easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

fetich

outbluffs

personalities

levelock

pareret

volentisque

rederimusque

exceptive

herbaceous

rejudging

forgiven

czlowiek

beechler

lutek

radiocarbon

caticsuf

ferocissimum

cering


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: borclay
cipher variations:
cpsdmbz dqtenca erufodb fsvgpec gtwhqfd
huxirge ivyjshf jwzktig kxalujh lybmvki
mzcnwlj nadoxmk obepynl pcfqzom qdgrapn
rehsbqo sfitcrp tgjudsq uhkvetr vilwfus
wjmxgvt xknyhwu ylozixv zmpajyw anqbkzx

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: borclay
Cipher: ylixozb

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: borclay
Cipher: AAAAB ABBAB BAAAA AAABA ABABA AAAAA BABBA

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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: borclay
cipher variations:
cpsdmbzerahibvgtilebrivqpabnkxytwbjmzgxsbfqdwfkbxsfejgbt
uhmncbpwjuryblylcvubhankzqbddqtencafsbijcwhujmfcsjwrqbco
lyzuxcknahytcgrexglcytgfkhcuvinodcqxkvszcmzmdwvcibolarce
erufodbgtcjkdxivkngdtkxsrcdpmzavydlobizudhsfyhmdzuhglidv
wjopedrylwtadnanexwdjcpmbsdffsvgpechudkleyjwloheulytsdeq
nabwzempcjaveitgzineavihmjewxkpqfeszmxubeobofyxekdqncteg
gtwhqfdivelmfzkxmpifvmzutefrobcxafnqdkbwfjuhajofbwjinkfx
ylqrgftanyvcfpcpgzyflerodufhhuxirgejwfmngalynqjgwnavufgs
pcdybgorelcxgkvibkpgcxkjolgyzmrshgubozwdgqdqhazgmfspevgi
ivyjshfkxgnohbmzorkhxobwvghtqdezchpsfmdyhlwjclqhdylkpmhz
anstihvcpaxehreribahngtqfwhjjwzktiglyhopicnapsliypcxwhiu
refadiqtgnezimxkdmriezmlqniabotujiwdqbyfisfsjcbiohurgxik
kxalujhmzipqjdobqtmjzqdyxijvsfgbejruhofajnylensjfanmrojb
cpuvkjxerczgjtgtkdcjpivshyjllybmvkinajqrkepcrunkarezyjkw
tghcfksvipgbkozmfotkgbonspkcdqvwlkyfsdahkuhuledkqjwtizkm
mzcnwljobkrslfqdsvolbsfazklxuhidgltwjqhclpangpulhcpotqld
erwxmlzgtebilvivmfelrkxujalnnadoxmkpclstmgretwpmctgbalmy
vijehmuxkridmqbohqvmidqpurmefsxynmahufcjmwjwngfmslyvkbmo
obepynlqdmtunhsfuxqnduhcbmnzwjkfinvylsjenrcpirwnjerqvsnf
gtyzonbivgdknxkxohgntmzwlcnppcfqzomrenuvoitgvyroevidcnoa
xklgjowzmtkfosdqjsxokfsrwtoghuzapocjwheloylypihounaxmdoq
qdgrapnsfovwpjuhwzspfwjedopbylmhkpxanulgpterktyplgtsxuph
ivabqpdkxifmpzmzqjipvobyneprrehsbqotgpwxqkvixatqgxkfepqc
zmnilqybovmhqufsluzqmhutyvqijwbcrqelyjgnqanarkjqwpczofqs
sfitcrpuhqxyrlwjyburhylgfqrdanojmrzcpwnirvgtmvarnivuzwrj
kxcdsrfmzkhorbobslkrxqdapgrttgjudsqviryzsmxkzcvsizmhgrse
bopknsadqxojswhunwbsojwvaxsklydetsgnalipscpctmlsyrebqhsu
uhkvetrwjszatnyladwtjanihstfcpqlotberypktxivoxctpkxwbytl
mzefuthobmjqtdqdunmtzsfcritvvilwfusxktabuozmbexukbojitug
dqrmpucfszqluyjwpyduqlyxczumnafgvuipcnkruerevonuatgdsjuw
wjmxgvtylubcvpancfyvlcpkjuvhersnqvdgtarmvzkxqzevrmzydavn
obghwvjqdolsvfsfwpovbuhetkvxxknyhwuzmvcdwqbodgzwmdqlkvwi
fstorwehubsnwalyrafwsnazebwopchixwkrepmtwgtgxqpwcvifulwy
ylozixvanwdexrcpehaxnermlwxjgtupsxfivctoxbmzsbgxtobafcxp
qdijyxlsfqnuxhuhyrqxdwjgvmxzzmpajywboxefysdqfibyofsnmxyk
huvqtygjwdupycnatchyupcbgdyqrejkzymtgrovyivizsryexkhwnya
anqbkzxcpyfgztergjczpgtonyzlivwruzhkxevqzdobudizvqdchezr
sfklaznuhspwzjwjatszfylixozbborclaydqzghaufshkdaqhupozam
jwxsvailyfwraepcvejawredifastglmbaovitqxakxkbutagzmjypac

