easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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trinitatis

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forbidder

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veniveritis


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: vitrophyre
cipher variations:
wjuspqizsf xkvtqrjatg ylwurskbuh zmxvstlcvi anywtumdwj
bozxuvnexk cpayvwofyl dqbzwxpgzm ercaxyqhan fsdbyzribo
gteczasjcp hufdabtkdq ivgebculer jwhfcdvmfs kxigdewngt
lyjhefxohu mzkifgypiv naljghzqjw obmkhiarkx pcnlijbsly
qdomjkctmz repnklduna sfqolmevob tgrpmnfwpc uhsqnogxqd

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: vitrophyre
Cipher: ergilksbiv

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: vitrophyre
Cipher: BBBAB ABAAA BAABA BAAAA ABBAB ABBBA AABBB BABBA BAAAA AABAA

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: vitrophyre
cipher variations:
wjuspqizsfmzgaruwvancpsitykrivsfeqvcynqdivqyxgmjylylcgzkafgterawdscxwjuhmefwqter
kxymhaepmzankujesluhqdwclighcpgtiknmudkxxkvtqrjatgnahbsvxwbodqtjuzlsjwtgfrwdzore
jwrzyhnkzmzmdhalbghufsbxetdyxkvinfgxrufslyznibfqnabolvkftmvirexdmjhidqhujlonvely
ylwurskbuhobictwyxcperukvamtkxuhgsxeapsfkxsaziolananeibmchivgtcyfuezylwjoghysvgt
mzaojcgrobcpmwlgunwjsfyenkijerivkmpowfmzzmxvstlcvipcjduxzydqfsvlwbnulyvihtyfbqtg
lytbajpmbobofjcndijwhudzgvfazmxkphiztwhunabpkdhspcdqnxmhvoxktgzfoljkfsjwlnqpxgna
anywtumdwjqdkevyazergtwmxcovmzwjiuzgcruhmzucbkqncpcpgkdoejkxiveahwgbanylqijauxiv
obcqleitqderoyniwpyluhagpmklgtkxmorqyhobbozxuvnexkrelfwzbafshuxnydpwnaxkjvahdsvi
navdclrodqdqhlepfklyjwfbixhcbozmrjkbvyjwpcdrmfjurefspzojxqzmvibhqnlmhulynpsrzipc
cpayvwofylsfmgxacbgtivyozeqxobylkwbietwjobwedmspererimfqglmzkxgcjyidcpansklcwzkx
qdesngkvsfgtqapkyranwjciromnivmzoqtsajqddqbzwxpgzmtgnhybdchujwzpafrypczmlxcjfuxk
pcxfentqfsfsjngrhmnalyhdkzjedqbotlmdxalyreftohlwtghurbqlzsboxkdjspnojwnaprutbkre
ercaxyqhanuhoizcedivkxaqbgszqdanmydkgvylqdygfourgtgtkohsinobmzielakfercpumneybmz
sfgupimxuhivscrmatcpylektqopkxobqsvuclsffsdbyzribovipjadfejwlybrchtarebonzelhwzm
