easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

variouis

varisse

malingered

thaliacea

navarch

henard

olmeda

neocyte

distinctio

brainwood

ensilage

hailstones

uertetisque

creme

archheretic

anticolonial

komsomol

rosel


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: nidhogg
cipher variations:
ojeiphh pkfjqii qlgkrjj rmhlskk snimtll
tojnumm upkovnn vqlpwoo wrmqxpp xsnryqq
ytoszrr zuptass avqubtt bwrvcuu cxswdvv
dytxeww ezuyfxx favzgyy gbwahzz hcxbiaa
idycjbb jezdkcc kfaeldd lgbfmee mhcgnff

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: nidhogg
Cipher: mrwsltt

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: nidhogg
Cipher: ABBAA ABAAA AAABB AABBB ABBAB AABBA AABBA

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: nidhogg
cipher variations:
ojeiphhozkwrttopqktffofwyvrrovcmxddoliazpporucdnnohaqfzz
oxgehllonmsjxxodsgljjotyunvvpkfjqiipalxsuupqrluggpgxzwss
pwdnyeepmjbaqqpsvdeoopibrgaapyhfimmpontkyypethmkkpuzvoww
qlgkrjjqbmytvvqrsmvhhqhyaxttqxeozffqnkcbrrqtwefppqjcshbb
qzigjnnqpoulzzqfuinllqvawpxxrmhlskkrcnzuwwrstnwiirizbyuu
ryfpaggroldcssruxfgqqrkdticcrajhkoorqpvmaargvjommrwbxqyy
snimtllsdoavxxstuoxjjsjaczvvszgqbhhspmedttsvyghrrsleujdd
sbkilppsrqwnbbshwkpnnsxcyrzztojnummtepbwyytuvpykktkbdaww
tahrciitqnfeuutwzhisstmfvkeetcljmqqtsrxocctixlqootydzsaa
upkovnnufqcxzzuvwqzllulcebxxubisdjjurogfvvuxaijttungwlff
udmknrrutsypddujymrppuzeatbbvqlpwoovgrdyaavwxrammvmdfcyy
vcjtekkvsphgwwvybjkuuvohxmggvenlossvutzqeevkznsqqvafbucc
wrmqxppwhsezbbwxysbnnwnegdzzwdkufllwtqihxxwzcklvvwpiynhh
wfompttwvuarffwlaotrrwbgcvddxsnryqqxitfaccxyztcooxofheaa
xelvgmmxurjiyyxadlmwwxqjzoiixgpnquuxwvbsggxmbpussxchdwee
ytoszrryjugbddyzaudppypgifbbyfmwhnnyvskjzzybemnxxyrkapjj
yhqorvvyxwcthhyncqvttydiexffzuptasszkvhceezabveqqzqhjgcc
zgnxioozwtlkaazcfnoyyzslbqkkzirpswwzyxduiizodrwuuzejfygg
avqubttalwidffabcwfrrarikhddahoyjppaxumlbbadgopzzatmcrll
ajsqtxxazyevjjapesxvvafkgzhhbwrvcuubmxjeggbcdxgssbsjliee
bipzkqqbyvnmccbehpqaabundsmmbktruyybazfwkkbqftywwbglhaii
cxswdvvcnykfhhcdeyhttctkmjffcjqalrrczwonddcfiqrbbcvoetnn
clusvzzcbagxllcrguzxxchmibjjdytxewwdozlgiidefziuudulnkgg
dkrbmssdaxpoeedgjrsccdwpfuoodmvtwaadcbhymmdshvayydinjckk
ezuyfxxepamhjjefgajvvevmolhhelscnttebyqpffehkstddexqgvpp
enwuxbbedciznnetiwbzzejokdllfavzgyyfqbnikkfghbkwwfwnpmii
fmtdouufczrqggfiltueefyrhwqqfoxvyccfedjaoofujxcaafkplemm
gbwahzzgrcojllghiclxxgxoqnjjgnuepvvgdasrhhgjmuvffgzsixrr
gpywzddgfekbppgvkydbbglqmfnnhcxbiaahsdpkmmhijdmyyhyprokk
hovfqwwhebtsiihknvwgghatjysshqzxaeehgflcqqhwlzecchmrngoo
idycjbbiteqlnnijkenzzizqspllipwgrxxifcutjjilowxhhibukztt
iraybffihgmdrrixmafddinsohppjezdkccjufrmoojklfoaajartqmm
jqxhsyyjgdvukkjmpxyiijcvlauujsbzcggjihnessjynbgeejotpiqq
kfaelddkvgsnppklmgpbbkbsurnnkryitzzkhewvllknqyzjjkdwmbvv
ktcadhhkjiofttkzochffkpuqjrrlgbfmeelwhtoqqlmnhqcclctvsoo
lszjuaalifxwmmlorzakklexncwwludbeiilkjpguulapdigglqvrkss
mhcgnffmxiuprrmnoirddmduwtppmtakvbbmjgyxnnmpsabllmfyodxx
mvecfjjmlkqhvvmbqejhhmrwslttnidhoggnyjvqssnopjseenevxuqq
nublwccnkhzyoonqtbcmmngzpeyynwfdgkknmlriwwncrfkiinsxtmuu