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: borclay
Cipher: obepynl

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: borclay
Cipher: 21432431131145

Extended Methods:
Method #1

Plaintext: borclay
method variations:
gtwhqfdmybnvlirdgsaqowimxfvt

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath: 
b o r c l a y 
2 4 2 3 1 1 4 
1 3 4 1 3 1 5
They are then read out in rows:
24231141341315
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: borclay
Cipher: rmadslv

Read more ...
Method #3

Plaintext: borclay
method variations:
qhoacqk hoacqkq oacqkqh
acqkqho cqkqhoa qkqhoac
kqhoacq

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: borclay

all 5040 cipher variations:
borclay borclya borcaly borcayl borcyal borcyla borlcay borlcya borlacy borlayc borlyac
borlyca boralcy boralyc boracly boracyl boraycl boraylc borylac borylca boryalc boryacl
borycal borycla bocrlay bocrlya bocraly bocrayl bocryal bocryla boclray boclrya boclary
boclayr boclyar boclyra bocalry bocalyr bocarly bocaryl bocayrl bocaylr bocylar bocylra
bocyalr bocyarl bocyral bocyrla bolcray bolcrya bolcary bolcayr bolcyar bolcyra bolrcay
bolrcya bolracy bolrayc bolryac bolryca bolarcy bolaryc bolacry bolacyr bolaycr bolayrc
bolyrac bolyrca bolyarc bolyacr bolycar bolycra boaclry boaclyr boacrly boacryl boacyrl
boacylr boalcry boalcyr boalrcy boalryc boalyrc boalycr boarlcy boarlyc boarcly boarcyl
boarycl boarylc boaylrc boaylcr boayrlc boayrcl boaycrl boayclr boyclar boyclra boycalr
boycarl boycral boycrla boylcar boylcra boylacr boylarc boylrac boylrca boyalcr boyalrc
boyaclr boyacrl boyarcl boyarlc boyrlac boyrlca boyralc boyracl boyrcal boyrcla broclay
broclya brocaly brocayl brocyal brocyla brolcay brolcya brolacy brolayc brolyac brolyca
broalcy broalyc broacly broacyl broaycl broaylc broylac broylca broyalc broyacl broycal
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blyocar blyocra blyoacr blyoarc blyorac blyorca blyaocr blyaorc blyacor blyacro blyarco
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barocyl baroycl baroylc baryloc barylco baryolc baryocl barycol baryclo bacrloy bacrlyo
bacroly bacroyl bacryol bacrylo baclroy baclryo baclory bacloyr baclyor baclyro bacolry
bacolyr bacorly bacoryl bacoyrl bacoylr bacylor bacylro bacyolr bacyorl bacyrol bacyrlo
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byolacr byolarc byolrac byolrca byoalcr byoalrc byoaclr byoacrl byoarcl byoarlc byorlac
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oblcary oblcayr oblcyar oblcyra oblrcay oblrcya oblracy oblrayc oblryac oblryca oblarcy
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obalycr obarlcy obarlyc obarcly obarcyl obarycl obarylc obaylrc obaylcr obayrlc obayrcl