rezhgpvshuhulpitjopcnajfmblgfsdqvnofzcnatghvqjnyvijwtdsnbudqzmflurpqlypcrtwvdmtg
gteczasjcpwjqkbegfkxmzcsdiubsfcpoafmixansfaihqwtivivmqjukpqdobkgncmhgterwopgadob
uhiwrkozwjkxuetocverangmvsqrmzqdsuxwenuhhufdabtkdqxkrlcfhglynadtejvctgdqpbgnjybo
tgbjirxujwjwnrkvlqrepclhodnihufsxpqhbepcvijxslpaxklyvfupdwfsbohnwtrsnaretvyxfovi
ivgebculerylsmdgihmzobeufkwduherqchokzcpuhckjsyvkxkxoslwmrsfqdmipeojivgtyqricfqd
wjkytmqbylmzwgvqexgtcpioxustobsfuwzygpwjjwhfcdvmfszmtnehjinapcfvglxevifsrdipladq
vidlktzwlylyptmxnstgrenjqfpkjwhuzrsjdgrexklzunrczmnaxhwrfyhudqjpyvtupctgvxazhqxk
kxigdewngtanuofikjobqdgwhmyfwjgtsejqmberwjemluaxmzmzqunyotuhsfokrgqlkxivastkehsf
ylmavosdanobyixsgziverkqzwuvqduhwybairyllyjhefxohubovpgjlkpcrehxinzgxkhutfkrncfs
xkfnmvbynanarvozpuvitgplshrmlyjwbtulfitgzmnbwptebopczjythajwfslraxvwrevixzcbjszm
mzkifgypivcpwqhkmlqdsfiyjoahylivuglsodgtylgonwczobobswpaqvwjuhqmtisnmzkxcuvmgjuh
anocxqufcpqdakzuibkxgtmsbywxsfwjyadcktannaljghzqjwdqxrilnmretgjzkpbizmjwvhmtpehu
zmhpoxdapcpctxqbrwxkvirnujtonalydvwnhkvibopdyrvgdqreblavjclyhuntczxytgxkzbedlubo
obmkhiarkxerysjmonsfuhkalqcjankxwinuqfivaniqpyebqdqduyrcsxylwjsovkupobmzewxoilwj
cpqezswhersfcmbwkdmzivoudayzuhylacfemvcppcnlijbslyfsztknpotgvilbmrdkbolyxjovrgjw
bojrqzfcrerevzsdtyzmxktpwlvqpcnafxypjmxkdqrfatxifstgdncxlenajwpvebzavizmbdgfnwdq
qdomjkctmzgtauloqpuhwjmcnselcpmzykpwshkxcpksragdsfsfwateuzanyluqxmwrqdobgyzqknyl
ersgbuyjgtuheodymfobkxqwfcabwjancehgoxerrepnkldunahubvmprqvixkndotfmdqnazlqxtily
dqltsbhetgtgxbufvabozmvrynxsrepchzarlozmfsthcvzkhuvifpezngpclyrxgdbcxkbodfihpyfs
sfqolmevobivcwnqsrwjyloepugnerobamryujmzermutcifuhuhycvgwbcpanwszoytsfqdiabsmpan
gtuidwalivwjgqfaohqdmzsyhecdylcpegjiqzgttgrpmnfwpcjwdxortsxkzmpfqvhofspcbnszvkna
fsnvudjgvivizdwhxcdqboxtapzutgrejbctnqbohuvjexbmjwxkhrgbpirenatzifdezmdqfhkjrahu
uhsqnogxqdkxeypsutylanqgrwipgtqdcotawlobgtowvekhwjwjaexiydercpyubqavuhsfkcduorcp
ivwkfycnkxylishcqjsfobuajgefanergilksbivvitrophyrelyfzqtvuzmborhsxjqhuredpubxmpc
hupxwflixkxkbfyjzefsdqzvcrbwvitgldevpsdqjwxlgzdolyzmjtidrktgpcvbkhfgbofshjmltcjw

