easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

aelurophobia

cladoceran

inhospitableness

legabuntque

detoo

rzweski

assibilate

maculabuntque

uncrumple

divvers

occlusometer

tinctorially

untoned

exteriorization

mcgavin

imperitabatque

expandedly

streamlike


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: antimony
cipher variations:
boujnpoz cpvkoqpa dqwlprqb erxmqsrc fsynrtsd
gtzosute huaptvuf ivbquwvg jwcrvxwh kxdswyxi
lyetxzyj mzfuyazk nagvzbal obhwacbm pcixbdcn
qdjycedo rekzdfep sflaegfq tgmbfhgr uhncgihs
viodhjit wjpeikju xkqfjlkv ylrgkmlw zmshlnmx

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: antimony
Cipher: zmgrnlmb

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: antimony
Cipher: AAAAA ABBAA BAABA ABAAA ABABB ABBAB ABBAA BABBA

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: antimony
cipher variations:
boujnpozbogzlrovbospjtorboefhvonboqvfxojbocldzofboarzdoxbomhxfot
boyxvhopbokntjolbowdrlohboitpnodcpvkoqpacphamspwcptqkupscpfgiwpo
cprwgypkcpdmeapgcpbsaepycpniygpucpzywipqcploukpmcpxesmpicpjuqope
dqwlprqbdqibntqxdqurlvqtdqghjxqpdqsxhzqldqenfbqhdqctbfqzdqojzhqv
dqazxjqrdqmpvlqndqyftnqjdqkvrpqferxmqsrcerjcouryervsmwruerhikyrq
ertyiarmerfogcrierducgraerpkairwerbaykrsernqwmroerzguorkerlwsqrg
fsynrtsdfskdpvszfswtnxsvfsijlzsrfsuzjbsnfsgphdsjfsevdhsbfsqlbjsx
fscbzlstfsorxnspfsahvpslfsmxtrshgtzosutegtleqwtagtxuoytwgtjkmats
gtvakctogthqietkgtfweitcgtrmcktygtdcamtugtpsyotqgtbiwqtmgtnyusti
huaptvufhumfrxubhuyvpzuxhuklnbuthuwblduphuirjfulhugxfjudhusndluz
huedbnuvhuqtzpurhucjxrunhuozvtujivbquwvgivngsyvcivzwqavyivlmocvu
ivxcmevqivjskgvmivhygkveivtoemvaivfecovwivruaqvsivdkysvoivpawuvk
jwcrvxwhjwohtzwdjwaxrbwzjwmnpdwvjwydnfwrjwktlhwnjwizhlwfjwupfnwb
jwgfdpwxjwsvbrwtjwelztwpjwqbxvwlkxdswyxikxpiuaxekxbyscxakxnoqexw
kxzeogxskxlumixokxjaimxgkxvqgoxckxhgeqxykxtwcsxukxfmauxqkxrcywxm
lyetxzyjlyqjvbyflycztdyblyoprfyxlyafphytlymvnjyplykbjnyhlywrhpyd
lyihfryzlyuxdtyvlygnbvyrlysdzxynmzfuyazkmzrkwczgmzdauezcmzpqsgzy
mzbgqizumznwokzqmzlckozimzxsiqzemzjigszamzvyeuzwmzhocwzsmzteayzo
nagvzbalnaslxdahnaebvfadnaqrthaznachrjavnaoxplarnamdlpajnaytjraf
nakjhtabnawzfvaxnaipdxatnaufbzapobhwacbmobtmyebiobfcwgbeobrsuiba
obdiskbwobpyqmbsobnemqbkobzuksbgoblkiubcobxagwbyobjqeybuobvgcabq
pcixbdcnpcunzfcjpcgdxhcfpcstvjcbpcejtlcxpcqzrnctpcofnrclpcavltch
pcmljvcdpcybhxczpckrfzcvpcwhdbcrqdjycedoqdvoagdkqdheyidgqdtuwkdc
qdfkumdyqdrasoduqdpgosdmqdbwmudiqdnmkwdeqdzciydaqdlsgadwqdxiecds
rekzdfeprewpbhelreifzjehreuvxledreglvnezresbtpevreqhptenrecxnvej
reonlxefreadjzebremthbexreyjfdetsflaegfqsfxqcifmsfjgakfisfvwymfe
sfhmwofasftcuqfwsfriqufosfdyowfksfpomyfgsfbekafcsfnuicfysfzkgefu
tgmbfhgrtgyrdjgntgkhblgjtgwxzngftginxpgbtgudvrgxtgsjrvgptgezpxgl
tgqpnzghtgcflbgdtgovjdgztgalhfgvuhncgihsuhzsekhouhlicmhkuhxyaohg
uhjoyqhcuhvewshyuhtkswhquhfaqyhmuhrqoahiuhdgmcheuhpwkehauhbmighw
viodhjitviatflipvimjdnilviyzbpihvikpzridviwfxtizviultxirvigbrzin
visrpbijviehndifviqxlfibvicnjhixwjpeikjuwjbugmjqwjnkeojmwjzacqji
wjlqasjewjxgyujawjvmuyjswjhcsajowjtsqcjkwjfioejgwjrymgjcwjdokijy
xkqfjlkvxkcvhnkrxkolfpknxkabdrkjxkmrbtkfxkyhzvkbxkwnvzktxkidtbkp
xkutrdklxkgjpfkhxksznhkdxkepljkzylrgkmlwyldwiolsylpmgqloylbceslk
ylnsculgylziawlcylxowaluyljeuclqylvuselmylhkqgliyltaoileylfqmkla
zmshlnmxzmexjpmtzmqnhrmpzmcdftmlzmotdvmhzmajbxmdzmypxbmvzmkfvdmr
zmwvtfmnzmilrhmjzmubpjmfzmgrnlmbantimonyanfykqnuanroisnqandegunm
anpuewnianbkcyneanzqycnwanlgwensanxwugnoanjmsinkanvcqknganhsomnc