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lacoryb lacoyrb lacoybr lacybor lacybro lacyobr lacyorb lacyrob lacyrbo labcroy labcryo
labcory labcoyr labcyor labcyro labrcoy labrcyo labrocy labroyc labryoc labryco laborcy
laboryc labocry labocyr laboycr laboyrc labyroc labyrco labyorc labyocr labycor labycro
laocbry laocbyr laocrby laocryb laocyrb laocybr laobcry laobcyr laobrcy laobryc laobyrc
laobycr laorbcy laorbyc laorcby laorcyb laorycb laorybc laoybrc laoybcr laoyrbc laoyrcb
laoycrb laoycbr laycbor laycbro laycobr laycorb laycrob laycrbo laybcor laybcro laybocr
layborc laybroc laybrco layobcr layobrc layocbr layocrb layorcb layorbc layrboc layrbco
layrobc layrocb layrcob layrcbo lyrcbao lyrcboa lyrcabo lyrcaob lyrcoab lyrcoba lyrbcao
lyrbcoa lyrbaco lyrbaoc lyrboac lyrboca lyrabco lyraboc lyracbo lyracob lyraocb lyraobc
lyrobac lyrobca lyroabc lyroacb lyrocab lyrocba lycrbao lycrboa lycrabo lycraob lycroab
lycroba lycbrao lycbroa lycbaro lycbaor lycboar lycbora lycabro lycabor lycarbo lycarob
lycaorb lycaobr lycobar lycobra lycoabr lycoarb lycorab lycorba lybcrao lybcroa lybcaro
lybcaor lybcoar lybcora lybrcao lybrcoa lybraco lybraoc lybroac lybroca lybarco lybaroc
lybacro lybacor lybaocr lybaorc lyborac lyborca lyboarc lyboacr lybocar lybocra lyacbro
lyacbor lyacrbo lyacrob lyacorb lyacobr lyabcro lyabcor lyabrco lyabroc lyaborc lyabocr
lyarbco lyarboc lyarcbo lyarcob lyarocb lyarobc lyaobrc lyaobcr lyaorbc lyaorcb lyaocrb
lyaocbr lyocbar lyocbra lyocabr lyocarb lyocrab lyocrba lyobcar lyobcra lyobacr lyobarc
lyobrac lyobrca lyoabcr lyoabrc lyoacbr lyoacrb lyoarcb lyoarbc lyorbac lyorbca lyorabc
lyoracb lyorcab lyorcba aorclby aorclyb aorcbly aorcbyl aorcybl aorcylb aorlcby aorlcyb
aorlbcy aorlbyc aorlybc aorlycb aorblcy aorblyc aorbcly aorbcyl aorbycl aorbylc aorylbc
aorylcb aoryblc aorybcl aorycbl aoryclb aocrlby aocrlyb aocrbly aocrbyl aocrybl aocrylb
aoclrby aoclryb aoclbry aoclbyr aoclybr aoclyrb aocblry aocblyr aocbrly aocbryl aocbyrl
aocbylr aocylbr aocylrb aocyblr aocybrl aocyrbl aocyrlb aolcrby aolcryb aolcbry aolcbyr
aolcybr aolcyrb aolrcby aolrcyb aolrbcy aolrbyc aolrybc aolrycb aolbrcy aolbryc aolbcry
aolbcyr aolbycr aolbyrc aolyrbc aolyrcb aolybrc aolybcr aolycbr aolycrb aobclry aobclyr
aobcrly aobcryl aobcyrl aobcylr aoblcry aoblcyr aoblrcy aoblryc aoblyrc aoblycr aobrlcy
aobrlyc aobrcly aobrcyl aobrycl aobrylc aobylrc aobylcr aobyrlc aobyrcl aobycrl aobyclr
aoyclbr aoyclrb aoycblr aoycbrl aoycrbl aoycrlb aoylcbr aoylcrb aoylbcr aoylbrc aoylrbc
aoylrcb aoyblcr aoyblrc aoybclr aoybcrl aoybrcl aoybrlc aoyrlbc aoyrlcb aoyrblc aoyrbcl
