easy ciphers

Easy Ciphers Tools:
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popular ciphers:

fathomage

socionomy

lacunas

curtailed

maarath

superspiritual

vaccaeque

scumlike

fumiyo

recriminator

ungrudging

anticoagulin

famine

array

posteroparietal

tumbrel

mezentiumque

yearlings


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: gladded
cipher variations:
hmbeefe incffgf jodgghg kpehhih lqfiiji
mrgjjkj nshkklk otillml pujmmnm qvknnon
rwloopo sxmppqp tynqqrq uzorrsr vapssts
wbqttut xcruuvu ydsvvwv zetwwxw afuxxyx
bgvyyzy chwzzaz dixaaba ejybbcb fkzccdc

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: gladded
Cipher: tozwwvw

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: gladded
Cipher: AABBA ABABA AAAAA AAABB AAABB AABAA AAABB

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: gladded
cipher variations:
hmbeefetibkknkfebqqvqrabwwdwdwbcclcpsbiitinkbuujuzgbaara
lcbggzgxybmmhmjubsspsvqbyyxyincffgfujcllolgfcrrwrsbcxxex
excddmdqtcjjujolcvvkvahcbbsbmdchhahyzcnninkvcttqtwrczzyz
jodgghgvkdmmpmhgdssxstcdyyfyfydeenerudkkvkpmdwwlwbidcctc
nediibizadoojolwduuruxsdaazakpehhihwlennqnihettytudezzgz
gzeffofsvellwlqnexxmxcjeddudofejjcjabeppkpmxevvsvytebbab
lqfiijixmfoorojifuuzuvefaahahafggpgtwfmmxmrofyynydkfeeve
pgfkkdkbcfqqlqnyfwwtwzufccbcmrgjjkjyngppspkjgvvavwfgbbib
ibghhqhuxgnnynspgzzozelgffwfqhgllelcdgrrmrozgxxuxavgddcd
nshkklkzohqqtqlkhwwbwxghccjcjchiirivyhoozotqhaapafmhggxg
rihmmfmdehssnspahyyvybwheedeotillmlapirrurmlixxcxyhiddkd
kdijjsjwzippapuribbqbgnihhyhsjinngnefittotqbizzwzcxiffef
pujmmnmbqjssvsnmjyydyzijeelelejkktkxajqqbqvsjccrchojiizi
tkjoohofgjuupurcjaaxadyjggfgqvknnoncrkttwtonkzzezajkffmf
mfkllulybkrrcrwtkddsdipkjjajulkppipghkvvqvsdkbbybezkhhgh
rwloopodsluuxupolaafabklggngnglmmvmzclssdsxuleetejqlkkbk
vmlqqjqhilwwrwtelcczcfaliihisxmppqpetmvvyvqpmbbgbclmhhoh
ohmnnwnadmttetyvmffufkrmllclwnmrrkrijmxxsxufmddadgbmjjij
tynqqrqfunwwzwrqncchcdmniipipinooxobenuufuzwnggvglsnmmdm
xonsslsjknyytyvgneebehcnkkjkuzorrsrgvoxxaxsroddidenojjqj
qjoppypcfovvgvaxohhwhmtonnenypottmtklozzuzwhoffcfidollkl
vapsstshwpyybytspeejefopkkrkrkpqqzqdgpwwhwbypiixinupoofo
zqpuunulmpaavaxipggdgjepmmlmwbqttutixqzzczutqffkfgpqllsl
slqrrarehqxxixczqjjyjovqppgparqvvovmnqbbwbyjqhhehkfqnnmn
xcruuvujyraadavurgglghqrmmtmtmrssbsfiryyjydarkkzkpwrqqhq
bsrwwpwnorccxczkriifilgroonoydsvvwvkzsbbebwvshhmhirsnnun
unsttctgjszzkzebsllalqxsrrirctsxxqxopsddydalsjjgjmhsppop
zetwwxwlatccfcxwtiinijstoovovotuuduhktaalafctmmbmrytssjs
dutyyrypqteezebmtkkhknitqqpqafuxxyxmbuddgdyxujjojktuppwp
wpuvvevilubbmbgdunncnszuttktevuzzszqruffafcnullilojurrqr
bgvyyzyncveehezyvkkpkluvqqxqxqvwwfwjmvccnchevoodotavuulu
fwvaatarsvggbgdovmmjmpkvssrschwzzazodwffifazwllqlmvwrryr
yrwxxgxknwddodifwppepubwvvmvgxwbbubstwhhchepwnnknqlwttst
dixaabapexggjgbaxmmrmnwxsszszsxyyhyloxeepejgxqqfqvcxwwnw
hyxccvctuxiidifqxoolormxuutuejybbcbqfyhhkhcbynnsnoxyttat
atyzzizmpyffqfkhyrrgrwdyxxoxizyddwduvyjjejgryppmpsnyvvuv
fkzccdcrgziilidczootopyzuububuzaajanqzggrglizsshsxezyypy
jazeexevwzkkfkhszqqnqtozwwvwgladdedshajjmjedappupqzavvcv
cvabbkborahhshmjattityfazzqzkbaffyfwxallglitarrorupaxxwx