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: nidhogg
Cipher: avqubtt

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: nidhogg
Cipher: 33424132432222

Extended Methods:
Method #1

Plaintext: nidhogg
method variations:
sointmmxtosyrrcytxdwwhdycibb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
n i d h o g g 
3 4 4 3 4 2 2 
3 2 1 2 3 2 2 
They are then read out in rows:
34434223212322
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: nidhogg
Cipher: soimbmg

Read more ...
Method #3

Plaintext: nidhogg
method variations:
srlrhgm rlrhgms lrhgmsr
rhgmsrl hgmsrlr gmsrlrh
msrlrhg

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: nidhogg

all 5040 cipher variations:
nidhogg nidhogg nidhgog nidhggo nidhggo nidhgog nidohgg nidohgg nidoghg nidoggh nidoggh
nidoghg nidgohg nidgogh nidghog nidghgo nidggho nidggoh nidgogh nidgohg nidggoh nidggho
nidghgo nidghog nihdogg nihdogg nihdgog nihdggo nihdggo nihdgog nihodgg nihodgg nihogdg
nihoggd nihoggd nihogdg nihgodg nihgogd nihgdog nihgdgo nihggdo nihggod nihgogd nihgodg
nihggod nihggdo nihgdgo nihgdog niohdgg niohdgg niohgdg niohggd niohggd niohgdg niodhgg
niodhgg niodghg niodggh niodggh niodghg niogdhg niogdgh nioghdg nioghgd niogghd nioggdh
niogdgh niogdhg nioggdh niogghd nioghgd nioghdg nighodg nighogd nighdog nighdgo nighgdo
nighgod nigohdg nigohgd nigodhg nigodgh nigogdh nigoghd nigdohg nigdogh nigdhog nigdhgo
nigdgho nigdgoh niggodh niggohd niggdoh niggdho nigghdo nigghod nighogd nighodg nighgod
nighgdo nighdgo nighdog nigohgd nigohdg nigoghd nigogdh nigodgh nigodhg niggohd niggodh
nigghod nigghdo niggdho niggdoh nigdogh nigdohg nigdgoh nigdgho nigdhgo nigdhog ndihogg
ndihogg ndihgog ndihggo ndihggo ndihgog ndiohgg ndiohgg ndioghg ndioggh ndioggh ndioghg
ndigohg ndigogh ndighog ndighgo ndiggho ndiggoh ndigogh ndigohg ndiggoh ndiggho ndighgo
ndighog ndhiogg ndhiogg ndhigog ndhiggo ndhiggo ndhigog ndhoigg ndhoigg ndhogig ndhoggi
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nhdigog nhdiggo nhdiggo nhdigog nhdoigg nhdoigg nhdogig nhdoggi nhdoggi nhdogig nhdgoig
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nhiogdg nhigodg nhigogd nhigdog nhigdgo nhiggdo nhiggod nhigogd nhigodg nhiggod nhiggdo
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inohgdg inohggd inohggd inohgdg inodhgg inodhgg inodghg inodggh inodggh inodghg inogdhg
inogdgh inoghdg inoghgd inogghd inoggdh inogdgh inogdhg inoggdh inogghd inoghgd inoghdg
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ingogdh ingodgh ingodhg inggohd inggodh ingghod ingghdo inggdho inggdoh ingdogh ingdohg
