easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

aphthongia

vmeth

crimsoned

horographer

whisperingness

dehydrogenates

heatsman

paronymic

elfmummy

vocaverantque

clannishly

tubular

fecitisque

fitsori

undismayable

overcoated

salsam

ambias


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: fimafeng
cipher variations:
gjnbgfoh hkochgpi ilpdihqj jmqejirk knrfkjsl
losglktm mpthmlun nquinmvo orvjonwp pswkpoxq
qtxlqpyr ruymrqzs svznsrat twaotsbu uxbputcv
vycqvudw wzdrwvex xaesxwfy ybftyxgz zcguzyha
adhvazib beiwbajc cfjxcbkd dgkydcle ehlzedmf

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: fimafeng
Cipher: urnzuvmt

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: fimafeng
Cipher: AABAB ABAAA ABABB AAAAA AABAB AABAA ABBAA AABBA

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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: fimafeng
cipher variations:
gjnbgfohqzlbqnotapjbavofkfhbkdoruvfbulodeldbetopyrzbyjonihxbiroz
sxvbszolcntbchoxmdrbmpojwtpbwxovhkochgpiramcropubqkcbwpglgicleps
vwgcvmpefmecfupqzsaczkpojiycjspatywctapmdoucdipynescnqpkxuqcxypw
ilpdihqjsbndspqvcrldcxqhmhjdmfqtwxhdwnqfgnfdgvqratbdalqpkjzdktqb
uzxdubqnepvdejqzoftdorqlyvrdyzqxjmqejirktcoetqrwdsmedyrinikengru
xyiexorghogehwrsbucebmrqlkaelurcvayevcrofqwefkrapguepsrmzwsezary
knrfkjsludpfursxetnfezsjojlfohsvyzjfypshiphfixstcvdfcnsrmlbfmvsd
wbzfwdspgrxfglsbqhvfqtsnaxtfabszlosglktmveqgvstyfuogfatkpkmgpitw
zakgzqtijqigjytudwegdotsnmcgnwtexcagxetqhsyghmtcriwgrutobyugbcta
mpthmlunwfrhwtuzgvphgbulqlnhqjuxablharujkrjhkzuvexfheputondhoxuf
ydbhyfuritzhinudsjxhsvupczvhcdubnquinmvoxgsixuvahwqihcvmrmoirkvy
bcmibsvklskilavwfygifqvupoeipyvgzecizgvsjuaijovetkyitwvqdawidevc
orvjonwpyhtjyvwbixrjidwnsnpjslwzcdnjctwlmtljmbwxgzhjgrwvqpfjqzwh
afdjahwtkvbjkpwfulzjuxwrebxjefwdpswkpoxqziukzwxcjyskjexotoqktmxa
deokduxmnumkncxyhaikhsxwrqgkraxibgekbixulwcklqxgvmakvyxsfcykfgxe
qtxlqpyrajvlaxydkztlkfypuprlunybefplevynovnlodyzibjlityxsrhlsbyj
chflcjyvmxdlmryhwnblwzytgdzlghyfruymrqzsbkwmbyzelaumlgzqvqsmvozc
fgqmfwzopwompezajckmjuzytsimtczkdigmdkzwnyemnszixocmxazuheamhizg
svznsratclxnczafmbvnmharwrtnwpadghrngxapqxpnqfabkdlnkvazutjnudal
ejhnelaxozfnotajypdnybavifbnijahtwaotsbudmyodabgncwonibsxsuoxqbe
hisohybqryqorgbclemolwbavukovebmfkiofmbypagopubkzqeozcbwjgcojkbi
uxbputcvenzpebchodxpojctytvpyrcfijtpizcrszrpshcdmfnpmxcbwvlpwfcn
gljpgnczqbhpqvclarfpadcxkhdpklcjvycqvudwfoaqfcdipeyqpkduzuwqzsdg
jkuqjadstasqtidengoqnydcxwmqxgdohmkqhodarciqrwdmbsgqbedylieqlmdk
wzdrwvexgpbrgdejqfzrqlevavxratehklvrkbetubtrujefohprozedyxnryhep
inlripebsdjrsxencthrcfezmjfrmnelxaesxwfyhqcshefkrgasrmfwbwysbufi
lmwslcfuvcusvkfgpiqspafezyoszifqjomsjqfctekstyfoduisdgfankgsnofm
ybftyxgzirdtifglshbtsngxcxztcvgjmnxtmdgvwdvtwlghqjrtqbgfazptajgr
kpntkrgdufltuzgpevjtehgbolhtopgnzcguzyhajseujghmticutohydyaudwhk
noyunehwxewuxmhirksurchgbaqubkhslqoulshevgmuvahqfwkufihcpmiupqho
adhvazibktfvkhinujdvupizezbvexilopzvofixyfxvynijsltvsdihcbrvclit
mrpvmtifwhnvwbirgxlvgjidqnjvqripbeiwbajclugwlijovkewvqjafacwfyjm
pqawpgjyzgywzojktmuwtejidcswdmjunsqwnujgxiowxcjshymwhkjerokwrsjq
cfjxcbkdmvhxmjkpwlfxwrkbgbdxgzknqrbxqhkzahzxapklunvxufkjedtxenkv
otrxovkhyjpxydktiznxilkfsplxstkrdgkydclenwiynklqxmgyxslchceyhalo
rscyrilabiaybqlmvowyvglkfeuyfolwpusypwlizkqyzelujaoyjmlgtqmytuls
ehlzedmfoxjzolmrynhzytmdidfzibmpstdzsjmbcjbzcrmnwpxzwhmlgfvzgpmx
qvtzqxmjalrzafmvkbpzknmhurnzuvmtfimafengpykapmnszoiazunejegajcnq
tueatkncdkcadsnoxqyaxinmhgwahqnyrwuarynkbmsabgnwlcqalonivsoavwnu