aoyrcbl aoyrclb aroclby aroclyb arocbly arocbyl arocybl arocylb arolcby arolcyb arolbcy
arolbyc arolybc arolycb aroblcy aroblyc arobcly arobcyl arobycl arobylc aroylbc aroylcb
aroyblc aroybcl aroycbl aroyclb arcolby arcolyb arcobly arcobyl arcoybl arcoylb arcloby
arcloyb arclboy arclbyo arclybo arclyob arcbloy arcblyo arcboly arcboyl arcbyol arcbylo
arcylbo arcylob arcyblo arcybol arcyobl arcyolb arlcoby arlcoyb arlcboy arlcbyo arlcybo
arlcyob arlocby arlocyb arlobcy arlobyc arloybc arloycb arlbocy arlboyc arlbcoy arlbcyo
arlbyco arlbyoc arlyobc arlyocb arlyboc arlybco arlycbo arlycob arbcloy arbclyo arbcoly
arbcoyl arbcyol arbcylo arblcoy arblcyo arblocy arbloyc arblyoc arblyco arbolcy arbolyc
arbocly arbocyl arboycl arboylc arbyloc arbylco arbyolc arbyocl arbycol arbyclo aryclbo
aryclob arycblo arycbol arycobl arycolb arylcbo arylcob arylbco arylboc arylobc arylocb
aryblco arybloc arybclo arybcol arybocl arybolc aryolbc aryolcb aryoblc aryobcl aryocbl
aryoclb acrolby acrolyb acrobly acrobyl acroybl acroylb acrloby acrloyb acrlboy acrlbyo
acrlybo acrlyob acrbloy acrblyo acrboly acrboyl acrbyol acrbylo acrylbo acrylob acryblo
acrybol acryobl acryolb acorlby acorlyb acorbly acorbyl acorybl acorylb acolrby acolryb
acolbry acolbyr acolybr acolyrb acoblry acoblyr acobrly acobryl acobyrl acobylr acoylbr
acoylrb acoyblr acoybrl acoyrbl acoyrlb aclorby acloryb aclobry aclobyr acloybr acloyrb
aclroby aclroyb aclrboy aclrbyo aclrybo aclryob aclbroy aclbryo aclbory aclboyr aclbyor
aclbyro aclyrbo aclyrob aclybro aclybor aclyobr aclyorb acbolry acbolyr acborly acboryl
acboyrl acboylr acblory acbloyr acblroy acblryo acblyro acblyor acbrloy acbrlyo acbroly
acbroyl acbryol acbrylo acbylro acbylor acbyrlo acbyrol acbyorl acbyolr acyolbr acyolrb
acyoblr acyobrl acyorbl acyorlb acylobr acylorb acylbor acylbro acylrbo acylrob acyblor
acyblro acybolr acyborl acybrol acybrlo acyrlbo acyrlob acyrblo acyrbol acyrobl acyrolb
alrcoby alrcoyb alrcboy alrcbyo alrcybo alrcyob alrocby alrocyb alrobcy alrobyc alroybc
alroycb alrbocy alrboyc alrbcoy alrbcyo alrbyco alrbyoc alryobc alryocb alryboc alrybco
alrycbo alrycob alcroby alcroyb alcrboy alcrbyo alcrybo alcryob alcorby alcoryb alcobry
alcobyr alcoybr alcoyrb alcbory alcboyr alcbroy alcbryo alcbyro alcbyor alcyobr alcyorb
alcybor alcybro alcyrbo alcyrob alocrby alocryb alocbry alocbyr alocybr alocyrb alorcby
alorcyb alorbcy alorbyc alorybc alorycb alobrcy alobryc alobcry alobcyr alobycr alobyrc
aloyrbc aloyrcb aloybrc aloybcr aloycbr aloycrb albcory albcoyr albcroy albcryo albcyro
albcyor albocry albocyr alborcy alboryc alboyrc alboycr albrocy albroyc albrcoy albrcyo
albryco albryoc albyorc albyocr albyroc albyrco albycro albycor alycobr alycorb alycbor
