easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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oligacanthous

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opinionaire

hillsboro


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: garbell
cipher variations:
hbscfmm ictdgnn jduehoo kevfipp lfwgjqq
mgxhkrr nhyilss oizjmtt pjaknuu qkblovv
rlcmpww smdnqxx tneoryy uofpszz vpgqtaa
wqhrubb xrisvcc ysjtwdd ztkuxee aulvyff
bvmwzgg cwnxahh dxoybii eypzcjj fzqadkk

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: garbell
Cipher: tziyvoo

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: garbell
Cipher: AABBA AAAAA BAAAA AAAAB AABAA ABABA ABABA

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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: garbell
cipher variations:
hbscfmmtbaeniifbigveerbqidaadbyklwwpbgmtssnbwqjkkzbesrgg
lbmuzccxbuwhyyjbcypuuvbkaxqqictdgnnucbfojjgcjhwffscrjebb
eczlmxxqchnuttocxrkllacftshhmcnvaddycvxizzkcdzqvvwclbyrr
jduehoovdcgpkkhdkixggtdskfccfdamnyyrdiovuupdyslmmbdgutii
ndowbeezdwyjaaldearwwxdmczsskevfippwedhqllieljyhhuetlgdd
gebnozzsejpwvvqeztmnncehvujjoepxcffaexzkbbmefbsxxyendatt
lfwgjqqxfeirmmjfmkziivfumheehfcopaatfkqxwwrfaunoodfiwvkk
pfqydggbfyalccnfgctyyzfoebuumgxhkrrygfjsnnkgnlajjwgvniff
igdpqbbuglryxxsgbvoppegjxwllqgrzehhcgzbmddoghduzzagpfcvv
nhyilsszhgktoolhombkkxhwojggjheqrccvhmszyythcwpqqfhkyxmm
rhsafiidhacneephievaabhqgdwwoizjmttaihluppmipncllyixpkhh
kifrsddwintazzuidxqrrgilzynnsitbgjjeibdoffqijfwbbcirhexx
pjaknuubjimvqqnjqodmmzjyqliiljgsteexjoubaavjeyrsshjmazoo
tjuchkkfjcepggrjkgxccdjsifyyqkblovvckjnwrrokrpennakzrmjj
mkhtuffykpvcbbwkfzsttiknbappukvdillgkdfqhhsklhyddektjgzz
rlcmpwwdlkoxssplsqfooblasnkknliuvggzlqwdccxlgatuujlocbqq
vlwejmmhlegriitlmizeeflukhaasmdnqxxemlpyttqmtrgppcmbtoll
omjvwhhamrxeddymhbuvvkmpdcrrwmxfknnimfhsjjumnjaffgmvlibb
tneoryyfnmqzuurnushqqdncupmmpnkwxiibnsyfeeznicvwwlnqedss
xnygloojngitkkvnokbgghnwmjccuofpszzgonravvsovtirreodvqnn
qolxyjjcotzgffaojdwxxmorfettyozhmppkohjullwoplchhioxnkdd
vpgqtaahposbwwtpwujssfpewroorpmyzkkdpuahggbpkexyynpsgfuu
zpainqqlpikvmmxpqmdiijpyoleewqhrubbiqptcxxuqxvkttgqfxspp
sqnzalleqvbihhcqlfyzzoqthgvvaqbjorrmqjlwnnyqrnejjkqzpmff
xrisvccjrqudyyvrywluuhrgytqqtroabmmfrwcjiidrmgzaapruihww
brckpssnrkmxoozrsofkklraqnggysjtwddksrvezzwszxmvvishzurr
uspbcnngsxdkjjesnhabbqsvjixxcsdlqttoslnyppastpgllmsbrohh
ztkuxeeltswfaaxtaynwwjtiavssvtqcdoohtyelkkftoibccrtwkjyy
dtemruuptmozqqbtuqhmmntcspiiaulvyffmutxgbbyubzoxxkujbwtt
wurdeppiuzfmllgupjcddsuxlkzzeufnsvvqunparrcuvrinnoudtqjj
bvmwzggnvuyhcczvcapyylvkcxuuxvsefqqjvagnmmhvqkdeetvymlaa
fvgotwwrvoqbssdvwsjoopveurkkcwnxahhowvziddawdbqzzmwldyvv
ywtfgrrkwbhonniwrleffuwznmbbgwhpuxxswprcttewxtkppqwfvsll
dxoybiipxwajeebxecraanxmezwwzxughsslxcipoojxsmfggvxaoncc
hxiqvyytxqsduufxyulqqrxgwtmmeypzcjjqyxbkffcyfdsbboynfaxx
ayvhittmydjqppkytnghhwybpoddiyjrwzzuyrtevvgyzvmrrsyhxunn
fzqadkkrzyclggdzgetccpzogbyybzwijuunzekrqqlzuohiixzcqpee
jzksxaavzsufwwhzawnsstziyvoogarbellsazdmhheahfuddqaphczz
caxjkvvoaflsrrmavpijjyadrqffkaltybbwatvgxxiabxottuajzwpp