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: fimafeng
Cipher: svznsrat

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: fimafeng
Cipher: 1242231112513322

Extended Methods:
Method #1

Plaintext: fimafeng
method variations:
lorflksmqtwlqpxrvybqvucwadgvazhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f i m a f e n g 
1 4 2 1 1 5 3 2 
2 2 3 1 2 1 3 2 
They are then read out in rows:
1421153222312132
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: fimafeng
Cipher: qbvhgcbh

Read more ...
Method #3

Plaintext: fimafeng
method variations:
rgcawlhb gcawlhbr cawlhbrg
awlhbrgc wlhbrgca lhbrgcaw
hbrgcawl brgcawlh

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: fimafeng

first 5040 cipher variations(40320 total)
fimafeng fimafegn fimafneg fimafnge fimafgne fimafgen fimaefng fimaefgn fimaenfg fimaengf fimaegnf
fimaegfn fimanefg fimanegf fimanfeg fimanfge fimangfe fimangef fimagenf fimagefn fimagnef fimagnfe
fimagfne fimagfen fimfaeng fimfaegn fimfaneg fimfange fimfagne fimfagen fimfeang fimfeagn fimfenag
fimfenga fimfegna fimfegan fimfneag fimfnega fimfnaeg fimfnage fimfngae fimfngea fimfgena fimfgean
fimfgnea fimfgnae fimfgane fimfgaen fimefang fimefagn fimefnag fimefnga fimefgna fimefgan fimeafng
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fimeganf fimegafn fimegnaf fimegnfa fimegfna fimegfan fimnfeag fimnfega fimnfaeg fimnfage fimnfgae
fimnfgea fimnefag fimnefga fimneafg fimneagf fimnegaf fimnegfa fimnaefg fimnaegf fimnafeg fimnafge
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fiamfegn fiamfneg fiamfnge fiamfgne fiamfgen fiamefng fiamefgn fiamenfg fiamengf fiamegnf fiamegfn
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fianefmg fianefgm fianemfg fianemgf fianegmf fianegfm fianmefg fianmegf fianmfeg fianmfge fianmgfe
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femafnig femafngi femafgni femafgin femaifng femaifgn femainfg femaingf femaignf femaigfn femanifg
femanigf femanfig femanfgi femangfi femangif femaginf femagifn femagnif femagnfi femagfni femagfin
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femiangf femiagnf femiagfn feminafg feminagf feminfag feminfga femingfa femingaf femiganf femigafn
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feafgmin feaifmng feaifmgn feaifnmg feaifngm feaifgnm feaifgmn feaimfng feaimfgn feaimnfg feaimngf
feaimgnf feaimgfn feainmfg feainmgf feainfmg feainfgm feaingfm feaingmf feaigmnf feaigmfn feaignmf
feaignfm feaigfnm feaigfmn feanfimg feanfigm feanfmig feanfmgi feanfgmi feanfgim feanifmg feanifgm
feanimfg feanimgf feanigmf feanigfm feanmifg feanmigf feanmfig feanmfgi feanmgfi feanmgif feangimf
feangifm feangmif feangmfi feangfmi feangfim feagfinm feagfimn feagfnim feagfnmi feagfmni feagfmin
feagifnm feagifmn feaginfm feaginmf feagimnf feagimfn feagnifm feagnimf feagnfim feagnfmi feagnmfi
feagnmif feagminf feagmifn feagmnif feagmnfi feagmfni feagmfin fefaming fefamign fefamnig fefamngi