alycbro alycrbo alycrob alyocbr alyocrb alyobcr alyobrc alyorbc alyorcb alybocr alyborc
alybcor alybcro alybrco alybroc alyrobc alyrocb alyrboc alyrbco alyrcbo alyrcob abrcloy
abrclyo abrcoly abrcoyl abrcyol abrcylo abrlcoy abrlcyo abrlocy abrloyc abrlyoc abrlyco
abrolcy abrolyc abrocly abrocyl abroycl abroylc abryloc abrylco abryolc abryocl abrycol
abryclo abcrloy abcrlyo abcroly abcroyl abcryol abcrylo abclroy abclryo abclory abcloyr
abclyor abclyro abcolry abcolyr abcorly abcoryl abcoyrl abcoylr abcylor abcylro abcyolr
abcyorl abcyrol abcyrlo ablcroy ablcryo ablcory ablcoyr ablcyor ablcyro ablrcoy ablrcyo
ablrocy ablroyc ablryoc ablryco ablorcy abloryc ablocry ablocyr abloycr abloyrc ablyroc
ablyrco ablyorc ablyocr ablycor ablycro aboclry aboclyr abocrly abocryl abocyrl abocylr
abolcry abolcyr abolrcy abolryc abolyrc abolycr aborlcy aborlyc aborcly aborcyl aborycl
aborylc aboylrc aboylcr aboyrlc aboyrcl aboycrl aboyclr abyclor abyclro abycolr abycorl
abycrol abycrlo abylcor abylcro abylocr abylorc abylroc abylrco abyolcr abyolrc abyoclr
abyocrl abyorcl abyorlc abyrloc abyrlco abyrolc abyrocl abyrcol abyrclo ayrclbo ayrclob
ayrcblo ayrcbol ayrcobl ayrcolb ayrlcbo ayrlcob ayrlbco ayrlboc ayrlobc ayrlocb ayrblco
ayrbloc ayrbclo ayrbcol ayrbocl ayrbolc ayrolbc ayrolcb ayroblc ayrobcl ayrocbl ayroclb
aycrlbo aycrlob aycrblo aycrbol aycrobl aycrolb ayclrbo ayclrob ayclbro ayclbor ayclobr
ayclorb aycblro aycblor aycbrlo aycbrol aycborl aycbolr aycolbr aycolrb aycoblr aycobrl
aycorbl aycorlb aylcrbo aylcrob aylcbro aylcbor aylcobr aylcorb aylrcbo aylrcob aylrbco
aylrboc aylrobc aylrocb aylbrco aylbroc aylbcro aylbcor aylbocr aylborc aylorbc aylorcb
aylobrc aylobcr aylocbr aylocrb aybclro aybclor aybcrlo aybcrol aybcorl aybcolr ayblcro
ayblcor ayblrco ayblroc ayblorc ayblocr aybrlco aybrloc aybrclo aybrcol aybrocl aybrolc
aybolrc aybolcr ayborlc ayborcl aybocrl ayboclr ayoclbr ayoclrb ayocblr ayocbrl ayocrbl
ayocrlb ayolcbr ayolcrb ayolbcr ayolbrc ayolrbc ayolrcb ayoblcr ayoblrc ayobclr ayobcrl
ayobrcl ayobrlc ayorlbc ayorlcb ayorblc ayorbcl ayorcbl ayorclb yorclab yorclba yorcalb
yorcabl yorcbal yorcbla yorlcab yorlcba yorlacb yorlabc yorlbac yorlbca yoralcb yoralbc
yoraclb yoracbl yorabcl yorablc yorblac yorblca yorbalc yorbacl yorbcal yorbcla yocrlab
yocrlba yocralb yocrabl yocrbal yocrbla yoclrab yoclrba yoclarb yoclabr yoclbar yoclbra
yocalrb yocalbr yocarlb yocarbl yocabrl yocablr yocblar yocblra yocbalr yocbarl yocbral
yocbrla yolcrab yolcrba yolcarb yolcabr yolcbar yolcbra yolrcab yolrcba yolracb yolrabc
yolrbac yolrbca yolarcb yolarbc yolacrb yolacbr yolabcr yolabrc yolbrac yolbrca yolbarc