ingdgoh ingdgho ingdhgo ingdhog idnhogg idnhogg idnhgog idnhggo idnhggo idnhgog idnohgg
idnohgg idnoghg idnoggh idnoggh idnoghg idngohg idngogh idnghog idnghgo idnggho idnggoh
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ihdogng ihdoggn ihdoggn ihdogng ihdgong ihdgogn ihdgnog ihdgngo ihdggno ihdggon ihdgogn
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ihgdngo ihgdnog iodhngg iodhngg iodhgng iodhggn iodhggn iodhgng iodnhgg iodnhgg iodnghg
iodnggh iodnggh iodnghg iodgnhg iodgngh iodghng iodghgn iodgghn iodggnh iodgngh iodgnhg
iodggnh iodgghn iodghgn iodghng iohdngg iohdngg iohdgng iohdggn iohdggn iohdgng iohndgg
iohndgg iohngdg iohnggd iohnggd iohngdg iohgndg iohgngd iohgdng iohgdgn iohggdn iohggnd
iohgngd iohgndg iohggnd iohggdn iohgdgn iohgdng ionhdgg ionhdgg ionhgdg ionhggd ionhggd
ionhgdg iondhgg iondhgg iondghg iondggh iondggh iondghg iongdhg iongdgh ionghdg ionghgd
iongghd ionggdh iongdgh iongdhg ionggdh iongghd ionghgd ionghdg ioghndg ioghngd ioghdng
ioghdgn ioghgdn ioghgnd iognhdg iognhgd iogndhg iogndgh iogngdh iognghd iogdnhg iogdngh
iogdhng iogdhgn iogdghn iogdgnh ioggndh ioggnhd ioggdnh ioggdhn iogghdn iogghnd ioghngd
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igdgnho igdghno igdghon ighdong ighdogn ighdnog ighdngo ighdgno ighdgon ighodng ighodgn
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onigdhg onigdgh onighdg onighgd onigghd oniggdh onigdgh onigdhg oniggdh onigghd onighgd
onighdg onghidg onghigd onghdig onghdgi onghgdi onghgid ongihdg ongihgd ongidhg ongidgh
ongigdh ongighd ongdihg ongdigh ongdhig ongdhgi ongdghi ongdgih onggidh onggihd onggdih
onggdhi ongghdi ongghid onghigd onghidg onghgid onghgdi onghdgi onghdig ongihgd ongihdg
ongighd ongigdh ongidgh ongidhg onggihd onggidh ongghid ongghdi onggdhi onggdih ongdigh
ongdihg ongdgih ongdghi ongdhgi ongdhig ogdhnig ogdhngi ogdhing ogdhign ogdhgin ogdhgni
ogdnhig ogdnhgi ogdnihg ogdnigh ogdngih ogdnghi ogdinhg ogdingh ogdihng ogdihgn ogdighn
ogdignh ogdgnih ogdgnhi ogdginh ogdgihn ogdghin ogdghni oghdnig oghdngi oghding oghdign
oghdgin oghdgni oghndig oghndgi oghnidg oghnigd oghngid oghngdi oghindg oghingd oghidng
oghidgn oghigdn oghignd oghgnid oghgndi oghgind oghgidn oghgdin oghgdni ognhdig ognhdgi
ognhidg ognhigd ognhgid ognhgdi ogndhig ogndhgi ogndihg ogndigh ogndgih ogndghi ognidhg
ognidgh ognihdg ognihgd ognighd ognigdh ogngdih ogngdhi ogngidh ogngihd ognghid ognghdi
ogihndg ogihngd ogihdng ogihdgn ogihgdn ogihgnd oginhdg oginhgd ogindhg ogindgh ogingdh
oginghd ogidnhg ogidngh ogidhng ogidhgn ogidghn ogidgnh ogigndh ogignhd ogigdnh ogigdhn