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: garbell
Cipher: tneoryy

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: garbell
Cipher: 22112421511313

Extended Methods:
Method #1

Plaintext: garbell
method variations:
mfwgkqqrlbmpvvwqgruaabvmwzff

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
g a r b e l l 
2 1 2 2 5 1 1 
2 1 4 1 1 3 3 
They are then read out in rows:
21225112141133
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: garbell
Cipher: bgefqan

Read more ...
Method #3

Plaintext: garbell
method variations:
bfivach fivachb ivachbf
vachbfi achbfiv chbfiva
hbfivac

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: garbell

all 5040 cipher variations:
garbell garbell garblel garblle garblle garblel garebll garebll garelbl garellb garellb
garelbl garlebl garlelb garlbel garlble garllbe garlleb garlelb garlebl garlleb garllbe
garlble garlbel gabrell gabrell gabrlel gabrlle gabrlle gabrlel gaberll gaberll gabelrl
gabellr gabellr gabelrl gablerl gablelr gablrel gablrle gabllre gabller gablelr gablerl
gabller gabllre gablrle gablrel gaebrll gaebrll gaeblrl gaebllr gaebllr gaeblrl gaerbll
gaerbll gaerlbl gaerllb gaerllb gaerlbl gaelrbl gaelrlb gaelbrl gaelblr gaellbr gaellrb
gaelrlb gaelrbl gaellrb gaellbr gaelblr gaelbrl galberl galbelr galbrel galbrle galblre
galbler galebrl galeblr galerbl galerlb galelrb galelbr galrebl galrelb galrbel galrble
galrlbe galrleb gallerb gallebr gallreb gallrbe gallbre gallber galbelr galberl galbler
galblre galbrle galbrel galeblr galebrl galelbr galelrb galerlb galerbl gallebr gallerb
gallber gallbre gallrbe gallreb galrelb galrebl galrleb galrlbe galrble galrbel grabell
grabell grablel grablle grablle grablel graebll graebll graelbl graellb graellb graelbl
gralebl gralelb gralbel gralble grallbe gralleb gralelb gralebl gralleb grallbe gralble
gralbel grbaell grbaell grbalel grballe grballe grbalel grbeall grbeall grbelal grbella
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arebllg arebllg areblgl aregbll aregbll areglbl aregllb aregllb areglbl arelgbl arelglb
arelbgl arelblg arellbg arellgb arelglb arelgbl arellgb arellbg arelblg arelbgl arlbegl
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alegrlb alegrbl aleglrb aleglbr alegblr alegbrl allberg allbegr allbreg allbrge allbgre
allbger allebrg allebgr allerbg allergb allegrb allegbr allrebg allregb allrbeg allrbge
allrgbe allrgeb allgerb allgebr allgreb allgrbe allgbre allgber algbelr algberl algbler
algblre algbrle algbrel algeblr algebrl algelbr algelrb algerlb algerbl alglebr alglerb
alglber alglbre alglrbe alglreb algrelb algrebl algrleb algrlbe algrble algrbel ragbell
ragbell ragblel ragblle ragblle ragblel ragebll ragebll ragelbl ragellb ragellb ragelbl
raglebl raglelb raglbel raglble ragllbe raglleb raglelb raglebl raglleb ragllbe raglble
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raeglbl raegllb raegllb raeglbl raelgbl raelglb raelbgl raelblg raellbg raellgb raelglb
raelgbl raellgb raellbg raelblg raelbgl ralbegl ralbelg ralbgel ralbgle ralblge ralbleg
ralebgl raleblg ralegbl raleglb ralelgb ralelbg ralgebl ralgelb ralgbel ralgble ralglbe
