easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

annees

salifies

ailuro

caravaneer

ectoenzyme

kreiter

lyrica

shellier

achroous

kingspark

schramm

standerfer

neeper

orthopathically

disgruntle

sibilation

prolix

nequaquamque


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: barinya
cipher variations:
cbsjozb dctkpac edulqbd fevmrce gfwnsdf
hgxoteg ihypufh jizqvgi kjarwhj lkbsxik
mlctyjl nmduzkm onevaln pofwbmo qpgxcnp
rqhydoq srizepr tsjafqs utkbgrt vulchsu
wvmditv xwnejuw yxofkvx zypglwy azqhmxz

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: barinya
Cipher: yzirmbz

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: barinya
Cipher: AAAAB AAAAA BAAAA ABAAA ABBAA BABBA AAAAA

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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: barinya
cipher variations:
cbsjozbebazovbgbiporbibqfonbkbyvojbmbglofbqbwroxbsbehotb
ubmxopbwbunolbybcdohbabktodbdctkpacfcbapwchcjqpscjcrgpoc
lczwpkcnchmpgcrcxspyctcfipucvcnypqcxcvopmczcdepicbclupec
edulqbdgdcbqxdidkrqtdkdshqpdmdaxqldodinqhdsdytqzdudgjqvd
wdozqrdydwpqndadefqjdcdmvqfdfevmrcehedcryejelsrueletirqe
nebyrmepejorietezuraevehkrwexeparsezexqroebefgrkedenwrge
gfwnsdfifedszfkfmtsvfmfujsrfofczsnfqfkpsjfufavsbfwfilsxf
yfqbstfafyrspfcfghslfefoxshfhgxotegjgfetaglgnutwgngvktsg
pgdatogrglqtkgvgbwtcgxgjmtygzgrctugbgzstqgdghitmgfgpytig
ihypufhkhgfubhmhovuxhohwluthqhebuphshmrulhwhcxudhyhknuzh
ahsduvhchaturhehijunhghqzujhjizqvgilihgvcinipwvyipixmvui
rifcvqitinsvmixidyveizilovaibitevwidibuvsifijkvoihiravki
kjarwhjmjihwdjojqxwzjqjynwvjsjgdwrjujotwnjyjezwfjajmpwbj
cjufwxjejcvwtjgjklwpjijsbwljlkbsxiknkjixekpkryxakrkzoxwk
tkhexskvkpuxokzkfaxgkbknqxckdkvgxykfkdwxukhklmxqkjktcxmk
mlctyjlolkjyflqlszyblslapyxlulifytlwlqvyplalgbyhlclorydl
elwhyzlglexyvlilmnyrlkludynlnmduzkmpmlkzgmrmtazcmtmbqzym
vmjgzumxmrwzqmbmhczimdmpszemfmxizamhmfyzwmjmnozsmlmvezom
onevalnqnmlahnsnubadnuncraznwnkhavnynsxarncnidajnenqtafn
gnyjabningzaxnknopatnmnwfapnpofwbmoronmbiotovcbeovodsbao
xolibwozotybsodojebkoforubgohozkbcojohabyolopqbuonoxgbqo
qpgxcnpsponcjpupwdcfpwpetcbpypmjcxpapuzctpepkfclpgpsvchp
ipalcdpkpibczpmpqrcvpopyhcrprqhydoqtqpodkqvqxedgqxqfudcq
zqnkdyqbqvaduqfqlgdmqhqtwdiqjqbmdeqlqjcdaqnqrsdwqpqzidsq
srizeprurqpelrwryfehryrgvedrarolezrcrwbevrgrmhenriruxejr
krcnefrmrkdebrorstexrqrajetrtsjafqsvsrqfmsxszgfiszshwfes
bspmfasdsxcfwshsnifosjsvyfkslsdofgsnslefcspstufysrsbkfus
utkbgrtwtsrgntytahgjtatixgftctqngbtetydgxtitojgptktwzglt
mtepghtotmfgdtqtuvgztstclgvtvulchsuxutshouzubihkubujyhgu
durohcufuzehyujupkhquluxahmunufqhiupungheuruvwhautudmhwu
wvmditvyvutipvavcjilvcvkzihvevspidvgvafizvkvqlirvmvybinv
ovgrijvqvohifvsvwxibvuvenixvxwnejuwzwvujqwbwdkjmwdwlajiw
fwtqjewhwbgjawlwrmjswnwzcjowpwhsjkwrwpijgwtwxyjcwvwfojyw
yxofkvxaxwvkrxcxelknxexmbkjxgxurkfxixchkbxmxsnktxoxadkpx
qxitklxsxqjkhxuxyzkdxwxgpkzxzypglwybyxwlsydyfmloyfynclky
hyvslgyjydilcynytoluypybelqyryjulmytyrkliyvyzaleyxyhqlay
azqhmxzczyxmtzezgnmpzgzodmlzizwtmhzkzejmdzozupmvzqzcfmrz
szkvmnzuzslmjzwzabmfzyzirmbzbarinyadazynuafahonqahapenma
jaxunialafkneapavqnwaradgnsatalwnoavatmnkaxabcngazajsnca