fefamgni fefamgin fefaimng fefaimgn fefainmg fefaingm fefaignm fefaigmn fefanimg fefanigm fefanmig
fefanmgi fefangmi fefangim fefaginm fefagimn fefagnim fefagnmi fefagmni fefagmin fefmaing fefmaign
fefmanig fefmangi fefmagni fefmagin fefmiang fefmiagn fefminag fefminga fefmigna fefmigan fefmniag
fefmniga fefmnaig fefmnagi fefmngai fefmngia fefmgina fefmgian fefmgnia fefmgnai fefmgani fefmgain
fefimang fefimagn fefimnag fefimnga fefimgna fefimgan fefiamng fefiamgn fefianmg fefiangm fefiagnm
fefiagmn fefinamg fefinagm fefinmag fefinmga fefingma fefingam fefiganm fefigamn fefignam fefignma
fefigmna fefigman fefnmiag fefnmiga fefnmaig fefnmagi fefnmgai fefnmgia fefnimag fefnimga fefniamg
fefniagm fefnigam fefnigma fefnaimg fefnaigm fefnamig fefnamgi fefnagmi fefnagim fefngiam fefngima
fefngaim fefngami fefngmai fefngmia fefgmina fefgmian fefgmnia fefgmnai fefgmani fefgmain fefgimna
fefgiman fefginma fefginam fefgianm fefgiamn fefgnima fefgniam fefgnmia fefgnmai fefgnami fefgnaim
fefgainm fefgaimn fefganim fefganmi fefgamni fefgamin feiafmng feiafmgn feiafnmg feiafngm feiafgnm
feiafgmn feiamfng feiamfgn feiamnfg feiamngf feiamgnf feiamgfn feianmfg feianmgf feianfmg feianfgm
feiangfm feiangmf feiagmnf feiagmfn feiagnmf feiagnfm feiagfnm feiagfmn feifamng feifamgn feifanmg
feifangm feifagnm feifagmn feifmang feifmagn feifmnag feifmnga feifmgna feifmgan feifnmag feifnmga
feifnamg feifnagm feifngam feifngma feifgmna feifgman feifgnma feifgnam feifganm feifgamn feimfang
feimfagn feimfnag feimfnga feimfgna feimfgan feimafng feimafgn feimanfg feimangf feimagnf feimagfn
feimnafg feimnagf feimnfag feimnfga feimngfa feimngaf feimganf feimgafn feimgnaf feimgnfa feimgfna
feimgfan feinfmag feinfmga feinfamg feinfagm feinfgam feinfgma feinmfag feinmfga feinmafg feinmagf
feinmgaf feinmgfa feinamfg feinamgf feinafmg feinafgm feinagfm feinagmf feingmaf feingmfa feingamf
feingafm feingfam feingfma feigfmna feigfman feigfnma feigfnam feigfanm feigfamn feigmfna feigmfan
feigmnfa feigmnaf feigmanf feigmafn feignmfa feignmaf feignfma feignfam feignafm feignamf feigamnf
feigamfn feiganmf feiganfm feigafnm feigafmn fenafimg fenafigm fenafmig fenafmgi fenafgmi fenafgim
fenaifmg fenaifgm fenaimfg fenaimgf fenaigmf fenaigfm fenamifg fenamigf fenamfig fenamfgi fenamgfi
fenamgif fenagimf fenagifm fenagmif fenagmfi fenagfmi fenagfim fenfaimg fenfaigm fenfamig fenfamgi
fenfagmi fenfagim fenfiamg fenfiagm fenfimag fenfimga fenfigma fenfigam fenfmiag fenfmiga fenfmaig
fenfmagi fenfmgai fenfmgia fenfgima fenfgiam fenfgmia fenfgmai fenfgami fenfgaim fenifamg fenifagm
fenifmag fenifmga fenifgma fenifgam feniafmg feniafgm feniamfg feniamgf feniagmf feniagfm fenimafg
fenimagf fenimfag fenimfga fenimgfa fenimgaf fenigamf fenigafm fenigmaf fenigmfa fenigfma fenigfam
fenmfiag fenmfiga fenmfaig fenmfagi fenmfgai fenmfgia fenmifag fenmifga fenmiafg fenmiagf fenmigaf