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: vitrophyre
Cipher: ivgebculer

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: vitrophyre
Cipher: 15424424435332452451

Extended Methods:
Method #1

Plaintext: vitrophyre
method variations:
aoywtundwkftdbyzsibplyigdexoguqdomikctmz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
v i t r o p h y r e 
1 4 4 2 4 5 3 4 2 5 
5 2 4 4 3 3 2 5 4 1 
They are then read out in rows:
14424534255244332541
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: vitrophyre
Cipher: qiyswktnwd

Read more ...
Method #3

Plaintext: vitrophyre
method variations:
uritxnrkya ritxnrkyau itxnrkyaur
txnrkyauri xnrkyaurit nrkyauritx
rkyauritxn kyauritxnr yauritxnrk
auritxnrky

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: vitrophyre

first 5040 cipher variations(3628800 total)
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vitropyehr vitropryhe vitropryeh vitroprhye vitroprhey vitroprehy vitropreyh vitropeyrh vitropeyhr vitroperyh vitroperhy
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vitroheryp vitroherpy vitrohepry vitrohepyr vitroyhpre vitroyhper vitroyhrpe vitroyhrep vitroyherp vitroyhepr vitroyphre
vitroypher vitroyprhe vitroypreh vitroyperh vitroypehr vitroyrphe vitroyrpeh vitroyrhpe vitroyrhep vitroyrehp vitroyreph
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vityrhrpoe vityrhrpeo vityrhrepo vityrhreop vityrheorp vityrheopr vityrherop vityrherpo vityrhepro vityrhepor vityrohpre
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vityrorphe vityrorpeh vityrorhpe vityrorhep vityrorehp vityroreph vityroeprh vityroephr vityroerph vityroerhp vityroehrp
vityroehpr vityrrhope vityrrhoep vityrrhpoe vityrrhpeo vityrrhepo vityrrheop vityrrohpe vityrrohep vityrrophe vityrropeh
vityrroeph vityrroehp vityrrpohe vityrrpoeh vityrrphoe vityrrpheo vityrrpeho vityrrpeoh vityrreoph vityrreohp vityrrepoh
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vityreorhp vityreorph vityreoprh vityreophr vityrerohp vityreroph vityrerhop vityrerhpo vityrerpho vityrerpoh vityreporh
vityrepohr vityreproh vityreprho vityrephro vityrephor vityrphroe vityrphreo vityrphore vityrphoer vityrpheor vityrphero
vityrprhoe vityrprheo vityrprohe vityrproeh vityrpreoh vityrpreho vityrporhe vityrporeh vityrpohre vityrpoher vityrpoehr
vityrpoerh vityrperoh vityrperho vityrpeorh vityrpeohr vityrpehor vityrpehro vityrhproe vityrhpreo vityrhpore vityrhpoer
vityrhpeor vityrhpero vityrhrpoe vityrhrpeo vityrhrope vityrhroep vityrhreop vityrhrepo vityrhorpe vityrhorep vityrhopre
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vityrrhope vityrrhoep vityrrheop vityrrhepo vityrrphoe vityrrpheo vityrrpohe vityrrpoeh vityrrpeoh vityrrpeho vityrrophe
vityrropeh vityrrohpe vityrrohep vityrroehp vityrroeph vityrrepoh vityrrepho vityrreoph vityrreohp vityrrehop vityrrehpo
vityrohrpe vityrohrep vityrohpre vityrohper vityrohepr vityroherp vityrorhpe vityrorhep vityrorphe vityrorpeh vityroreph
vityrorehp vityroprhe vityropreh vityrophre vityropher vityropehr vityroperh vityroerph vityroerhp vityroeprh vityroephr
vityroehpr vityroehrp vityrehrop vityrehrpo vityrehorp vityrehopr vityrehpor vityrehpro vityrerhop vityrerhpo vityrerohp
vityreroph vityrerpoh vityrerpho vityreorhp vityreorph vityreohrp vityreohpr vityreophr vityreoprh vityreproh vityreprho
vityreporh vityrepohr vityrephor vityrephro vityephrro vityephror vityephrro vityephror vityephorr vityephorr vityeprhro
vityeprhor vityeprrho vityeprroh vityeprorh vityeprohr vityeprrho vityeprroh vityeprhro vityeprhor vityeprohr vityeprorh
vityeporrh vityeporhr vityeporrh vityeporhr vityepohrr vityepohrr vityehprro vityehpror vityehprro vityehpror vityehporr
vityehporr vityehrpro vityehrpor vityehrrpo vityehrrop vityehrorp vityehropr vityehrrpo vityehrrop vityehrpro vityehrpor
