easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

malleable

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goehring

agaristidae

acontius

dalteen

reabenis

inertiumque

previn

ommen

taqasim

certeturque

graditude

expropriation

dostal

underloaded


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: ccormier
cipher variations:
ddpsnjfs eeqtokgt ffruplhu ggsvqmiv hhtwrnjw
iiuxsokx jjvytply kkwzuqmz llxavrna mmybwsob
nnzcxtpc ooadyuqd ppbezvre qqcfawsf rrdgbxtg
ssehcyuh ttfidzvi uugjeawj vvhkfbxk wwilgcyl
xxjmhdzm yykniean zzlojfbo aampkgcp bbnqlhdq

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: ccormier
Cipher: xxlinrvi

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: ccormier
Cipher: AAABA AAABA ABBAB BAAAA ABABB ABAAA AABAA BAAAA

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: ccormier
cipher variations:
ddpsnjfshhralznalltijpvippvqhfdqttxyfvlyxxzgdltgffdwzrjwjjfexhre
nnhmvxzmrrjutnhuvvlcrdpczznkptxkeeqtokgtiisbmaobmmujkqwjqqwriger
uuyzgwmzyyahemuhggexaskxkkgfyisfooinwyansskvuoivwwmdseqdaaolquyl
ffruplhujjtcnbpcnnvklrxkrrxsjhfsvvzahxnazzbifnvihhfybtlyllhgzjtg
ppjoxzbottlwvpjwxxnetfrebbpmrvzmggsvqmivkkudocqdoowlmsylssytkigt
wwabiyobaacjgowjiigzcumzmmihakuhqqkpyacpuumxwqkxyyofugsfccqnswan
hhtwrnjwllvepdreppxmntzmttzuljhuxxbcjzpcbbdkhpxkjjhadvnannjiblvi
rrlqzbdqvvnyxrlyzzpgvhtgddrotxboiiuxsokxmmwfqesfqqynouanuuavmkiv
yycdkaqdcceliqylkkibewobookjcmwjssmracerwwozysmzaaqhwiuheespuycp
jjvytplynnxgrftgrrzopvbovvbwnljwzzdelbreddfmjrzmlljcfxpcpplkdnxk
ttnsbdfsxxpaztnabbrixjvifftqvzdqkkwzuqmzooyhsguhssapqwcpwwcxomkx
aaefmcsfeegnksanmmkdgyqdqqmleoyluuotcegtyyqbauobccsjykwjggurwaer
llxavrnappzithvittbqrxdqxxdypnlybbfgndtgffholtbonnlehzrerrnmfpzm
vvpudfhuzzrcbvpcddtkzlxkhhvsxbfsmmybwsobqqajuiwjuucrsyeryyezqomz
ccghoeuhggipmucpoomfiasfssongqanwwqvegivaasdcwqdeeulamyliiwtycgt
nnzcxtpcrrbkvjxkvvdstzfszzfarpnaddhipfvihhjqnvdqppngjbtgttpohrbo
xxrwfhjwbbtedxreffvmbnzmjjxuzdhuooadyuqdssclwkylwwetuagtaagbsqob
eeijqgwjiikrowerqqohkcuhuuqpiscpyysxgikxccufeysfggwncoankkyvaeiv
ppbezvrettdmxlzmxxfuvbhubbhctrpcffjkrhxkjjlspxfsrrpildvivvrqjtdq
zztyhjlyddvgfztghhxodpbollzwbfjwqqcfawsfuuenymanyygvwcivccidusqd
ggklsiylkkmtqygtssqjmewjwwsrkueraauzikmzeewhgauhiiypeqcpmmaxcgkx
rrdgbxtgvvfoznbozzhwxdjwddjevtrehhlmtjzmllnurzhuttrknfxkxxtslvfs
bbvajlnaffxihbvijjzqfrdqnnbydhlyssehcyuhwwgpaocpaaixyekxeekfwusf
iimnukanmmovsaivuuslogylyyutmwgtccwbkmobggyjicwjkkargserooczeimz
ttfidzvixxhqbpdqbbjyzflyfflgxvtgjjnovlbonnpwtbjwvvtmphzmzzvunxhu
ddxclnpchhzkjdxkllbshtfsppdafjnauugjeawjyyircqercckzagmzggmhywuh
kkopwmcpooqxuckxwwunqianaawvoyiveeydmoqdiialkeylmmctiugtqqebgkob
vvhkfbxkzzjsdrfsddlabhnahhnizxvillpqxndqppryvdlyxxvorjbobbxwpzjw
ffzenprejjbmlfzmnndujvhurrfchlpcwwilgcylaaktesgteembciobiiojaywj
mmqryoerqqszwemzyywpskcpccyxqakxggafoqsfkkcnmganooevkwivssgdimqd
xxjmhdzmbblufthuffncdjpcjjpkbzxknnrszpfsrrtaxfnazzxqtldqddzyrbly
hhbgprtglldonhboppfwlxjwtthejnreyyknieanccmvguivggodekqdkkqlcayl
oostaqgtssubygobaayrumereeazscmziichqsuhmmepoicpqqgxmykxuuifkosf
zzlojfboddnwhvjwhhpeflrellrmdbzmpptubrhuttvczhpcbbzsvnfsffbatdna
jjdirtvinnfqpjdqrrhynzlyvvjglptgaampkgcpeeoxiwkxiiqfgmsfmmsnecan
qquvcsivuuwdaiqdccatwogtggcbueobkkejsuwjoogrqkerssizoamzwwkhmquh
bbnqlhdqffpyjxlyjjrghntgnntofdborrvwdtjwvvxebjreddbuxphuhhdcvfpc
llfktvxkpphsrlfsttjapbnaxxlinrviccormierggqzkymzkkshiouhooupgecp
sswxeukxwwyfcksfeecvyqiviiedwgqdmmgluwylqqitsmgtuukbqcobyymjoswj

