easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

whereinsoever

consternisque

sumpsimusque

yourself

yooden

vindicatress

infestior

undissemblingly

ychen

preconveyance

zariba

woodwind

verbissuis

summery

tolleratisque

capisque

septicopyemic

unpopulousness


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: baffing
cipher variations:
cbggjoh dchhkpi ediilqj fejjmrk gfkknsl
hgllotm ihmmpun jinnqvo kjoorwp lkppsxq
mlqqtyr nmrruzs onssvat pottwbu qpuuxcv
rqvvydw srwwzex tsxxafy utyybgz vuzzcha
wvaadib xwbbejc yxccfkd zyddgle azeehmf

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: baffing
Cipher: yzuurmt

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: baffing
Cipher: AAAAB AAAAA AABAB AABAB ABAAA ABBAA 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: baffing
cipher variations:
cbggjohebqqzotgbaapofibkkforkbuuvodmbeelopqbyyronsbiihoz
ubssxolwbccnoxybmmdojabwwtovdchhkpifcrrapuhcbbqpgjcllgps
lcvvwpencffmpqrczzspotcjjipavcttypmxcddopyzcnnepkbcxxupw
ediilqjgdssbqvidccrqhkdmmhqtmdwwxqfodggnqrsdaatqpudkkjqb
wduuzqnydeepqzadoofqlcdyyvqxfejjmrkhettcrwjeddsrilenniru
nexxyrgpehhorstebburqvellkrcxevvarozeffqrabeppgrmdezzwry
gfkknslifuudsxkfeetsjmfoojsvofyyzshqfiipstufccvsrwfmmlsd
yfwwbspafggrsbcfqqhsnefaaxszhgllotmjgvvetylgffutkngppktw
pgzzatirgjjqtuvgddwtsxgnnmtezgxxctqbghhstcdgrritofgbbyta
ihmmpunkhwwfuzmhggvulohqqluxqhaabujshkkruvwheexutyhoonuf
ahyydurchiitudehssjupghcczubjinnqvolixxgvanihhwvmpirrmvy
ribbcvktillsvwxiffyvuzippovgbizzevsdijjuvefittkvqhiddavc
kjoorwpmjyyhwbojiixwnqjssnwzsjccdwlujmmtwxyjggzwvajqqpwh
cjaafwtejkkvwfgjuulwrijeebwdlkppsxqnkzzixcpkjjyxorkttoxa
tkddexmvknnuxyzkhhaxwbkrrqxidkbbgxufkllwxghkvvmxsjkffcxe
mlqqtyrolaajydqlkkzypsluupybuleefynwloovyzaliibyxclssryj
elcchyvglmmxyhilwwnytklggdyfnmrruzspmbbkzermllazqtmvvqzc
vmffgzoxmppwzabmjjczydmttszkfmddizwhmnnyzijmxxozulmhhezg
onssvatqncclafsnmmbarunwwradwngghapynqqxabcnkkdazenuutal
gneejaxinoozajknyypavmniifahpottwburoddmbgtonncbsvoxxsbe
xohhibqzorrybcdollebafovvubmhoffkbyjoppabklozzqbwnojjgbi
qpuuxcvspeenchupoodctwpyytcfypiijcrapsszcdepmmfcbgpwwvcn
ipgglczkpqqbclmpaarcxopkkhcjrqvvydwtqffodivqppeduxqzzudg
zqjjkdsbqttadefqnngdchqxxwdojqhhmdalqrrcdmnqbbsdypqllidk
srwwzexurggpejwrqqfevyraaveharkkletcruubefgroohediryyxep
kriinebmrssdenorcctezqrmmjeltsxxafyvshhqfkxsrrgfwzsbbwfi
bsllmfudsvvcfghsppifejszzyfqlsjjofcnsttefopsddufarsnnkfm
utyybgzwtiirglytsshgxatccxgjctmmngvetwwdghitqqjgfktaazgr
mtkkpgdotuufgpqteevgbstoolgnvuzzchaxujjshmzuttihybuddyhk
dunnohwfuxxehijurrkhglubbahsnullqhepuvvghqruffwhctuppmho
wvaadibyvkktinavuujizcveezilevoopixgvyyfijkvsslihmvccbit
ovmmrifqvwwhirsvggxiduvqqnipxwbbejczwllujobwvvkjadwffajm
fwppqjyhwzzgjklwttmjinwddcjupwnnsjgrwxxijstwhhyjevwrrojq
yxccfkdaxmmvkpcxwwlkbexggbkngxqqrkzixaahklmxuunkjoxeedkv
qxootkhsxyyjktuxiizkfwxsspkrzyddglebynnwlqdyxxmlcfyhhclo
hyrrslajybbilmnyvvolkpyffelwryppulityzzkluvyjjalgxyttqls
azeehmfczooxmrezyynmdgziidmpizsstmbkzccjmnozwwpmlqzggfmx
szqqvmjuzaalmvwzkkbmhyzuurmtbaffingdappynsfazzonehajjenq
jattuncladdknopaxxqnmrahhgnytarrwnkvabbmnwxallcnizavvsnu