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: barinya
Cipher: onevaln

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: barinya
Cipher: 21112442334511

Extended Methods:
Method #1

Plaintext: barinya
method variations:
gfwosdfmlbtxilrqgycoqwvmdhtv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b a r i n y a 
2 1 2 4 3 4 1 
1 1 4 2 3 5 1 
They are then read out in rows:
21243411142351
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: barinya
Cipher: brsaqme

Read more ...
Method #3

Plaintext: barinya
method variations:
aftmsef ftmsefa tmsefaf
msefaft sefaftm efaftms
faftmse

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: barinya

all 5040 cipher variations:
barinya barinay bariyna bariyan bariayn bariany barniya barniay barnyia barnyai barnayi
barnaiy barynia barynai baryina baryian baryain baryani baranyi baraniy barayni barayin
baraiyn barainy bairnya bairnay bairyna bairyan bairayn bairany bainrya bainray bainyra
bainyar bainayr bainary baiynra baiynar baiyrna baiyran baiyarn baiyanr baianyr baianry
baiaynr baiayrn baiaryn baiarny banirya baniray baniyra baniyar baniayr baniary banriya
banriay banryia banryai banrayi banraiy banyria banyrai banyira banyiar banyair banyari
banaryi banariy banayri banayir banaiyr banairy bayinra bayinar bayirna bayiran bayiarn
bayianr baynira bayniar baynria baynrai baynari baynair bayrnia bayrnai bayrina bayrian
bayrain bayrani bayanri bayanir bayarni bayarin bayairn bayainr baainyr baainry baaiynr
baaiyrn baairyn baairny baaniyr baaniry baanyir baanyri baanryi baanriy baaynir baaynri
baayinr baayirn baayrin baayrni baarnyi baarniy baaryni baaryin baariyn baariny brainya
brainay braiyna braiyan braiayn braiany braniya braniay branyia branyai branayi branaiy
braynia braynai brayina brayian brayain brayani braanyi braaniy braayni braayin braaiyn
braainy brianya brianay briayna briayan briaayn briaany brinaya brinaay brinyaa brinyaa
brinaya brinaay briynaa briynaa briyana briyaan briyaan briyana brianya brianay briayna
briayan briaayn briaany brniaya brniaay brniyaa brniyaa brniaya brniaay brnaiya brnaiay
brnayia brnayai brnaayi brnaaiy brnyaia brnyaai brnyiaa brnyiaa brnyaia brnyaai brnaayi
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byriaan byriana byrniaa byrniaa byrnaia byrnaai byrnaai byrnaia byrania byranai byraina
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byirana byiraan byiraan byirana byinraa byinraa byinara byinaar byinaar byinara byianra
byianar byiarna byiaran byiaarn byiaanr byianar byianra byiaanr byiaarn byiaran byiarna
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byarnai byarnia byarani byarain byarian byarina barinya barinay bariyna bariyan bariayn
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nyaibra nyaibar nyairba nyairab nyaiarb nyaiabr nyabira nyabiar nyabria nyabrai nyabari
nyabair nyarbia nyarbai nyariba nyariab nyaraib nyarabi nyaabri nyaabir nyaarbi nyaarib
nyaairb nyaaibr nyaibar nyaibra nyaiabr nyaiarb nyairab nyairba nyabiar nyabira nyabair
nyabari nyabrai nyabria nyaabir nyaabri nyaaibr nyaairb nyaarib nyaarbi nyarbai nyarbia