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: gladded
Cipher: tynqqrq

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: gladded
Cipher: 22131141415141

Extended Methods:
Method #1

Plaintext: gladded
method variations:
mqfiikirvloopowaqttutbfvyyzy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
g l a d d e d 
2 1 1 4 4 5 4 
2 3 1 1 1 1 1 
They are then read out in rows:
21144542311111
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: gladded
Cipher: bqyicaa

Read more ...
Method #3

Plaintext: gladded
method variations:
bcqqvqf cqqvqfb qqvqfbc
qvqfbcq vqfbcqq qfbcqqv
fbcqqvq

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: gladded

all 5040 cipher variations:
gladded gladdde gladedd gladedd gladded gladdde gladded gladdde gladedd gladedd gladded
gladdde glaeddd glaeddd glaeddd glaeddd glaeddd glaeddd gladded gladdde gladedd gladedd
gladded gladdde gldaded gldadde gldaedd gldaedd gldaded gldadde glddaed glddade glddead
glddeda gldddea gldddae gldedad gldedda gldeadd gldeadd gldedad gldedda gldddea gldddae
glddeda glddead glddaed glddade glddaed glddade glddead glddeda gldddea gldddae gldaded
gldadde gldaedd gldaedd gldaded gldadde gldeadd gldeadd gldedad gldedda gldedda gldedad
glddaed glddade glddead glddeda gldddea gldddae gleddad gleddda gledadd gledadd gleddad
gleddda gleddad gleddda gledadd gledadd gleddad gleddda gleaddd gleaddd gleaddd gleaddd
gleaddd gleaddd gleddad gleddda gledadd gledadd gleddad gleddda gldddea gldddae glddeda
glddead glddaed glddade gldddea gldddae glddeda glddead glddaed glddade gldedda gldedad
gldedda gldedad gldeadd gldeadd gldaded gldadde gldaedd gldaedd gldaded gldadde galdded
galddde galdedd galdedd galdded galddde galdded galddde galdedd galdedd galdded galddde
galeddd galeddd galeddd galeddd galeddd galeddd galdded galddde galdedd galdedd galdded
galddde gadlded gadldde gadledd gadledd gadlded gadldde gaddled gaddlde gaddeld gaddedl
gadddel gadddle gadedld gadeddl gadeldd gadeldd gadedld gadeddl gadddel gadddle gaddedl
gaddeld gaddled gaddlde gaddled gaddlde gaddeld gaddedl gadddel gadddle gadlded gadldde
gadledd gadledd gadlded gadldde gadeldd gadeldd gadedld gadeddl gadeddl gadedld gaddled
gaddlde gaddeld gaddedl gadddel gadddle gaeddld gaedddl gaedldd gaedldd gaeddld gaedddl
gaeddld gaedddl gaedldd gaedldd gaeddld gaedddl gaelddd gaelddd gaelddd gaelddd gaelddd
gaelddd gaeddld gaedddl gaedldd gaedldd gaeddld gaedddl gadddel gadddle gaddedl gaddeld
gaddled gaddlde gadddel gadddle gaddedl gaddeld gaddled gaddlde gadeddl gadedld gadeddl
gadedld gadeldd gadeldd gadlded gadldde gadledd gadledd gadlded gadldde gdalded gdaldde
gdaledd gdaledd gdalded gdaldde gdadled gdadlde gdadeld gdadedl gdaddel gdaddle gdaedld
gdaeddl gdaeldd gdaeldd gdaedld gdaeddl gdaddel gdaddle gdadedl gdadeld gdadled gdadlde
gdladed gdladde gdlaedd gdlaedd gdladed gdladde gdldaed gdldade gdldead gdldeda gdlddea
gdlddae gdledad gdledda gdleadd gdleadd gdledad gdledda gdlddea gdlddae gdldeda gdldead
gdldaed gdldade gddlaed gddlade gddlead gddleda gddldea gddldae gddaled gddalde gddaeld
gddaedl gddadel gddadle gddeald gddeadl gddelad gddelda gddedla gddedal gdddael gdddale