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: ccormier
Cipher: ppbezvre

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: ccormier
Cipher: 3131432423425124

Extended Methods:
Method #1

Plaintext: ccormier
method variations:
hhtwrokwnnybwtpbssdgbyugxximgdzm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
c c o r m i e r 
3 3 4 2 2 4 5 2 
1 1 3 4 3 2 1 4 
They are then read out in rows:
3342245211343214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: ccormier
Cipher: nirkashq

Read more ...
Method #3

Plaintext: ccormier
method variations:
lqhiswfo qhiswfol hiswfolq
iswfolqh swfolqhi wfolqhis
folqhisw olqhiswf

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: ccormier

first 5040 cipher variations(40320 total)
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coirmcre coirmecr coirmerc coirmrec coirmrce coircmer coircmre coircemr coircerm coircrem coircrme
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coeirmcr coeirmrc coeircmr coeircrm coeirrcm coeirrmc coeicrmr coeicrrm coeicmrr coeicmrr coeicrmr
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coermcir coermcri coermrci coermric coerimcr coerimrc coericmr coericrm coerircm coerirmc coercimr
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croicemr croicerm croicrem croicrme croiecmr croiecrm croiemcr croiemrc croiermc croiercm croircem
croircme croirecm croiremc croirmec croirmce croemicr croemirc croemcir croemcri croemrci croemric
croeimcr croeimrc croeicmr croeicrm croeircm croeirmc croecimr croecirm croecmir croecmri croecrmi
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croremci crorecmi crorecim crorciem crorcime crorceim crorcemi crorcmei crorcmie crcomier crcomire
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criocrme crioecmr crioecrm crioemcr crioemrc crioermc crioercm criorcem criorcme criorecm crioremc
criormec criormce criemocr criemorc criemcor criemcro criemrco criemroc crieomcr crieomrc crieocmr
crieocrm crieorcm crieormc criecomr criecorm criecmor criecmro criecrmo criecrom crierocm crieromc
criercom criercmo criermco criermoc crirmoec crirmoce crirmeoc crirmeco crirmceo crirmcoe criromec
criromce criroemc criroecm crirocem crirocme crireomc crireocm criremoc criremco crirecmo crirecom
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creimcro creimocr creimorc creimroc creimrco creicmor creicmro creicomr creicorm creicrom creicrmo
creiocmr creiocrm creiomcr creiomrc creiormc creiorcm creircom creircmo creirocm creiromc creirmoc
creirmco creomicr creomirc creomcir creomcri creomrci creomric creoimcr creoimrc creoicmr creoicrm
creoircm creoirmc creocimr creocirm creocmir creocmri creocrmi creocrim creoricm creorimc creorcim
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creriomc creriocm crericom crericmo creroimc creroicm creromic creromci crerocmi crerocim crerciom
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crrceoim crrcoiem crrcoime crrcoeim crrcoemi crrcomei crrcomie crrmcieo crrmcioe crrmceio crrmceoi