ogighdn ogighnd ogghnid ogghndi ogghind ogghidn ogghdin ogghdni oggnhid oggnhdi oggnihd
oggnidh oggndih oggndhi ogginhd oggindh oggihnd oggihdn oggidhn oggidnh oggdnih oggdnhi
oggdinh oggdihn oggdhin oggdhni ogdhngi ogdhnig ogdhgni ogdhgin ogdhign ogdhing ogdnhgi
ogdnhig ogdnghi ogdngih ogdnigh ogdnihg ogdgnhi ogdgnih ogdghni ogdghin ogdgihn ogdginh
ogdingh ogdinhg ogdignh ogdighn ogdihgn ogdihng oghdngi oghdnig oghdgni oghdgin oghdign
oghding oghndgi oghndig oghngdi oghngid oghnigd oghnidg oghgndi oghgnid oghgdni oghgdin
oghgidn oghgind oghingd oghindg oghignd oghigdn oghidgn oghidng ognhdgi ognhdig ognhgdi
ognhgid ognhigd ognhidg ogndhgi ogndhig ogndghi ogndgih ogndigh ogndihg ogngdhi ogngdih
ognghdi ognghid ogngihd ogngidh ognidgh ognidhg ognigdh ognighd ognihgd ognihdg ogghndi
ogghnid ogghdni ogghdin ogghidn ogghind oggnhdi oggnhid oggndhi oggndih oggnidh oggnihd
oggdnhi oggdnih oggdhni oggdhin oggdihn oggdinh oggindh ogginhd oggidnh oggidhn oggihdn
oggihnd ogihngd ogihndg ogihgnd ogihgdn ogihdgn ogihdng oginhgd oginhdg oginghd ogingdh
ogindgh ogindhg ogignhd ogigndh ogighnd ogighdn ogigdhn ogigdnh ogidngh ogidnhg ogidgnh
ogidghn ogidhgn ogidhng gidhong gidhogn gidhnog gidhngo gidhgno gidhgon gidohng gidohgn
gidonhg gidongh gidognh gidoghn gidnohg gidnogh gidnhog gidnhgo gidngho gidngoh gidgonh
gidgohn gidgnoh gidgnho gidghno gidghon gihdong gihdogn gihdnog gihdngo gihdgno gihdgon
gihodng gihodgn gihondg gihongd gihognd gihogdn gihnodg gihnogd gihndog gihndgo gihngdo
gihngod gihgond gihgodn gihgnod gihgndo gihgdno gihgdon giohdng giohdgn giohndg giohngd
giohgnd giohgdn giodhng giodhgn giodnhg giodngh giodgnh giodghn giondhg giondgh gionhdg
gionhgd gionghd giongdh giogdnh giogdhn giogndh giognhd gioghnd gioghdn ginhodg ginhogd
ginhdog ginhdgo ginhgdo ginhgod ginohdg ginohgd ginodhg ginodgh ginogdh ginoghd gindohg
gindogh gindhog gindhgo gindgho gindgoh gingodh gingohd gingdoh gingdho ginghdo ginghod
gighond gighodn gighnod gighndo gighdno gighdon gigohnd gigohdn gigonhd gigondh gigodnh
gigodhn gignohd gignodh gignhod gignhdo gigndho gigndoh gigdonh gigdohn gigdnoh gigdnho
gigdhno gigdhon gdihong gdihogn gdihnog gdihngo gdihgno gdihgon gdiohng gdiohgn gdionhg
gdiongh gdiognh gdioghn gdinohg gdinogh gdinhog gdinhgo gdingho gdingoh gdigonh gdigohn
gdignoh gdignho gdighno gdighon gdhiong gdhiogn gdhinog gdhingo gdhigno gdhigon gdhoing
gdhoign gdhonig gdhongi gdhogni gdhogin gdhnoig gdhnogi gdhniog gdhnigo gdhngio gdhngoi
gdhgoni gdhgoin gdhgnoi gdhgnio gdhgino gdhgion gdohing gdohign gdohnig gdohngi gdohgni