fenmigfa fenmaifg fenmaigf fenmafig fenmafgi fenmagfi fenmagif fenmgiaf fenmgifa fenmgaif fenmgafi
fenmgfai fenmgfia fengfima fengfiam fengfmia fengfmai fengfami fengfaim fengifma fengifam fengimfa
fengimaf fengiamf fengiafm fengmifa fengmiaf fengmfia fengmfai fengmafi fengmaif fengaimf fengaifm
fengamif fengamfi fengafmi fengafim fegafinm fegafimn fegafnim fegafnmi fegafmni fegafmin fegaifnm
fegaifmn fegainfm fegainmf fegaimnf fegaimfn feganifm feganimf feganfim feganfmi feganmfi feganmif
fegaminf fegamifn fegamnif fegamnfi fegamfni fegamfin fegfainm fegfaimn fegfanim fegfanmi fegfamni
fegfamin fegfianm fegfiamn fegfinam fegfinma fegfimna fegfiman fegfniam fegfnima fegfnaim fegfnami
fegfnmai fegfnmia fegfmina fegfmian fegfmnia fegfmnai fegfmani fegfmain fegifanm fegifamn fegifnam
fegifnma fegifmna fegifman fegiafnm fegiafmn fegianfm fegianmf fegiamnf fegiamfn feginafm feginamf
feginfam feginfma feginmfa feginmaf fegimanf fegimafn fegimnaf fegimnfa fegimfna fegimfan fegnfiam
fegnfima fegnfaim fegnfami fegnfmai fegnfmia fegnifam fegnifma fegniafm fegniamf fegnimaf fegnimfa
fegnaifm fegnaimf fegnafim fegnafmi fegnamfi fegnamif fegnmiaf fegnmifa fegnmaif fegnmafi fegnmfai
fegnmfia fegmfina fegmfian fegmfnia fegmfnai fegmfani fegmfain fegmifna fegmifan fegminfa fegminaf
fegmianf fegmiafn fegmnifa fegmniaf fegmnfia fegmnfai fegmnafi fegmnaif fegmainf fegmaifn fegmanif
fegmanfi fegmafni fegmafin fnmafeig fnmafegi fnmafieg fnmafige fnmafgie fnmafgei fnmaefig fnmaefgi
fnmaeifg fnmaeigf fnmaegif fnmaegfi fnmaiefg fnmaiegf fnmaifeg fnmaifge fnmaigfe fnmaigef fnmageif
fnmagefi fnmagief fnmagife fnmagfie fnmagfei fnmfaeig fnmfaegi fnmfaieg fnmfaige fnmfagie fnmfagei
fnmfeaig fnmfeagi fnmfeiag fnmfeiga fnmfegia fnmfegai fnmfieag fnmfiega fnmfiaeg fnmfiage fnmfigae
fnmfigea fnmfgeia fnmfgeai fnmfgiea fnmfgiae fnmfgaie fnmfgaei fnmefaig fnmefagi fnmefiag fnmefiga
fnmefgia fnmefgai fnmeafig fnmeafgi fnmeaifg fnmeaigf fnmeagif fnmeagfi fnmeiafg fnmeiagf fnmeifag
fnmeifga fnmeigfa fnmeigaf fnmegaif fnmegafi fnmegiaf fnmegifa fnmegfia fnmegfai fnmifeag fnmifega
fnmifaeg fnmifage fnmifgae fnmifgea fnmiefag fnmiefga fnmieafg fnmieagf fnmiegaf fnmiegfa fnmiaefg
fnmiaegf fnmiafeg fnmiafge fnmiagfe fnmiagef fnmigeaf fnmigefa fnmigaef fnmigafe fnmigfae fnmigfea
fnmgfeia fnmgfeai fnmgfiea fnmgfiae fnmgfaie fnmgfaei fnmgefia fnmgefai fnmgeifa fnmgeiaf fnmgeaif
fnmgeafi fnmgiefa fnmgieaf fnmgifea fnmgifae fnmgiafe fnmgiaef fnmgaeif fnmgaefi fnmgaief fnmgaife
fnmgafie fnmgafei fnamfeig fnamfegi fnamfieg fnamfige fnamfgie fnamfgei fnamefig fnamefgi fnameifg
fnameigf fnamegif fnamegfi fnamiefg fnamiegf fnamifeg fnamifge fnamigfe fnamigef fnamgeif fnamgefi
fnamgief fnamgife fnamgfie fnamgfei fnafmeig fnafmegi fnafmieg fnafmige fnafmgie fnafmgei fnafemig
fnafemgi fnafeimg fnafeigm fnafegim fnafegmi fnafiemg fnafiegm fnafimeg fnafimge fnafigme fnafigem
