemr
ycrcrem ycrcrme ycrcmre ycrcmer ycrecrm ycrecmr ycrercm ycrermc ycremrc ycremcr ycrrecm
ycrremc ycrrcem ycrrcme ycrrmce ycrrmec ycrmerc ycrmecr ycrmrec ycrmrce ycrmcre ycrmcer
ycercrm ycercmr ycerrcm ycerrmc ycermrc ycermcr ycecrrm ycecrmr ycecrrm ycecrmr ycecmrr
ycecmrr ycercrm ycercmr ycerrcm ycerrmc ycermrc ycermcr ycemcrr ycemcrr ycemrcr ycemrrc
ycemrrc ycemrcr ycrrecm ycrremc ycrrcem ycrrcme ycrrmce ycrrmec ycrercm ycrermc ycrecrm
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ycrmcer ycrmcre ycrmrce ycrmrec ycmrerc ycmrecr ycmrrec ycmrrce ycmrcre ycmrcer ycmerrc
ycmercr ycmerrc ycmercr ycmecrr ycmecrr ycmrerc ycmrecr ycmrrec ycmrrce ycmrcre ycmrcer
ycmcerr ycmcerr ycmcrer ycmcrre ycmcrre ycmcrer yrccerm yrccemr yrccrem yrccrme yrccmre
yrccmer yrcecrm yrcecmr yrcercm yrcermc yrcemrc yrcemcr yrcrecm yrcremc yrcrcem yrcrcme
yrcrmce yrcrmec yrcmerc yrcmecr yrcmrec yrcmrce yrcmcre yrcmcer yrccerm yrccemr yrccrem
yrccrme yrccmre yrccmer yrcecrm yrcecmr yrcercm yrcermc yrcemrc yrcemcr yrcrecm yrcremc
yrcrcem yrcrcme yrcrmce yrcrmec yrcmerc yrcmecr yrcmrec yrcmrce yrcmcre yrcmcer yreccrm
yreccmr yrecrcm yrecrmc yrecmrc yrecmcr yreccrm yreccmr yrecrcm yrecrmc yrecmrc yrecmcr
yrerccm yrercmc yrerccm yrercmc yrermcc yrermcc yremcrc yremccr yremrcc yremrcc yremcrc
yremccr yrrcecm yrrcemc yrrccem yrrccme yrrcmce yrrcmec yrreccm yrrecmc yrreccm yrrecmc
yrremcc yrremcc yrrcecm yrrcemc yrrccem yrrccme yrrcmce yrrcmec yrrmecc yrrmecc yrrmcec
yrrmcce yrrmcce yrrmcec yrmcerc yrmcecr yrmcrec yrmcrce yrmccre yrmccer yrmecrc yrmeccr
yrmercc yrmercc yrmecrc yrmeccr yrmrecc yrmrecc yrmrcec yrmrcce yrmrcce yrmrcec yrmcerc
yrmcecr yrmcrec yrmcrce yrmccre yrmccer yecrcrm yecrcmr yecrrcm yecrrmc yecrmrc yecrmcr
yeccrrm yeccrmr yeccrrm yeccrmr yeccmrr yeccmrr yecrcrm yecrcmr yecrrcm yecrrmc yecrmrc
yecrmcr yecmcrr yecmcrr yecmrcr yecmrrc yecmrrc yecmrcr yerccrm yerccmr yercrcm yercrmc
yercmrc yercmcr yerccrm yerccmr yercrcm yercrmc yercmrc yercmcr yerrccm yerrcmc yerrccm
yerrcmc yerrmcc yerrmcc yermcrc yermccr yermrcc yermrcc yermcrc yermccr yecrcrm yecrcmr
yecrrcm yecrrmc yecrmrc yecrmcr yeccrrm yeccrmr yeccrrm yeccrmr yeccmrr yeccmrr yecrcrm
yecrcmr yecrrcm yecrrmc yecrmrc yecrmcr yecmcrr yecmcrr yecmrcr yecmrrc yecmrrc yecmrcr
yerrccm yerrcmc yerrccm yerrcmc yerrmcc yerrmcc yercrcm yercrmc yerccrm yerccmr yercmcr