yolbacr yolbcar yolbcra yoaclrb yoaclbr yoacrlb yoacrbl yoacbrl yoacblr yoalcrb yoalcbr
yoalrcb yoalrbc yoalbrc yoalbcr yoarlcb yoarlbc yoarclb yoarcbl yoarbcl yoarblc yoablrc
yoablcr yoabrlc yoabrcl yoabcrl yoabclr yobclar yobclra yobcalr yobcarl yobcral yobcrla
yoblcar yoblcra yoblacr yoblarc yoblrac yoblrca yobalcr yobalrc yobaclr yobacrl yobarcl
yobarlc yobrlac yobrlca yobralc yobracl yobrcal yobrcla yroclab yroclba yrocalb yrocabl
yrocbal yrocbla yrolcab yrolcba yrolacb yrolabc yrolbac yrolbca yroalcb yroalbc yroaclb
yroacbl yroabcl yroablc yroblac yroblca yrobalc yrobacl yrobcal yrobcla yrcolab yrcolba
yrcoalb yrcoabl yrcobal yrcobla yrcloab yrcloba yrclaob yrclabo yrclbao yrclboa yrcalob
yrcalbo yrcaolb yrcaobl yrcabol yrcablo yrcblao yrcbloa yrcbalo yrcbaol yrcboal yrcbola
yrlcoab yrlcoba yrlcaob yrlcabo yrlcbao yrlcboa yrlocab yrlocba yrloacb yrloabc yrlobac
yrlobca yrlaocb yrlaobc yrlacob yrlacbo yrlabco yrlaboc yrlboac yrlboca yrlbaoc yrlbaco
yrlbcao yrlbcoa yraclob yraclbo yracolb yracobl yracbol yracblo yralcob yralcbo yralocb
yralobc yralboc yralbco yraolcb yraolbc yraoclb yraocbl yraobcl yraoblc yrabloc yrablco
yrabolc yrabocl yrabcol yrabclo yrbclao yrbcloa yrbcalo yrbcaol yrbcoal yrbcola yrblcao
yrblcoa yrblaco yrblaoc yrbloac yrbloca yrbalco yrbaloc yrbaclo yrbacol yrbaocl yrbaolc
yrbolac yrbolca yrboalc yrboacl yrbocal yrbocla ycrolab ycrolba ycroalb ycroabl ycrobal
ycrobla ycrloab ycrloba ycrlaob ycrlabo ycrlbao ycrlboa ycralob ycralbo ycraolb ycraobl
ycrabol ycrablo ycrblao ycrbloa ycrbalo ycrbaol ycrboal ycrbola ycorlab ycorlba ycoralb
ycorabl ycorbal ycorbla ycolrab ycolrba ycolarb ycolabr ycolbar ycolbra ycoalrb ycoalbr
ycoarlb ycoarbl ycoabrl ycoablr ycoblar ycoblra ycobalr ycobarl ycobral ycobrla yclorab
yclorba ycloarb ycloabr yclobar yclobra yclroab yclroba yclraob yclrabo yclrbao yclrboa
yclarob yclarbo yclaorb yclaobr yclabor yclabro yclbrao yclbroa yclbaro yclbaor yclboar
yclbora ycaolrb ycaolbr ycaorlb ycaorbl ycaobrl ycaoblr ycalorb ycalobr ycalrob ycalrbo
ycalbro ycalbor ycarlob ycarlbo ycarolb ycarobl ycarbol ycarblo ycablro ycablor ycabrlo
ycabrol ycaborl ycabolr ycbolar ycbolra ycboalr ycboarl ycboral ycborla ycbloar ycblora
ycblaor ycblaro ycblrao ycblroa ycbalor ycbalro ycbaolr ycbaorl ycbarol ycbarlo ycbrlao
ycbrloa ycbralo ycbraol ycbroal ycbrola ylrcoab ylrcoba ylrcaob ylrcabo ylrcbao ylrcboa
ylrocab ylrocba ylroacb ylroabc ylrobac ylrobca ylraocb ylraobc ylracob ylracbo ylrabco
ylraboc ylrboac ylrboca ylrbaoc ylrbaco ylrbcao ylrbcoa ylcroab ylcroba ylcraob ylcrabo
ylcrbao ylcrboa ylcorab ylcorba ylcoarb ylcoabr ylcobar ylcobra ylcaorb ylcaobr ylcarob