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: antimony
Cipher: nagvzbal

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: antimony
Cipher: 1133444223433345

Extended Methods:
Method #1

Plaintext: antimony
method variations:
fsyortsdlxdtwyxiqciybdcovhodgiht

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a n t i m o n y 
1 3 4 4 2 4 3 4 
1 3 4 2 3 3 3 5 
They are then read out in rows:
1344243413423335
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: antimony
Cipher: ltrslinx

Read more ...
Method #3

Plaintext: antimony
method variations:
lstgsnse stgsnsel tgsnsels
gsnselst snselstg nselstgs
selstgsn elstgsns

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: antimony

first 5040 cipher variations(40320 total)
antimony antimoyn antimnoy antimnyo antimyno antimyon antiomny antiomyn antionmy antionym antioynm
antioymn antinomy antinoym antinmoy antinmyo antinymo antinyom antiyonm antiyomn antiynom antiynmo
antiymno antiymon antmiony antmioyn antminoy antminyo antmiyno antmiyon antmoiny antmoiyn antmoniy
antmonyi antmoyni antmoyin antmnoiy antmnoyi antmnioy antmniyo antmnyio antmnyoi antmyoni antmyoin
antmynoi antmynio antmyino antmyion antominy antomiyn antomniy antomnyi antomyni antomyin antoimny
antoimyn antoinmy antoinym antoiynm antoiymn antonimy antoniym antonmiy antonmyi antonymi antonyim
antoyinm antoyimn antoynim antoynmi antoymni antoymin antnmoiy antnmoyi antnmioy antnmiyo antnmyio
antnmyoi antnomiy antnomyi antnoimy antnoiym antnoyim antnoymi antniomy antnioym antnimoy antnimyo
antniymo antniyom antnyoim antnyomi antnyiom antnyimo antnymio antnymoi antymoni antymoin antymnoi
antymnio antymino antymion antyomni antyomin antyonmi antyonim antyoinm antyoimn antynomi antynoim
antynmoi antynmio antynimo antyniom antyionm antyiomn antyinom antyinmo antyimno antyimon anitmony
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anitnomy anitnoym anitnmoy anitnmyo anitnymo anitnyom anityonm anityomn anitynom anitynmo anitymno
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atoiynnm atoiynmn atoiymnn atoiymnn atominny atominyn atominny atominyn atomiynn atomiynn atomniny
atomniyn atomnniy atomnnyi atomnyni atomnyin atomnniy atomnnyi atomniny atomniyn atomnyin atomnyni
atomynni atomynin atomynni atomynin atomyinn atomyinn atonminy atonmiyn atonmniy atonmnyi atonmyni
atonmyin atonimny atonimyn atoninmy atoninym atoniynm atoniymn atonnimy atonniym atonnmiy atonnmyi
atonnymi atonnyim atonyinm atonyimn atonynim atonynmi atonymni atonymin atonmniy atonmnyi atonminy
atonmiyn atonmyin atonmyni atonnmiy atonnmyi atonnimy atonniym atonnyim atonnymi atoninmy atoninym
atonimny atonimyn atoniymn atoniynm atonynim atonynmi atonyinm atonyimn atonymin atonymni atoymnni
atoymnin atoymnni atoymnin atoyminn atoyminn atoynmni atoynmin atoynnmi atoynnim atoyninm atoynimn
