easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

precerque

mecaptera

bucerotinae

aegrotatio

chromophorous

tamarac

staunton

peripatoid

baktabak

priuato

sumpserant

cheboygan

carfax

carcaneted

fukushi

nothingless

padlocks

raffanti


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: fragged
cipher variations:
gsbhhfe htciigf iudjjhg jvekkih kwfllji
lxgmmkj myhnnlk nziooml oajppnm pbkqqon
qclrrpo rdmssqp senttrq tfouusr ugpvvts
vhqwwut wirxxvu xjsyywv yktzzxw zluaayx
amvbbzy bnwccaz coxddba dpyeecb eqzffdc

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: fragged
Cipher: uizttvw

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: fragged
Cipher: AABAB BAAAA AAAAA AABBA AABBA 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: fragged
cipher variations:
gsbhhfeqabttnkaibffvqkqbrrdwuybddlcegbpptiywbnnjuiebzzra
smbllzgcubxxhmmcbjjpswkbvvxyhtciigfrbcuuolbjcggwrlrcssex
vzceemdfhcqqujzxcookvjfcaasbtncmmahdvcyyinndckkqtxlcwwyz
iudjjhgscdvvpmckdhhxsmsdttfywadffnegidrrvkaydpplwkgdbbtc
uodnnbiewdzzjooedllruymdxxzajvekkihtdewwqndleiiytnteuugz
xbeggofhjesswlbzeqqmxlheccudvpeoocjfxeaakppfemmsvzneyyab
kwflljiuefxxroemfjjzuoufvvhaycfhhpgikfttxmcafrrnymifddve
wqfppdkgyfbblqqgfnntwaofzzbclxgmmkjvfgyyspfngkkavpvgwwib
zdgiiqhjlguuyndbgssoznjgeewfxrgqqelhzgccmrrhgoouxbpgaacd
myhnnlkwghzztqgohllbwqwhxxjcaehjjrikmhvvzoechttpaokhffxg
yshrrfmiahddnssihppvycqhbbdenzioomlxhiaaurhpimmcxrxiyykd
bfikksjlniwwapfdiuuqbpliggyhztissgnjbieeottjiqqwzdriccef
oajppnmyijbbvsiqjnndysyjzzlecgjlltkmojxxbqgejvvrcqmjhhzi
aujtthokcjffpuukjrrxaesjddfgpbkqqonzjkccwtjrkooeztzkaamf
dhkmmulnpkyycrhfkwwsdrnkiiajbvkuuipldkggqvvlkssybftkeegh
qclrrpoaklddxukslppfaualbbngeilnnvmoqlzzdsiglxxtesoljjbk
cwlvvjqmelhhrwwmlttzcgulffhirdmssqpblmeeyvltmqqgbvbmccoh
fjmoownprmaaetjhmyyuftpmkkcldxmwwkrnfmiisxxnmuuadhvmggij
senttrqcmnffzwmunrrhcwcnddpigknppxoqsnbbfukinzzvguqnlldm
eynxxlsognjjtyyonvvbeiwnhhjktfouusrdnoggaxnvossidxdoeeqj
hloqqyprtoccgvljoaawhvrommenfzoyymtphokkuzzpowwcfjxoiikl
ugpvvtseophhbyowpttjeyepffrkimprrzqsupddhwmkpbbxiwspnnfo
gapzznuqipllvaaqpxxdgkypjjlmvhqwwutfpqiiczpxquukfzfqggsl
jnqssartvqeeixnlqccyjxtqoogphbqaaovrjqmmwbbrqyyehlzqkkmn
wirxxvugqrjjdaqyrvvlgagrhhtmkorttbsuwrffjyomrddzkyurpphq
icrbbpwskrnnxccsrzzfimarllnoxjsyywvhrskkebrzswwmhbhsiiun
lpsuuctvxsggkzpnseealzvsqqirjdsccqxtlsooyddtsaagjnbsmmop
yktzzxwistllfcsatxxnicitjjvomqtvvduwythhlaqotffbmawtrrjs
ketddryumtppzeeutbbhkoctnnpqzluaayxjtummgdtbuyyojdjukkwp
nruwwevxzuiimbrpuggcnbxussktlfueeszvnuqqaffvuccilpduooqr
amvbbzykuvnnheucvzzpkekvllxqosvxxfwyavjjncsqvhhdocyvttlu
mgvfftawovrrbggwvddjmqevpprsbnwccazlvwooifvdwaaqlflwmmyr
ptwyygxzbwkkodtrwiiepdzwuumvnhwggubxpwsschhxweeknrfwqqst
coxddbamwxppjgwexbbrmgmxnnzsquxzzhyacxllpeusxjjfqeaxvvnw
oixhhvcyqxttdiiyxfflosgxrrtudpyeecbnxyqqkhxfyccsnhnyooat
rvyaaizbdymmqfvtykkgrfbywwoxpjyiiwdzryuuejjzyggmpthyssuv
eqzffdcoyzrrliygzddtoiozppbuswzbbjaceznnrgwuzllhsgczxxpy
qkzjjxeaszvvfkkazhhnquizttvwfraggedpzassmjzhaeeupjpaqqcv
txacckbdfaooshxvammithdayyqzrlakkyfbtawwgllbaiiorvjauuwx

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: fragged
Cipher: senttrq

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: fragged
Cipher: 12241122225141