vityehropr vityehrorp vityehorrp vityehorpr vityehorrp vityehorpr vityehoprr vityehoprr vityerhpro vityerhpor vityerhrpo
vityerhrop vityerhorp vityerhopr vityerphro vityerphor vityerprho vityerproh vityerporh vityerpohr vityerrpho vityerrpoh
vityerrhpo vityerrhop vityerrohp vityerroph vityeroprh vityerophr vityerorph vityerorhp vityerohrp vityerohpr vityerhrpo
vityerhrop vityerhpro vityerhpor vityerhopr vityerhorp vityerrhpo vityerrhop vityerrpho vityerrpoh vityerroph vityerrohp
vityerprho vityerproh vityerphro vityerphor vityerpohr vityerporh vityerorph vityerorhp vityeroprh vityerophr vityerohpr
vityerohrp vityeohrrp vityeohrpr vityeohrrp vityeohrpr vityeohprr vityeohprr vityeorhrp vityeorhpr vityeorrhp vityeorrph
vityeorprh vityeorphr vityeorrhp vityeorrph vityeorhrp vityeorhpr vityeorphr vityeorprh vityeoprrh vityeoprhr vityeoprrh
vityeoprhr vityeophrr vityeophrr vitrophyre vitrophyer vitrophrye vitrophrey vitrophery vitropheyr vitropyhre vitropyher
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vitropeyhr vitroperyh vitroperhy vitropehry vitropehyr vitrohpyre vitrohpyer vitrohprye vitrohprey vitrohpery vitrohpeyr
vitrohypre vitrohyper vitrohyrpe vitrohyrep vitrohyerp vitrohyepr vitrohrype vitrohryep vitrohrpye vitrohrpey vitrohrepy
vitrohreyp vitroheyrp vitroheypr vitroheryp vitroherpy vitrohepry vitrohepyr vitroyhpre vitroyhper vitroyhrpe vitroyhrep
vitroyherp vitroyhepr vitroyphre vitroypher vitroyprhe vitroypreh vitroyperh vitroypehr vitroyrphe vitroyrpeh vitroyrhpe
vitroyrhep vitroyrehp vitroyreph vitroyeprh vitroyephr vitroyerph vitroyerhp vitroyehrp vitroyehpr vitrorhype vitrorhyep
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vitrorpyeh vitrorphye vitrorphey vitrorpehy vitrorpeyh vitroreyph vitroreyhp vitrorepyh vitrorephy vitrorehpy vitrorehyp
vitroehyrp vitroehypr vitroehryp vitroehrpy vitroehpry vitroehpyr vitroeyhrp vitroeyhpr vitroeyrhp vitroeyrph vitroeyprh
vitroeyphr vitroeryhp vitroeryph vitroerhyp vitroerhpy vitroerphy vitroerpyh vitroepyrh vitroepyhr vitroepryh vitroeprhy
vitroephry vitroephyr vitrpohyre vitrpohyer vitrpohrye vitrpohrey vitrpohery vitrpoheyr vitrpoyhre vitrpoyher vitrpoyrhe
vitrpoyreh vitrpoyerh vitrpoyehr vitrporyhe vitrporyeh vitrporhye vitrporhey vitrporehy vitrporeyh vitrpoeyrh vitrpoeyhr
vitrpoeryh vitrpoerhy vitrpoehry vitrpoehyr vitrphoyre vitrphoyer vitrphorye vitrphorey vitrphoery vitrphoeyr vitrphyore
vitrphyoer vitrphyroe vitrphyreo vitrphyero vitrphyeor vitrphryoe vitrphryeo vitrphroye vitrphroey vitrphreoy vitrphreyo
vitrpheyro vitrpheyor vitrpheryo vitrpheroy vitrpheory vitrpheoyr vitrpyhore vitrpyhoer vitrpyhroe vitrpyhreo vitrpyhero
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vitrpeohyr vitrhpoyre vitrhpoyer vitrhporye vitrhporey vitrhpoery vitrhpoeyr vitrhpyore vitrhpyoer vitrhpyroe vitrhpyreo
vitrhpyero vitrhpyeor vitrhpryoe vitrhpryeo vitrhproye vitrhproey vitrhpreoy vitrhpreyo vitrhpeyro vitrhpeyor vitrhperyo
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vitrhoeypr vitrhoeryp vitrhoerpy vitrhoepry vitrhoepyr vitrhyopre vitrhyoper vitrhyorpe vitrhyorep vitrhyoerp vitrhyoepr
vitrhypore vitrhypoer vitrhyproe vitrhypreo vitrhypero vitrhypeor vitrhyrpoe vitrhyrpeo vitrhyrope vitrhyroep vitrhyreop
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vitryphore vitryphoer vitryphroe vitryphreo vitryphero vitrypheor vitrypohre vitrypoher vitryporhe vitryporeh vitrypoerh
vitrypoehr vitryprohe vitryproeh vitryprhoe vitryprheo vitrypreho vitrypreoh vitrypeorh vitrypeohr vitryperoh vitryperho
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vitryherop vitryherpo vitryhepro vitryhepor vitryohpre vitryohper vitryohrpe vitryohrep vitryoherp vitryohepr vitryophre
vitryopher vitryoprhe vitryopreh vitryoperh vitryopehr vitryorphe vitryorpeh vitryorhpe vitryorhep vitryorehp vitryoreph
vitryoeprh vitryoephr vitryoerph vitryoerhp vitryoehrp vitryoehpr vitryrhope vitryrhoep vitryrhpoe vitryrhpeo vitryrhepo