gdohgin gdoihng gdoihgn gdoinhg gdoingh gdoignh gdoighn gdonihg gdonigh gdonhig gdonhgi
gdonghi gdongih gdoginh gdogihn gdognih gdognhi gdoghni gdoghin gdnhoig gdnhogi gdnhiog
gdnhigo gdnhgio gdnhgoi gdnohig gdnohgi gdnoihg gdnoigh gdnogih gdnoghi gdniohg gdniogh
gdnihog gdnihgo gdnigho gdnigoh gdngoih gdngohi gdngioh gdngiho gdnghio gdnghoi gdghoni
gdghoin gdghnoi gdghnio gdghino gdghion gdgohni gdgohin gdgonhi gdgonih gdgoinh gdgoihn
gdgnohi gdgnoih gdgnhoi gdgnhio gdgniho gdgnioh gdgionh gdgiohn gdginoh gdginho gdgihno
gdgihon ghdiong ghdiogn ghdinog ghdingo ghdigno ghdigon ghdoing ghdoign ghdonig ghdongi
ghdogni ghdogin ghdnoig ghdnogi ghdniog ghdnigo ghdngio ghdngoi ghdgoni ghdgoin ghdgnoi
ghdgnio ghdgino ghdgion ghidong ghidogn ghidnog ghidngo ghidgno ghidgon ghiodng ghiodgn
ghiondg ghiongd ghiognd ghiogdn ghinodg ghinogd ghindog ghindgo ghingdo ghingod ghigond
ghigodn ghignod ghigndo ghigdno ghigdon ghoidng ghoidgn ghoindg ghoingd ghoignd ghoigdn
ghoding ghodign ghodnig ghodngi ghodgni ghodgin ghondig ghondgi ghonidg ghonigd ghongid
ghongdi ghogdni ghogdin ghogndi ghognid ghogind ghogidn ghniodg ghniogd ghnidog ghnidgo
ghnigdo ghnigod ghnoidg ghnoigd ghnodig ghnodgi ghnogdi ghnogid ghndoig ghndogi ghndiog
ghndigo ghndgio ghndgoi ghngodi ghngoid ghngdoi ghngdio ghngido ghngiod ghgiond ghgiodn
ghginod ghgindo ghgidno ghgidon ghgoind ghgoidn ghgonid ghgondi ghgodni ghgodin ghgnoid
ghgnodi ghgniod ghgnido ghgndio ghgndoi ghgdoni ghgdoin ghgdnoi ghgdnio ghgdino ghgdion
godhing godhign godhnig godhngi godhgni godhgin godihng godihgn godinhg godingh godignh
godighn godnihg godnigh godnhig godnhgi godnghi godngih godginh godgihn godgnih godgnhi
godghni godghin gohding gohdign gohdnig gohdngi gohdgni gohdgin gohidng gohidgn gohindg
gohingd gohignd gohigdn gohnidg gohnigd gohndig gohndgi gohngdi gohngid gohgind gohgidn
gohgnid gohgndi gohgdni gohgdin goihdng goihdgn goihndg goihngd goihgnd goihgdn goidhng
goidhgn goidnhg goidngh goidgnh goidghn goindhg goindgh goinhdg goinhgd goinghd goingdh
goigdnh goigdhn goigndh goignhd goighnd goighdn gonhidg gonhigd gonhdig gonhdgi gonhgdi
gonhgid gonihdg gonihgd gonidhg gonidgh gonigdh gonighd gondihg gondigh gondhig gondhgi
gondghi gondgih gongidh gongihd gongdih gongdhi gonghdi gonghid goghind goghidn goghnid
goghndi goghdni goghdin gogihnd gogihdn goginhd gogindh gogidnh gogidhn gognihd gognidh
gognhid gognhdi gogndhi gogndih gogdinh gogdihn gogdnih gogdnhi gogdhni gogdhin gndhoig
gndhogi gndhiog gndhigo gndhgio gndhgoi gndohig gndohgi gndoihg gndoigh gndogih gndoghi