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: baffing
Cipher: onssvat

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: baffing
Cipher: 21111212423322

Extended Methods:
Method #1

Plaintext: baffing
method variations:
gfllosmmlqqtxrrqvvycwwvaadhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b a f f i n g 
2 1 1 1 4 3 2 
1 1 2 2 2 3 2 
They are then read out in rows:
21114321122232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: baffing
Cipher: baobfgh

Read more ...
Method #3

Plaintext: baffing
method variations:
aabrmhg abrmhga brmhgaa
rmhgaab mhgaabr hgaabrm
gaabrmh

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: baffing

all 5040 cipher variations:
baffing baffign baffnig baffngi baffgni baffgin bafifng bafifgn bafinfg bafingf bafignf
bafigfn bafnifg bafnigf bafnfig bafnfgi bafngfi bafngif bafginf bafgifn bafgnif bafgnfi
bafgfni bafgfin baffing baffign baffnig baffngi baffgni baffgin bafifng bafifgn bafinfg
bafingf bafignf bafigfn bafnifg bafnigf bafnfig bafnfgi bafngfi bafngif bafginf bafgifn
bafgnif bafgnfi bafgfni bafgfin baiffng baiffgn baifnfg baifngf baifgnf baifgfn baiffng
baiffgn baifnfg baifngf baifgnf baifgfn bainffg bainfgf bainffg bainfgf baingff baingff
baigfnf baigffn baignff baignff baigfnf baigffn banfifg banfigf banffig banffgi banfgfi
banfgif baniffg banifgf baniffg banifgf banigff banigff banfifg banfigf banffig banffgi
banfgfi banfgif bangiff bangiff bangfif bangffi bangffi bangfif bagfinf bagfifn bagfnif
bagfnfi bagffni bagffin bagifnf bagiffn baginff baginff bagifnf bagiffn bagniff bagniff
bagnfif bagnffi bagnffi bagnfif bagfinf bagfifn bagfnif bagfnfi bagffni bagffin bfafing
bfafign bfafnig bfafngi bfafgni bfafgin bfaifng bfaifgn bfainfg bfaingf bfaignf bfaigfn
bfanifg bfanigf bfanfig bfanfgi bfangfi bfangif bfaginf bfagifn bfagnif bfagnfi bfagfni
bfagfin bffaing bffaign bffanig bffangi bffagni bffagin bffiang bffiagn bffinag bffinga
bffigna bffigan bffniag bffniga bffnaig bffnagi bffngai bffngia bffgina bffgian bffgnia
bffgnai bffgani bffgain bfifang bfifagn bfifnag bfifnga bfifgna bfifgan bfiafng bfiafgn
bfianfg bfiangf bfiagnf bfiagfn bfinafg bfinagf bfinfag bfinfga bfingfa bfingaf bfiganf
bfigafn bfignaf bfignfa bfigfna bfigfan bfnfiag bfnfiga bfnfaig bfnfagi bfnfgai bfnfgia
bfnifag bfnifga bfniafg bfniagf bfnigaf bfnigfa bfnaifg bfnaigf bfnafig bfnafgi bfnagfi
bfnagif bfngiaf bfngifa bfngaif bfngafi bfngfai bfngfia bfgfina bfgfian bfgfnia bfgfnai
bfgfani bfgfain bfgifna bfgifan bfginfa bfginaf bfgianf bfgiafn bfgnifa bfgniaf bfgnfia
bfgnfai bfgnafi bfgnaif bfgainf bfgaifn bfganif bfganfi bfgafni bfgafin bffaing bffaign
bffanig bffangi bffagni bffagin bffiang bffiagn bffinag bffinga bffigna bffigan bffniag
bffniga bffnaig bffnagi bffngai bffngia bffgina bffgian bffgnia bffgnai bffgani bffgain