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crrmecoi crrmeoci crrmeoic crrmoiec crrmoice crrmoeic crrmoeci crrmocei crrmocie crrimceo crrimcoe
crrimeco crrimeoc crrimoec crrimoce crricmeo crricmoe crricemo crriceom crricoem crricome crriecmo
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crremico crremioc crremcio crremcoi crremoci crremoic crreimco crreimoc crreicmo crreicom crreiocm
crreiomc crrecimo crreciom crrecmio crrecmoi crrecomi crrecoim crreoicm crreoimc crreocim crreocmi
crreomci crreomic crromiec crromice crromeic crromeci crromcei crromcie crroimec crroimce crroiemc
crroiecm crroicem crroicme crroeimc crroeicm crroemic crroemci crroecmi crroecim crrociem crrocime
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cmoiecrr cmoiecrr cmoiercr cmoierrc cmoirrec cmoirrce cmoirerc cmoirecr cmoircer cmoircre cmoecirr
cmoecirr cmoecrir cmoecrri cmoecrri cmoecrir cmoeicrr cmoeicrr cmoeircr cmoeirrc cmoeirrc cmoeircr
cmoericr cmoerirc cmoercir cmoercri cmoerrci cmoerric cmoerirc cmoericr cmoerric cmoerrci cmoercri
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cimcroer cimcrore cimeocrr cimeocrr cimeorcr cimeorrc cimeorrc cimeorcr cimecorr cimecorr cimecror
cimecrro cimecrro cimecror cimercor cimercro cimerocr cimerorc cimerroc cimerrco cimercro cimercor
cimerrco cimerroc cimerorc cimerocr cimrocer cimrocre cimroecr cimroerc cimrorec cimrorce cimrcoer
cimrcore cimrceor cimrcero cimrcreo cimrcroe cimrecor cimrecro cimreocr cimreorc cimreroc cimrerco
cimrrceo cimrrcoe cimrreco cimrreoc cimrroec cimrroce cicrmoer cicrmore cicrmeor cicrmero cicrmreo
cicrmroe cicromer cicromre cicroemr cicroerm cicrorem cicrorme cicreomr cicreorm cicremor cicremro
cicrermo cicrerom cicrroem cicrrome cicrreom cicrremo cicrrmeo cicrrmoe cicmroer cicmrore cicmreor
cicmrero cicmrreo cicmrroe cicmorer cicmorre cicmoerr cicmoerr cicmorer cicmorre cicmeorr cicmeorr
cicmeror cicmerro cicmerro cicmeror cicmroer cicmrore cicmreor cicmrero cicmrreo cicmrroe cicomrer
cicomrre cicomerr cicomerr cicomrer cicomrre cicormer cicormre cicoremr cicorerm cicorrem cicorrme
cicoermr cicoerrm cicoemrr cicoemrr cicoermr cicoerrm cicorrem cicorrme cicorerm cicoremr cicormer
cicormre cicemorr cicemorr cicemror cicemrro cicemrro cicemror ciceomrr ciceomrr ciceormr ciceorrm
ciceorrm ciceormr ciceromr cicerorm cicermor cicermro cicerrmo cicerrom cicerorm ciceromr cicerrom
cicerrmo cicermro cicermor cicrmoer cicrmore cicrmeor cicrmero cicrmreo cicrmroe cicromer cicromre
cicroemr cicroerm cicrorem cicrorme cicreomr cicreorm cicremor cicremro cicrermo cicrerom cicrroem
cicrrome cicrreom cicrremo cicrrmeo cicrrmoe ciermcor ciermcro ciermocr ciermorc ciermroc ciermrco
ciercmor ciercmro ciercomr ciercorm ciercrom ciercrmo cierocmr cierocrm cieromcr cieromrc cierormc
cierorcm cierrcom cierrcmo cierrocm cierromc cierrmoc cierrmco ciemrcor ciemrcro ciemrocr ciemrorc
ciemrroc ciemrrco ciemcror ciemcrro ciemcorr ciemcorr ciemcror ciemcrro ciemocrr ciemocrr ciemorcr