Extended Methods:
Method #1

Plaintext: fragged
method variations:
lwfmmkiqblrrpovgqwwutamvbbzy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f r a g g e d 
1 2 1 2 2 5 4 
2 4 1 2 2 1 1 
They are then read out in rows:
12122542412211
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: fragged
Cipher: ffwidga

Read more ...
Method #3

Plaintext: fragged
method variations:
gdfgwqa dfgwqag fgwqagd
gwqagdf wqagdfg qagdfgw
agdfgwq

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: fragged

all 5040 cipher variations:
fragged fraggde fragegd fragedg fragdeg fragdge fragged fraggde fragegd fragedg fragdeg
fragdge fraeggd fraegdg fraeggd fraegdg fraedgg fraedgg fradgeg fradgge fradegg fradegg
fradgeg fradgge frgaged frgagde frgaegd frgaedg frgadeg frgadge frggaed frggade frggead
frggeda frggdea frggdae frgegad frgegda frgeagd frgeadg frgedag frgedga frgdgea frgdgae
frgdega frgdeag frgdaeg frgdage frggaed frggade frggead frggeda frggdea frggdae frgaged
frgagde frgaegd frgaedg frgadeg frgadge frgeagd frgeadg frgegad frgegda frgedga frgedag
frgdaeg frgdage frgdeag frgdega frgdgea frgdgae freggad freggda fregagd fregadg fregdag
fregdga freggad freggda fregagd fregadg fregdag fregdga freaggd freagdg freaggd freagdg
freadgg freadgg fredgag fredgga fredagg fredagg fredgag fredgga frdggea frdggae frdgega
frdgeag frdgaeg frdgage frdggea frdggae frdgega frdgeag frdgaeg frdgage frdegga frdegag
frdegga frdegag frdeagg frdeagg frdageg frdagge frdaegg frdaegg frdageg frdagge fargged
farggde fargegd fargedg fargdeg fargdge fargged farggde fargegd fargedg fargdeg fargdge
fareggd faregdg fareggd faregdg faredgg faredgg fardgeg fardgge fardegg fardegg fardgeg
fardgge fagrged fagrgde fagregd fagredg fagrdeg fagrdge faggred faggrde faggerd faggedr
faggder faggdre fagegrd fagegdr fagergd fagerdg fagedrg fagedgr fagdger fagdgre fagdegr
fagderg fagdreg fagdrge faggred faggrde faggerd faggedr faggder faggdre fagrged fagrgde
fagregd fagredg fagrdeg fagrdge fagergd fagerdg fagegrd fagegdr fagedgr fagedrg fagdreg
fagdrge fagderg fagdegr fagdger fagdgre faeggrd faeggdr faegrgd faegrdg faegdrg faegdgr
faeggrd faeggdr faegrgd faegrdg faegdrg faegdgr faerggd faergdg faerggd faergdg faerdgg
faerdgg faedgrg faedggr faedrgg faedrgg faedgrg faedggr fadgger fadggre fadgegr fadgerg
fadgreg fadgrge fadgger fadggre fadgegr fadgerg fadgreg fadgrge fadeggr fadegrg fadeggr
fadegrg fadergg fadergg fadrgeg fadrgge fadregg fadregg fadrgeg fadrgge fgarged fgargde
fgaregd fgaredg fgardeg fgardge fgagred fgagrde fgagerd fgagedr fgagder fgagdre fgaegrd
fgaegdr fgaergd fgaerdg fgaedrg fgaedgr fgadger fgadgre fgadegr fgaderg fgadreg fgadrge
fgraged fgragde fgraegd fgraedg fgradeg fgradge fgrgaed fgrgade fgrgead fgrgeda fgrgdea
fgrgdae fgregad fgregda fgreagd fgreadg fgredag fgredga fgrdgea fgrdgae fgrdega fgrdeag
fgrdaeg fgrdage fggraed fggrade fggread fggreda fggrdea fggrdae fggared fggarde fggaerd
fggaedr fggader fggadre fggeard fggeadr fggerad fggerda fggedra fggedar fggdaer fggdare
fggdear fggdera fggdrea fggdrae fgergad fgergda fgeragd fgeradg fgerdag fgerdga fgegrad
fgegrda fgegard fgegadr fgegdar fgegdra fgeagrd fgeagdr fgeargd fgeardg fgeadrg fgeadgr
fgedgar fgedgra fgedagr fgedarg fgedrag fgedrga fgdrgea fgdrgae fgdrega fgdreag fgdraeg
fgdrage fgdgrea fgdgrae fgdgera fgdgear fgdgaer fgdgare fgdegra fgdegar fgderga fgderag
fgdearg fgdeagr fgdager fgdagre fgdaegr fgdaerg fgdareg fgdarge fgagred fgagrde fgagerd
fgagedr fgagder fgagdre fgarged fgargde fgaregd fgaredg fgardeg fgardge fgaergd fgaerdg