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bfniagf bfnifag bfnifga bfnigfa bfnigaf bfnfiag bfnfiga bfnfaig bfnfagi bfnfgai bfnfgia
bfngifa bfngiaf bfngfia bfngfai bfngafi bfngaif bfgainf bfgaifn bfganif bfganfi bfgafni
bfgafin bfgianf bfgiafn bfginaf bfginfa bfgifna bfgifan bfgniaf bfgnifa bfgnaif bfgnafi
bfgnfai bfgnfia bfgfina bfgfian bfgfnia bfgfnai bfgfani bfgfain biffang biffagn biffnag
biffnga biffgna biffgan bifafng bifafgn bifanfg bifangf bifagnf bifagfn bifnafg bifnagf
bifnfag bifnfga bifngfa bifngaf bifganf bifgafn bifgnaf bifgnfa bifgfna bifgfan biffang
biffagn biffnag biffnga biffgna biffgan bifafng bifafgn bifanfg bifangf bifagnf bifagfn
bifnafg bifnagf bifnfag bifnfga bifngfa bifngaf bifganf bifgafn bifgnaf bifgnfa bifgfna
bifgfan biaffng biaffgn biafnfg biafngf biafgnf biafgfn biaffng biaffgn biafnfg biafngf
biafgnf biafgfn bianffg bianfgf bianffg bianfgf biangff biangff biagfnf biagffn biagnff
biagnff biagfnf biagffn binfafg binfagf binffag binffga binfgfa binfgaf binaffg binafgf
binaffg binafgf binagff binagff binfafg binfagf binffag binffga binfgfa binfgaf bingaff
bingaff bingfaf bingffa bingffa bingfaf bigfanf bigfafn bigfnaf bigfnfa bigffna bigffan
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afgfbni afgfbin aiffbng aiffbgn aiffnbg aiffngb aiffgnb aiffgbn aifbfng aifbfgn aifbnfg
aifbngf aifbgnf aifbgfn aifnbfg aifnbgf aifnfbg aifnfgb aifngfb aifngbf aifgbnf aifgbfn
aifgnbf aifgnfb aifgfnb aifgfbn aiffbng aiffbgn aiffnbg aiffngb aiffgnb aiffgbn aifbfng
aifbfgn aifbnfg aifbngf aifbgnf aifbgfn aifnbfg aifnbgf aifnfbg aifnfgb aifngfb aifngbf
aifgbnf aifgbfn aifgnbf aifgnfb aifgfnb aifgfbn aibffng aibffgn aibfnfg aibfngf aibfgnf
aibfgfn aibffng aibffgn aibfnfg aibfngf aibfgnf aibfgfn aibnffg aibnfgf aibnffg aibnfgf
aibngff aibngff aibgfnf aibgffn aibgnff aibgnff aibgfnf aibgffn ainfbfg ainfbgf ainffbg
ainffgb ainfgfb ainfgbf ainbffg ainbfgf ainbffg ainbfgf ainbgff ainbgff ainfbfg ainfbgf
ainffbg ainffgb ainfgfb ainfgbf aingbff aingbff aingfbf aingffb aingffb aingfbf aigfbnf
aigfbfn aigfnbf aigfnfb aigffnb aigffbn aigbfnf aigbffn aigbnff aigbnff aigbfnf aigbffn
aignbff aignbff aignfbf aignffb aignffb aignfbf aigfbnf aigfbfn aigfnbf aigfnfb aigffnb
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ibfngfa ibfngaf ibfganf ibfgafn ibfgnaf ibfgnfa ibfgfna ibfgfan ibffang ibffagn ibffnag
ibffnga ibffgna ibffgan ibfafng ibfafgn ibfanfg ibfangf ibfagnf ibfagfn ibfnafg ibfnagf
ibfnfag ibfnfga ibfngfa ibfngaf ibfganf ibfgafn ibfgnaf ibfgnfa ibfgfna ibfgfan ibaffng
ibaffgn ibafnfg ibafngf ibafgnf ibafgfn ibaffng ibaffgn ibafnfg ibafngf ibafgnf ibafgfn
ibanffg ibanfgf ibanffg ibanfgf ibangff ibangff ibagfnf ibagffn ibagnff ibagnff ibagfnf
ibagffn ibnfafg ibnfagf ibnffag ibnffga ibnfgfa ibnfgaf ibnaffg ibnafgf ibnaffg ibnafgf