gndiohg gndiogh gndihog gndihgo gndigho gndigoh gndgoih gndgohi gndgioh gndgiho gndghio
gndghoi gnhdoig gnhdogi gnhdiog gnhdigo gnhdgio gnhdgoi gnhodig gnhodgi gnhoidg gnhoigd
gnhogid gnhogdi gnhiodg gnhiogd gnhidog gnhidgo gnhigdo gnhigod gnhgoid gnhgodi gnhgiod
gnhgido gnhgdio gnhgdoi gnohdig gnohdgi gnohidg gnohigd gnohgid gnohgdi gnodhig gnodhgi
gnodihg gnodigh gnodgih gnodghi gnoidhg gnoidgh gnoihdg gnoihgd gnoighd gnoigdh gnogdih
gnogdhi gnogidh gnogihd gnoghid gnoghdi gnihodg gnihogd gnihdog gnihdgo gnihgdo gnihgod
gniohdg gniohgd gniodhg gniodgh gniogdh gnioghd gnidohg gnidogh gnidhog gnidhgo gnidgho
gnidgoh gnigodh gnigohd gnigdoh gnigdho gnighdo gnighod gnghoid gnghodi gnghiod gnghido
gnghdio gnghdoi gngohid gngohdi gngoihd gngoidh gngodih gngodhi gngiohd gngiodh gngihod
gngihdo gngidho gngidoh gngdoih gngdohi gngdioh gngdiho gngdhio gngdhoi ggdhoni ggdhoin
ggdhnoi ggdhnio ggdhino ggdhion ggdohni ggdohin ggdonhi ggdonih ggdoinh ggdoihn ggdnohi
ggdnoih ggdnhoi ggdnhio ggdniho ggdnioh ggdionh ggdiohn ggdinoh ggdinho ggdihno ggdihon
gghdoni gghdoin gghdnoi gghdnio gghdino gghdion gghodni gghodin gghondi gghonid gghoind
gghoidn gghnodi gghnoid gghndoi gghndio gghnido gghniod gghiond gghiodn gghinod gghindo
gghidno gghidon ggohdni ggohdin ggohndi ggohnid ggohind ggohidn ggodhni ggodhin ggodnhi
ggodnih ggodinh ggodihn ggondhi ggondih ggonhdi ggonhid ggonihd ggonidh ggoidnh ggoidhn
ggoindh ggoinhd ggoihnd ggoihdn ggnhodi ggnhoid ggnhdoi ggnhdio ggnhido ggnhiod ggnohdi
ggnohid ggnodhi ggnodih ggnoidh ggnoihd ggndohi ggndoih ggndhoi ggndhio ggndiho ggndioh
ggniodh ggniohd ggnidoh ggnidho ggnihdo ggnihod ggihond ggihodn ggihnod ggihndo ggihdno
ggihdon ggiohnd ggiohdn ggionhd ggiondh ggiodnh ggiodhn gginohd gginodh gginhod gginhdo
ggindho ggindoh ggidonh ggidohn ggidnoh ggidnho ggidhno ggidhon gidhogn gidhong gidhgon
gidhgno gidhngo gidhnog gidohgn gidohng gidoghn gidognh gidongh gidonhg gidgohn gidgonh
gidghon gidghno gidgnho gidgnoh gidnogh gidnohg gidngoh gidngho gidnhgo gidnhog gihdogn
gihdong gihdgon gihdgno gihdngo gihdnog gihodgn gihodng gihogdn gihognd gihongd gihondg
gihgodn gihgond gihgdon gihgdno gihgndo gihgnod gihnogd gihnodg gihngod gihngdo gihndgo
gihndog giohdgn giohdng giohgdn giohgnd giohngd giohndg giodhgn giodhng giodghn giodgnh
giodngh giodnhg giogdhn giogdnh gioghdn gioghnd giognhd giogndh giondgh giondhg giongdh
gionghd gionhgd gionhdg gighodn gighond gighdon gighdno gighndo gighnod gigohdn gigohnd
gigodhn gigodnh gigondh gigonhd gigdohn gigdonh gigdhon gigdhno gigdnho gigdnoh gignodh