fgaegrd fgaegdr fgaedgr fgaedrg fgadreg fgadrge fgaderg fgadegr fgadger fgadgre fggared
fggarde fggaerd fggaedr fggader fggadre fggraed fggrade fggread fggreda fggrdea fggrdae
fggerad fggerda fggeard fggeadr fggedar fggedra fggdrea fggdrae fggdera fggdear fggdaer
fggdare fgrgaed fgrgade fgrgead fgrgeda fgrgdea fgrgdae fgraged fgragde fgraegd fgraedg
fgradeg fgradge fgreagd fgreadg fgregad fgregda fgredga fgredag fgrdaeg fgrdage fgrdeag
fgrdega fgrdgea fgrdgae fgegrad fgegrda fgegard fgegadr fgegdar fgegdra fgergad fgergda
fgeragd fgeradg fgerdag fgerdga fgeargd fgeardg fgeagrd fgeagdr fgeadgr fgeadrg fgedrag
fgedrga fgedarg fgedagr fgedgar fgedgra fgdgrea fgdgrae fgdgera fgdgear fgdgaer fgdgare
fgdrgea fgdrgae fgdrega fgdreag fgdraeg fgdrage fgderga fgderag fgdegra fgdegar fgdeagr
fgdearg fgdareg fgdarge fgdaerg fgdaegr fgdager fgdagre feaggrd feaggdr feagrgd feagrdg
feagdrg feagdgr feaggrd feaggdr feagrgd feagrdg feagdrg feagdgr fearggd feargdg fearggd
feargdg feardgg feardgg feadgrg feadggr feadrgg feadrgg feadgrg feadggr fegagrd fegagdr
fegargd fegardg fegadrg fegadgr feggard feggadr feggrad feggrda feggdra feggdar fegrgad
fegrgda fegragd fegradg fegrdag fegrdga fegdgra fegdgar fegdrga fegdrag fegdarg fegdagr
feggard feggadr feggrad feggrda feggdra feggdar fegagrd fegagdr fegargd fegardg fegadrg
fegadgr fegragd fegradg fegrgad fegrgda fegrdga fegrdag fegdarg fegdagr fegdrag fegdrga
fegdgra fegdgar ferggad ferggda fergagd fergadg fergdag fergdga ferggad ferggda fergagd
fergadg fergdag fergdga feraggd feragdg feraggd feragdg feradgg feradgg ferdgag ferdgga
ferdagg ferdagg ferdgag ferdgga fedggra fedggar fedgrga fedgrag fedgarg fedgagr fedggra
fedggar fedgrga fedgrag fedgarg fedgagr fedrgga fedrgag fedrgga fedrgag fedragg fedragg
fedagrg fedaggr fedargg fedargg fedagrg fedaggr fdagger fdaggre fdagegr fdagerg fdagreg
fdagrge fdagger fdaggre fdagegr fdagerg fdagreg fdagrge fdaeggr fdaegrg fdaeggr fdaegrg
fdaergg fdaergg fdargeg fdargge fdaregg fdaregg fdargeg fdargge fdgager fdgagre fdgaegr
fdgaerg fdgareg fdgarge fdggaer fdggare fdggear fdggera fdggrea fdggrae fdgegar fdgegra
fdgeagr fdgearg fdgerag fdgerga fdgrgea fdgrgae fdgrega fdgreag fdgraeg fdgrage fdggaer
fdggare fdggear fdggera fdggrea fdggrae fdgager fdgagre fdgaegr fdgaerg fdgareg fdgarge
fdgeagr fdgearg fdgegar fdgegra fdgerga fdgerag fdgraeg fdgrage fdgreag fdgrega fdgrgea
fdgrgae fdeggar fdeggra fdegagr fdegarg fdegrag fdegrga fdeggar fdeggra fdegagr fdegarg
fdegrag fdegrga fdeaggr fdeagrg fdeaggr fdeagrg fdeargg fdeargg fdergag fdergga fderagg
fderagg fdergag fdergga fdrggea fdrggae fdrgega fdrgeag fdrgaeg fdrgage fdrggea fdrggae
fdrgega fdrgeag fdrgaeg fdrgage fdregga fdregag fdregga fdregag fdreagg fdreagg fdrageg
fdragge fdraegg fdraegg fdrageg fdragge rfagged rfaggde rfagegd rfagedg rfagdeg rfagdge
rfagged rfaggde rfagegd rfagedg rfagdeg rfagdge rfaeggd rfaegdg rfaeggd rfaegdg rfaedgg
rfaedgg rfadgeg rfadgge rfadegg rfadegg rfadgeg rfadgge rfgaged rfgagde rfgaegd rfgaedg
rfgadeg rfgadge rfggaed rfggade rfggead rfggeda rfggdea rfggdae rfgegad rfgegda rfgeagd
rfgeadg rfgedag rfgedga rfgdgea rfgdgae rfgdega rfgdeag rfgdaeg rfgdage rfggaed rfggade
rfggead rfggeda rfggdea rfggdae rfgaged rfgagde rfgaegd rfgaedg rfgadeg rfgadge rfgeagd
rfgeadg rfgegad rfgegda rfgedga rfgedag rfgdaeg rfgdage rfgdeag rfgdega rfgdgea rfgdgae
rfeggad rfeggda rfegagd rfegadg rfegdag rfegdga rfeggad rfeggda rfegagd rfegadg rfegdag
rfegdga rfeaggd rfeagdg rfeaggd rfeagdg rfeadgg rfeadgg rfedgag rfedgga rfedagg rfedagg