gdddeal gdddela gdddlea gdddlae gdeldad gdeldda gdeladd gdeladd gdeldad gdeldda gdedlad
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gddeald gddeadl gddadel gddadle gddaedl gddaeld gddaled gddalde gdadled gdadlde gdadeld
gdadedl gdaddel gdaddle gdalded gdaldde gdaledd gdaledd gdalded gdaldde gdaeldd gdaeldd
gdaedld gdaeddl gdaeddl gdaedld gdadled gdadlde gdadeld gdadedl gdaddel gdaddle gddaled
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geaddld geadddl geaddld geadddl geadldd geadldd geaddld geadddl gealddd gealddd gealddd
gealddd gealddd gealddd geaddld geadddl geadldd geadldd geaddld geadddl gedadld gedaddl
gedaldd gedaldd gedadld gedaddl geddald geddadl geddlad geddlda gedddla gedddal gedldad
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gedaddl gedladd gedladd gedldad gedldda gedldda gedldad geddald geddadl geddlad geddlda
gedddla gedddal gelddad gelddda geldadd geldadd gelddad gelddda gelddad gelddda geldadd
geldadd gelddad gelddda geladdd geladdd geladdd geladdd geladdd geladdd gelddad gelddda
geldadd geldadd gelddad gelddda gedddla gedddal geddlda geddlad geddald geddadl gedddla
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gddaeld gddaled gddalde gdddael gdddale gdddeal gdddela gdddlea gdddlae gddedal gddedla
gddeadl gddeald gddelad gddelda gddldea gddldae gddleda gddlead gddlaed gddlade gdddael
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lgadded lgaddde lgadedd lgadedd lgadded lgaddde lgaeddd lgaeddd lgaeddd lgaeddd lgaeddd
lgaeddd lgadded lgaddde lgadedd lgadedd lgadded lgaddde lgdaded lgdadde lgdaedd lgdaedd
lgdaded lgdadde lgddaed lgddade lgddead lgddeda lgdddea lgdddae lgdedad lgdedda lgdeadd
lgdeadd lgdedad lgdedda lgdddea lgdddae lgddeda lgddead lgddaed lgddade lgddaed lgddade
lgddead lgddeda lgdddea lgdddae lgdaded lgdadde lgdaedd lgdaedd lgdaded lgdadde lgdeadd
lgdeadd lgdedad lgdedda lgdedda lgdedad lgddaed lgddade lgddead lgddeda lgdddea lgdddae
lgeddad lgeddda lgedadd lgedadd lgeddad lgeddda lgeddad lgeddda lgedadd lgedadd lgeddad
lgeddda lgeaddd lgeaddd lgeaddd lgeaddd lgeaddd lgeaddd lgeddad lgeddda lgedadd lgedadd
lgeddad lgeddda lgdddea lgdddae lgddeda lgddead lgddaed lgddade lgdddea lgdddae lgddeda
lgddead lgddaed lgddade lgdedda lgdedad lgdedda lgdedad lgdeadd lgdeadd lgdaded lgdadde
lgdaedd lgdaedd lgdaded lgdadde lagdded lagddde lagdedd lagdedd lagdded lagddde lagdded
lagddde lagdedd lagdedd lagdded lagddde lageddd lageddd lageddd lageddd lageddd lageddd
lagdded lagddde lagdedd lagdedd lagdded lagddde ladgded ladgdde ladgedd ladgedd ladgded
ladgdde laddged laddgde laddegd laddedg ladddeg ladddge ladedgd ladeddg ladegdd ladegdd
ladedgd ladeddg ladddeg ladddge laddedg laddegd laddged laddgde laddged laddgde laddegd
laddedg ladddeg ladddge ladgded ladgdde ladgedd ladgedd ladgded ladgdde ladegdd ladegdd
ladedgd ladeddg ladeddg ladedgd laddged laddgde laddegd laddedg ladddeg ladddge laeddgd
laedddg laedgdd laedgdd laeddgd laedddg laeddgd laedddg laedgdd laedgdd laeddgd laedddg
laegddd laegddd laegddd laegddd laegddd laegddd laeddgd laedddg laedgdd laedgdd laeddgd
laedddg ladddeg ladddge laddedg laddegd laddged laddgde ladddeg ladddge laddedg laddegd