ciemorrc ciemorrc ciemorcr ciemrcor ciemrcro ciemrocr ciemrorc ciemrroc ciemrrco ciecmror ciecmrro
ciecmorr ciecmorr ciecmror ciecmrro ciecrmor ciecrmro ciecromr ciecrorm ciecrrom ciecrrmo ciecormr
ciecorrm ciecomrr ciecomrr ciecormr ciecorrm ciecrrom ciecrrmo ciecrorm ciecromr ciecrmor ciecrmro
cieomcrr cieomcrr cieomrcr cieomrrc cieomrrc cieomrcr cieocmrr cieocmrr cieocrmr cieocrrm cieocrrm
cieocrmr cieorcmr cieorcrm cieormcr cieormrc cieorrmc cieorrcm cieorcrm cieorcmr cieorrcm cieorrmc
cieormrc cieormcr ciermcor ciermcro ciermocr ciermorc ciermroc ciermrco ciercmor ciercmro ciercomr
ciercorm ciercrom ciercrmo cierocmr cierocrm cieromcr cieromrc cierormc cierorcm cierrcom cierrcmo
cierrocm cierromc cierrmoc cierrmco cirrmceo cirrmcoe cirrmeco cirrmeoc cirrmoec cirrmoce cirrcmeo
cirrcmoe cirrcemo cirrceom cirrcoem cirrcome cirrecmo cirrecom cirremco cirremoc cirreomc cirreocm
cirrocem cirrocme cirroecm cirroemc cirromec cirromce cirmrceo cirmrcoe cirmreco cirmreoc cirmroec
cirmroce cirmcreo cirmcroe cirmcero cirmceor cirmcoer cirmcore cirmecro cirmecor cirmerco cirmeroc
cirmeorc cirmeocr cirmocer cirmocre cirmoecr cirmoerc cirmorec cirmorce circmreo circmroe circmero
circmeor circmoer circmore circrmeo circrmoe circremo circreom circroem circrome circermo circerom
circemro circemor circeomr circeorm circorem circorme circoerm circoemr circomer circomre ciremcro
ciremcor ciremrco ciremroc ciremorc ciremocr cirecmro cirecmor cirecrmo cirecrom cirecorm cirecomr
cirercmo cirercom cirermco cirermoc cireromc cirerocm cireocrm cireocmr cireorcm cireormc cireomrc
cireomcr ciromcer ciromcre ciromecr ciromerc ciromrec ciromrce cirocmer cirocmre cirocemr cirocerm
cirocrem cirocrme ciroecmr ciroecrm ciroemcr ciroemrc ciroermc ciroercm cirorcem cirorcme cirorecm
ciroremc cirormec cirormce ceormicr ceormirc ceormcir ceormcri ceormrci ceormric ceorimcr ceorimrc
ceoricmr ceoricrm ceorircm ceorirmc ceorcimr ceorcirm ceorcmir ceorcmri ceorcrmi ceorcrim ceorricm
ceorrimc ceorrcim ceorrcmi ceorrmci ceorrmic ceomricr ceomrirc ceomrcir ceomrcri ceomrrci ceomrric
ceomircr ceomirrc ceomicrr ceomicrr ceomircr ceomirrc ceomcirr ceomcirr ceomcrir ceomcrri ceomcrri
ceomcrir ceomricr ceomrirc ceomrcir ceomrcri ceomrrci ceomrric ceoimrcr ceoimrrc ceoimcrr ceoimcrr
ceoimrcr ceoimrrc ceoirmcr ceoirmrc ceoircmr ceoircrm ceoirrcm ceoirrmc ceoicrmr ceoicrrm ceoicmrr
ceoicmrr ceoicrmr ceoicrrm ceoirrcm ceoirrmc ceoircrm ceoircmr ceoirmcr ceoirmrc ceocmirr ceocmirr
ceocmrir ceocmrri ceocmrri ceocmrir ceocimrr ceocimrr ceocirmr ceocirrm ceocirrm ceocirmr ceocrimr
ceocrirm ceocrmir ceocrmri ceocrrmi ceocrrim ceocrirm ceocrimr ceocrrim ceocrrmi ceocrmri ceocrmir
ceormicr ceormirc ceormcir ceormcri ceormrci ceormric ceorimcr ceorimrc ceoricmr ceoricrm ceorircm
ceorirmc ceorcimr ceorcirm ceorcmir ceorcmri ceorcrmi ceorcrim ceorricm ceorrimc ceorrcim ceorrcmi
ceorrmci ceorrmic ceromicr ceromirc ceromcir ceromcri ceromrci ceromric ceroimcr ceroimrc ceroicmr