nyarabi nyaraib nyariab nyariba naribya naribay nariyba nariyab nariayb nariaby narbiya
narbiay narbyia narbyai narbayi narbaiy narybia narybai naryiba naryiab naryaib naryabi
narabyi narabiy naraybi narayib naraiyb naraiby nairbya nairbay nairyba nairyab nairayb
nairaby naibrya naibray naibyra naibyar naibayr naibary naiybra naiybar naiyrba naiyrab
naiyarb naiyabr naiabyr naiabry naiaybr naiayrb naiaryb naiarby nabirya nabiray nabiyra
nabiyar nabiayr nabiary nabriya nabriay nabryia nabryai nabrayi nabraiy nabyria nabyrai
nabyira nabyiar nabyair nabyari nabaryi nabariy nabayri nabayir nabaiyr nabairy nayibra
nayibar nayirba nayirab nayiarb nayiabr naybira naybiar naybria naybrai naybari naybair
nayrbia nayrbai nayriba nayriab nayraib nayrabi nayabri nayabir nayarbi nayarib nayairb
nayaibr naaibyr naaibry naaiybr naaiyrb naairyb naairby naabiyr naabiry naabyir naabyri
naabryi naabriy naaybir naaybri naayibr naayirb naayrib naayrbi naarbyi naarbiy naarybi
naaryib naariyb naariby yarinba yarinab yaribna yariban yariabn yarianb yarniba yarniab
yarnbia yarnbai yarnabi yarnaib yarbnia yarbnai yarbina yarbian yarbain yarbani yaranbi
yaranib yarabni yarabin yaraibn yarainb yairnba yairnab yairbna yairban yairabn yairanb
yainrba yainrab yainbra yainbar yainabr yainarb yaibnra yaibnar yaibrna yaibran yaibarn
yaibanr yaianbr yaianrb yaiabnr yaiabrn yaiarbn yaiarnb yanirba yanirab yanibra yanibar
yaniabr yaniarb yanriba yanriab yanrbia yanrbai yanrabi yanraib yanbria yanbrai yanbira
yanbiar yanbair yanbari yanarbi yanarib yanabri yanabir yanaibr yanairb yabinra yabinar
yabirna yabiran yabiarn yabianr yabnira yabniar yabnria yabnrai yabnari yabnair yabrnia
yabrnai yabrina yabrian yabrain yabrani yabanri yabanir yabarni yabarin yabairn yabainr
yaainbr yaainrb yaaibnr yaaibrn yaairbn yaairnb yaanibr yaanirb yaanbir yaanbri yaanrbi
yaanrib yaabnir yaabnri yaabinr yaabirn yaabrin yaabrni yaarnbi yaarnib yaarbni yaarbin
yaaribn yaarinb yrainba yrainab yraibna yraiban yraiabn yraianb yraniba yraniab yranbia
yranbai yranabi yranaib yrabnia yrabnai yrabina yrabian yrabain yrabani yraanbi yraanib
yraabni yraabin yraaibn yraainb yrianba yrianab yriabna yriaban yriaabn yriaanb yrinaba
yrinaab yrinbaa yrinbaa yrinaba yrinaab yribnaa yribnaa yribana yribaan yribaan yribana
yrianba yrianab yriabna yriaban yriaabn yriaanb yrniaba yrniaab yrnibaa yrnibaa yrniaba
yrniaab yrnaiba yrnaiab yrnabia yrnabai yrnaabi yrnaaib yrnbaia yrnbaai yrnbiaa yrnbiaa
yrnbaia yrnbaai yrnaabi yrnaaib yrnabai yrnabia yrnaiba yrnaiab yrbinaa yrbinaa yrbiana
yrbiaan yrbiaan yrbiana yrbniaa yrbniaa yrbnaia yrbnaai yrbnaai yrbnaia yrbania yrbanai
yrbaina yrbaian yrbaain yrbaani yrbanai yrbania yrbaani yrbaain yrbaian yrbaina yrainba
yrainab yraibna yraiban yraiabn yraianb yraniba yraniab yranbia yranbai yranabi yranaib
yrabnia yrabnai yrabina yrabian yrabain yrabani yraanbi yraanib yraabni yraabin yraaibn
yraainb yiranba yiranab yirabna yiraban yiraabn yiraanb yirnaba yirnaab yirnbaa yirnbaa
yirnaba yirnaab yirbnaa yirbnaa yirbana yirbaan yirbaan yirbana yiranba yiranab yirabna
yiraban yiraabn yiraanb yiarnba yiarnab yiarbna yiarban yiarabn yiaranb yianrba yianrab