laddged laddgde ladeddg ladedgd ladeddg ladedgd ladegdd ladegdd ladgded ladgdde ladgedd
ladgedd ladgded ladgdde ldagded ldagdde ldagedd ldagedd ldagded ldagdde ldadged ldadgde
ldadegd ldadedg ldaddeg ldaddge ldaedgd ldaeddg ldaegdd ldaegdd ldaedgd ldaeddg ldaddeg
ldaddge ldadedg ldadegd ldadged ldadgde ldgaded ldgadde ldgaedd ldgaedd ldgaded ldgadde
ldgdaed ldgdade ldgdead ldgdeda ldgddea ldgddae ldgedad ldgedda ldgeadd ldgeadd ldgedad
ldgedda ldgddea ldgddae ldgdeda ldgdead ldgdaed ldgdade lddgaed lddgade lddgead lddgeda
lddgdea lddgdae lddaged lddagde lddaegd lddaedg lddadeg lddadge lddeagd lddeadg lddegad
lddegda lddedga lddedag ldddaeg ldddage ldddeag ldddega ldddgea ldddgae ldegdad ldegdda
ldegadd ldegadd ldegdad ldegdda ldedgad ldedgda ldedagd ldedadg ldeddag ldeddga ldeadgd
ldeaddg ldeagdd ldeagdd ldeadgd ldeaddg ldeddag ldeddga ldedadg ldedagd ldedgad ldedgda
lddgdea lddgdae lddgeda lddgead lddgaed lddgade ldddgea ldddgae ldddega ldddeag ldddaeg
ldddage lddedga lddedag lddegda lddegad lddeagd lddeadg lddadeg lddadge lddaedg lddaegd
lddaged lddagde ldadged ldadgde ldadegd ldadedg ldaddeg ldaddge ldagded ldagdde ldagedd
ldagedd ldagded ldagdde ldaegdd ldaegdd ldaedgd ldaeddg ldaeddg ldaedgd ldadged ldadgde
ldadegd ldadedg ldaddeg ldaddge lddaged lddagde lddaegd lddaedg lddadeg lddadge lddgaed
lddgade lddgead lddgeda lddgdea lddgdae lddegad lddegda lddeagd lddeadg lddedag lddedga
ldddgea ldddgae ldddega ldddeag ldddaeg ldddage ldgdaed ldgdade ldgdead ldgdeda ldgddea
ldgddae ldgaded ldgadde ldgaedd ldgaedd ldgaded ldgadde ldgeadd ldgeadd ldgedad ldgedda
ldgedda ldgedad ldgdaed ldgdade ldgdead ldgdeda ldgddea ldgddae ldedgad ldedgda ldedagd
ldedadg ldeddag ldeddga ldegdad ldegdda ldegadd ldegadd ldegdad ldegdda ldeagdd ldeagdd
ldeadgd ldeaddg ldeaddg ldeadgd ldedgad ldedgda ldedagd ldedadg ldeddag ldeddga ldddgea
ldddgae ldddega ldddeag ldddaeg ldddage lddgdea lddgdae lddgeda lddgead lddgaed lddgade
lddegda lddegad lddedga lddedag lddeadg lddeagd lddaged lddagde lddaegd lddaedg lddadeg
lddadge leaddgd leadddg leadgdd leadgdd leaddgd leadddg leaddgd leadddg leadgdd leadgdd
leaddgd leadddg leagddd leagddd leagddd leagddd leagddd leagddd leaddgd leadddg leadgdd
leadgdd leaddgd leadddg ledadgd ledaddg ledagdd ledagdd ledadgd ledaddg leddagd leddadg
leddgad leddgda ledddga ledddag ledgdad ledgdda ledgadd ledgadd ledgdad ledgdda ledddga
ledddag leddgda leddgad leddagd leddadg leddagd leddadg leddgad leddgda ledddga ledddag
ledadgd ledaddg ledagdd ledagdd ledadgd ledaddg ledgadd ledgadd ledgdad ledgdda ledgdda
ledgdad leddagd leddadg leddgad leddgda ledddga ledddag legddad legddda legdadd legdadd
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degladd degldad degldda degldda degldad degdald degdadl degdlad degdlda degddla degddal
deldgad deldgda deldagd deldadg delddag delddga delgdad delgdda delgadd delgadd delgdad
delgdda delagdd delagdd deladgd deladdg deladdg deladgd deldgad deldgda deldagd deldadg
delddag delddga deddgla deddgal deddlga deddlag deddalg deddagl dedgdla dedgdal dedglda
dedglad dedgald dedgadl dedlgda dedlgad dedldga dedldag dedladg dedlagd dedagld dedagdl