ceroicrm ceroircm ceroirmc cerocimr cerocirm cerocmir cerocmri cerocrmi cerocrim ceroricm cerorimc
cerorcim cerorcmi cerormci cerormic cermoicr cermoirc cermocir cermocri cermorci cermoric cermiocr
cermiorc cermicor cermicro cermirco cermiroc cermcior cermciro cermcoir cermcori cermcroi cermcrio
cermrico cermrioc cermrcio cermrcoi cermroci cermroic cerimocr cerimorc cerimcor cerimcro cerimrco
cerimroc ceriomcr ceriomrc ceriocmr ceriocrm ceriorcm ceriormc cericomr cericorm cericmor cericmro
cericrmo cericrom cerirocm ceriromc cerircom cerircmo cerirmco cerirmoc cercmior cercmiro cercmoir
cercmori cercmroi cercmrio cercimor cercimro cerciomr cerciorm cercirom cercirmo cercoimr cercoirm
cercomir cercomri cercormi cercorim cercriom cercrimo cercroim cercromi cercrmoi cercrmio cerrmico
cerrmioc cerrmcio cerrmcoi cerrmoci cerrmoic cerrimco cerrimoc cerricmo cerricom cerriocm cerriomc
cerrcimo cerrciom cerrcmio cerrcmoi cerrcomi cerrcoim cerroicm cerroimc cerrocim cerrocmi cerromci
cerromic cemroicr cemroirc cemrocir cemrocri cemrorci cemroric cemriocr cemriorc cemricor cemricro
cemrirco cemriroc cemrcior cemrciro cemrcoir cemrcori cemrcroi cemrcrio cemrrico cemrrioc cemrrcio
cemrrcoi cemrroci cemrroic cemoricr cemorirc cemorcir cemorcri cemorrci cemorric cemoircr cemoirrc
cemoicrr cemoicrr cemoircr cemoirrc cemocirr cemocirr cemocrir cemocrri cemocrri cemocrir cemoricr
cemorirc cemorcir cemorcri cemorrci cemorric cemiorcr cemiorrc cemiocrr cemiocrr cemiorcr cemiorrc
cemirocr cemirorc cemircor cemircro cemirrco cemirroc cemicror cemicrro cemicorr cemicorr cemicror
cemicrro cemirrco cemirroc cemircro cemircor cemirocr cemirorc cemcoirr cemcoirr cemcorir cemcorri
cemcorri cemcorir cemciorr cemciorr cemciror cemcirro cemcirro cemciror cemcrior cemcriro cemcroir
cemcrori cemcrroi cemcrrio cemcriro cemcrior cemcrrio cemcrroi cemcrori cemcroir cemroicr cemroirc
cemrocir cemrocri cemrorci cemroric cemriocr cemriorc cemricor cemricro cemrirco cemriroc cemrcior
cemrciro cemrcoir cemrcori cemrcroi cemrcrio cemrrico cemrrioc cemrrcio cemrrcoi cemrroci cemrroic
ceirmocr ceirmorc ceirmcor ceirmcro ceirmrco ceirmroc ceiromcr ceiromrc ceirocmr ceirocrm ceirorcm
ceirormc ceircomr ceircorm ceircmor ceircmro ceircrmo ceircrom ceirrocm ceirromc ceirrcom ceirrcmo
ceirrmco ceirrmoc ceimrocr ceimrorc ceimrcor ceimrcro ceimrrco ceimrroc ceimorcr ceimorrc ceimocrr
ceimocrr ceimorcr ceimorrc ceimcorr ceimcorr ceimcror ceimcrro ceimcrro ceimcror ceimrocr ceimrorc
ceimrcor ceimrcro ceimrrco ceimrroc ceiomrcr ceiomrrc ceiomcrr ceiomcrr ceiomrcr ceiomrrc ceiormcr
ceiormrc ceiorcmr ceiorcrm ceiorrcm ceiorrmc ceiocrmr ceiocrrm ceiocmrr ceiocmrr ceiocrmr ceiocrrm
ceiorrcm ceiorrmc ceiorcrm ceiorcmr ceiormcr ceiormrc ceicmorr ceicmorr ceicmror ceicmrro ceicmrro
ceicmror ceicomrr ceicomrr ceicormr ceicorrm ceicorrm ceicormr ceicromr ceicrorm ceicrmor ceicrmro
ceicrrmo ceicrrom ceicrorm ceicromr ceicrrom ceicrrmo ceicrmro ceicrmor ceirmocr ceirmorc ceirmcor