ibnagff ibnagff ibnfafg ibnfagf ibnffag ibnffga ibnfgfa ibnfgaf ibngaff ibngaff ibngfaf
ibngffa ibngffa ibngfaf ibgfanf ibgfafn ibgfnaf ibgfnfa ibgffna ibgffan ibgafnf ibgaffn
ibganff ibganff ibgafnf ibgaffn ibgnaff ibgnaff ibgnfaf ibgnffa ibgnffa ibgnfaf ibgfanf
ibgfafn ibgfnaf ibgfnfa ibgffna ibgffan inffbag inffbga inffabg inffagb inffgab inffgba
infbfag infbfga infbafg infbagf infbgaf infbgfa infabfg infabgf infafbg infafgb infagfb
infagbf infgbaf infgbfa infgabf infgafb infgfab infgfba inffbag inffbga inffabg inffagb
inffgab inffgba infbfag infbfga infbafg infbagf infbgaf infbgfa infabfg infabgf infafbg
infafgb infagfb infagbf infgbaf infgbfa infgabf infgafb infgfab infgfba inbffag inbffga
inbfafg inbfagf inbfgaf inbfgfa inbffag inbffga inbfafg inbfagf inbfgaf inbfgfa inbaffg
inbafgf inbaffg inbafgf inbagff inbagff inbgfaf inbgffa inbgaff inbgaff inbgfaf inbgffa
inafbfg inafbgf inaffbg inaffgb inafgfb inafgbf inabffg inabfgf inabffg inabfgf inabgff
inabgff inafbfg inafbgf inaffbg inaffgb inafgfb inafgbf inagbff inagbff inagfbf inagffb
inagffb inagfbf ingfbaf ingfbfa ingfabf ingfafb ingffab ingffba ingbfaf ingbffa ingbaff
ingbaff ingbfaf ingbffa ingabff ingabff ingafbf ingaffb ingaffb ingafbf ingfbaf ingfbfa
ingfabf ingfafb ingffab ingffba igffbna igffban igffnba igffnab igffanb igffabn igfbfna
igfbfan igfbnfa igfbnaf igfbanf igfbafn igfnbfa igfnbaf igfnfba igfnfab igfnafb igfnabf
igfabnf igfabfn igfanbf igfanfb igfafnb igfafbn igffbna igffban igffnba igffnab igffanb
igffabn igfbfna igfbfan igfbnfa igfbnaf igfbanf igfbafn igfnbfa igfnbaf igfnfba igfnfab
igfnafb igfnabf igfabnf igfabfn igfanbf igfanfb igfafnb igfafbn igbffna igbffan igbfnfa
igbfnaf igbfanf igbfafn igbffna igbffan igbfnfa igbfnaf igbfanf igbfafn igbnffa igbnfaf
igbnffa igbnfaf igbnaff igbnaff igbafnf igbaffn igbanff igbanff igbafnf igbaffn ignfbfa
ignfbaf ignffba ignffab ignfafb ignfabf ignbffa ignbfaf ignbffa ignbfaf ignbaff ignbaff
ignfbfa ignfbaf ignffba ignffab ignfafb ignfabf ignabff ignabff ignafbf ignaffb ignaffb
ignafbf igafbnf igafbfn igafnbf igafnfb igaffnb igaffbn igabfnf igabffn igabnff igabnff
igabfnf igabffn iganbff iganbff iganfbf iganffb iganffb iganfbf igafbnf igafbfn igafnbf
igafnfb igaffnb igaffbn naffibg naffigb naffbig naffbgi naffgbi naffgib nafifbg nafifgb
nafibfg nafibgf nafigbf nafigfb nafbifg nafbigf nafbfig nafbfgi nafbgfi nafbgif nafgibf
nafgifb nafgbif nafgbfi nafgfbi nafgfib naffibg naffigb naffbig naffbgi naffgbi naffgib
nafifbg nafifgb nafibfg nafibgf nafigbf nafigfb nafbifg nafbigf nafbfig nafbfgi nafbgfi
nafbgif nafgibf nafgifb nafgbif nafgbfi nafgfbi nafgfib naiffbg naiffgb naifbfg naifbgf
naifgbf naifgfb naiffbg naiffgb naifbfg naifbgf naifgbf naifgfb naibffg naibfgf naibffg