dedalgd dedaldg dedadlg dedadgl ddadgel ddadgle ddadegl ddadelg ddadleg ddadlge ddagdel
ddagdle ddagedl ddageld ddagled ddaglde ddaegdl ddaegld ddaedgl ddaedlg ddaeldg ddaelgd
ddalged ddalgde ddalegd ddaledg ddaldeg ddaldge dddagel dddagle dddaegl dddaelg dddaleg
dddalge dddgael dddgale dddgeal dddgela dddglea dddglae dddegal dddegla dddeagl dddealg
dddelag dddelga dddlgea dddlgae dddlega dddleag dddlaeg dddlage ddgdael ddgdale ddgdeal
ddgdela ddgdlea ddgdlae ddgadel ddgadle ddgaedl ddgaeld ddgaled ddgalde ddgeadl ddgeald
ddgedal ddgedla ddgelda ddgelad ddglaed ddglade ddglead ddgleda ddgldea ddgldae ddedgal
ddedgla ddedagl ddedalg ddedlag ddedlga ddegdal ddegdla ddegadl ddegald ddeglad ddeglda
ddeagdl ddeagld ddeadgl ddeadlg ddealdg ddealgd ddelgad ddelgda ddelagd ddeladg ddeldag
ddeldga ddldgea ddldgae ddldega ddldeag ddldaeg ddldage ddlgdea ddlgdae ddlgeda ddlgead
ddlgaed ddlgade ddlegda ddlegad ddledga ddledag ddleadg ddleagd ddlaged ddlagde ddlaegd
ddlaedg ddladeg ddladge eladdgd eladddg eladgdd eladgdd eladdgd eladddg eladdgd eladddg
eladgdd eladgdd eladdgd eladddg elagddd elagddd elagddd elagddd elagddd elagddd eladdgd
eladddg eladgdd eladgdd eladdgd eladddg eldadgd eldaddg eldagdd eldagdd eldadgd eldaddg
elddagd elddadg elddgad elddgda eldddga eldddag eldgdad eldgdda eldgadd eldgadd eldgdad
eldgdda eldddga eldddag elddgda elddgad elddagd elddadg elddagd elddadg elddgad elddgda
eldddga eldddag eldadgd eldaddg eldagdd eldagdd eldadgd eldaddg eldgadd eldgadd eldgdad
eldgdda eldgdda eldgdad elddagd elddadg elddgad elddgda eldddga eldddag elgddad elgddda
elgdadd elgdadd elgddad elgddda elgddad elgddda elgdadd elgdadd elgddad elgddda elgaddd
elgaddd elgaddd elgaddd elgaddd elgaddd elgddad elgddda elgdadd elgdadd elgddad elgddda
eldddga eldddag elddgda elddgad elddagd elddadg eldddga eldddag elddgda elddgad elddagd
elddadg eldgdda eldgdad eldgdda eldgdad eldgadd eldgadd eldadgd eldaddg eldagdd eldagdd
eldadgd eldaddg ealddgd ealdddg ealdgdd ealdgdd ealddgd ealdddg ealddgd ealdddg ealdgdd
ealdgdd ealddgd ealdddg ealgddd ealgddd ealgddd ealgddd ealgddd ealgddd ealddgd ealdddg
ealdgdd ealdgdd ealddgd ealdddg eadldgd eadlddg eadlgdd eadlgdd eadldgd eadlddg eaddlgd
eaddldg eaddgld eaddgdl eadddgl eadddlg eadgdld eadgddl eadgldd eadgldd eadgdld eadgddl
eadddgl eadddlg eaddgdl eaddgld eaddlgd eaddldg eaddlgd eaddldg eaddgld eaddgdl eadddgl
eadddlg eadldgd eadlddg eadlgdd eadlgdd eadldgd eadlddg eadgldd eadgldd eadgdld eadgddl
eadgddl eadgdld eaddlgd eaddldg eaddgld eaddgdl eadddgl eadddlg eagddld eagdddl eagdldd
eagdldd eagddld eagdddl eagddld eagdddl eagdldd eagdldd eagddld eagdddl eaglddd eaglddd
eaglddd eaglddd eaglddd eaglddd eagddld eagdddl eagdldd eagdldd eagddld eagdddl eadddgl
eadddlg eaddgdl eaddgld eaddlgd eaddldg eadddgl eadddlg eaddgdl eaddgld eaddlgd eaddldg
eadgddl eadgdld eadgddl eadgdld eadgldd eadgldd eadldgd eadlddg eadlgdd eadlgdd eadldgd
eadlddg edaldgd edalddg edalgdd edalgdd edaldgd edalddg edadlgd edadldg edadgld edadgdl
edaddgl edaddlg edagdld edagddl edagldd edagldd edagdld edagddl edaddgl edaddlg edadgdl
edadgld edadlgd edadldg edladgd edladdg edlagdd edlagdd edladgd edladdg edldagd edldadg