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rallbge rallgbe rallgeb ralgelb ralgebl ralgleb ralglbe ralgble ralgbel rgabell rgabell
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reglbla regllba regllab reglalb reglabl regllab regllba reglbla reglbal rebgall rebgall
rebglal rebglla rebglla rebglal rebagll rebagll rebalgl reballg reballg rebalgl reblagl
reblalg reblgal reblgla rebllga rebllag reblalg reblagl rebllag rebllga reblgla reblgal
reabgll reabgll reablgl reabllg reabllg reablgl reagbll reagbll reaglbl reagllb reagllb
reaglbl realgbl realglb realbgl realblg reallbg reallgb realglb realgbl reallgb reallbg
realblg realbgl relbagl relbalg relbgal relbgla relblga relblag relabgl relablg relagbl
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relabgl relalbg relalgb relaglb relagbl rellabg rellagb rellbag rellbga rellgba rellgab
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breglla breglal breagll breagll brealgl breallg breallg brealgl brelagl brelalg brelgal
brelgla brellga brellag brelalg brelagl brellag brellga brelgla brelgal brlgeal brlgela
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brlaelg brlagel brlagle brlalge brlaleg brlleag brllega brllaeg brllage brllgae brllgea
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begalrl begallr begallr begalrl beglarl beglalr beglral beglrla begllra begllar beglalr
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beargll beargll bearlgl bearllg bearllg bearlgl bealrgl bealrlg bealgrl bealglr beallgr
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blelrag blelrga blelarg blelagr blelgar blelgra blagerl blagelr blagrel blagrle blaglre
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blarlge blarleg blalerg blalegr blalreg blalrge blalgre blalger bllgear bllgera bllgaer
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blgalre blgarle blgarel blegrla blegral bleglra bleglar blegalr blegarl blergla blergal
blerlga blerlag bleralg bleragl blelrga blelrag blelgra blelgar blelagr blelarg blearlg
bleargl blealrg blealgr bleaglr bleagrl bllgera bllgear bllgrea bllgrae bllgare bllgaer
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blagrle blagrel blaeglr blaegrl blaelgr blaelrg blaerlg blaergl blalegr blalerg blalger
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earblgl earbllg earbllg earblgl eargbll eargbll earglbl eargllb eargllb earglbl earlgbl
earlglb earlbgl earlblg earllbg earllgb earlglb earlgbl earllgb earllbg earlblg earlbgl
eabrgll eabrgll eabrlgl eabrllg eabrllg eabrlgl eabgrll eabgrll eabglrl eabgllr eabgllr
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eablrlg eablrgl eagbrll eagbrll eagblrl eagbllr eagbllr eagblrl eagrbll eagrbll eagrlbl
eagrllb eagrllb eagrlbl eaglrbl eaglrlb eaglbrl eaglblr eagllbr eagllrb eaglrlb eaglrbl
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eallgrb eallgbr eallrgb eallrbg eallbrg eallbgr ealbglr ealbgrl ealblgr ealblrg ealbrlg
ealbrgl ealgblr ealgbrl ealglbr ealglrb ealgrlb ealgrbl eallgbr eallgrb eallbgr eallbrg
eallrbg eallrgb ealrglb ealrgbl ealrlgb ealrlbg ealrblg ealrbgl erabgll erabgll erablgl