rfedgag rfedgga rfdggea rfdggae rfdgega rfdgeag rfdgaeg rfdgage rfdggea rfdggae rfdgega
rfdgeag rfdgaeg rfdgage rfdegga rfdegag rfdegga rfdegag rfdeagg rfdeagg rfdageg rfdagge
rfdaegg rfdaegg rfdageg rfdagge rafgged rafggde rafgegd rafgedg rafgdeg rafgdge rafgged
rafggde rafgegd rafgedg rafgdeg rafgdge rafeggd rafegdg rafeggd rafegdg rafedgg rafedgg
rafdgeg rafdgge rafdegg rafdegg rafdgeg rafdgge ragfged ragfgde ragfegd ragfedg ragfdeg
ragfdge raggfed raggfde raggefd raggedf raggdef raggdfe ragegfd ragegdf ragefgd ragefdg
ragedfg ragedgf ragdgef ragdgfe ragdegf ragdefg ragdfeg ragdfge raggfed raggfde raggefd
raggedf raggdef raggdfe ragfged ragfgde ragfegd ragfedg ragfdeg ragfdge ragefgd ragefdg
ragegfd ragegdf ragedgf ragedfg ragdfeg ragdfge ragdefg ragdegf ragdgef ragdgfe raeggfd
raeggdf raegfgd raegfdg raegdfg raegdgf raeggfd raeggdf raegfgd raegfdg raegdfg raegdgf
raefggd raefgdg raefggd raefgdg raefdgg raefdgg raedgfg raedggf raedfgg raedfgg raedgfg
raedggf radggef radggfe radgegf radgefg radgfeg radgfge radggef radggfe radgegf radgefg
radgfeg radgfge radeggf radegfg radeggf radegfg radefgg radefgg radfgeg radfgge radfegg
radfegg radfgeg radfgge rgafged rgafgde rgafegd rgafedg rgafdeg rgafdge rgagfed rgagfde
rgagefd rgagedf rgagdef rgagdfe rgaegfd rgaegdf rgaefgd rgaefdg rgaedfg rgaedgf rgadgef
rgadgfe rgadegf rgadefg rgadfeg rgadfge rgfaged rgfagde rgfaegd rgfaedg rgfadeg rgfadge
rgfgaed rgfgade rgfgead rgfgeda rgfgdea rgfgdae rgfegad rgfegda rgfeagd rgfeadg rgfedag
rgfedga rgfdgea rgfdgae rgfdega rgfdeag rgfdaeg rgfdage rggfaed rggfade rggfead rggfeda
rggfdea rggfdae rggafed rggafde rggaefd rggaedf rggadef rggadfe rggeafd rggeadf rggefad
rggefda rggedfa rggedaf rggdaef rggdafe rggdeaf rggdefa rggdfea rggdfae rgefgad rgefgda
rgefagd rgefadg rgefdag rgefdga rgegfad rgegfda rgegafd rgegadf rgegdaf rgegdfa rgeagfd
rgeagdf rgeafgd rgeafdg rgeadfg rgeadgf rgedgaf rgedgfa rgedagf rgedafg rgedfag rgedfga
rgdfgea rgdfgae rgdfega rgdfeag rgdfaeg rgdfage rgdgfea rgdgfae rgdgefa rgdgeaf rgdgaef
rgdgafe rgdegfa rgdegaf rgdefga rgdefag rgdeafg rgdeagf rgdagef rgdagfe rgdaegf rgdaefg
rgdafeg rgdafge rgagfed rgagfde rgagefd rgagedf rgagdef rgagdfe rgafged rgafgde rgafegd
rgafedg rgafdeg rgafdge rgaefgd rgaefdg rgaegfd rgaegdf rgaedgf rgaedfg rgadfeg rgadfge
rgadefg rgadegf rgadgef rgadgfe rggafed rggafde rggaefd rggaedf rggadef rggadfe rggfaed
rggfade rggfead rggfeda rggfdea rggfdae rggefad rggefda rggeafd rggeadf rggedaf rggedfa
rggdfea rggdfae rggdefa rggdeaf rggdaef rggdafe rgfgaed rgfgade rgfgead rgfgeda rgfgdea
rgfgdae rgfaged rgfagde rgfaegd rgfaedg rgfadeg rgfadge rgfeagd rgfeadg rgfegad rgfegda
rgfedga rgfedag rgfdaeg rgfdage rgfdeag rgfdega rgfdgea rgfdgae rgegfad rgegfda rgegafd
rgegadf rgegdaf rgegdfa rgefgad rgefgda rgefagd rgefadg rgefdag rgefdga rgeafgd rgeafdg
rgeagfd rgeagdf rgeadgf rgeadfg rgedfag rgedfga rgedafg rgedagf rgedgaf rgedgfa rgdgfea
rgdgfae rgdgefa rgdgeaf rgdgaef rgdgafe rgdfgea rgdfgae rgdfega rgdfeag rgdfaeg rgdfage
rgdefga rgdefag rgdegfa rgdegaf rgdeagf rgdeafg rgdafeg rgdafge rgdaefg rgdaegf rgdagef
rgdagfe reaggfd reaggdf reagfgd reagfdg reagdfg reagdgf reaggfd reaggdf reagfgd reagfdg
reagdfg reagdgf reafggd reafgdg reafggd reafgdg reafdgg reafdgg readgfg readggf readfgg
readfgg readgfg readggf regagfd regagdf regafgd regafdg regadfg regadgf reggafd reggadf
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gfrgade gfrgead gfrgeda gfrgdea gfrgdae gfraged gfragde gfraegd gfraedg gfradeg gfradge