naibfgf naibgff naibgff naigfbf naigffb naigbff naigbff naigfbf naigffb nabfifg nabfigf
nabffig nabffgi nabfgfi nabfgif nabiffg nabifgf nabiffg nabifgf nabigff nabigff nabfifg
nabfigf nabffig nabffgi nabfgfi nabfgif nabgiff nabgiff nabgfif nabgffi nabgffi nabgfif
nagfibf nagfifb nagfbif nagfbfi nagffbi nagffib nagifbf nagiffb nagibff nagibff nagifbf
nagiffb nagbiff nagbiff nagbfif nagbffi nagbffi nagbfif nagfibf nagfifb nagfbif nagfbfi
nagffbi nagffib nfafibg nfafigb nfafbig nfafbgi nfafgbi nfafgib nfaifbg nfaifgb nfaibfg
nfaibgf nfaigbf nfaigfb nfabifg nfabigf nfabfig nfabfgi nfabgfi nfabgif nfagibf nfagifb
nfagbif nfagbfi nfagfbi nfagfib nffaibg nffaigb nffabig nffabgi nffagbi nffagib nffiabg
nffiagb nffibag nffibga nffigba nffigab nffbiag nffbiga nffbaig nffbagi nffbgai nffbgia
nffgiba nffgiab nffgbia nffgbai nffgabi nffgaib nfifabg nfifagb nfifbag nfifbga nfifgba
nfifgab nfiafbg nfiafgb nfiabfg nfiabgf nfiagbf nfiagfb nfibafg nfibagf nfibfag nfibfga
nfibgfa nfibgaf nfigabf nfigafb nfigbaf nfigbfa nfigfba nfigfab nfbfiag nfbfiga nfbfaig
nfbfagi nfbfgai nfbfgia nfbifag nfbifga nfbiafg nfbiagf nfbigaf nfbigfa nfbaifg nfbaigf
nfbafig nfbafgi nfbagfi nfbagif nfbgiaf nfbgifa nfbgaif nfbgafi nfbgfai nfbgfia nfgfiba
nfgfiab nfgfbia nfgfbai nfgfabi nfgfaib nfgifba nfgifab nfgibfa nfgibaf nfgiabf nfgiafb
nfgbifa nfgbiaf nfgbfia nfgbfai nfgbafi nfgbaif nfgaibf nfgaifb nfgabif nfgabfi nfgafbi
nfgafib nffaibg nffaigb nffabig nffabgi nffagbi nffagib nffiabg nffiagb nffibag nffibga
nffigba nffigab nffbiag nffbiga nffbaig nffbagi nffbgai nffbgia nffgiba nffgiab nffgbia
nffgbai nffgabi nffgaib nfafibg nfafigb nfafbig nfafbgi nfafgbi nfafgib nfaifbg nfaifgb
nfaibfg nfaibgf nfaigbf nfaigfb nfabifg nfabigf nfabfig nfabfgi nfabgfi nfabgif nfagibf
nfagifb nfagbif nfagbfi nfagfbi nfagfib nfiafbg nfiafgb nfiabfg nfiabgf nfiagbf nfiagfb
nfifabg nfifagb nfifbag nfifbga nfifgba nfifgab nfibfag nfibfga nfibafg nfibagf nfibgaf
nfibgfa nfigfba nfigfab nfigbfa nfigbaf nfigabf nfigafb nfbaifg nfbaigf nfbafig nfbafgi
nfbagfi nfbagif nfbiafg nfbiagf nfbifag nfbifga nfbigfa nfbigaf nfbfiag nfbfiga nfbfaig
nfbfagi nfbfgai nfbfgia nfbgifa nfbgiaf nfbgfia nfbgfai nfbgafi nfbgaif nfgaibf nfgaifb
nfgabif nfgabfi nfgafbi nfgafib nfgiabf nfgiafb nfgibaf nfgibfa nfgifba nfgifab nfgbiaf
nfgbifa nfgbaif nfgbafi nfgbfai nfgbfia nfgfiba nfgfiab nfgfbia nfgfbai nfgfabi nfgfaib
niffabg niffagb niffbag niffbga niffgba niffgab nifafbg nifafgb nifabfg nifabgf nifagbf
nifagfb nifbafg nifbagf nifbfag nifbfga nifbgfa nifbgaf nifgabf nifgafb nifgbaf nifgbfa
nifgfba nifgfab niffabg niffagb niffbag niffbga niffgba niffgab nifafbg nifafgb nifabfg
nifabgf nifagbf nifagfb nifbafg nifbagf nifbfag nifbfga nifbgfa nifbgaf nifgabf nifgafb
nifgbaf nifgbfa nifgfba nifgfab niaffbg niaffgb niafbfg niafbgf niafgbf niafgfb niaffbg