edldgad edldgda edlddga edlddag edlgdad edlgdda edlgadd edlgadd edlgdad edlgdda edlddga
edlddag edldgda edldgad edldagd edldadg eddlagd eddladg eddlgad eddlgda eddldga eddldag
eddalgd eddaldg eddagld eddagdl eddadgl eddadlg eddgald eddgadl eddglad eddglda eddgdla
eddgdal edddagl edddalg edddgal edddgla edddlga edddlag edgldad edgldda edgladd edgladd
edgldad edgldda edgdlad edgdlda edgdald edgdadl edgddal edgddla edgadld edgaddl edgaldd
edgaldd edgadld edgaddl edgddal edgddla edgdadl edgdald edgdlad edgdlda eddldga eddldag
eddlgda eddlgad eddlagd eddladg edddlga edddlag edddgla edddgal edddagl edddalg eddgdla
eddgdal eddglda eddglad eddgald eddgadl eddadgl eddadlg eddagdl eddagld eddalgd eddaldg
edadlgd edadldg edadgld edadgdl edaddgl edaddlg edaldgd edalddg edalgdd edalgdd edaldgd
edalddg edagldd edagldd edagdld edagddl edagddl edagdld edadlgd edadldg edadgld edadgdl
edaddgl edaddlg eddalgd eddaldg eddagld eddagdl eddadgl eddadlg eddlagd eddladg eddlgad
eddlgda eddldga eddldag eddglad eddglda eddgald eddgadl eddgdal eddgdla edddlga edddlag
edddgla edddgal edddagl edddalg edldagd edldadg edldgad edldgda edlddga edlddag edladgd
edladdg edlagdd edlagdd edladgd edladdg edlgadd edlgadd edlgdad edlgdda edlgdda edlgdad
edldagd edldadg edldgad edldgda edlddga edlddag edgdlad edgdlda edgdald edgdadl edgddal
edgddla edgldad edgldda edgladd edgladd edgldad edgldda edgaldd edgaldd edgadld edgaddl
edgaddl edgadld edgdlad edgdlda edgdald edgdadl edgddal edgddla edddlga edddlag edddgla
edddgal edddagl edddalg eddldga eddldag eddlgda eddlgad eddlagd eddladg eddglda eddglad
eddgdla eddgdal eddgadl eddgald eddalgd eddaldg eddagld eddagdl eddadgl eddadlg egaddld
egadddl egadldd egadldd egaddld egadddl egaddld egadddl egadldd egadldd egaddld egadddl
egalddd egalddd egalddd egalddd egalddd egalddd egaddld egadddl egadldd egadldd egaddld
egadddl egdadld egdaddl egdaldd egdaldd egdadld egdaddl egddald egddadl egddlad egddlda
egdddla egdddal egdldad egdldda egdladd egdladd egdldad egdldda egdddla egdddal egddlda
egddlad egddald egddadl egddald egddadl egddlad egddlda egdddla egdddal egdadld egdaddl
egdaldd egdaldd egdadld egdaddl egdladd egdladd egdldad egdldda egdldda egdldad egddald
egddadl egddlad egddlda egdddla egdddal eglddad eglddda egldadd egldadd eglddad eglddda
eglddad eglddda egldadd egldadd eglddad eglddda egladdd egladdd egladdd egladdd egladdd
egladdd eglddad eglddda egldadd egldadd eglddad eglddda egdddla egdddal egddlda egddlad
egddald egddadl egdddla egdddal egddlda egddlad egddald egddadl egdldda egdldad egdldda
egdldad egdladd egdladd egdadld egdaddl egdaldd egdaldd egdadld egdaddl edaddgl edaddlg
edadgdl edadgld edadlgd edadldg edaddgl edaddlg edadgdl edadgld edadlgd edadldg edagddl
edagdld edagddl edagdld edagldd edagldd edaldgd edalddg edalgdd edalgdd edaldgd edalddg
eddadgl eddadlg eddagdl eddagld eddalgd eddaldg edddagl edddalg edddgal edddgla edddlga
edddlag eddgdal eddgdla eddgadl eddgald eddglad eddglda eddldga eddldag eddlgda eddlgad
eddlagd eddladg edddagl edddalg edddgal edddgla edddlga edddlag eddadgl eddadlg eddagdl
eddagld eddalgd eddaldg eddgadl eddgald eddgdal eddgdla eddglda eddglad eddlagd eddladg