gfreagd gfreadg gfregad gfregda gfredga gfredag gfrdaeg gfrdage gfrdeag gfrdega gfrdgea
gfrdgae gfegrad gfegrda gfegard gfegadr gfegdar gfegdra gfergad gfergda gferagd gferadg
gferdag gferdga gfeargd gfeardg gfeagrd gfeagdr gfeadgr gfeadrg gfedrag gfedrga gfedarg
gfedagr gfedgar gfedgra gfdgrea gfdgrae gfdgera gfdgear gfdgaer gfdgare gfdrgea gfdrgae
gfdrega gfdreag gfdraeg gfdrage gfderga gfderag gfdegra gfdegar gfdeagr gfdearg gfdareg
gfdarge gfdaerg gfdaegr gfdager gfdagre geagfrd geagfdr geagrfd geagrdf geagdrf geagdfr
geafgrd geafgdr geafrgd geafrdg geafdrg geafdgr gearfgd gearfdg geargfd geargdf geardgf
geardfg geadfrg geadfgr geadrfg geadrgf geadgrf geadgfr gegafrd gegafdr gegarfd gegardf
gegadrf gegadfr gegfard gegfadr gegfrad gegfrda gegfdra gegfdar gegrfad gegrfda gegrafd
gegradf gegrdaf gegrdfa gegdfra gegdfar gegdrfa gegdraf gegdarf gegdafr gefgard gefgadr
gefgrad gefgrda gefgdra gefgdar gefagrd gefagdr gefargd gefardg gefadrg gefadgr gefragd
gefradg gefrgad gefrgda gefrdga gefrdag gefdarg gefdagr gefdrag gefdrga gefdgra gefdgar
gergfad gergfda gergafd gergadf gergdaf gergdfa gerfgad gerfgda gerfagd gerfadg gerfdag
gerfdga gerafgd gerafdg geragfd geragdf geradgf geradfg gerdfag gerdfga gerdafg gerdagf
gerdgaf gerdgfa gedgfra gedgfar gedgrfa gedgraf gedgarf gedgafr gedfgra gedfgar gedfrga
gedfrag gedfarg gedfagr gedrfga gedrfag gedrgfa gedrgaf gedragf gedrafg gedafrg gedafgr
gedarfg gedargf gedagrf gedagfr gdagfer gdagfre gdagefr gdagerf gdagref gdagrfe gdafger
gdafgre gdafegr gdaferg gdafreg gdafrge gdaefgr gdaefrg gdaegfr gdaegrf gdaergf gdaerfg
gdarfeg gdarfge gdarefg gdaregf gdargef gdargfe gdgafer gdgafre gdgaefr gdgaerf gdgaref
gdgarfe gdgfaer gdgfare gdgfear gdgfera gdgfrea gdgfrae gdgefar gdgefra gdgeafr gdgearf
gdgeraf gdgerfa gdgrfea gdgrfae gdgrefa gdgreaf gdgraef gdgrafe gdfgaer gdfgare gdfgear
gdfgera gdfgrea gdfgrae gdfager gdfagre gdfaegr gdfaerg gdfareg gdfarge gdfeagr gdfearg
gdfegar gdfegra gdferga gdferag gdfraeg gdfrage gdfreag gdfrega gdfrgea gdfrgae gdegfar
gdegfra gdegafr gdegarf gdegraf gdegrfa gdefgar gdefgra gdefagr gdefarg gdefrag gdefrga
gdeafgr gdeafrg gdeagfr gdeagrf gdeargf gdearfg gderfag gderfga gderafg gderagf gdergaf
gdergfa gdrgfea gdrgfae gdrgefa gdrgeaf gdrgaef gdrgafe gdrfgea gdrfgae gdrfega gdrfeag
gdrfaeg gdrfage gdrefga gdrefag gdregfa gdregaf gdreagf gdreafg gdrafeg gdrafge gdraefg
gdraegf gdragef gdragfe eraggfd eraggdf eragfgd eragfdg eragdfg eragdgf eraggfd eraggdf
eragfgd eragfdg eragdfg eragdgf erafggd erafgdg erafggd erafgdg erafdgg erafdgg eradgfg
eradggf eradfgg eradfgg eradgfg eradggf ergagfd ergagdf ergafgd ergafdg ergadfg ergadgf
erggafd erggadf erggfad erggfda erggdfa erggdaf ergfgad ergfgda ergfagd ergfadg ergfdag
ergfdga ergdgfa ergdgaf ergdfga ergdfag ergdafg ergdagf erggafd erggadf erggfad erggfda
erggdfa erggdaf ergagfd ergagdf ergafgd ergafdg ergadfg ergadgf ergfagd ergfadg ergfgad
ergfgda ergfdga ergfdag ergdafg ergdagf ergdfag ergdfga ergdgfa ergdgaf erfggad erfggda
erfgagd erfgadg erfgdag erfgdga erfggad erfggda erfgagd erfgadg erfgdag erfgdga erfaggd
erfagdg erfaggd erfagdg erfadgg erfadgg erfdgag erfdgga erfdagg erfdagg erfdgag erfdgga
erdggfa erdggaf erdgfga erdgfag erdgafg erdgagf erdggfa erdggaf erdgfga erdgfag erdgafg
erdgagf erdfgga erdfgag erdfgga erdfgag erdfagg erdfagg erdagfg erdaggf erdafgg erdafgg
erdagfg erdaggf earggfd earggdf eargfgd eargfdg eargdfg eargdgf earggfd earggdf eargfgd
eargfdg eargdfg eargdgf earfggd earfgdg earfggd earfgdg earfdgg earfdgg eardgfg eardggf