atoynnmi atoynnim atoynmni atoynmin atoynimn atoyninm atoyinnm atoyinmn atoyinnm atoyinmn atoyimnn
atoyimnn atnimony atnimoyn atnimnoy atnimnyo atnimyno atnimyon atniomny atniomyn atnionmy atnionym
atnioynm atnioymn atninomy atninoym atninmoy atninmyo atninymo atninyom atniyonm atniyomn atniynom
atniynmo atniymno atniymon atnmiony atnmioyn atnminoy atnminyo atnmiyno atnmiyon atnmoiny atnmoiyn
atnmoniy atnmonyi atnmoyni atnmoyin atnmnoiy atnmnoyi atnmnioy atnmniyo atnmnyio atnmnyoi atnmyoni
atnmyoin atnmynoi atnmynio atnmyino atnmyion atnominy atnomiyn atnomniy atnomnyi atnomyni atnomyin
atnoimny atnoimyn atnoinmy atnoinym atnoiynm atnoiymn atnonimy atnoniym atnonmiy atnonmyi atnonymi
atnonyim atnoyinm atnoyimn atnoynim atnoynmi atnoymni atnoymin atnnmoiy atnnmoyi atnnmioy atnnmiyo
atnnmyio atnnmyoi atnnomiy atnnomyi atnnoimy atnnoiym atnnoyim atnnoymi atnniomy atnnioym atnnimoy
atnnimyo atnniymo atnniyom atnnyoim atnnyomi atnnyiom atnnyimo atnnymio atnnymoi atnymoni atnymoin
atnymnoi atnymnio atnymino atnymion atnyomni atnyomin atnyonmi atnyonim atnyoinm atnyoimn atnynomi
atnynoim atnynmoi atnynmio atnynimo atnyniom atnyionm atnyiomn atnyinom atnyinmo atnyimno atnyimon
atyimonn atyimonn atyimnon atyimnno atyimnno atyimnon atyiomnn atyiomnn atyionmn atyionnm atyionnm
atyionmn atyinomn atyinonm atyinmon atyinmno atyinnmo atyinnom atyinonm atyinomn atyinnom atyinnmo
atyinmno atyinmon atymionn atymionn atyminon atyminno atyminno atyminon atymoinn atymoinn atymonin
atymonni atymonni atymonin atymnoin atymnoni atymnion atymnino atymnnio atymnnoi atymnoni atymnoin
atymnnoi atymnnio atymnino atymnion atyominn atyominn atyomnin atyomnni atyomnni atyomnin atyoimnn
atyoimnn atyoinmn atyoinnm atyoinnm atyoinmn atyonimn atyoninm atyonmin atyonmni atyonnmi atyonnim
atyoninm atyonimn atyonnim atyonnmi atyonmni atyonmin atynmoin atynmoni atynmion atynmino atynmnio
atynmnoi atynomin atynomni atynoimn atynoinm atynonim atynonmi atyniomn atynionm atynimon atynimno
atyninmo atyninom atynnoim atynnomi atynniom atynnimo atynnmio atynnmoi atynmoni atynmoin atynmnoi
atynmnio atynmino atynmion atynomni atynomin atynonmi atynonim atynoinm atynoimn atynnomi atynnoim
atynnmoi atynnmio atynnimo atynniom atynionm atyniomn atyninom atyninmo atynimno atynimon aitnmony
aitnmoyn aitnmnoy aitnmnyo aitnmyno aitnmyon aitnomny aitnomyn aitnonmy aitnonym aitnoynm aitnoymn
aitnnomy aitnnoym aitnnmoy aitnnmyo aitnnymo aitnnyom aitnyonm aitnyomn aitnynom aitnynmo aitnymno
aitnymon aitmnony aitmnoyn aitmnnoy aitmnnyo aitmnyno aitmnyon aitmonny aitmonyn aitmonny aitmonyn
aitmoynn aitmoynn aitmnony aitmnoyn aitmnnoy aitmnnyo aitmnyno aitmnyon aitmyonn aitmyonn aitmynon
aitmynno aitmynno aitmynon aitomnny aitomnyn aitomnny aitomnyn aitomynn aitomynn aitonmny aitonmyn