fnafgeim fnafgemi fnafgiem fnafgime fnafgmie fnafgmei fnaefmig fnaefmgi fnaefimg fnaefigm fnaefgim
fnaefgmi fnaemfig fnaemfgi fnaemifg fnaemigf fnaemgif fnaemgfi fnaeimfg fnaeimgf fnaeifmg fnaeifgm
fnaeigfm fnaeigmf fnaegmif fnaegmfi fnaegimf fnaegifm fnaegfim fnaegfmi fnaifemg fnaifegm fnaifmeg
fnaifmge fnaifgme fnaifgem fnaiefmg fnaiefgm fnaiemfg fnaiemgf fnaiegmf fnaiegfm fnaimefg fnaimegf
fnaimfeg fnaimfge fnaimgfe fnaimgef fnaigemf fnaigefm fnaigmef fnaigmfe fnaigfme fnaigfem fnagfeim
fnagfemi fnagfiem fnagfime fnagfmie fnagfmei fnagefim fnagefmi fnageifm fnageimf fnagemif fnagemfi
fnagiefm fnagiemf fnagifem fnagifme fnagimfe fnagimef fnagmeif fnagmefi fnagmief fnagmife fnagmfie
fnagmfei fnfameig fnfamegi fnfamieg fnfamige fnfamgie fnfamgei fnfaemig fnfaemgi fnfaeimg fnfaeigm
fnfaegim fnfaegmi fnfaiemg fnfaiegm fnfaimeg fnfaimge fnfaigme fnfaigem fnfageim fnfagemi fnfagiem
fnfagime fnfagmie fnfagmei fnfmaeig fnfmaegi fnfmaieg fnfmaige fnfmagie fnfmagei fnfmeaig fnfmeagi
fnfmeiag fnfmeiga fnfmegia fnfmegai fnfmieag fnfmiega fnfmiaeg fnfmiage fnfmigae fnfmigea fnfmgeia
fnfmgeai fnfmgiea fnfmgiae fnfmgaie fnfmgaei fnfemaig fnfemagi fnfemiag fnfemiga fnfemgia fnfemgai
fnfeamig fnfeamgi fnfeaimg fnfeaigm fnfeagim fnfeagmi fnfeiamg fnfeiagm fnfeimag fnfeimga fnfeigma
fnfeigam fnfegaim fnfegami fnfegiam fnfegima fnfegmia fnfegmai fnfimeag fnfimega fnfimaeg fnfimage
fnfimgae fnfimgea fnfiemag fnfiemga fnfieamg fnfieagm fnfiegam fnfiegma fnfiaemg fnfiaegm fnfiameg
fnfiamge fnfiagme fnfiagem fnfigeam fnfigema fnfigaem fnfigame fnfigmae fnfigmea fnfgmeia fnfgmeai
fnfgmiea fnfgmiae fnfgmaie fnfgmaei fnfgemia fnfgemai fnfgeima fnfgeiam fnfgeaim fnfgeami fnfgiema
fnfgieam fnfgimea fnfgimae fnfgiame fnfgiaem fnfgaeim fnfgaemi fnfgaiem fnfgaime fnfgamie fnfgamei
fneafmig fneafmgi fneafimg fneafigm fneafgim fneafgmi fneamfig fneamfgi fneamifg fneamigf fneamgif
fneamgfi fneaimfg fneaimgf fneaifmg fneaifgm fneaigfm fneaigmf fneagmif fneagmfi fneagimf fneagifm
fneagfim fneagfmi fnefamig fnefamgi fnefaimg fnefaigm fnefagim fnefagmi fnefmaig fnefmagi fnefmiag
fnefmiga fnefmgia fnefmgai fnefimag fnefimga fnefiamg fnefiagm fnefigam fnefigma fnefgmia fnefgmai
fnefgima fnefgiam fnefgaim fnefgami fnemfaig fnemfagi fnemfiag fnemfiga fnemfgia fnemfgai fnemafig
fnemafgi fnemaifg fnemaigf fnemagif fnemagfi fnemiafg fnemiagf fnemifag fnemifga fnemigfa fnemigaf
fnemgaif fnemgafi fnemgiaf fnemgifa fnemgfia fnemgfai fneifmag fneifmga fneifamg fneifagm fneifgam
fneifgma fneimfag fneimfga fneimafg fneimagf fneimgaf fneimgfa fneiamfg fneiamgf fneiafmg fneiafgm
fneiagfm fneiagmf fneigmaf fneigmfa fneigamf fneigafm fneigfam fneigfma fnegfmia fnegfmai fnegfima
fnegfiam fnegfaim fnegfami fnegmfia fnegmfai fnegmifa fnegmiaf fnegmaif fnegmafi fnegimfa fnegimaf
fnegifma fnegifam fnegiafm fnegiamf fnegamif fnegamfi fnegaimf fnegaifm fnegafim fnegafmi fniafemg
fniafegm fniafmeg fniafmge fniafgme fniafgem fniaefmg fniaefgm fniaemfg fniaemgf fniaegmf fniaegfm