ylcarbo ylcabro ylcabor ylcboar ylcbora ylcbaor ylcbaro ylcbrao ylcbroa ylocrab ylocrba
ylocarb ylocabr ylocbar ylocbra ylorcab ylorcba yloracb ylorabc ylorbac ylorbca yloarcb
yloarbc yloacrb yloacbr yloabcr yloabrc ylobrac ylobrca ylobarc ylobacr ylobcar ylobcra
ylacorb ylacobr ylacrob ylacrbo ylacbro ylacbor ylaocrb ylaocbr ylaorcb ylaorbc ylaobrc
ylaobcr ylarocb ylarobc ylarcob ylarcbo ylarbco ylarboc ylaborc ylabocr ylabroc ylabrco
ylabcro ylabcor ylbcoar ylbcora ylbcaor ylbcaro ylbcrao ylbcroa ylbocar ylbocra ylboacr
ylboarc ylborac ylborca ylbaocr ylbaorc ylbacor ylbacro ylbarco ylbaroc ylbroac ylbroca
ylbraoc ylbraco ylbrcao ylbrcoa yarclob yarclbo yarcolb yarcobl yarcbol yarcblo yarlcob
yarlcbo yarlocb yarlobc yarlboc yarlbco yarolcb yarolbc yaroclb yarocbl yarobcl yaroblc
yarbloc yarblco yarbolc yarbocl yarbcol yarbclo yacrlob yacrlbo yacrolb yacrobl yacrbol
yacrblo yaclrob yaclrbo yaclorb yaclobr yaclbor yaclbro yacolrb yacolbr yacorlb yacorbl
yacobrl yacoblr yacblor yacblro yacbolr yacborl yacbrol yacbrlo yalcrob yalcrbo yalcorb
yalcobr yalcbor yalcbro yalrcob yalrcbo yalrocb yalrobc yalrboc yalrbco yalorcb yalorbc
yalocrb yalocbr yalobcr yalobrc yalbroc yalbrco yalborc yalbocr yalbcor yalbcro yaoclrb
yaoclbr yaocrlb yaocrbl yaocbrl yaocblr yaolcrb yaolcbr yaolrcb yaolrbc yaolbrc yaolbcr
yaorlcb yaorlbc yaorclb yaorcbl yaorbcl yaorblc yaoblrc yaoblcr yaobrlc yaobrcl yaobcrl
yaobclr yabclor yabclro yabcolr yabcorl yabcrol yabcrlo yablcor yablcro yablocr yablorc
yablroc yablrco yabolcr yabolrc yaboclr yabocrl yaborcl yaborlc yabrloc yabrlco yabrolc
yabrocl yabrcol yabrclo ybrclao ybrcloa ybrcalo ybrcaol ybrcoal ybrcola ybrlcao ybrlcoa
ybrlaco ybrlaoc ybrloac ybrloca ybralco ybraloc ybraclo ybracol ybraocl ybraolc ybrolac
ybrolca ybroalc ybroacl ybrocal ybrocla ybcrlao ybcrloa ybcralo ybcraol ybcroal ybcrola
ybclrao ybclroa ybclaro ybclaor ybcloar ybclora ybcalro ybcalor ybcarlo ybcarol ybcaorl
ybcaolr ybcolar ybcolra ybcoalr ybcoarl ybcoral ybcorla yblcrao yblcroa yblcaro yblcaor
yblcoar yblcora yblrcao yblrcoa yblraco yblraoc yblroac yblroca yblarco yblaroc yblacro
yblacor yblaocr yblaorc yblorac yblorca ybloarc ybloacr yblocar yblocra ybaclro ybaclor
ybacrlo ybacrol ybacorl ybacolr ybalcro ybalcor ybalrco ybalroc ybalorc ybalocr ybarlco
ybarloc ybarclo ybarcol ybarocl ybarolc ybaolrc ybaolcr ybaorlc ybaorcl ybaocrl ybaoclr
yboclar yboclra ybocalr ybocarl ybocral ybocrla ybolcar ybolcra ybolacr ybolarc ybolrac
ybolrca yboalcr yboalrc yboaclr yboacrl yboarcl yboarlc yborlac yborlca yboralc yboracl
yborcal yborcla

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History of cryptography
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