ceirmcro ceirmrco ceirmroc ceiromcr ceiromrc ceirocmr ceirocrm ceirorcm ceirormc ceircomr ceircorm
ceircmor ceircmro ceircrmo ceircrom ceirrocm ceirromc ceirrcom ceirrcmo ceirrmco ceirrmoc cecrmior
cecrmiro cecrmoir cecrmori cecrmroi cecrmrio cecrimor cecrimro cecriomr cecriorm cecrirom cecrirmo
cecroimr cecroirm cecromir cecromri cecrormi cecrorim cecrriom cecrrimo cecrroim cecrromi cecrrmoi
cecrrmio cecmrior cecmriro cecmroir cecmrori cecmrroi cecmrrio cecmiror cecmirro cecmiorr cecmiorr
cecmiror cecmirro cecmoirr cecmoirr cecmorir cecmorri cecmorri cecmorir cecmrior cecmriro cecmroir
cecmrori cecmrroi cecmrrio cecimror cecimrro cecimorr cecimorr cecimror cecimrro cecirmor cecirmro
ceciromr cecirorm cecirrom cecirrmo ceciormr ceciorrm ceciomrr ceciomrr ceciormr ceciorrm cecirrom
cecirrmo cecirorm ceciromr cecirmor cecirmro cecomirr cecomirr cecomrir cecomrri cecomrri cecomrir
cecoimrr cecoimrr cecoirmr cecoirrm cecoirrm cecoirmr cecorimr cecorirm cecormir cecormri cecorrmi
cecorrim cecorirm cecorimr cecorrim cecorrmi cecormri cecormir cecrmior cecrmiro cecrmoir cecrmori
cecrmroi cecrmrio cecrimor cecrimro cecriomr cecriorm cecrirom cecrirmo cecroimr cecroirm cecromir
cecromri cecrormi cecrorim cecrriom cecrrimo cecrroim cecrromi cecrrmoi cecrrmio cerrmico cerrmioc
cerrmcio cerrmcoi cerrmoci cerrmoic cerrimco cerrimoc cerricmo cerricom cerriocm cerriomc cerrcimo
cerrciom cerrcmio cerrcmoi cerrcomi cerrcoim cerroicm cerroimc cerrocim cerrocmi cerromci cerromic
cermrico cermrioc cermrcio cermrcoi cermroci cermroic cermirco cermiroc cermicro cermicor cermiocr
cermiorc cermciro cermcior cermcrio cermcroi cermcori cermcoir cermoicr cermoirc cermocir cermocri
cermorci cermoric cerimrco cerimroc cerimcro cerimcor cerimocr cerimorc cerirmco cerirmoc cerircmo
cerircom cerirocm ceriromc cericrmo cericrom cericmro cericmor cericomr cericorm ceriorcm ceriormc
ceriocrm ceriocmr ceriomcr ceriomrc cercmiro cercmior cercmrio cercmroi cercmori cercmoir cercimro
cercimor cercirmo cercirom cerciorm cerciomr cercrimo cercriom cercrmio cercrmoi cercromi cercroim
cercoirm cercoimr cercorim cercormi cercomri cercomir ceromicr ceromirc ceromcir ceromcri ceromrci
ceromric ceroimcr ceroimrc ceroicmr ceroicrm ceroircm ceroirmc cerocimr cerocirm cerocmir cerocmri
cerocrmi cerocrim ceroricm cerorimc cerorcim cerorcmi cerormci cerormic crormiec crormice crormeic
crormeci crormcei crormcie crorimec crorimce croriemc croriecm croricem croricme croreimc croreicm
croremic croremci crorecmi crorecim crorciem crorcime crorceim crorcemi crorcmei crorcmie cromriec
cromrice cromreic cromreci cromrcei cromrcie cromirec cromirce cromierc cromiecr cromicer cromicre
cromeirc cromeicr cromeric cromerci cromecri cromecir cromcier cromcire cromceir cromceri cromcrei
cromcrie croimrec croimrce croimerc croimecr croimcer croimcre croirmec croirmce croiremc croirecm
croircem croircme croiermc croiercm croiemrc croiemcr croiecmr croiecrm croicrem croicrme croicerm