aitonnmy aitonnym aitonynm aitonymn aitonnmy aitonnym aitonmny aitonmyn aitonymn aitonynm aitoynnm
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aitnnyom aitnyonm aitnyomn aitnynom aitnynmo aitnymno aitnymon aitymonn aitymonn aitymnon aitymnno
aitymnno aitymnon aityomnn aityomnn aityonmn aityonnm aityonnm aityonmn aitynomn aitynonm aitynmon
aitynmno aitynnmo aitynnom aitynonm aitynomn aitynnom aitynnmo aitynmno aitynmon aintmony aintmoyn
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ainotnym ainotynm ainotymn ainontmy ainontym ainonmty ainonmyt ainonymt ainonytm ainoytnm ainoytmn
ainoyntm ainoynmt ainoymnt ainoymtn ainnmoty ainnmoyt ainnmtoy ainnmtyo ainnmyto ainnmyot ainnomty
ainnomyt ainnotmy ainnotym ainnoytm ainnoymt ainntomy ainntoym ainntmoy ainntmyo ainntymo ainntyom
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aimtnoyn aimtnnoy aimtnnyo aimtnyno aimtnyon aimtonny aimtonyn aimtonny aimtonyn aimtoynn aimtoynn
aimtnony aimtnoyn aimtnnoy aimtnnyo aimtnyno aimtnyon aimtyonn aimtyonn aimtynon aimtynno aimtynno
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aimonynt aimonytn aimonnty aimonnyt aimontny aimontyn aimonytn aimonynt aimoynnt aimoyntn aimoynnt
aimoyntn aimoytnn aimoytnn aimntony aimntoyn aimntnoy aimntnyo aimntyno aimntyon aimnotny aimnotyn
aimnonty aimnonyt aimnoynt aimnoytn aimnnoty aimnnoyt aimnntoy aimnntyo aimnnyto aimnnyot aimnyont
aimnyotn aimnynot aimnynto aimnytno aimnyton aimytonn aimytonn aimytnon aimytnno aimytnno aimytnon
aimyotnn aimyotnn aimyontn aimyonnt aimyonnt aimyontn aimynotn aimynont aimynton aimyntno aimynnto
aimynnot aimynont aimynotn aimynnot aimynnto aimyntno aimynton aionmtny aionmtyn aionmnty aionmnyt
aionmynt aionmytn aiontmny aiontmyn aiontnmy aiontnym aiontynm aiontymn aionntmy aionntym aionnmty
aionnmyt aionnymt aionnytm aionytnm aionytmn aionyntm aionynmt aionymnt aionymtn aiomntny aiomntyn
aiomnnty aiomnnyt aiomnynt aiomnytn aiomtnny aiomtnyn aiomtnny aiomtnyn aiomtynn aiomtynn aiomntny
aiomntyn aiomnnty aiomnnyt aiomnynt aiomnytn aiomytnn aiomytnn aiomyntn aiomynnt aiomynnt aiomyntn
aiotmnny aiotmnyn aiotmnny aiotmnyn aiotmynn aiotmynn aiotnmny aiotnmyn aiotnnmy aiotnnym aiotnynm
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aiontnym aiontynm aiontymn aionntmy aionntym aionnmty aionnmyt aionnymt aionnytm aionytnm aionytmn
aionyntm aionynmt aionymnt aionymtn aioymtnn aioymtnn aioymntn aioymnnt aioymnnt aioymntn aioytmnn
aioytmnn aioytnmn aioytnnm aioytnnm aioytnmn aioyntmn aioyntnm aioynmtn aioynmnt aioynnmt aioynntm
aioyntnm aioyntmn aioynntm aioynnmt aioynmnt aioynmtn ainnmoty ainnmoyt ainnmtoy ainnmtyo ainnmyto
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ainntymo ainntyom ainnyotm ainnyomt ainnytom ainnytmo ainnymto ainnymot ainmnoty ainmnoyt ainmntoy