fniamefg fniamegf fniamfeg fniamfge fniamgfe fniamgef fniagemf fniagefm fniagmef fniagmfe fniagfme
fniagfem fnifaemg fnifaegm fnifameg fnifamge fnifagme fnifagem fnifeamg fnifeagm fnifemag fnifemga
fnifegma fnifegam fnifmeag fnifmega fnifmaeg fnifmage fnifmgae fnifmgea fnifgema fnifgeam fnifgmea
fnifgmae fnifgame fnifgaem fniefamg fniefagm fniefmag fniefmga fniefgma fniefgam fnieafmg fnieafgm
fnieamfg fnieamgf fnieagmf fnieagfm fniemafg fniemagf fniemfag fniemfga fniemgfa fniemgaf fniegamf
fniegafm fniegmaf fniegmfa fniegfma fniegfam fnimfeag fnimfega fnimfaeg fnimfage fnimfgae fnimfgea
fnimefag fnimefga fnimeafg fnimeagf fnimegaf fnimegfa fnimaefg fnimaegf fnimafeg fnimafge fnimagfe
fnimagef fnimgeaf fnimgefa fnimgaef fnimgafe fnimgfae fnimgfea fnigfema fnigfeam fnigfmea fnigfmae
fnigfame fnigfaem fnigefma fnigefam fnigemfa fnigemaf fnigeamf fnigeafm fnigmefa fnigmeaf fnigmfea
fnigmfae fnigmafe fnigmaef fnigaemf fnigaefm fnigamef fnigamfe fnigafme fnigafem fngafeim fngafemi
fngafiem fngafime fngafmie fngafmei fngaefim fngaefmi fngaeifm fngaeimf fngaemif fngaemfi fngaiefm
fngaiemf fngaifem fngaifme fngaimfe fngaimef fngameif fngamefi fngamief fngamife fngamfie fngamfei
fngfaeim fngfaemi fngfaiem fngfaime fngfamie fngfamei fngfeaim fngfeami fngfeiam fngfeima fngfemia
fngfemai fngfieam fngfiema fngfiaem fngfiame fngfimae fngfimea fngfmeia fngfmeai fngfmiea fngfmiae
fngfmaie fngfmaei fngefaim fngefami fngefiam fngefima fngefmia fngefmai fngeafim fngeafmi fngeaifm
fngeaimf fngeamif fngeamfi fngeiafm fngeiamf fngeifam fngeifma fngeimfa fngeimaf fngemaif fngemafi
fngemiaf fngemifa fngemfia fngemfai fngifeam fngifema fngifaem fngifame fngifmae fngifmea fngiefam
fngiefma fngieafm fngieamf fngiemaf fngiemfa fngiaefm fngiaemf fngiafem fngiafme fngiamfe fngiamef
fngimeaf fngimefa fngimaef fngimafe fngimfae fngimfea fngmfeia fngmfeai fngmfiea fngmfiae fngmfaie
fngmfaei fngmefia fngmefai fngmeifa fngmeiaf fngmeaif fngmeafi fngmiefa fngmieaf fngmifea fngmifae
fngmiafe fngmiaef fngmaeif fngmaefi fngmaief fngmaife fngmafie fngmafei fgmafeni fgmafein fgmafnei
fgmafnie fgmafine fgmafien fgmaefni fgmaefin fgmaenfi fgmaenif fgmaeinf fgmaeifn fgmanefi fgmaneif
fgmanfei fgmanfie fgmanife fgmanief fgmaienf fgmaiefn fgmainef fgmainfe fgmaifne fgmaifen fgmfaeni
fgmfaein fgmfanei fgmfanie fgmfaine fgmfaien fgmfeani fgmfeain fgmfenai fgmfenia fgmfeina fgmfeian
fgmfneai fgmfneia fgmfnaei fgmfnaie fgmfniae fgmfniea fgmfiena fgmfiean fgmfinea fgmfinae fgmfiane
fgmfiaen fgmefani fgmefain fgmefnai fgmefnia fgmefina fgmefian fgmeafni fgmeafin fgmeanfi fgmeanif
fgmeainf fgmeaifn fgmenafi fgmenaif fgmenfai fgmenfia fgmenifa fgmeniaf fgmeianf fgmeiafn fgmeinaf
fgmeinfa fgmeifna fgmeifan fgmnfeai fgmnfeia fgmnfaei fgmnfaie fgmnfiae fgmnfiea fgmnefai fgmnefia
fgmneafi fgmneaif fgmneiaf fgmneifa fgmnaefi fgmnaeif fgmnafei fgmnafie fgmnaife fgmnaief fgmnieaf