erabllg erabllg erablgl eragbll eragbll eraglbl eragllb eragllb eraglbl eralgbl eralglb
eralbgl eralblg erallbg erallgb eralglb eralgbl erallgb erallbg eralblg eralbgl erbagll
erbagll erbalgl erballg erballg erbalgl erbgall erbgall erbglal erbglla erbglla erbglal
erblgal erblgla erblagl erblalg erbllag erbllga erblgla erblgal erbllga erbllag erblalg
erblagl ergball ergball ergblal ergblla ergblla ergblal ergabll ergabll ergalbl ergallb
ergallb ergalbl erglabl erglalb erglbal erglbla ergllba ergllab erglalb erglabl ergllab
ergllba erglbla erglbal erlbgal erlbgla erlbagl erlbalg erlblag erlblga erlgbal erlgbla
erlgabl erlgalb erlglab erlglba erlagbl erlaglb erlabgl erlablg erlalbg erlalgb erllgab
erllgba erllagb erllabg erllbag erllbga erlbgla erlbgal erlblga erlblag erlbalg erlbagl
erlgbla erlgbal erlglba erlglab erlgalb erlgabl erllgba erllgab erllbga erllbag erllabg
erllagb erlaglb erlagbl erlalgb erlalbg erlablg erlabgl ebragll ebragll ebralgl ebrallg
ebrallg ebralgl ebrgall ebrgall ebrglal ebrglla ebrglla ebrglal ebrlgal ebrlgla ebrlagl
ebrlalg ebrllag ebrllga ebrlgla ebrlgal ebrllga ebrllag ebrlalg ebrlagl ebargll ebargll
ebarlgl ebarllg ebarllg ebarlgl ebagrll ebagrll ebaglrl ebagllr ebagllr ebaglrl ebalgrl
ebalglr ebalrgl ebalrlg eballrg eballgr ebalglr ebalgrl eballgr eballrg ebalrlg ebalrgl
ebgarll ebgarll ebgalrl ebgallr ebgallr ebgalrl ebgrall ebgrall ebgrlal ebgrlla ebgrlla
ebgrlal ebglral ebglrla ebglarl ebglalr ebgllar ebgllra ebglrla ebglral ebgllra ebgllar
ebglalr ebglarl eblagrl eblaglr eblargl eblarlg eblalrg eblalgr eblgarl eblgalr eblgral
eblgrla eblglra eblglar eblrgal eblrgla eblragl eblralg eblrlag eblrlga ebllgra ebllgar
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eblgarl eblglar eblglra eblgrla eblgral ebllgar ebllgra ebllagr ebllarg ebllrag ebllrga
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eglalbr eglalrb eglarlb eglarbl egllabr egllarb egllbar egllbra egllrba egllrab eglralb
eglrabl eglrlab eglrlba eglrbla eglrbal elrbgal elrbgla elrbagl elrbalg elrblag elrblga
elrgbal elrgbla elrgabl elrgalb elrglab elrglba elragbl elraglb elrabgl elrablg elralbg
elralgb elrlgab elrlgba elrlagb elrlabg elrlbag elrlbga elbrgal elbrgla elbragl elbralg
elbrlag elbrlga elbgral elbgrla elbgarl elbgalr elbglar elbglra elbagrl elbaglr elbargl
elbarlg elbalrg elbalgr elblgar elblgra elblagr elblarg elblrag elblrga elgbral elgbrla
elgbarl elgbalr elgblar elgblra elgrbal elgrbla elgrabl elgralb elgrlab elgrlba elgarbl
elgarlb elgabrl elgablr elgalbr elgalrb elglrab elglrba elglarb elglabr elglbar elglbra
elabgrl elabglr elabrgl elabrlg elablrg elablgr elagbrl elagblr elagrbl elagrlb elaglrb
elaglbr elargbl elarglb elarbgl elarblg elarlbg elarlgb elalgrb elalgbr elalrgb elalrbg
elalbrg elalbgr ellbgar ellbgra ellbagr ellbarg ellbrag ellbrga ellgbar ellgbra ellgabr
ellgarb ellgrab ellgrba ellagbr ellagrb ellabgr ellabrg ellarbg ellargb ellrgab ellrgba
ellragb ellrabg ellrbag ellrbga elrbgla elrbgal elrblga elrblag elrbalg elrbagl elrgbla
elrgbal elrglba elrglab elrgalb elrgabl elrlgba elrlgab elrlbga elrlbag elrlabg elrlagb