niaffgb niafbfg niafbgf niafgbf niafgfb niabffg niabfgf niabffg niabfgf niabgff niabgff
niagfbf niagffb niagbff niagbff niagfbf niagffb nibfafg nibfagf nibffag nibffga nibfgfa
nibfgaf nibaffg nibafgf nibaffg nibafgf nibagff nibagff nibfafg nibfagf nibffag nibffga
nibfgfa nibfgaf nibgaff nibgaff nibgfaf nibgffa nibgffa nibgfaf nigfabf nigfafb nigfbaf
nigfbfa nigffba nigffab nigafbf nigaffb nigabff nigabff nigafbf nigaffb nigbaff nigbaff
nigbfaf nigbffa nigbffa nigbfaf nigfabf nigfafb nigfbaf nigfbfa nigffba nigffab nbffiag
nbffiga nbffaig nbffagi nbffgai nbffgia nbfifag nbfifga nbfiafg nbfiagf nbfigaf nbfigfa
nbfaifg nbfaigf nbfafig nbfafgi nbfagfi nbfagif nbfgiaf nbfgifa nbfgaif nbfgafi nbfgfai
nbfgfia nbffiag nbffiga nbffaig nbffagi nbffgai nbffgia nbfifag nbfifga nbfiafg nbfiagf
nbfigaf nbfigfa nbfaifg nbfaigf nbfafig nbfafgi nbfagfi nbfagif nbfgiaf nbfgifa nbfgaif
nbfgafi nbfgfai nbfgfia nbiffag nbiffga nbifafg nbifagf nbifgaf nbifgfa nbiffag nbiffga
nbifafg nbifagf nbifgaf nbifgfa nbiaffg nbiafgf nbiaffg nbiafgf nbiagff nbiagff nbigfaf
nbigffa nbigaff nbigaff nbigfaf nbigffa nbafifg nbafigf nbaffig nbaffgi nbafgfi nbafgif
nbaiffg nbaifgf nbaiffg nbaifgf nbaigff nbaigff nbafifg nbafigf nbaffig nbaffgi nbafgfi
nbafgif nbagiff nbagiff nbagfif nbagffi nbagffi nbagfif nbgfiaf nbgfifa nbgfaif nbgfafi
nbgffai nbgffia nbgifaf nbgiffa nbgiaff nbgiaff nbgifaf nbgiffa nbgaiff nbgaiff nbgafif
nbgaffi nbgaffi nbgafif nbgfiaf nbgfifa nbgfaif nbgfafi nbgffai nbgffia ngffiba ngffiab
ngffbia ngffbai ngffabi ngffaib ngfifba ngfifab ngfibfa ngfibaf ngfiabf ngfiafb ngfbifa
ngfbiaf ngfbfia ngfbfai ngfbafi ngfbaif ngfaibf ngfaifb ngfabif ngfabfi ngfafbi ngfafib
ngffiba ngffiab ngffbia ngffbai ngffabi ngffaib ngfifba ngfifab ngfibfa ngfibaf ngfiabf
ngfiafb ngfbifa ngfbiaf ngfbfia ngfbfai ngfbafi ngfbaif ngfaibf ngfaifb ngfabif ngfabfi
ngfafbi ngfafib ngiffba ngiffab ngifbfa ngifbaf ngifabf ngifafb ngiffba ngiffab ngifbfa
ngifbaf ngifabf ngifafb ngibffa ngibfaf ngibffa ngibfaf ngibaff ngibaff ngiafbf ngiaffb
ngiabff ngiabff ngiafbf ngiaffb ngbfifa ngbfiaf ngbffia ngbffai ngbfafi ngbfaif ngbiffa
ngbifaf ngbiffa ngbifaf ngbiaff ngbiaff ngbfifa ngbfiaf ngbffia ngbffai ngbfafi ngbfaif
ngbaiff ngbaiff ngbafif ngbaffi ngbaffi ngbafif ngafibf ngafifb ngafbif ngafbfi ngaffbi
ngaffib ngaifbf ngaiffb ngaibff ngaibff ngaifbf ngaiffb ngabiff ngabiff ngabfif ngabffi
ngabffi ngabfif ngafibf ngafifb ngafbif ngafbfi ngaffbi ngaffib gaffinb gaffibn gaffnib
gaffnbi gaffbni gaffbin gafifnb gafifbn gafinfb gafinbf gafibnf gafibfn gafnifb gafnibf
gafnfib gafnfbi gafnbfi gafnbif gafbinf gafbifn gafbnif gafbnfi gafbfni gafbfin gaffinb
gaffibn gaffnib gaffnbi gaffbni gaffbin gafifnb gafifbn gafinfb gafinbf gafibnf gafibfn