fgmniefa fgmniaef fgmniafe fgmnifae fgmnifea fgmifena fgmifean fgmifnea fgmifnae fgmifane fgmifaen
fgmiefna fgmiefan fgmienfa fgmienaf fgmieanf fgmieafn fgminefa fgmineaf fgminfea fgminfae fgminafe
fgminaef fgmiaenf fgmiaefn fgmianef fgmianfe fgmiafne fgmiafen fgamfeni fgamfein fgamfnei fgamfnie
fgamfine fgamfien fgamefni fgamefin fgamenfi fgamenif fgameinf fgameifn fgamnefi fgamneif fgamnfei
fgamnfie fgamnife fgamnief fgamienf fgamiefn fgaminef fgaminfe fgamifne fgamifen fgafmeni fgafmein
fgafmnei fgafmnie fgafmine fgafmien fgafemni fgafemin fgafenmi fgafenim fgafeinm fgafeimn fgafnemi
fgafneim fgafnmei fgafnmie fgafnime fgafniem fgafienm fgafiemn fgafinem fgafinme fgafimne fgafimen
fgaefmni fgaefmin fgaefnmi fgaefnim fgaefinm fgaefimn fgaemfni fgaemfin fgaemnfi fgaemnif fgaeminf
fgaemifn fgaenmfi fgaenmif fgaenfmi fgaenfim fgaenifm fgaenimf fgaeimnf fgaeimfn fgaeinmf fgaeinfm
fgaeifnm fgaeifmn fganfemi fganfeim fganfmei fganfmie fganfime fganfiem fganefmi fganefim fganemfi
fganemif fganeimf fganeifm fganmefi fganmeif fganmfei fganmfie fganmife fganmief fganiemf fganiefm
fganimef fganimfe fganifme fganifem fgaifenm fgaifemn fgaifnem fgaifnme fgaifmne fgaifmen fgaiefnm
fgaiefmn fgaienfm fgaienmf fgaiemnf fgaiemfn fgainefm fgainemf fgainfem fgainfme fgainmfe fgainmef
fgaimenf fgaimefn fgaimnef fgaimnfe fgaimfne fgaimfen fgfameni fgfamein fgfamnei fgfamnie fgfamine
fgfamien fgfaemni fgfaemin fgfaenmi fgfaenim fgfaeinm fgfaeimn fgfanemi fgfaneim fgfanmei fgfanmie
fgfanime fgfaniem fgfaienm fgfaiemn fgfainem fgfainme fgfaimne fgfaimen fgfmaeni fgfmaein fgfmanei
fgfmanie fgfmaine fgfmaien fgfmeani fgfmeain fgfmenai fgfmenia fgfmeina fgfmeian fgfmneai fgfmneia
fgfmnaei fgfmnaie fgfmniae fgfmniea fgfmiena fgfmiean fgfminea fgfminae fgfmiane fgfmiaen fgfemani
fgfemain fgfemnai fgfemnia fgfemina fgfemian fgfeamni fgfeamin fgfeanmi fgfeanim fgfeainm fgfeaimn
fgfenami fgfenaim fgfenmai fgfenmia fgfenima fgfeniam fgfeianm fgfeiamn fgfeinam fgfeinma fgfeimna
fgfeiman fgfnmeai fgfnmeia fgfnmaei fgfnmaie fgfnmiae fgfnmiea fgfnemai fgfnemia fgfneami fgfneaim
fgfneiam fgfneima fgfnaemi fgfnaeim fgfnamei fgfnamie fgfnaime fgfnaiem fgfnieam fgfniema fgfniaem
fgfniame fgfnimae fgfnimea fgfimena fgfimean fgfimnea fgfimnae fgfimane fgfimaen fgfiemna fgfieman
fgfienma fgfienam fgfieanm fgfieamn fgfinema fgfineam fgfinmea fgfinmae fgfiname fgfinaem fgfiaenm
fgfiaemn fgfianem fgfianme fgfiamne fgfiamen fgeafmni fgeafmin fgeafnmi fgeafnim fgeafinm fgeafimn
fgeamfni fgeamfin fgeamnfi fgeamnif fgeaminf fgeamifn fgeanmfi fgeanmif fgeanfmi fgeanfim fgeanifm
fgeanimf fgeaimnf fgeaimfn fgeainmf fgeainfm fgeaifnm fgeaifmn fgefamni fgefamin fgefanmi fgefanim
fgefainm fgefaimn fgefmani fgefmain fgefmnai fgefmnia fgefmina fgefmian fgefnmai fgefnmia fgefnami
fgefnaim fgefniam fgefnima fgefimna fgefiman fgefinma fgefinam fgefianm fgefiamn fgemfani fgemfain