eddlgad eddlgda eddldga eddldag edgddal edgddla edgdadl edgdald edgdlad edgdlda edgddal
edgddla edgdadl edgdald edgdlad edgdlda edgaddl edgadld edgaddl edgadld edgaldd edgaldd
edgldad edgldda edgladd edgladd edgldad edgldda edlddga edlddag edldgda edldgad edldagd
edldadg edlddga edlddag edldgda edldgad edldagd edldadg edlgdda edlgdad edlgdda edlgdad
edlgadd edlgadd edladgd edladdg edlagdd edlagdd edladgd edladdg dladdeg dladdge dladedg
dladegd dladged dladgde dladdeg dladdge dladedg dladegd dladged dladgde dlaeddg dlaedgd
dlaeddg dlaedgd dlaegdd dlaegdd dlagded dlagdde dlagedd dlagedd dlagded dlagdde dldadeg
dldadge dldaedg dldaegd dldaged dldagde dlddaeg dlddage dlddeag dlddega dlddgea dlddgae
dldedag dldedga dldeadg dldeagd dldegad dldegda dldgdea dldgdae dldgeda dldgead dldgaed
dldgade dlddaeg dlddage dlddeag dlddega dlddgea dlddgae dldadeg dldadge dldaedg dldaegd
dldaged dldagde dldeadg dldeagd dldedag dldedga dldegda dldegad dldgaed dldgade dldgead
dldgeda dldgdea dldgdae dleddag dleddga dledadg dledagd dledgad dledgda dleddag dleddga
dledadg dledagd dledgad dledgda dleaddg dleadgd dleaddg dleadgd dleagdd dleagdd dlegdad
dlegdda dlegadd dlegadd dlegdad dlegdda dlgddea dlgddae dlgdeda dlgdead dlgdaed dlgdade
dlgddea dlgddae dlgdeda dlgdead dlgdaed dlgdade dlgedda dlgedad dlgedda dlgedad dlgeadd
dlgeadd dlgaded dlgadde dlgaedd dlgaedd dlgaded dlgadde dalddeg dalddge daldedg daldegd
daldged daldgde dalddeg dalddge daldedg daldegd daldged daldgde daleddg daledgd daleddg
daledgd dalegdd dalegdd dalgded dalgdde dalgedd dalgedd dalgded dalgdde dadldeg dadldge
dadledg dadlegd dadlged dadlgde daddleg daddlge daddelg daddegl daddgel daddgle dadedlg
dadedgl dadeldg dadelgd dadegld dadegdl dadgdel dadgdle dadgedl dadgeld dadgled dadglde
daddleg daddlge daddelg daddegl daddgel daddgle dadldeg dadldge dadledg dadlegd dadlged
dadlgde dadeldg dadelgd dadedlg dadedgl dadegdl dadegld dadgled dadglde dadgeld dadgedl
dadgdel dadgdle daeddlg daeddgl daedldg daedlgd daedgld daedgdl daeddlg daeddgl daedldg
daedlgd daedgld daedgdl daelddg daeldgd daelddg daeldgd daelgdd daelgdd daegdld daegddl
daegldd daegldd daegdld daegddl dagddel dagddle dagdedl dagdeld dagdled dagdlde dagddel
dagddle dagdedl dagdeld dagdled dagdlde dageddl dagedld dageddl dagedld dageldd dageldd
daglded dagldde dagledd dagledd daglded dagldde ddaldeg ddaldge ddaledg ddalegd ddalged
ddalgde ddadleg ddadlge ddadelg ddadegl ddadgel ddadgle ddaedlg ddaedgl ddaeldg ddaelgd
ddaegld ddaegdl ddagdel ddagdle ddagedl ddageld ddagled ddaglde ddladeg ddladge ddlaedg
ddlaegd ddlaged ddlagde ddldaeg ddldage ddldeag ddldega ddldgea ddldgae ddledag ddledga
ddleadg ddleagd ddlegad ddlegda ddlgdea ddlgdae ddlgeda ddlgead ddlgaed ddlgade dddlaeg
dddlage dddleag dddlega dddlgea dddlgae dddaleg dddalge dddaelg dddaegl dddagel dddagle
dddealg dddeagl dddelag dddelga dddegla dddegal dddgael dddgale dddgeal dddgela dddglea
dddglae ddeldag ddeldga ddeladg ddelagd ddelgad ddelgda ddedlag ddedlga ddedalg ddedagl
ddedgal ddedgla ddeadlg ddeadgl ddealdg ddealgd ddeagld ddeagdl ddegdal ddegdla ddegadl
ddegald ddeglad ddeglda ddgldea ddgldae ddgleda ddglead ddglaed ddglade ddgdlea ddgdlae