gafnifb gafnibf gafnfib gafnfbi gafnbfi gafnbif gafbinf gafbifn gafbnif gafbnfi gafbfni
gafbfin gaiffnb gaiffbn gaifnfb gaifnbf gaifbnf gaifbfn gaiffnb gaiffbn gaifnfb gaifnbf
gaifbnf gaifbfn gainffb gainfbf gainffb gainfbf gainbff gainbff gaibfnf gaibffn gaibnff
gaibnff gaibfnf gaibffn ganfifb ganfibf ganffib ganffbi ganfbfi ganfbif ganiffb ganifbf
ganiffb ganifbf ganibff ganibff ganfifb ganfibf ganffib ganffbi ganfbfi ganfbif ganbiff
ganbiff ganbfif ganbffi ganbffi ganbfif gabfinf gabfifn gabfnif gabfnfi gabffni gabffin
gabifnf gabiffn gabinff gabinff gabifnf gabiffn gabniff gabniff gabnfif gabnffi gabnffi
gabnfif gabfinf gabfifn gabfnif gabfnfi gabffni gabffin gfafinb gfafibn gfafnib gfafnbi
gfafbni gfafbin gfaifnb gfaifbn gfainfb gfainbf gfaibnf gfaibfn gfanifb gfanibf gfanfib
gfanfbi gfanbfi gfanbif gfabinf gfabifn gfabnif gfabnfi gfabfni gfabfin gffainb gffaibn
gffanib gffanbi gffabni gffabin gffianb gffiabn gffinab gffinba gffibna gffiban gffniab
gffniba gffnaib gffnabi gffnbai gffnbia gffbina gffbian gffbnia gffbnai gffbani gffbain
gfifanb gfifabn gfifnab gfifnba gfifbna gfifban gfiafnb gfiafbn gfianfb gfianbf gfiabnf
gfiabfn gfinafb gfinabf gfinfab gfinfba gfinbfa gfinbaf gfibanf gfibafn gfibnaf gfibnfa
gfibfna gfibfan gfnfiab gfnfiba gfnfaib gfnfabi gfnfbai gfnfbia gfnifab gfnifba gfniafb
gfniabf gfnibaf gfnibfa gfnaifb gfnaibf gfnafib gfnafbi gfnabfi gfnabif gfnbiaf gfnbifa
gfnbaif gfnbafi gfnbfai gfnbfia gfbfina gfbfian gfbfnia gfbfnai gfbfani gfbfain gfbifna
gfbifan gfbinfa gfbinaf gfbianf gfbiafn gfbnifa gfbniaf gfbnfia gfbnfai gfbnafi gfbnaif
gfbainf gfbaifn gfbanif gfbanfi gfbafni gfbafin gffainb gffaibn gffanib gffanbi gffabni
gffabin gffianb gffiabn gffinab gffinba gffibna gffiban gffniab gffniba gffnaib gffnabi
gffnbai gffnbia gffbina gffbian gffbnia gffbnai gffbani gffbain gfafinb gfafibn gfafnib
gfafnbi gfafbni gfafbin gfaifnb gfaifbn gfainfb gfainbf gfaibnf gfaibfn gfanifb gfanibf
gfanfib gfanfbi gfanbfi gfanbif gfabinf gfabifn gfabnif gfabnfi gfabfni gfabfin gfiafnb
gfiafbn gfianfb gfianbf gfiabnf gfiabfn gfifanb gfifabn gfifnab gfifnba gfifbna gfifban
gfinfab gfinfba gfinafb gfinabf gfinbaf gfinbfa gfibfna gfibfan gfibnfa gfibnaf gfibanf
gfibafn gfnaifb gfnaibf gfnafib gfnafbi gfnabfi gfnabif gfniafb gfniabf gfnifab gfnifba
gfnibfa gfnibaf gfnfiab gfnfiba gfnfaib gfnfabi gfnfbai gfnfbia gfnbifa gfnbiaf gfnbfia
gfnbfai gfnbafi gfnbaif gfbainf gfbaifn gfbanif gfbanfi gfbafni gfbafin gfbianf gfbiafn
gfbinaf gfbinfa gfbifna gfbifan gfbniaf gfbnifa gfbnaif gfbnafi gfbnfai gfbnfia gfbfina
gfbfian gfbfnia gfbfnai gfbfani gfbfain giffanb giffabn giffnab giffnba giffbna giffban
gifafnb gifafbn gifanfb gifanbf gifabnf gifabfn gifnafb gifnabf gifnfab gifnfba gifnbfa
gifnbaf gifbanf gifbafn gifbnaf gifbnfa gifbfna gifbfan giffanb giffabn giffnab giffnba