fgemfnai fgemfnia fgemfina fgemfian fgemafni fgemafin fgemanfi fgemanif fgemainf fgemaifn fgemnafi
fgemnaif fgemnfai fgemnfia fgemnifa fgemniaf fgemianf fgemiafn fgeminaf fgeminfa fgemifna fgemifan
fgenfmai fgenfmia fgenfami fgenfaim fgenfiam fgenfima fgenmfai fgenmfia fgenmafi fgenmaif fgenmiaf
fgenmifa fgenamfi fgenamif fgenafmi fgenafim fgenaifm fgenaimf fgenimaf fgenimfa fgeniamf fgeniafm
fgenifam fgenifma fgeifmna fgeifman fgeifnma fgeifnam fgeifanm fgeifamn fgeimfna fgeimfan fgeimnfa
fgeimnaf fgeimanf fgeimafn fgeinmfa fgeinmaf fgeinfma fgeinfam fgeinafm fgeinamf fgeiamnf fgeiamfn
fgeianmf fgeianfm fgeiafnm fgeiafmn fgnafemi fgnafeim fgnafmei fgnafmie fgnafime fgnafiem fgnaefmi
fgnaefim fgnaemfi fgnaemif fgnaeimf fgnaeifm fgnamefi fgnameif fgnamfei fgnamfie fgnamife fgnamief
fgnaiemf fgnaiefm fgnaimef fgnaimfe fgnaifme fgnaifem fgnfaemi fgnfaeim fgnfamei fgnfamie fgnfaime
fgnfaiem fgnfeami fgnfeaim fgnfemai fgnfemia fgnfeima fgnfeiam fgnfmeai fgnfmeia fgnfmaei fgnfmaie
fgnfmiae fgnfmiea fgnfiema fgnfieam fgnfimea fgnfimae fgnfiame fgnfiaem fgnefami fgnefaim fgnefmai
fgnefmia fgnefima fgnefiam fgneafmi fgneafim fgneamfi fgneamif fgneaimf fgneaifm fgnemafi fgnemaif
fgnemfai fgnemfia fgnemifa fgnemiaf fgneiamf fgneiafm fgneimaf fgneimfa fgneifma fgneifam fgnmfeai
fgnmfeia fgnmfaei fgnmfaie fgnmfiae fgnmfiea fgnmefai fgnmefia fgnmeafi fgnmeaif fgnmeiaf fgnmeifa
fgnmaefi fgnmaeif fgnmafei fgnmafie fgnmaife fgnmaief fgnmieaf fgnmiefa fgnmiaef fgnmiafe fgnmifae
fgnmifea fgnifema fgnifeam fgnifmea fgnifmae fgnifame fgnifaem fgniefma fgniefam fgniemfa fgniemaf
fgnieamf fgnieafm fgnimefa fgnimeaf fgnimfea fgnimfae fgnimafe fgnimaef fgniaemf fgniaefm fgniamef
fgniamfe fgniafme fgniafem fgiafenm fgiafemn fgiafnem fgiafnme fgiafmne fgiafmen fgiaefnm fgiaefmn
fgiaenfm fgiaenmf fgiaemnf fgiaemfn fgianefm fgianemf fgianfem fgianfme fgianmfe fgianmef fgiamenf
fgiamefn fgiamnef fgiamnfe fgiamfne fgiamfen fgifaenm fgifaemn fgifanem fgifanme fgifamne fgifamen
fgifeanm fgifeamn fgifenam fgifenma fgifemna fgifeman fgifneam fgifnema fgifnaem fgifname fgifnmae
fgifnmea fgifmena fgifmean fgifmnea fgifmnae fgifmane fgifmaen fgiefanm fgiefamn fgiefnam fgiefnma
fgiefmna fgiefman fgieafnm fgieafmn fgieanfm fgieanmf fgieamnf fgieamfn fgienafm fgienamf fgienfam
fgienfma fgienmfa fgienmaf fgiemanf fgiemafn fgiemnaf fgiemnfa fgiemfna fgiemfan fginfeam fginfema
fginfaem fginfame fginfmae fginfmea fginefam fginefma fgineafm fgineamf fginemaf fginemfa fginaefm
fginaemf fginafem fginafme fginamfe fginamef fginmeaf fginmefa fginmaef fginmafe fginmfae fginmfea
fgimfena fgimfean fgimfnea fgimfnae fgimfane fgimfaen fgimefna fgimefan fgimenfa fgimenaf fgimeanf
fgimeafn fgimnefa fgimneaf fgimnfea fgimnfae fgimnafe fgimnaef fgimaenf fgimaefn fgimanef fgimanfe
fgimafne fgimafen

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History of cryptography
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