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ainomnyt ainomtny ainomtyn ainomytn ainomynt ainonmty ainonmyt ainontmy ainontym ainonytm ainonymt
ainotnmy ainotnym ainotmny ainotmyn ainotymn ainotynm ainoyntm ainoynmt ainoytnm ainoytmn ainoymtn
ainoymnt aintmony aintmoyn aintmnoy aintmnyo aintmyno aintmyon aintomny aintomyn aintonmy aintonym
aintoynm aintoymn aintnomy aintnoym aintnmoy aintnmyo aintnymo aintnyom aintyonm aintyomn aintynom
aintynmo aintymno aintymon ainymotn ainymont ainymton ainymtno ainymnto ainymnot ainyomtn ainyomnt
ainyotmn ainyotnm ainyontm ainyonmt ainytomn ainytonm ainytmon ainytmno ainytnmo ainytnom ainynotm
ainynomt ainyntom ainyntmo ainynmto ainynmot aiynmont aiynmotn aiynmnot aiynmnto aiynmtno aiynmton
aiynomnt aiynomtn aiynonmt aiynontm aiynotnm aiynotmn aiynnomt aiynnotm aiynnmot aiynnmto aiynntmo
aiynntom aiyntonm aiyntomn aiyntnom aiyntnmo aiyntmno aiyntmon aiymnont aiymnotn aiymnnot aiymnnto
aiymntno aiymnton aiymonnt aiymontn aiymonnt aiymontn aiymotnn aiymotnn aiymnont aiymnotn aiymnnot
aiymnnto aiymntno aiymnton aiymtonn aiymtonn aiymtnon aiymtnno aiymtnno aiymtnon aiyomnnt aiyomntn
aiyomnnt aiyomntn aiyomtnn aiyomtnn aiyonmnt aiyonmtn aiyonnmt aiyonntm aiyontnm aiyontmn aiyonnmt
aiyonntm aiyonmnt aiyonmtn aiyontmn aiyontnm aiyotnnm aiyotnmn aiyotnnm aiyotnmn aiyotmnn aiyotmnn
aiynmont aiynmotn aiynmnot aiynmnto aiynmtno aiynmton aiynomnt aiynomtn aiynonmt aiynontm aiynotnm
aiynotmn aiynnomt aiynnotm aiynnmot aiynnmto aiynntmo aiynntom aiyntonm aiyntomn aiyntnom aiyntnmo
aiyntmno aiyntmon aiytmonn aiytmonn aiytmnon aiytmnno aiytmnno aiytmnon aiytomnn aiytomnn aiytonmn
aiytonnm aiytonnm aiytonmn aiytnomn aiytnonm aiytnmon aiytnmno aiytnnmo aiytnnom aiytnonm aiytnomn
aiytnnom aiytnnmo aiytnmno aiytnmon amtinony amtinoyn amtinnoy amtinnyo amtinyno amtinyon amtionny
amtionyn amtionny amtionyn amtioynn amtioynn amtinony amtinoyn amtinnoy amtinnyo amtinyno amtinyon
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amtniyon amtnoiny amtnoiyn amtnoniy amtnonyi amtnoyni amtnoyin amtnnoiy amtnnoyi amtnnioy amtnniyo
amtnnyio amtnnyoi amtnyoni amtnyoin amtnynoi amtnynio amtnyino amtnyion amtoniny amtoniyn amtonniy
amtonnyi amtonyni amtonyin amtoinny amtoinyn amtoinny amtoinyn amtoiynn amtoiynn amtoniny amtoniyn
amtonniy amtonnyi amtonyni amtonyin amtoyinn amtoyinn amtoynin amtoynni amtoynni amtoynin amtnnoiy
amtnnoyi amtnnioy amtnniyo amtnnyio amtnnyoi amtnoniy amtnonyi amtnoiny amtnoiyn amtnoyin amtnoyni
amtniony amtnioyn amtninoy amtninyo amtniyno amtniyon amtnyoin amtnyoni amtnyion amtnyino amtnynio
amtnynoi amtynoni amtynoin amtynnoi amtynnio amtynino amtynion amtyonni amtyonin amtyonni amtyonin
amtyoinn amtyoinn amtynoni amtynoin amtynnoi amtynnio amtynino amtynion amtyionn amtyionn amtyinon