eardfgg eardfgg eardgfg eardggf eagrgfd eagrgdf eagrfgd eagrfdg eagrdfg eagrdgf eaggrfd
eaggrdf eaggfrd eaggfdr eaggdfr eaggdrf eagfgrd eagfgdr eagfrgd eagfrdg eagfdrg eagfdgr
eagdgfr eagdgrf eagdfgr eagdfrg eagdrfg eagdrgf eaggrfd eaggrdf eaggfrd eaggfdr eaggdfr
eaggdrf eagrgfd eagrgdf eagrfgd eagrfdg eagrdfg eagrdgf eagfrgd eagfrdg eagfgrd eagfgdr
eagfdgr eagfdrg eagdrfg eagdrgf eagdfrg eagdfgr eagdgfr eagdgrf eafggrd eafggdr eafgrgd
eafgrdg eafgdrg eafgdgr eafggrd eafggdr eafgrgd eafgrdg eafgdrg eafgdgr eafrggd eafrgdg
eafrggd eafrgdg eafrdgg eafrdgg eafdgrg eafdggr eafdrgg eafdrgg eafdgrg eafdggr eadggfr
eadggrf eadgfgr eadgfrg eadgrfg eadgrgf eadggfr eadggrf eadgfgr eadgfrg eadgrfg eadgrgf
eadfggr eadfgrg eadfggr eadfgrg eadfrgg eadfrgg eadrgfg eadrggf eadrfgg eadrfgg eadrgfg
eadrggf egargfd egargdf egarfgd egarfdg egardfg egardgf egagrfd egagrdf egagfrd egagfdr
egagdfr egagdrf egafgrd egafgdr egafrgd egafrdg egafdrg egafdgr egadgfr egadgrf egadfgr
egadfrg egadrfg egadrgf egragfd egragdf egrafgd egrafdg egradfg egradgf egrgafd egrgadf
egrgfad egrgfda egrgdfa egrgdaf egrfgad egrfgda egrfagd egrfadg egrfdag egrfdga egrdgfa
egrdgaf egrdfga egrdfag egrdafg egrdagf eggrafd eggradf eggrfad eggrfda eggrdfa eggrdaf
eggarfd eggardf eggafrd eggafdr eggadfr eggadrf eggfard eggfadr eggfrad eggfrda eggfdra
eggfdar eggdafr eggdarf eggdfar eggdfra eggdrfa eggdraf egfrgad egfrgda egfragd egfradg
egfrdag egfrdga egfgrad egfgrda egfgard egfgadr egfgdar egfgdra egfagrd egfagdr egfargd
egfardg egfadrg egfadgr egfdgar egfdgra egfdagr egfdarg egfdrag egfdrga egdrgfa egdrgaf
egdrfga egdrfag egdrafg egdragf egdgrfa egdgraf egdgfra egdgfar egdgafr egdgarf egdfgra
egdfgar egdfrga egdfrag egdfarg egdfagr egdagfr egdagrf egdafgr egdafrg egdarfg egdargf
egagrfd egagrdf egagfrd egagfdr egagdfr egagdrf egargfd egargdf egarfgd egarfdg egardfg
egardgf egafrgd egafrdg egafgrd egafgdr egafdgr egafdrg egadrfg egadrgf egadfrg egadfgr
egadgfr egadgrf eggarfd eggardf eggafrd eggafdr eggadfr eggadrf eggrafd eggradf eggrfad
eggrfda eggrdfa eggrdaf eggfrad eggfrda eggfard eggfadr eggfdar eggfdra eggdrfa eggdraf
eggdfra eggdfar eggdafr eggdarf egrgafd egrgadf egrgfad egrgfda egrgdfa egrgdaf egragfd
egragdf egrafgd egrafdg egradfg egradgf egrfagd egrfadg egrfgad egrfgda egrfdga egrfdag
egrdafg egrdagf egrdfag egrdfga egrdgfa egrdgaf egfgrad egfgrda egfgard egfgadr egfgdar
egfgdra egfrgad egfrgda egfragd egfradg egfrdag egfrdga egfargd egfardg egfagrd egfagdr
egfadgr egfadrg egfdrag egfdrga egfdarg egfdagr egfdgar egfdgra egdgrfa egdgraf egdgfra
egdgfar egdgafr egdgarf egdrgfa egdrgaf egdrfga egdrfag egdrafg egdragf egdfrga egdfrag
egdfgra egdfgar egdfagr egdfarg egdarfg egdargf egdafrg egdafgr egdagfr egdagrf efaggrd
efaggdr efagrgd efagrdg efagdrg efagdgr efaggrd efaggdr efagrgd efagrdg efagdrg efagdgr
efarggd efargdg efarggd efargdg efardgg efardgg efadgrg efadggr efadrgg efadrgg efadgrg
efadggr efgagrd efgagdr efgargd efgardg efgadrg efgadgr efggard efggadr efggrad efggrda
efggdra efggdar efgrgad efgrgda efgragd efgradg efgrdag efgrdga efgdgra efgdgar efgdrga
efgdrag efgdarg efgdagr efggard efggadr efggrad efggrda efggdra efggdar efgagrd efgagdr
efgargd efgardg efgadrg efgadgr efgragd efgradg efgrgad efgrgda efgrdga efgrdag efgdarg
efgdagr efgdrag efgdrga efgdgra efgdgar efrggad efrggda efrgagd efrgadg efrgdag efrgdga
efrggad efrggda efrgagd efrgadg efrgdag efrgdga efraggd efragdg efraggd efragdg efradgg
efradgg efrdgag efrdgga efrdagg efrdagg efrdgag efrdgga efdggra efdggar efdgrga efdgrag