gignohd gigndoh gigndho gignhdo gignhod ginhogd ginhodg ginhgod ginhgdo ginhdgo ginhdog
ginohgd ginohdg ginoghd ginogdh ginodgh ginodhg gingohd gingodh ginghod ginghdo gingdho
gingdoh gindogh gindohg gindgoh gindgho gindhgo gindhog gdihogn gdihong gdihgon gdihgno
gdihngo gdihnog gdiohgn gdiohng gdioghn gdiognh gdiongh gdionhg gdigohn gdigonh gdighon
gdighno gdignho gdignoh gdinogh gdinohg gdingoh gdingho gdinhgo gdinhog gdhiogn gdhiong
gdhigon gdhigno gdhingo gdhinog gdhoign gdhoing gdhogin gdhogni gdhongi gdhonig gdhgoin
gdhgoni gdhgion gdhgino gdhgnio gdhgnoi gdhnogi gdhnoig gdhngoi gdhngio gdhnigo gdhniog
gdohign gdohing gdohgin gdohgni gdohngi gdohnig gdoihgn gdoihng gdoighn gdoignh gdoingh
gdoinhg gdogihn gdoginh gdoghin gdoghni gdognhi gdognih gdonigh gdonihg gdongih gdonghi
gdonhgi gdonhig gdghoin gdghoni gdghion gdghino gdghnio gdghnoi gdgohin gdgohni gdgoihn
gdgoinh gdgonih gdgonhi gdgiohn gdgionh gdgihon gdgihno gdginho gdginoh gdgnoih gdgnohi
gdgnioh gdgniho gdgnhio gdgnhoi gdnhogi gdnhoig gdnhgoi gdnhgio gdnhigo gdnhiog gdnohgi
gdnohig gdnoghi gdnogih gdnoigh gdnoihg gdngohi gdngoih gdnghoi gdnghio gdngiho gdngioh
gdniogh gdniohg gdnigoh gdnigho gdnihgo gdnihog ghdiogn ghdiong ghdigon ghdigno ghdingo
ghdinog ghdoign ghdoing ghdogin ghdogni ghdongi ghdonig ghdgoin ghdgoni ghdgion ghdgino
ghdgnio ghdgnoi ghdnogi ghdnoig ghdngoi ghdngio ghdnigo ghdniog ghidogn ghidong ghidgon
ghidgno ghidngo ghidnog ghiodgn ghiodng ghiogdn ghiognd ghiongd ghiondg ghigodn ghigond
ghigdon ghigdno ghigndo ghignod ghinogd ghinodg ghingod ghingdo ghindgo ghindog ghoidgn
ghoidng ghoigdn ghoignd ghoingd ghoindg ghodign ghoding ghodgin ghodgni ghodngi ghodnig
ghogdin ghogdni ghogidn ghogind ghognid ghogndi ghondgi ghondig ghongdi ghongid ghonigd
ghonidg ghgiodn ghgiond ghgidon ghgidno ghgindo ghginod ghgoidn ghgoind ghgodin ghgodni
ghgondi ghgonid ghgdoin ghgdoni ghgdion ghgdino ghgdnio ghgdnoi ghgnodi ghgnoid ghgndoi
ghgndio ghgnido ghgniod ghniogd ghniodg ghnigod ghnigdo ghnidgo ghnidog ghnoigd ghnoidg
ghnogid ghnogdi ghnodgi ghnodig ghngoid ghngodi ghngiod ghngido ghngdio ghngdoi ghndogi
ghndoig ghndgoi ghndgio ghndigo ghndiog godhign godhing godhgin godhgni godhngi godhnig
godihgn godihng godighn godignh godingh godinhg godgihn godginh godghin godghni godgnhi
godgnih godnigh godnihg godngih godnghi godnhgi godnhig gohdign gohding gohdgin gohdgni
gohdngi gohdnig gohidgn gohidng gohigdn gohignd gohingd gohindg gohgidn gohgind gohgdin
gohgdni gohgndi gohgnid gohnigd gohnidg gohngid gohngdi gohndgi gohndig goihdgn goihdng