ddgdela ddgdeal ddgdael ddgdale ddgedla ddgedal ddgelda ddgelad ddgeald ddgeadl ddgadel
ddgadle ddgaedl ddgaeld ddgaled ddgalde ddadleg ddadlge ddadelg ddadegl ddadgel ddadgle
ddaldeg ddaldge ddaledg ddalegd ddalged ddalgde ddaeldg ddaelgd ddaedlg ddaedgl ddaegdl
ddaegld ddagled ddaglde ddageld ddagedl ddagdel ddagdle dddaleg dddalge dddaelg dddaegl
dddagel dddagle dddlaeg dddlage dddleag dddlega dddlgea dddlgae dddelag dddelga dddealg
dddeagl dddegal dddegla dddglea dddglae dddgela dddgeal dddgael dddgale ddldaeg ddldage
ddldeag ddldega ddldgea ddldgae ddladeg ddladge ddlaedg ddlaegd ddlaged ddlagde ddleadg
ddleagd ddledag ddledga ddlegda ddlegad ddlgaed ddlgade ddlgead ddlgeda ddlgdea ddlgdae
ddedlag ddedlga ddedalg ddedagl ddedgal ddedgla ddeldag ddeldga ddeladg ddelagd ddelgad
ddelgda ddealdg ddealgd ddeadlg ddeadgl ddeagdl ddeagld ddeglad ddeglda ddegald ddegadl
ddegdal ddegdla ddgdlea ddgdlae ddgdela ddgdeal ddgdael ddgdale ddgldea ddgldae ddgleda
ddglead ddglaed ddglade ddgelda ddgelad ddgedla ddgedal ddgeadl ddgeald ddgaled ddgalde
ddgaeld ddgaedl ddgadel ddgadle deaddlg deaddgl deadldg deadlgd deadgld deadgdl deaddlg
deaddgl deadldg deadlgd deadgld deadgdl dealddg dealdgd dealddg dealdgd dealgdd dealgdd
deagdld deagddl deagldd deagldd deagdld deagddl dedadlg dedadgl dedaldg dedalgd dedagld
dedagdl deddalg deddagl deddlag deddlga deddgla deddgal dedldag dedldga dedladg dedlagd
dedlgad dedlgda dedgdla dedgdal dedglda dedglad dedgald dedgadl deddalg deddagl deddlag
deddlga deddgla deddgal dedadlg dedadgl dedaldg dedalgd dedagld dedagdl dedladg dedlagd
dedldag dedldga dedlgda dedlgad dedgald dedgadl dedglad dedglda dedgdla dedgdal delddag
delddga deldadg deldagd deldgad deldgda delddag delddga deldadg deldagd deldgad deldgda
deladdg deladgd deladdg deladgd delagdd delagdd delgdad delgdda delgadd delgadd delgdad
delgdda degddla degddal degdlda degdlad degdald degdadl degddla degddal degdlda degdlad
degdald degdadl degldda degldad degldda degldad degladd degladd degadld degaddl degaldd
degaldd degadld degaddl dgaddel dgaddle dgadedl dgadeld dgadled dgadlde dgaddel dgaddle
dgadedl dgadeld dgadled dgadlde dgaeddl dgaedld dgaeddl dgaedld dgaeldd dgaeldd dgalded
dgaldde dgaledd dgaledd dgalded dgaldde dgdadel dgdadle dgdaedl dgdaeld dgdaled dgdalde
dgddael dgddale dgddeal dgddela dgddlea dgddlae dgdedal dgdedla dgdeadl dgdeald dgdelad
dgdelda dgdldea dgdldae dgdleda dgdlead dgdlaed dgdlade dgddael dgddale dgddeal dgddela
dgddlea dgddlae dgdadel dgdadle dgdaedl dgdaeld dgdaled dgdalde dgdeadl dgdeald dgdedal
dgdedla dgdelda dgdelad dgdlaed dgdlade dgdlead dgdleda dgdldea dgdldae dgeddal dgeddla
dgedadl dgedald dgedlad dgedlda dgeddal dgeddla dgedadl dgedald dgedlad dgedlda dgeaddl
dgeadld dgeaddl dgeadld dgealdd dgealdd dgeldad dgeldda dgeladd dgeladd dgeldad dgeldda
dglddea dglddae dgldeda dgldead dgldaed dgldade dglddea dglddae dgldeda dgldead dgldaed
dgldade dgledda dgledad dgledda dgledad dgleadd dgleadd dgladed dgladde dglaedd dglaedd
dgladed dgladde

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History of cryptography
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