efdgarg efdgagr efdggra efdggar efdgrga efdgrag efdgarg efdgagr efdrgga efdrgag efdrgga
efdrgag efdragg efdragg efdagrg efdaggr efdargg efdargg efdagrg efdaggr edaggfr edaggrf
edagfgr edagfrg edagrfg edagrgf edaggfr edaggrf edagfgr edagfrg edagrfg edagrgf edafggr
edafgrg edafggr edafgrg edafrgg edafrgg edargfg edarggf edarfgg edarfgg edargfg edarggf
edgagfr edgagrf edgafgr edgafrg edgarfg edgargf edggafr edggarf edggfar edggfra edggrfa
edggraf edgfgar edgfgra edgfagr edgfarg edgfrag edgfrga edgrgfa edgrgaf edgrfga edgrfag
edgrafg edgragf edggafr edggarf edggfar edggfra edggrfa edggraf edgagfr edgagrf edgafgr
edgafrg edgarfg edgargf edgfagr edgfarg edgfgar edgfgra edgfrga edgfrag edgrafg edgragf
edgrfag edgrfga edgrgfa edgrgaf edfggar edfggra edfgagr edfgarg edfgrag edfgrga edfggar
edfggra edfgagr edfgarg edfgrag edfgrga edfaggr edfagrg edfaggr edfagrg edfargg edfargg
edfrgag edfrgga edfragg edfragg edfrgag edfrgga edrggfa edrggaf edrgfga edrgfag edrgafg
edrgagf edrggfa edrggaf edrgfga edrgfag edrgafg edrgagf edrfgga edrfgag edrfgga edrfgag
edrfagg edrfagg edragfg edraggf edrafgg edrafgg edragfg edraggf draggef draggfe dragegf
dragefg dragfeg dragfge draggef draggfe dragegf dragefg dragfeg dragfge draeggf draegfg
draeggf draegfg draefgg draefgg drafgeg drafgge drafegg drafegg drafgeg drafgge drgagef
drgagfe drgaegf drgaefg drgafeg drgafge drggaef drggafe drggeaf drggefa drggfea drggfae
drgegaf drgegfa drgeagf drgeafg drgefag drgefga drgfgea drgfgae drgfega drgfeag drgfaeg
drgfage drggaef drggafe drggeaf drggefa drggfea drggfae drgagef drgagfe drgaegf drgaefg
drgafeg drgafge drgeagf drgeafg drgegaf drgegfa drgefga drgefag drgfaeg drgfage drgfeag
drgfega drgfgea drgfgae dreggaf dreggfa dregagf dregafg dregfag dregfga dreggaf dreggfa
dregagf dregafg dregfag dregfga dreaggf dreagfg dreaggf dreagfg dreafgg dreafgg drefgag
drefgga drefagg drefagg drefgag drefgga drfggea drfggae drfgega drfgeag drfgaeg drfgage
drfggea drfggae drfgega drfgeag drfgaeg drfgage drfegga drfegag drfegga drfegag drfeagg
drfeagg drfageg drfagge drfaegg drfaegg drfageg drfagge darggef darggfe dargegf dargefg
dargfeg dargfge darggef darggfe dargegf dargefg dargfeg dargfge dareggf daregfg dareggf
daregfg darefgg darefgg darfgeg darfgge darfegg darfegg darfgeg darfgge dagrgef dagrgfe
dagregf dagrefg dagrfeg dagrfge daggref daggrfe daggerf daggefr daggfer daggfre dagegrf
dagegfr dagergf dagerfg dagefrg dagefgr dagfger dagfgre dagfegr dagferg dagfreg dagfrge
daggref daggrfe daggerf daggefr daggfer daggfre dagrgef dagrgfe dagregf dagrefg dagrfeg
dagrfge dagergf dagerfg dagegrf dagegfr dagefgr dagefrg dagfreg dagfrge dagferg dagfegr
dagfger dagfgre daeggrf daeggfr daegrgf daegrfg daegfrg daegfgr daeggrf daeggfr daegrgf
daegrfg daegfrg daegfgr daerggf daergfg daerggf daergfg daerfgg daerfgg daefgrg daefggr
daefrgg daefrgg daefgrg daefggr dafgger dafggre dafgegr dafgerg dafgreg dafgrge dafgger
dafggre dafgegr dafgerg dafgreg dafgrge dafeggr dafegrg dafeggr dafegrg dafergg dafergg
dafrgeg dafrgge dafregg dafregg dafrgeg dafrgge dgargef dgargfe dgaregf dgarefg dgarfeg
dgarfge dgagref dgagrfe dgagerf dgagefr dgagfer dgagfre dgaegrf dgaegfr dgaergf dgaerfg
dgaefrg dgaefgr dgafger dgafgre dgafegr dgaferg dgafreg dgafrge dgragef dgragfe dgraegf
dgraefg dgrafeg dgrafge dgrgaef dgrgafe dgrgeaf dgrgefa dgrgfea dgrgfae dgregaf dgregfa
dgreagf dgreafg dgrefag dgrefga dgrfgea dgrfgae dgrfega dgrfeag dgrfaeg dgrfage dggraef
dggrafe dggreaf dggrefa dggrfea dggrfae dggaref dggarfe dggaerf dggaefr dggafer dggafre