croicemr croicmer croicmre croemirc croemicr croemric croemrci croemcri croemcir croeimrc croeimcr
croeirmc croeircm croeicrm croeicmr croerimc croericm croermic croermci croercmi croercim croecirm
croecimr croecrim croecrmi croecmri croecmir crocmier crocmire crocmeir crocmeri crocmrei crocmrie
crocimer crocimre crociemr crocierm crocirem crocirme croceimr croceirm crocemir crocemri crocermi
crocerim crocriem crocrime crocreim crocremi crocrmei crocrmie crromiec crromice crromeic crromeci
crromcei crromcie crroimec crroimce crroiemc crroiecm crroicem crroicme crroeimc crroeicm crroemic
crroemci crroecmi crroecim crrociem crrocime crroceim crrocemi crrocmei crrocmie crrmoiec crrmoice
crrmoeic crrmoeci crrmocei crrmocie crrmioec crrmioce crrmieoc crrmieco crrmiceo crrmicoe crrmeioc
crrmeico crrmeoic crrmeoci crrmecoi crrmecio crrmcieo crrmcioe crrmceio crrmceoi crrmcoei crrmcoie
crrimoec crrimoce crrimeoc crrimeco crrimceo crrimcoe crriomec crriomce crrioemc crrioecm crriocem
crriocme crrieomc crrieocm crriemoc crriemco crriecmo crriecom crricoem crricome crriceom crricemo
crricmeo crricmoe crremioc crremico crremoic crremoci crremcoi crremcio crreimoc crreimco crreiomc
crreiocm crreicom crreicmo crreoimc crreoicm crreomic crreomci crreocmi crreocim crreciom crrecimo
crrecoim crrecomi crrecmoi crrecmio crrcmieo crrcmioe crrcmeio crrcmeoi crrcmoei crrcmoie crrcimeo
crrcimoe crrciemo crrcieom crrcioem crrciome crrceimo crrceiom crrcemio crrcemoi crrceomi crrceoim
crrcoiem crrcoime crrcoeim crrcoemi crrcomei crrcomie crmroiec crmroice crmroeic crmroeci crmrocei
crmrocie crmrioec crmrioce crmrieoc crmrieco crmriceo crmricoe crmreioc crmreico crmreoic crmreoci
crmrecoi crmrecio crmrcieo crmrcioe crmrceio crmrceoi crmrcoei crmrcoie crmoriec crmorice crmoreic
crmoreci crmorcei crmorcie crmoirec crmoirce crmoierc crmoiecr crmoicer crmoicre crmoeirc crmoeicr
crmoeric crmoerci crmoecri crmoecir crmocier crmocire crmoceir crmoceri crmocrei crmocrie crmiorec
crmiorce crmioerc crmioecr crmiocer crmiocre crmiroec crmiroce crmireoc crmireco crmirceo crmircoe
crmieroc crmierco crmieorc crmieocr crmiecor crmiecro crmicreo crmicroe crmicero crmiceor crmicoer
crmicore crmeoirc crmeoicr crmeoric crmeorci crmeocri crmeocir crmeiorc crmeiocr crmeiroc crmeirco
crmeicro crmeicor crmerioc crmerico crmeroic crmeroci crmercoi crmercio crmeciro crmecior crmecrio
crmecroi crmecori crmecoir crmcoier crmcoire crmcoeir crmcoeri crmcorei crmcorie crmcioer crmciore
crmcieor crmciero crmcireo crmciroe crmceior crmceiro crmceoir crmceori crmceroi crmcerio crmcrieo
crmcrioe crmcreio crmcreoi crmcroei crmcroie crirmoec crirmoce crirmeoc crirmeco crirmceo crirmcoe
criromec criromce criroemc criroecm crirocem crirocme crireomc crireocm criremoc criremco crirecmo
crirecom crircoem crircome crirceom crircemo crircmeo crircmoe crimroec crimroce crimreoc crimreco
crimrceo crimrcoe crimorec crimorce crimoerc crimoecr crimocer crimocre crimeorc crimeocr crimeroc