elraglb elragbl elralgb elralbg elrablg elrabgl elbrgla elbrgal elbrlga elbrlag elbralg
elbragl elbgrla elbgral elbglra elbglar elbgalr elbgarl elblgra elblgar elblrga elblrag
elblarg elblagr elbaglr elbagrl elbalgr elbalrg elbarlg elbargl elgbrla elgbral elgblra
elgblar elgbalr elgbarl elgrbla elgrbal elgrlba elgrlab elgralb elgrabl elglrba elglrab
elglbra elglbar elglabr elglarb elgarlb elgarbl elgalrb elgalbr elgablr elgabrl ellbgra
ellbgar ellbrga ellbrag ellbarg ellbagr ellgbra ellgbar ellgrba ellgrab ellgarb ellgabr
ellrgba ellrgab ellrbga ellrbag ellrabg ellragb ellagrb ellagbr ellargb ellarbg ellabrg
ellabgr elabglr elabgrl elablgr elablrg elabrlg elabrgl elagblr elagbrl elaglbr elaglrb
elagrlb elagrbl elalgbr elalgrb elalbgr elalbrg elalrbg elalrgb elarglb elargbl elarlgb
elarlbg elarblg elarbgl larbegl larbelg larbgel larbgle larblge larbleg larebgl lareblg
laregbl lareglb larelgb larelbg largebl largelb largbel largble larglbe largleb larlegb
larlebg larlgeb larlgbe larlbge larlbeg labregl labrelg labrgel labrgle labrlge labrleg
labergl laberlg labegrl labeglr labelgr labelrg labgerl labgelr labgrel labgrle labglre
labgler lablegr lablerg lablger lablgre lablrge lablreg laebrgl laebrlg laebgrl laebglr
laeblgr laeblrg laerbgl laerblg laergbl laerglb laerlgb laerlbg laegrbl laegrlb laegbrl
laegblr laeglbr laeglrb laelrgb laelrbg laelgrb laelgbr laelbgr laelbrg lagberl lagbelr
lagbrel lagbrle lagblre lagbler lagebrl lageblr lagerbl lagerlb lagelrb lagelbr lagrebl
lagrelb lagrbel lagrble lagrlbe lagrleb laglerb laglebr laglreb laglrbe laglbre laglber
lalbegr lalberg lalbger lalbgre lalbrge lalbreg lalebgr lalebrg lalegbr lalegrb lalergb
lalerbg lalgebr lalgerb lalgber lalgbre lalgrbe lalgreb lalregb lalrebg lalrgeb lalrgbe
lalrbge lalrbeg lrabegl lrabelg lrabgel lrabgle lrablge lrableg lraebgl lraeblg lraegbl
lraeglb lraelgb lraelbg lragebl lragelb lragbel lragble lraglbe lragleb lralegb lralebg
lralgeb lralgbe lralbge lralbeg lrbaegl lrbaelg lrbagel lrbagle lrbalge lrbaleg lrbeagl
lrbealg lrbegal lrbegla lrbelga lrbelag lrbgeal lrbgela lrbgael lrbgale lrbglae lrbglea
lrblega lrbleag lrblgea lrblgae lrblage lrblaeg lrebagl lrebalg lrebgal lrebgla lreblga
lreblag lreabgl lreablg lreagbl lreaglb lrealgb lrealbg lregabl lregalb lregbal lregbla
lreglba lreglab lrelagb lrelabg lrelgab lrelgba lrelbga lrelbag lrgbeal lrgbela lrgbael
lrgbale lrgblae lrgblea lrgebal lrgebla lrgeabl lrgealb lrgelab lrgelba lrgaebl lrgaelb
lrgabel lrgable lrgalbe lrgaleb lrgleab lrgleba lrglaeb lrglabe lrglbae lrglbea lrlbega
lrlbeag lrlbgea lrlbgae lrlbage lrlbaeg lrlebga lrlebag lrlegba lrlegab lrleagb lrleabg
lrlgeba lrlgeab lrlgbea lrlgbae lrlgabe lrlgaeb lrlaegb lrlaebg lrlageb lrlagbe lrlabge
lrlabeg lbraegl lbraelg lbragel lbragle lbralge lbraleg lbreagl lbrealg lbregal lbregla
lbrelga lbrelag lbrgeal lbrgela lbrgael lbrgale lbrglae lbrglea lbrlega lbrleag lbrlgea
lbrlgae lbrlage lbrlaeg lbaregl lbarelg lbargel lbargle lbarlge lbarleg lbaergl lbaerlg
lbaegrl lbaeglr lbaelgr lbaelrg lbagerl lbagelr lbagrel lbagrle lbaglre lbagler lbalegr