giffbna giffban gifafnb gifafbn gifanfb gifanbf gifabnf gifabfn gifnafb gifnabf gifnfab
gifnfba gifnbfa gifnbaf gifbanf gifbafn gifbnaf gifbnfa gifbfna gifbfan giaffnb giaffbn
giafnfb giafnbf giafbnf giafbfn giaffnb giaffbn giafnfb giafnbf giafbnf giafbfn gianffb
gianfbf gianffb gianfbf gianbff gianbff giabfnf giabffn giabnff giabnff giabfnf giabffn
ginfafb ginfabf ginffab ginffba ginfbfa ginfbaf ginaffb ginafbf ginaffb ginafbf ginabff
ginabff ginfafb ginfabf ginffab ginffba ginfbfa ginfbaf ginbaff ginbaff ginbfaf ginbffa
ginbffa ginbfaf gibfanf gibfafn gibfnaf gibfnfa gibffna gibffan gibafnf gibaffn gibanff
gibanff gibafnf gibaffn gibnaff gibnaff gibnfaf gibnffa gibnffa gibnfaf gibfanf gibfafn
gibfnaf gibfnfa gibffna gibffan gnffiab gnffiba gnffaib gnffabi gnffbai gnffbia gnfifab
gnfifba gnfiafb gnfiabf gnfibaf gnfibfa gnfaifb gnfaibf gnfafib gnfafbi gnfabfi gnfabif
gnfbiaf gnfbifa gnfbaif gnfbafi gnfbfai gnfbfia gnffiab gnffiba gnffaib gnffabi gnffbai
gnffbia gnfifab gnfifba gnfiafb gnfiabf gnfibaf gnfibfa gnfaifb gnfaibf gnfafib gnfafbi
gnfabfi gnfabif gnfbiaf gnfbifa gnfbaif gnfbafi gnfbfai gnfbfia gniffab gniffba gnifafb
gnifabf gnifbaf gnifbfa gniffab gniffba gnifafb gnifabf gnifbaf gnifbfa gniaffb gniafbf
gniaffb gniafbf gniabff gniabff gnibfaf gnibffa gnibaff gnibaff gnibfaf gnibffa gnafifb
gnafibf gnaffib gnaffbi gnafbfi gnafbif gnaiffb gnaifbf gnaiffb gnaifbf gnaibff gnaibff
gnafifb gnafibf gnaffib gnaffbi gnafbfi gnafbif gnabiff gnabiff gnabfif gnabffi gnabffi
gnabfif gnbfiaf gnbfifa gnbfaif gnbfafi gnbffai gnbffia gnbifaf gnbiffa gnbiaff gnbiaff
gnbifaf gnbiffa gnbaiff gnbaiff gnbafif gnbaffi gnbaffi gnbafif gnbfiaf gnbfifa gnbfaif
gnbfafi gnbffai gnbffia gbffina gbffian gbffnia gbffnai gbffani gbffain gbfifna gbfifan
gbfinfa gbfinaf gbfianf gbfiafn gbfnifa gbfniaf gbfnfia gbfnfai gbfnafi gbfnaif gbfainf
gbfaifn gbfanif gbfanfi gbfafni gbfafin gbffina gbffian gbffnia gbffnai gbffani gbffain
gbfifna gbfifan gbfinfa gbfinaf gbfianf gbfiafn gbfnifa gbfniaf gbfnfia gbfnfai gbfnafi
gbfnaif gbfainf gbfaifn gbfanif gbfanfi gbfafni gbfafin gbiffna gbiffan gbifnfa gbifnaf
gbifanf gbifafn gbiffna gbiffan gbifnfa gbifnaf gbifanf gbifafn gbinffa gbinfaf gbinffa
gbinfaf gbinaff gbinaff gbiafnf gbiaffn gbianff gbianff gbiafnf gbiaffn gbnfifa gbnfiaf
gbnffia gbnffai gbnfafi gbnfaif gbniffa gbnifaf gbniffa gbnifaf gbniaff gbniaff gbnfifa
gbnfiaf gbnffia gbnffai gbnfafi gbnfaif gbnaiff gbnaiff gbnafif gbnaffi gbnaffi gbnafif
gbafinf gbafifn gbafnif gbafnfi gbaffni gbaffin gbaifnf gbaiffn gbainff gbainff gbaifnf
gbaiffn gbaniff gbaniff gbanfif gbanffi gbanffi gbanfif gbafinf gbafifn gbafnif gbafnfi
gbaffni gbaffin

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History of cryptography
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