dggearf dggeafr dggeraf dggerfa dggefra dggefar dggfaer dggfare dggfear dggfera dggfrea
dggfrae dgergaf dgergfa dgeragf dgerafg dgerfag dgerfga dgegraf dgegrfa dgegarf dgegafr
dgegfar dgegfra dgeagrf dgeagfr dgeargf dgearfg dgeafrg dgeafgr dgefgar dgefgra dgefagr
dgefarg dgefrag dgefrga dgfrgea dgfrgae dgfrega dgfreag dgfraeg dgfrage dgfgrea dgfgrae
dgfgera dgfgear dgfgaer dgfgare dgfegra dgfegar dgferga dgferag dgfearg dgfeagr dgfager
dgfagre dgfaegr dgfaerg dgfareg dgfarge dgagref dgagrfe dgagerf dgagefr dgagfer dgagfre
dgargef dgargfe dgaregf dgarefg dgarfeg dgarfge dgaergf dgaerfg dgaegrf dgaegfr dgaefgr
dgaefrg dgafreg dgafrge dgaferg dgafegr dgafger dgafgre dggaref dggarfe dggaerf dggaefr
dggafer dggafre dggraef dggrafe dggreaf dggrefa dggrfea dggrfae dggeraf dggerfa dggearf
dggeafr dggefar dggefra dggfrea dggfrae dggfera dggfear dggfaer dggfare dgrgaef dgrgafe
dgrgeaf dgrgefa dgrgfea dgrgfae dgragef dgragfe dgraegf dgraefg dgrafeg dgrafge dgreagf
dgreafg dgregaf dgregfa dgrefga dgrefag dgrfaeg dgrfage dgrfeag dgrfega dgrfgea dgrfgae
dgegraf dgegrfa dgegarf dgegafr dgegfar dgegfra dgergaf dgergfa dgeragf dgerafg dgerfag
dgerfga dgeargf dgearfg dgeagrf dgeagfr dgeafgr dgeafrg dgefrag dgefrga dgefarg dgefagr
dgefgar dgefgra dgfgrea dgfgrae dgfgera dgfgear dgfgaer dgfgare dgfrgea dgfrgae dgfrega
dgfreag dgfraeg dgfrage dgferga dgferag dgfegra dgfegar dgfeagr dgfearg dgfareg dgfarge
dgfaerg dgfaegr dgfager dgfagre deaggrf deaggfr deagrgf deagrfg deagfrg deagfgr deaggrf
deaggfr deagrgf deagrfg deagfrg deagfgr dearggf deargfg dearggf deargfg dearfgg dearfgg
deafgrg deafggr deafrgg deafrgg deafgrg deafggr degagrf degagfr degargf degarfg degafrg
degafgr deggarf deggafr deggraf deggrfa deggfra deggfar degrgaf degrgfa degragf degrafg
degrfag degrfga degfgra degfgar degfrga degfrag degfarg degfagr deggarf deggafr deggraf
deggrfa deggfra deggfar degagrf degagfr degargf degarfg degafrg degafgr degragf degrafg
degrgaf degrgfa degrfga degrfag degfarg degfagr degfrag degfrga degfgra degfgar derggaf
derggfa dergagf dergafg dergfag dergfga derggaf derggfa dergagf dergafg dergfag dergfga
deraggf deragfg deraggf deragfg derafgg derafgg derfgag derfgga derfagg derfagg derfgag
derfgga defggra defggar defgrga defgrag defgarg defgagr defggra defggar defgrga defgrag
defgarg defgagr defrgga defrgag defrgga defrgag defragg defragg defagrg defaggr defargg
defargg defagrg defaggr dfagger dfaggre dfagegr dfagerg dfagreg dfagrge dfagger dfaggre
dfagegr dfagerg dfagreg dfagrge dfaeggr dfaegrg dfaeggr dfaegrg dfaergg dfaergg dfargeg
dfargge dfaregg dfaregg dfargeg dfargge dfgager dfgagre dfgaegr dfgaerg dfgareg dfgarge
dfggaer dfggare dfggear dfggera dfggrea dfggrae dfgegar dfgegra dfgeagr dfgearg dfgerag
dfgerga dfgrgea dfgrgae dfgrega dfgreag dfgraeg dfgrage dfggaer dfggare dfggear dfggera
dfggrea dfggrae dfgager dfgagre dfgaegr dfgaerg dfgareg dfgarge dfgeagr dfgearg dfgegar
dfgegra dfgerga dfgerag dfgraeg dfgrage dfgreag dfgrega dfgrgea dfgrgae dfeggar dfeggra
dfegagr dfegarg dfegrag dfegrga dfeggar dfeggra dfegagr dfegarg dfegrag dfegrga dfeaggr
dfeagrg dfeaggr dfeagrg dfeargg dfeargg dfergag dfergga dferagg dferagg dfergag dfergga
dfrggea dfrggae dfrgega dfrgeag dfrgaeg dfrgage dfrggea dfrggae dfrgega dfrgeag dfrgaeg
dfrgage dfregga dfregag dfregga dfregag dfreagg dfreagg dfrageg dfragge dfraegg dfraegg
dfrageg dfragge

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History of cryptography
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