goihgdn goihgnd goihngd goihndg goidhgn goidhng goidghn goidgnh goidngh goidnhg goigdhn
goigdnh goighdn goighnd goignhd goigndh goindgh goindhg goingdh goinghd goinhgd goinhdg
goghidn goghind goghdin goghdni goghndi goghnid gogihdn gogihnd gogidhn gogidnh gogindh
goginhd gogdihn gogdinh gogdhin gogdhni gogdnhi gogdnih gognidh gognihd gogndih gogndhi
gognhdi gognhid gonhigd gonhidg gonhgid gonhgdi gonhdgi gonhdig gonihgd gonihdg gonighd
gonigdh gonidgh gonidhg gongihd gongidh gonghid gonghdi gongdhi gongdih gondigh gondihg
gondgih gondghi gondhgi gondhig ggdhoin ggdhoni ggdhion ggdhino ggdhnio ggdhnoi ggdohin
ggdohni ggdoihn ggdoinh ggdonih ggdonhi ggdiohn ggdionh ggdihon ggdihno ggdinho ggdinoh
ggdnoih ggdnohi ggdnioh ggdniho ggdnhio ggdnhoi gghdoin gghdoni gghdion gghdino gghdnio
gghdnoi gghodin gghodni gghoidn gghoind gghonid gghondi gghiodn gghiond gghidon gghidno
gghindo gghinod gghnoid gghnodi gghniod gghnido gghndio gghndoi ggohdin ggohdni ggohidn
ggohind ggohnid ggohndi ggodhin ggodhni ggodihn ggodinh ggodnih ggodnhi ggoidhn ggoidnh
ggoihdn ggoihnd ggoinhd ggoindh ggondih ggondhi ggonidh ggonihd ggonhid ggonhdi ggihodn
ggihond ggihdon ggihdno ggihndo ggihnod ggiohdn ggiohnd ggiodhn ggiodnh ggiondh ggionhd
ggidohn ggidonh ggidhon ggidhno ggidnho ggidnoh gginodh gginohd ggindoh ggindho gginhdo
gginhod ggnhoid ggnhodi ggnhiod ggnhido ggnhdio ggnhdoi ggnohid ggnohdi ggnoihd ggnoidh
ggnodih ggnodhi ggniohd ggniodh ggnihod ggnihdo ggnidho ggnidoh ggndoih ggndohi ggndioh
ggndiho ggndhio ggndhoi gndhogi gndhoig gndhgoi gndhgio gndhigo gndhiog gndohgi gndohig
gndoghi gndogih gndoigh gndoihg gndgohi gndgoih gndghoi gndghio gndgiho gndgioh gndiogh
gndiohg gndigoh gndigho gndihgo gndihog gnhdogi gnhdoig gnhdgoi gnhdgio gnhdigo gnhdiog
gnhodgi gnhodig gnhogdi gnhogid gnhoigd gnhoidg gnhgodi gnhgoid gnhgdoi gnhgdio gnhgido
gnhgiod gnhiogd gnhiodg gnhigod gnhigdo gnhidgo gnhidog gnohdgi gnohdig gnohgdi gnohgid
gnohigd gnohidg gnodhgi gnodhig gnodghi gnodgih gnodigh gnodihg gnogdhi gnogdih gnoghdi
gnoghid gnogihd gnogidh gnoidgh gnoidhg gnoigdh gnoighd gnoihgd gnoihdg gnghodi gnghoid
gnghdoi gnghdio gnghido gnghiod gngohdi gngohid gngodhi gngodih gngoidh gngoihd gngdohi
gngdoih gngdhoi gngdhio gngdiho gngdioh gngiodh gngiohd gngidoh gngidho gngihdo gngihod
gnihogd gnihodg gnihgod gnihgdo gnihdgo gnihdog gniohgd gniohdg gnioghd gniogdh gniodgh
gniodhg gnigohd gnigodh gnighod gnighdo gnigdho gnigdoh gnidogh gnidohg gnidgoh gnidgho
gnidhgo gnidhog

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History of cryptography
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