amtyinno amtyinno amtyinon amitnony amitnoyn amitnnoy amitnnyo amitnyno amitnyon amitonny amitonyn
amitonny amitonyn amitoynn amitoynn amitnony amitnoyn amitnnoy amitnnyo amitnyno amitnyon amityonn
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aminotny aminotyn aminonty aminonyt aminoynt aminoytn aminnoty aminnoyt aminntoy aminntyo aminnyto
aminnyot aminyont aminyotn aminynot aminynto aminytno aminyton amiontny amiontyn amionnty amionnyt
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aminntoy aminntyo aminnyto aminnyot aminonty aminonyt aminotny aminotyn aminoytn aminoynt amintony
amintoyn amintnoy amintnyo amintyno amintyon aminyotn aminyont aminyton aminytno aminynto aminynot
amiynont amiynotn amiynnot amiynnto amiyntno amiynton amiyonnt amiyontn amiyonnt amiyontn amiyotnn
amiyotnn amiynont amiynotn amiynnot amiynnto amiyntno amiynton amiytonn amiytonn amiytnon amiytnno
amiytnno amiytnon amnitony amnitoyn amnitnoy amnitnyo amnityno amnityon amniotny amniotyn amnionty
amnionyt amnioynt amnioytn amninoty amninoyt amnintoy amnintyo amninyto amninyot amniyont amniyotn
amniynot amniynto amniytno amniyton amntiony amntioyn amntinoy amntinyo amntiyno amntiyon amntoiny
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amnonyti amnonyit amnoyint amnoyitn amnoynit amnoynti amnoytni amnoytin amnntoiy amnntoyi amnntioy
amnntiyo amnntyio amnntyoi amnnotiy amnnotyi amnnoity amnnoiyt amnnoyit amnnoyti amnnioty amnnioyt
amnnitoy amnnityo amnniyto amnniyot amnnyoit amnnyoti amnnyiot amnnyito amnnytio amnnytoi amnytoni
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amonnyit amonnyti amontniy amontnyi amontiny amontiyn amontyin amontyni amonitny amonityn amoninty
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amnnotyi amnnoyti amnnoyit amnntoiy amnntoyi amnntioy amnntiyo amnntyio amnntyoi amnnyoti amnnyoit
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amntnyoi amntoniy amntonyi amntoiny amntoiyn amntoyin amntoyni amntiony amntioyn amntinoy amntinyo
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amnyntio amnynito amnyniot amnyonti amnyonit amnyotni amnyotin amnyoitn amnyoint amnytoni amnytoin
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amyinont amyinotn amyinnot amyinnto amyintno amyinton amyitonn amyitonn amyitnon amyitnno amyitnno
amyitnon amyniont amyniotn amyninot amyninto amynitno amyniton amynoint amynoitn amynonit amynonti
amynotni amynotin amynnoit amynnoti amynniot amynnito amynntio amynntoi amyntoni amyntoin amyntnoi
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amyotinn amyotnin amyotnni amyotnni amyotnin amynnoit amynnoti amynniot amynnito amynntio amynntoi
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amyniton amyntoin amyntoni amyntion amyntino amyntnio amyntnoi amytnoni amytnoin amytnnoi amytnnio