crimerco crimecro crimecor crimcoer crimcore crimceor crimcero crimcreo crimcroe criomrec criomrce
criomerc criomecr criomcer criomcre criormec criormce crioremc criorecm criorcem criorcme crioermc
crioercm crioemrc crioemcr crioecmr crioecrm criocrem criocrme criocerm criocemr criocmer criocmre
criemorc criemocr criemroc criemrco criemcro criemcor crieomrc crieomcr crieormc crieorcm crieocrm
crieocmr crieromc crierocm criermoc criermco criercmo criercom criecorm criecomr criecrom criecrmo
criecmro criecmor cricmoer cricmore cricmeor cricmero cricmreo cricmroe cricomer cricomre cricoemr
cricoerm cricorem cricorme criceomr criceorm cricemor cricemro cricermo cricerom cricroem cricrome
cricreom cricremo cricrmeo cricrmoe crermioc crermico crermoic crermoci crermcoi crermcio crerimoc
crerimco creriomc creriocm crericom crericmo creroimc creroicm creromic creromci crerocmi crerocim
crerciom crercimo crercoim crercomi crercmoi crercmio cremrioc cremrico cremroic cremroci cremrcoi
cremrcio cremiroc cremirco cremiorc cremiocr cremicor cremicro cremoirc cremoicr cremoric cremorci
cremocri cremocir cremcior cremciro cremcoir cremcori cremcroi cremcrio creimroc creimrco creimorc
creimocr creimcor creimcro creirmoc creirmco creiromc creirocm creircom creircmo creiormc creiorcm
creiomrc creiomcr creiocmr creiocrm creicrom creicrmo creicorm creicomr creicmor creicmro creomirc
creomicr creomric creomrci creomcri creomcir creoimrc creoimcr creoirmc creoircm creoicrm creoicmr
creorimc creoricm creormic creormci creorcmi creorcim creocirm creocimr creocrim creocrmi creocmri
creocmir crecmior crecmiro crecmoir crecmori crecmroi crecmrio crecimor crecimro creciomr creciorm
crecirom crecirmo crecoimr crecoirm crecomir crecomri crecormi crecorim crecriom crecrimo crecroim
crecromi crecrmoi crecrmio crcrmieo crcrmioe crcrmeio crcrmeoi crcrmoei crcrmoie crcrimeo crcrimoe
crcriemo crcrieom crcrioem crcriome crcreimo crcreiom crcremio crcremoi crcreomi crcreoim crcroiem
crcroime crcroeim crcroemi crcromei crcromie crcmrieo crcmrioe crcmreio crcmreoi crcmroei crcmroie
crcmireo crcmiroe crcmiero crcmieor crcmioer crcmiore crcmeiro crcmeior crcmerio crcmeroi crcmeori
crcmeoir crcmoier crcmoire crcmoeir crcmoeri crcmorei crcmorie crcimreo crcimroe crcimero crcimeor
crcimoer crcimore crcirmeo crcirmoe crciremo crcireom crciroem crcirome crciermo crcierom crciemro
crciemor crcieomr crcieorm crciorem crciorme crcioerm crcioemr crciomer crciomre crcemiro crcemior
crcemrio crcemroi crcemori crcemoir crceimro crceimor crceirmo crceirom crceiorm crceiomr crcerimo
crceriom crcermio crcermoi crceromi crceroim crceoirm crceoimr crceorim crceormi crceomri crceomir
crcomier crcomire crcomeir crcomeri crcomrei crcomrie crcoimer crcoimre crcoiemr crcoierm crcoirem
crcoirme crcoeimr crcoeirm crcoemir crcoemri crcoermi crcoerim crcoriem crcorime crcoreim crcoremi
crcormei crcormie

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History of cryptography
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