yercmrc yerccrm yerccmr yercrcm yercrmc yercmrc yercmcr yermccr yermcrc yermccr yermcrc
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yemcrcr yemccrr yemccrr yemrcrc yemrccr yemrrcc yemrrcc yemrcrc yemrccr yemccrr yemccrr
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yrcermc yrcecrm yrcecmr yrcemcr yrcemrc yrccerm yrccemr yrccrem yrccrme yrccmre yrccmer
yrcmecr yrcmerc yrcmcer yrcmcre yrcmrce yrcmrec yrrcecm yrrcemc yrrccem yrrccme yrrcmce
yrrcmec yrreccm yrrecmc yrreccm yrrecmc yrremcc yrremcc yrrcecm yrrcemc yrrccem yrrccme
yrrcmce yrrcmec yrrmecc yrrmecc yrrmcec yrrmcce yrrmcce yrrmcec yrerccm yrercmc yrerccm
yrercmc yrermcc yrermcc yrecrcm yrecrmc yreccrm yreccmr yrecmcr yrecmrc yreccrm yreccmr
yrecrcm yrecrmc yrecmrc yrecmcr yremccr yremcrc yremccr yremcrc yremrcc yremrcc yrcrecm
yrcremc yrcrcem yrcrcme yrcrmce yrcrmec yrcercm yrcermc yrcecrm yrcecmr yrcemcr yrcemrc
yrccerm yrccemr yrccrem yrccrme yrccmre yrccmer yrcmecr yrcmerc yrcmcer yrcmcre yrcmrce
yrcmrec yrmrecc yrmrecc yrmrcec yrmrcce yrmrcce yrmrcec yrmercc yrmercc yrmecrc yrmeccr
yrmeccr yrmecrc yrmcerc yrmcecr yrmcrec yrmcrce yrmccre yrmccer yrmcecr yrmcerc yrmccer
yrmccre yrmcrce yrmcrec ymcrerc ymcrecr ymcrrec ymcrrce ymcrcre ymcrcer ymcerrc ymcercr
ymcerrc ymcercr ymcecrr ymcecrr ymcrerc ymcrecr ymcrrec ymcrrce ymcrcre ymcrcer ymccerr
ymccerr ymccrer ymccrre ymccrre ymccrer ymrcerc ymrcecr ymrcrec ymrcrce ymrccre ymrccer
ymrecrc ymreccr ymrercc ymrercc ymrecrc ymreccr ymrrecc ymrrecc ymrrcec ymrrcce ymrrcce
ymrrcec ymrcerc ymrcecr ymrcrec ymrcrce ymrccre ymrccer ymercrc ymerccr ymerrcc ymerrcc
ymercrc ymerccr ymecrrc ymecrcr ymecrrc ymecrcr ymeccrr ymeccrr ymercrc ymerccr ymerrcc
ymerrcc ymercrc ymerccr ymeccrr ymeccrr ymecrcr ymecrrc ymecrrc ymecrcr ymrrecc ymrrecc
ymrrcec ymrrcce ymrrcce ymrrcec ymrercc ymrercc ymrecrc ymreccr ymreccr ymrecrc ymrcerc
ymrcecr ymrcrec ymrcrce ymrccre ymrccer ymrcecr ymrcerc ymrccer ymrccre ymrcrce ymrcrec
ymcrerc ymcrecr ymcrrec ymcrrce ymcrcre ymcrcer ymcerrc ymcercr ymcerrc ymcercr ymcecrr
ymcecrr ymcrerc ymcrecr ymcrrec ymcrrce ymcrcre ymcrcer ymccerr ymccerr ymccrer ymccrre
ymccrre ymccrer

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History of cryptography
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