yianbra yianbar yianabr yianarb yiabnra yiabnar yiabrna yiabran yiabarn yiabanr yiaanbr
yiaanrb yiaabnr yiaabrn yiaarbn yiaarnb yinarba yinarab yinabra yinabar yinaabr yinaarb
yinraba yinraab yinrbaa yinrbaa yinraba yinraab yinbraa yinbraa yinbara yinbaar yinbaar
yinbara yinarba yinarab yinabra yinabar yinaabr yinaarb yibanra yibanar yibarna yibaran
yibaarn yibaanr yibnara yibnaar yibnraa yibnraa yibnara yibnaar yibrnaa yibrnaa yibrana
yibraan yibraan yibrana yibanra yibanar yibarna yibaran yibaarn yibaanr yiaanbr yiaanrb
yiaabnr yiaabrn yiaarbn yiaarnb yianabr yianarb yianbar yianbra yianrba yianrab yiabnar
yiabnra yiabanr yiabarn yiabran yiabrna yiarnba yiarnab yiarbna yiarban yiarabn yiaranb
ynriaba ynriaab ynribaa ynribaa ynriaba ynriaab ynraiba ynraiab ynrabia ynrabai ynraabi
ynraaib ynrbaia ynrbaai ynrbiaa ynrbiaa ynrbaia ynrbaai ynraabi ynraaib ynrabai ynrabia
ynraiba ynraiab yniraba yniraab ynirbaa ynirbaa yniraba yniraab yniarba yniarab yniabra
yniabar yniaabr yniaarb ynibara ynibaar ynibraa ynibraa ynibara ynibaar yniaabr yniaarb
yniabar yniabra yniarba yniarab ynairba ynairab ynaibra ynaibar ynaiabr ynaiarb ynariba
ynariab ynarbia ynarbai ynarabi ynaraib ynabria ynabrai ynabira ynabiar ynabair ynabari
ynaarbi ynaarib ynaabri ynaabir ynaaibr ynaairb ynbiara ynbiaar ynbiraa ynbiraa ynbiara
ynbiaar ynbaira ynbaiar ynbaria ynbarai ynbaari ynbaair ynbraia ynbraai ynbriaa ynbriaa
ynbraia ynbraai ynbaari ynbaair ynbarai ynbaria ynbaira ynbaiar ynaiabr ynaiarb ynaibar
ynaibra ynairba ynairab ynaaibr ynaairb ynaabir ynaabri ynaarbi ynaarib ynabair ynabari
ynabiar ynabira ynabria ynabrai ynarabi ynaraib ynarbai ynarbia ynariba ynariab ybrinaa
ybrinaa ybriana ybriaan ybriaan ybriana ybrniaa ybrniaa ybrnaia ybrnaai ybrnaai ybrnaia
ybrania ybranai ybraina ybraian ybraain ybraani ybranai ybrania ybraani ybraain ybraian
ybraina ybirnaa ybirnaa ybirana ybiraan ybiraan ybirana ybinraa ybinraa ybinara ybinaar
ybinaar ybinara ybianra ybianar ybiarna ybiaran ybiaarn ybiaanr ybianar ybianra ybiaanr
ybiaarn ybiaran ybiarna ybniraa ybniraa ybniara ybniaar ybniaar ybniara ybnriaa ybnriaa
ybnraia ybnraai ybnraai ybnraia ybnaria ybnarai ybnaira ybnaiar ybnaair ybnaari ybnarai
ybnaria ybnaari ybnaair ybnaiar ybnaira ybainra ybainar ybairna ybairan ybaiarn ybaianr
ybanira ybaniar ybanria ybanrai ybanari ybanair ybarnia ybarnai ybarina ybarian ybarain
ybarani ybaanri ybaanir ybaarni ybaarin ybaairn ybaainr ybainar ybainra ybaianr ybaiarn
ybairan ybairna ybaniar ybanira ybanair ybanari ybanrai ybanria ybaanir ybaanri ybaainr
ybaairn ybaarin ybaarni ybarnai ybarnia ybarani ybarain ybarian ybarina yarinba yarinab
yaribna yariban yariabn yarianb yarniba yarniab yarnbia yarnbai yarnabi yarnaib yarbnia
yarbnai yarbina yarbian yarbain yarbani yaranbi yaranib yarabni yarabin yaraibn yarainb
yairnba yairnab yairbna yairban yairabn yairanb yainrba yainrab yainbra yainbar yainabr
yainarb yaibnra yaibnar yaibrna yaibran yaibarn yaibanr yaianbr yaianrb yaiabnr yaiabrn
yaiarbn yaiarnb yanirba yanirab yanibra yanibar yaniabr yaniarb yanriba yanriab yanrbia
yanrbai yanrabi yanraib yanbria yanbrai yanbira yanbiar yanbair yanbari yanarbi yanarib