lbalerg lbalger lbalgre lbalrge lbalreg lbeargl lbearlg lbeagrl lbeaglr lbealgr lbealrg
lberagl lberalg lbergal lbergla lberlga lberlag lbegral lbegrla lbegarl lbegalr lbeglar
lbeglra lbelrga lbelrag lbelgra lbelgar lbelagr lbelarg lbgaerl lbgaelr lbgarel lbgarle
lbgalre lbgaler lbgearl lbgealr lbgeral lbgerla lbgelra lbgelar lbgreal lbgrela lbgrael
lbgrale lbgrlae lbgrlea lbglera lbglear lbglrea lbglrae lbglare lbglaer lblaegr lblaerg
lblager lblagre lblarge lblareg lbleagr lblearg lblegar lblegra lblerga lblerag lblgear
lblgera lblgaer lblgare lblgrae lblgrea lblrega lblreag lblrgea lblrgae lblrage lblraeg
lerbagl lerbalg lerbgal lerbgla lerblga lerblag lerabgl lerablg leragbl leraglb leralgb
leralbg lergabl lergalb lergbal lergbla lerglba lerglab lerlagb lerlabg lerlgab lerlgba
lerlbga lerlbag lebragl lebralg lebrgal lebrgla lebrlga lebrlag lebargl lebarlg lebagrl
lebaglr lebalgr lebalrg lebgarl lebgalr lebgral lebgrla lebglra lebglar leblagr leblarg
leblgar leblgra leblrga leblrag leabrgl leabrlg leabgrl leabglr leablgr leablrg learbgl
learblg leargbl learglb learlgb learlbg leagrbl leagrlb leagbrl leagblr leaglbr leaglrb
lealrgb lealrbg lealgrb lealgbr lealbgr lealbrg legbarl legbalr legbral legbrla legblra
legblar legabrl legablr legarbl legarlb legalrb legalbr legrabl legralb legrbal legrbla
legrlba legrlab leglarb leglabr leglrab leglrba leglbra leglbar lelbagr lelbarg lelbgar
lelbgra lelbrga lelbrag lelabgr lelabrg lelagbr lelagrb lelargb lelarbg lelgabr lelgarb
lelgbar lelgbra lelgrba lelgrab lelragb lelrabg lelrgab lelrgba lelrbga lelrbag lgrbeal
lgrbela lgrbael lgrbale lgrblae lgrblea lgrebal lgrebla lgreabl lgrealb lgrelab lgrelba
lgraebl lgraelb lgrabel lgrable lgralbe lgraleb lgrleab lgrleba lgrlaeb lgrlabe lgrlbae
lgrlbea lgbreal lgbrela lgbrael lgbrale lgbrlae lgbrlea lgberal lgberla lgbearl lgbealr
lgbelar lgbelra lgbaerl lgbaelr lgbarel lgbarle lgbalre lgbaler lgblear lgblera lgblaer
lgblare lgblrae lgblrea lgebral lgebrla lgebarl lgebalr lgeblar lgeblra lgerbal lgerbla
lgerabl lgeralb lgerlab lgerlba lgearbl lgearlb lgeabrl lgeablr lgealbr lgealrb lgelrab
lgelrba lgelarb lgelabr lgelbar lgelbra lgaberl lgabelr lgabrel lgabrle lgablre lgabler
lgaebrl lgaeblr lgaerbl lgaerlb lgaelrb lgaelbr lgarebl lgarelb lgarbel lgarble lgarlbe
lgarleb lgalerb lgalebr lgalreb lgalrbe lgalbre lgalber lglbear lglbera lglbaer lglbare
lglbrae lglbrea lglebar lglebra lgleabr lglearb lglerab lglerba lglaebr lglaerb lglaber
lglabre lglarbe lglareb lglreab lglreba lglraeb lglrabe lglrbae lglrbea llrbega llrbeag
llrbgea llrbgae llrbage llrbaeg llrebga llrebag llregba llregab llreagb llreabg llrgeba
llrgeab llrgbea llrgbae llrgabe llrgaeb llraegb llraebg llrageb llragbe llrabge llrabeg
llbrega llbreag llbrgea llbrgae llbrage llbraeg llberga llberag llbegra llbegar llbeagr
llbearg llbgera llbgear llbgrea llbgrae llbgare llbgaer llbaegr llbaerg llbager llbagre
llbarge llbareg llebrga llebrag llebgra llebgar llebagr llebarg llerbga llerbag llergba
llergab lleragb llerabg llegrba llegrab llegbra llegbar llegabr llegarb lleargb llearbg
lleagrb lleagbr lleabgr lleabrg llgbera llgbear llgbrea llgbrae llgbare llgbaer llgebra