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aotimnny aotimnyn aotimynn aotimynn aotinmny aotinmyn aotinnmy aotinnym aotinynm aotinymn aotinnmy
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aotmnyin aotmnniy aotmnnyi aotmniny aotmniyn aotmnyin aotmnyni aotmynni aotmynin aotmynni aotmynin
aotmyinn aotmyinn aotnminy aotnmiyn aotnmniy aotnmnyi aotnmyni aotnmyin aotnimny aotnimyn aotninmy
aotninym aotniynm aotniymn aotnnimy aotnniym aotnnmiy aotnnmyi aotnnymi aotnnyim aotnyinm aotnyimn
aotnynim aotnynmi aotnymni aotnymin aotnmniy aotnmnyi aotnminy aotnmiyn aotnmyin aotnmyni aotnnmiy
aotnnmyi aotnnimy aotnniym aotnnyim aotnnymi aotninmy aotninym aotnimny aotnimyn aotniymn aotniynm
aotnynim aotnynmi aotnyinm aotnyimn aotnymin aotnymni aotymnni aotymnin aotymnni aotymnin aotyminn
aotyminn aotynmni aotynmin aotynnmi aotynnim aotyninm aotynimn aotynnmi aotynnim aotynmni aotynmin
aotynimn aotyninm aotyinnm aotyinmn aotyinnm aotyinmn aotyimnn aotyimnn aoitmnny aoitmnyn aoitmnny
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aynotmin aynotmni aynotnmi aynotnim aynonitm aynonimt aynontim aynontmi aynonmti aynonmit ayntmoin
ayntmoni ayntmion ayntmino ayntmnio ayntmnoi ayntomin ayntomni ayntoimn ayntoinm ayntonim ayntonmi
ayntiomn ayntionm ayntimon ayntimno ayntinmo ayntinom ayntnoim ayntnomi ayntniom ayntnimo ayntnmio
ayntnmoi aynnmoti aynnmoit aynnmtoi aynnmtio aynnmito aynnmiot aynnomti aynnomit aynnotmi aynnotim
aynnoitm aynnoimt aynntomi aynntoim aynntmoi aynntmio aynntimo aynntiom aynniotm aynniomt aynnitom
aynnitmo aynnimto aynnimot aynimont aynimotn aynimnot aynimnto aynimtno aynimton ayniomnt ayniomtn
aynionmt ayniontm ayniotnm ayniotmn ayninomt ayninotm ayninmot ayninmto aynintmo aynintom aynitonm
aynitomn aynitnom aynitnmo aynitmno aynitmon aynmiont aynmiotn aynminot aynminto aynmitno aynmiton
aynmoint aynmoitn aynmonit aynmonti aynmotni aynmotin aynmnoit aynmnoti aynmniot aynmnito aynmntio
aynmntoi aynmtoni aynmtoin aynmtnoi aynmtnio aynmtino aynmtion aynomint aynomitn aynomnit aynomnti
aynomtni aynomtin aynoimnt aynoimtn aynoinmt aynointm aynoitnm aynoitmn aynonimt aynonitm aynonmit
aynonmti aynontmi aynontim aynotinm aynotimn aynotnim aynotnmi aynotmni aynotmin aynnmoit aynnmoti
aynnmiot aynnmito aynnmtio aynnmtoi aynnomit aynnomti aynnoimt aynnoitm aynnotim aynnotmi aynniomt
aynniotm aynnimot aynnimto aynnitmo aynnitom aynntoim aynntomi aynntiom aynntimo aynntmio aynntmoi
ayntmoni ayntmoin ayntmnoi ayntmnio ayntmino ayntmion ayntomni ayntomin ayntonmi ayntonim ayntoinm
ayntoimn ayntnomi ayntnoim ayntnmoi ayntnmio ayntnimo ayntniom ayntionm ayntiomn ayntinom ayntinmo
ayntimno ayntimon

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History of cryptography
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