yanabri yanabir yanaibr yanairb yabinra yabinar yabirna yabiran yabiarn yabianr yabnira
yabniar yabnria yabnrai yabnari yabnair yabrnia yabrnai yabrina yabrian yabrain yabrani
yabanri yabanir yabarni yabarin yabairn yabainr yaainbr yaainrb yaaibnr yaaibrn yaairbn
yaairnb yaanibr yaanirb yaanbir yaanbri yaanrbi yaanrib yaabnir yaabnri yaabinr yaabirn
yaabrin yaabrni yaarnbi yaarnib yaarbni yaarbin yaaribn yaarinb aarinyb aarinby aariynb
aariybn aaribyn aaribny aarniyb aarniby aarnyib aarnybi aarnbyi aarnbiy aarynib aarynbi
aaryinb aaryibn aarybin aarybni aarbnyi aarbniy aarbyni aarbyin aarbiyn aarbiny aairnyb
aairnby aairynb aairybn aairbyn aairbny aainryb aainrby aainyrb aainybr aainbyr aainbry
aaiynrb aaiynbr aaiyrnb aaiyrbn aaiybrn aaiybnr aaibnyr aaibnry aaibynr aaibyrn aaibryn
aaibrny aaniryb aanirby aaniyrb aaniybr aanibyr aanibry aanriyb aanriby aanryib aanrybi
aanrbyi aanrbiy aanyrib aanyrbi aanyirb aanyibr aanybir aanybri aanbryi aanbriy aanbyri
aanbyir aanbiyr aanbiry aayinrb aayinbr aayirnb aayirbn aayibrn aayibnr aaynirb aaynibr
aaynrib aaynrbi aaynbri aaynbir aayrnib aayrnbi aayrinb aayribn aayrbin aayrbni aaybnri
aaybnir aaybrni aaybrin aaybirn aaybinr aabinyr aabinry aabiynr aabiyrn aabiryn aabirny
aabniyr aabniry aabnyir aabnyri aabnryi aabnriy aabynir aabynri aabyinr aabyirn aabyrin
aabyrni aabrnyi aabrniy aabryni aabryin aabriyn aabriny arainyb arainby araiynb araiybn
araibyn araibny araniyb araniby aranyib aranybi aranbyi aranbiy araynib araynbi arayinb
arayibn araybin araybni arabnyi arabniy arabyni arabyin arabiyn arabiny arianyb arianby
ariaynb ariaybn ariabyn ariabny arinayb arinaby arinyab arinyba arinbya arinbay ariynab
ariynba ariyanb ariyabn ariyban ariybna aribnya aribnay aribyna aribyan aribayn aribany
arniayb arniaby arniyab arniyba arnibya arnibay arnaiyb arnaiby arnayib arnaybi arnabyi
arnabiy arnyaib arnyabi arnyiab arnyiba arnybia arnybai arnbayi arnbaiy arnbyai arnbyia
arnbiya arnbiay aryinab aryinba aryianb aryiabn aryiban aryibna aryniab aryniba arynaib
arynabi arynbai arynbia aryanib aryanbi aryainb aryaibn aryabin aryabni arybnai arybnia
arybani arybain arybian arybina arbinya arbinay arbiyna arbiyan arbiayn arbiany arbniya
arbniay arbnyia arbnyai arbnayi arbnaiy arbynia arbynai arbyina arbyian arbyain arbyani
arbanyi arbaniy arbayni arbayin arbaiyn arbainy airanyb airanby airaynb airaybn airabyn
airabny airnayb airnaby airnyab airnyba airnbya airnbay airynab airynba airyanb airyabn
airyban airybna airbnya airbnay airbyna airbyan airbayn airbany aiarnyb aiarnby aiarynb
aiarybn aiarbyn aiarbny aianryb aianrby aianyrb aianybr aianbyr aianbry aiaynrb aiaynbr
aiayrnb aiayrbn aiaybrn aiaybnr aiabnyr aiabnry aiabynr aiabyrn aiabryn aiabrny ainaryb
ainarby ainayrb ainaybr ainabyr ainabry ainrayb ainraby ainryab ainryba ainrbya ainrbay
ainyrab ainyrba ainyarb ainyabr ainybar ainybra ainbrya ainbray ainbyra ainbyar ainbayr
ainbary aiyanrb aiyanbr aiyarnb aiyarbn aiyabrn aiyabnr aiynarb aiynabr aiynrab aiynrba
aiynbra aiynbar aiyrnab aiyrnba aiyranb aiyrabn aiyrban aiyrbna aiybnra aiybnar aiybrna
aiybran aiybarn aiybanr aibanyr aibanry aibaynr aibayrn aibaryn aibarny aibnayr aibnary