llgebar llgerba llgerab llgearb llgeabr llgreba llgreab llgrbea llgrbae llgrabe llgraeb
llgaerb llgaebr llgareb llgarbe llgabre llgaber llabegr llaberg llabger llabgre llabrge
llabreg llaebgr llaebrg llaegbr llaegrb llaergb llaerbg llagebr llagerb llagber llagbre
llagrbe llagreb llaregb llarebg llargeb llargbe llarbge llarbeg larbelg larbegl larbleg
larblge larbgle larbgel lareblg larebgl larelbg larelgb lareglb laregbl larlebg larlegb
larlbeg larlbge larlgbe larlgeb largelb largebl largleb larglbe largble largbel labrelg
labregl labrleg labrlge labrgle labrgel laberlg labergl labelrg labelgr labeglr labegrl
lablerg lablegr lablreg lablrge lablgre lablger labgelr labgerl labgler labglre labgrle
labgrel laebrlg laebrgl laeblrg laeblgr laebglr laebgrl laerblg laerbgl laerlbg laerlgb
laerglb laergbl laelrbg laelrgb laelbrg laelbgr laelgbr laelgrb laegrlb laegrbl laeglrb
laeglbr laegblr laegbrl lalberg lalbegr lalbreg lalbrge lalbgre lalbger lalebrg lalebgr
lalerbg lalergb lalegrb lalegbr lalrebg lalregb lalrbeg lalrbge lalrgbe lalrgeb lalgerb
lalgebr lalgreb lalgrbe lalgbre lalgber lagbelr lagberl lagbler lagblre lagbrle lagbrel
lageblr lagebrl lagelbr lagelrb lagerlb lagerbl laglebr laglerb laglber laglbre laglrbe
laglreb lagrelb lagrebl lagrleb lagrlbe lagrble lagrbel lrabelg lrabegl lrableg lrablge
lrabgle lrabgel lraeblg lraebgl lraelbg lraelgb lraeglb lraegbl lralebg lralegb lralbeg
lralbge lralgbe lralgeb lragelb lragebl lragleb lraglbe lragble lragbel lrbaelg lrbaegl
lrbaleg lrbalge lrbagle lrbagel lrbealg lrbeagl lrbelag lrbelga lrbegla lrbegal lrbleag
lrblega lrblaeg lrblage lrblgae lrblgea lrbgela lrbgeal lrbglea lrbglae lrbgale lrbgael
lrebalg lrebagl lreblag lreblga lrebgla lrebgal lreablg lreabgl lrealbg lrealgb lreaglb
lreagbl lrelabg lrelagb lrelbag lrelbga lrelgba lrelgab lregalb lregabl lreglab lreglba
lregbla lregbal lrlbeag lrlbega lrlbaeg lrlbage lrlbgae lrlbgea lrlebag lrlebga lrleabg
lrleagb lrlegab lrlegba lrlaebg lrlaegb lrlabeg lrlabge lrlagbe lrlageb lrlgeab lrlgeba
lrlgaeb lrlgabe lrlgbae lrlgbea lrgbela lrgbeal lrgblea lrgblae lrgbale lrgbael lrgebla
lrgebal lrgelba lrgelab lrgealb lrgeabl lrgleba lrgleab lrglbea lrglbae lrglabe lrglaeb
lrgaelb lrgaebl lrgaleb lrgalbe lrgable lrgabel lbraelg lbraegl lbraleg lbralge lbragle
lbragel lbrealg lbreagl lbrelag lbrelga lbregla lbregal lbrleag lbrlega lbrlaeg lbrlage
lbrlgae lbrlgea lbrgela lbrgeal lbrglea lbrglae lbrgale lbrgael lbarelg lbaregl lbarleg
lbarlge lbargle lbargel lbaerlg lbaergl lbaelrg lbaelgr lbaeglr lbaegrl lbalerg lbalegr
lbalreg lbalrge lbalgre lbalger lbagelr lbagerl lbagler lbaglre lbagrle lbagrel lbearlg
lbeargl lbealrg lbealgr lbeaglr lbeagrl lberalg lberagl lberlag lberlga lbergla lbergal
lbelrag lbelrga lbelarg lbelagr lbelgar lbelgra lbegrla lbegral lbeglra lbeglar lbegalr
lbegarl lblaerg lblaegr lblareg lblarge lblagre lblager lblearg lbleagr lblerag lblerga
lblegra lblegar lblreag lblrega lblraeg lblrage lblrgae lblrgea lblgera lblgear lblgrea
lblgrae lblgare lblgaer lbgaelr lbgaerl lbgaler lbgalre lbgarle lbgarel lbgealr lbgearl