aibnyar aibnyra aibnrya aibnray aibynar aibynra aibyanr aibyarn aibyran aibyrna aibrnya
aibrnay aibryna aibryan aibrayn aibrany anriayb anriaby anriyab anriyba anribya anribay
anraiyb anraiby anrayib anraybi anrabyi anrabiy anryaib anryabi anryiab anryiba anrybia
anrybai anrbayi anrbaiy anrbyai anrbyia anrbiya anrbiay anirayb aniraby aniryab aniryba
anirbya anirbay aniaryb aniarby aniayrb aniaybr aniabyr aniabry aniyarb aniyabr aniyrab
aniyrba aniybra aniybar anibayr anibary anibyar anibyra anibrya anibray anairyb anairby
anaiyrb anaiybr anaibyr anaibry anariyb anariby anaryib anarybi anarbyi anarbiy anayrib
anayrbi anayirb anayibr anaybir anaybri anabryi anabriy anabyri anabyir anabiyr anabiry
anyiarb anyiabr anyirab anyirba anyibra anyibar anyairb anyaibr anyarib anyarbi anyabri
anyabir anyraib anyrabi anyriab anyriba anyrbia anyrbai anybari anybair anybrai anybria
anybira anybiar anbiayr anbiary anbiyar anbiyra anbirya anbiray anbaiyr anbairy anbayir
anbayri anbaryi anbariy anbyair anbyari anbyiar anbyira anbyria anbyrai anbrayi anbraiy
anbryai anbryia anbriya anbriay ayrinab ayrinba ayrianb ayriabn ayriban ayribna ayrniab
ayrniba ayrnaib ayrnabi ayrnbai ayrnbia ayranib ayranbi ayrainb ayraibn ayrabin ayrabni
ayrbnai ayrbnia ayrbani ayrbain ayrbian ayrbina ayirnab ayirnba ayiranb ayirabn ayirban
ayirbna ayinrab ayinrba ayinarb ayinabr ayinbar ayinbra ayianrb ayianbr ayiarnb ayiarbn
ayiabrn ayiabnr ayibnar ayibnra ayibanr ayibarn ayibran ayibrna aynirab aynirba ayniarb
ayniabr aynibar aynibra aynriab aynriba aynraib aynrabi aynrbai aynrbia aynarib aynarbi
aynairb aynaibr aynabir aynabri aynbrai aynbria aynbari aynbair aynbiar aynbira ayainrb
ayainbr ayairnb ayairbn ayaibrn ayaibnr ayanirb ayanibr ayanrib ayanrbi ayanbri ayanbir
ayarnib ayarnbi ayarinb ayaribn ayarbin ayarbni ayabnri ayabnir ayabrni ayabrin ayabirn
ayabinr aybinar aybinra aybianr aybiarn aybiran aybirna aybniar aybnira aybnair aybnari
aybnrai aybnria aybanir aybanri aybainr aybairn aybarin aybarni aybrnai aybrnia aybrani
aybrain aybrian aybrina abrinya abrinay abriyna abriyan abriayn abriany abrniya abrniay
abrnyia abrnyai abrnayi abrnaiy abrynia abrynai abryina abryian abryain abryani abranyi
abraniy abrayni abrayin abraiyn abrainy abirnya abirnay abiryna abiryan abirayn abirany
abinrya abinray abinyra abinyar abinayr abinary abiynra abiynar abiyrna abiyran abiyarn
abiyanr abianyr abianry abiaynr abiayrn abiaryn abiarny abnirya abniray abniyra abniyar
abniayr abniary abnriya abnriay abnryia abnryai abnrayi abnraiy abnyria abnyrai abnyira
abnyiar abnyair abnyari abnaryi abnariy abnayri abnayir abnaiyr abnairy abyinra abyinar
abyirna abyiran abyiarn abyianr abynira abyniar abynria abynrai abynari abynair abyrnia
abyrnai abyrina abyrian abyrain abyrani abyanri abyanir abyarni abyarin abyairn abyainr
abainyr abainry abaiynr abaiyrn abairyn abairny abaniyr abaniry abanyir abanyri abanryi
abanriy abaynir abaynri abayinr abayirn abayrin abayrni abarnyi abarniy abaryni abaryin
abariyn abariny

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History of cryptography
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