lbgelar lbgelra lbgerla lbgeral lbglear lbglera lbglaer lbglare lbglrae lbglrea lbgrela
lbgreal lbgrlea lbgrlae lbgrale lbgrael lerbalg lerbagl lerblag lerblga lerbgla lerbgal
lerablg lerabgl leralbg leralgb leraglb leragbl lerlabg lerlagb lerlbag lerlbga lerlgba
lerlgab lergalb lergabl lerglab lerglba lergbla lergbal lebralg lebragl lebrlag lebrlga
lebrgla lebrgal lebarlg lebargl lebalrg lebalgr lebaglr lebagrl leblarg leblagr leblrag
leblrga leblgra leblgar lebgalr lebgarl lebglar lebglra lebgrla lebgral leabrlg leabrgl
leablrg leablgr leabglr leabgrl learblg learbgl learlbg learlgb learglb leargbl lealrbg
lealrgb lealbrg lealbgr lealgbr lealgrb leagrlb leagrbl leaglrb leaglbr leagblr leagbrl
lelbarg lelbagr lelbrag lelbrga lelbgra lelbgar lelabrg lelabgr lelarbg lelargb lelagrb
lelagbr lelrabg lelragb lelrbag lelrbga lelrgba lelrgab lelgarb lelgabr lelgrab lelgrba
lelgbra lelgbar legbalr legbarl legblar legblra legbrla legbral legablr legabrl legalbr
legalrb legarlb legarbl leglabr leglarb leglbar leglbra leglrba leglrab legralb legrabl
legrlab legrlba legrbla legrbal llrbeag llrbega llrbaeg llrbage llrbgae llrbgea llrebag
llrebga llreabg llreagb llregab llregba llraebg llraegb llrabeg llrabge llragbe llrageb
llrgeab llrgeba llrgaeb llrgabe llrgbae llrgbea llbreag llbrega llbraeg llbrage llbrgae
llbrgea llberag llberga llbearg llbeagr llbegar llbegra llbaerg llbaegr llbareg llbarge
llbagre llbager llbgear llbgera llbgaer llbgare llbgrae llbgrea llebrag llebrga llebarg
llebagr llebgar llebgra llerbag llerbga llerabg lleragb llergab llergba llearbg lleargb
lleabrg lleabgr lleagbr lleagrb llegrab llegrba llegarb llegabr llegbar llegbra llaberg
llabegr llabreg llabrge llabgre llabger llaebrg llaebgr llaerbg llaergb llaegrb llaegbr
llarebg llaregb llarbeg llarbge llargbe llargeb llagerb llagebr llagreb llagrbe llagbre
llagber llgbear llgbera llgbaer llgbare llgbrae llgbrea llgebar llgebra llgeabr llgearb
llgerab llgerba llgaebr llgaerb llgaber llgabre llgarbe llgareb llgreab llgreba llgraeb
llgrabe llgrbae llgrbea lgrbela lgrbeal lgrblea lgrblae lgrbale lgrbael lgrebla lgrebal
lgrelba lgrelab lgrealb lgreabl lgrleba lgrleab lgrlbea lgrlbae lgrlabe lgrlaeb lgraelb
lgraebl lgraleb lgralbe lgrable lgrabel lgbrela lgbreal lgbrlea lgbrlae lgbrale lgbrael
lgberla lgberal lgbelra lgbelar lgbealr lgbearl lgblera lgblear lgblrea lgblrae lgblare
lgblaer lgbaelr lgbaerl lgbaler lgbalre lgbarle lgbarel lgebrla lgebral lgeblra lgeblar
lgebalr lgebarl lgerbla lgerbal lgerlba lgerlab lgeralb lgerabl lgelrba lgelrab lgelbra
lgelbar lgelabr lgelarb lgearlb lgearbl lgealrb lgealbr lgeablr lgeabrl lglbera lglbear
lglbrea lglbrae lglbare lglbaer lglebra lglebar lglerba lglerab lglearb lgleabr lglreba
lglreab lglrbea lglrbae lglrabe lglraeb lglaerb lglaebr lglareb lglarbe lglabre lglaber
lgabelr lgaberl lgabler lgablre lgabrle lgabrel lgaeblr lgaebrl lgaelbr lgaelrb lgaerlb
lgaerbl lgalebr lgalerb lgalber lgalbre lgalrbe lgalreb lgarelb lgarebl lgarleb lgarlbe
lgarble lgarbel

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History of cryptography
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