vitryrheop vitryrohpe vitryrohep vitryrophe vitryropeh vitryroeph vitryroehp vitryrpohe vitryrpoeh vitryrphoe vitryrpheo
vitryrpeho vitryrpeoh vitryreoph vitryreohp vitryrepoh vitryrepho vitryrehpo vitryrehop vitryehorp vitryehopr vitryehrop
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vitryerhop vitryerhpo vitryerpho vitryerpoh vitryeporh vitryepohr vitryeproh vitryeprho vitryephro vitryephor vitrrphyoe
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vitrrhyeop vitrrhyepo vitrrhoype vitrrhoyep vitrrhopye vitrrhopey vitrrhoepy vitrrhoeyp vitrrheyop vitrrheypo vitrrheoyp
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vitrrypohe vitrrypoeh vitrrypeoh vitrrypeho vitrryophe vitrryopeh vitrryohpe vitrryohep vitrryoehp vitrryoeph vitrryepoh
vitrryepho vitrryeoph vitrryeohp vitrryehop vitrryehpo vitrrohype vitrrohyep vitrrohpye vitrrohpey vitrrohepy vitrroheyp
vitrroyhpe vitrroyhep vitrroyphe vitrroypeh vitrroyeph vitrroyehp vitrropyhe vitrropyeh vitrrophye vitrrophey vitrropehy
vitrropeyh vitrroeyph vitrroeyhp vitrroepyh vitrroephy vitrroehpy vitrroehyp vitrrehyop vitrrehypo vitrrehoyp vitrrehopy
vitrrehpoy vitrrehpyo vitrreyhop vitrreyhpo vitrreyohp vitrreyoph vitrreypoh vitrreypho vitrreoyhp vitrreoyph vitrreohyp
vitrreohpy vitrreophy vitrreopyh vitrrepyoh vitrrepyho vitrrepoyh vitrrepohy vitrrephoy vitrrephyo vitrephyro vitrephyor
vitrephryo vitrephroy vitrephory vitrephoyr vitrepyhro vitrepyhor vitrepyrho vitrepyroh vitrepyorh vitrepyohr vitrepryho
vitrepryoh vitreprhyo vitreprhoy vitreprohy vitreproyh vitrepoyrh vitrepoyhr vitreporyh vitreporhy vitrepohry vitrepohyr
vitrehpyro vitrehpyor vitrehpryo vitrehproy vitrehpory vitrehpoyr vitrehypro vitrehypor vitrehyrpo vitrehyrop vitrehyorp
vitrehyopr vitrehrypo vitrehryop vitrehrpyo vitrehrpoy vitrehropy vitrehroyp vitrehoyrp vitrehoypr vitrehoryp vitrehorpy
vitrehopry vitrehopyr vitreyhpro vitreyhpor vitreyhrpo vitreyhrop vitreyhorp vitreyhopr vitreyphro vitreyphor vitreyprho
vitreyproh vitreyporh vitreypohr vitreyrpho vitreyrpoh vitreyrhpo vitreyrhop vitreyrohp vitreyroph vitreyoprh vitreyophr
vitreyorph vitreyorhp vitreyohrp vitreyohpr vitrerhypo vitrerhyop vitrerhpyo vitrerhpoy vitrerhopy vitrerhoyp vitreryhpo
vitreryhop vitrerypho vitrerypoh vitreryoph vitreryohp vitrerpyho vitrerpyoh vitrerphyo vitrerphoy vitrerpohy vitrerpoyh
vitreroyph vitreroyhp vitreropyh vitrerophy vitrerohpy vitrerohyp vitreohyrp vitreohypr vitreohryp vitreohrpy vitreohpry
vitreohpyr vitreoyhrp vitreoyhpr vitreoyrhp vitreoyrph vitreoyprh vitreoyphr vitreoryhp vitreoryph vitreorhyp vitreorhpy
vitreorphy vitreorpyh vitreopyrh vitreopyhr vitreopryh vitreoprhy vitreophry vitreophyr viteophyrr viteophyrr viteophryr
viteophrry viteophrry viteophryr viteopyhrr viteopyhrr viteopyrhr viteopyrrh viteopyrrh viteopyrhr viteopryhr viteopryrh
viteoprhyr viteoprhry viteoprrhy viteoprryh viteopryrh viteopryhr viteoprryh viteoprrhy viteoprhry viteoprhyr viteohpyrr
viteohpyrr viteohpryr viteohprry viteohprry viteohpryr viteohyprr viteohyprr viteohyrpr viteohyrrp viteohyrrp viteohyrpr
viteohrypr viteohryrp viteohrpyr viteohrpry viteohrrpy viteohrryp viteohryrp viteohrypr viteohrryp viteohrrpy viteohrpry
viteohrpyr viteoyhprr viteoyhprr viteoyhrpr viteoyhrrp viteoyhrrp viteoyhrpr viteoyphrr viteoyphrr viteoyprhr viteoyprrh
viteoyprrh viteoyprhr viteoyrphr viteoyrprh viteoyrhpr viteoyrhrp viteoyrrhp viteoyrrph viteoyrprh viteoyrphr viteoyrrph
viteoyrrhp viteoyrhrp viteoyrhpr viteorhypr viteorhyrp viteorhpyr viteorhpry viteorhrpy viteorhryp viteoryhpr viteoryhrp
viteoryphr viteoryprh viteoryrph viteoryrhp viteorpyhr viteorpyrh viteorphyr viteorphry viteorprhy viteorpryh viteorryph
viteorryhp viteorrpyh viteorrphy viteorrhpy viteorrhyp viteorhyrp viteorhypr viteorhryp viteorhrpy viteorhpry viteorhpyr
viteoryhrp viteoryhpr viteoryrhp viteoryrph viteoryprh viteoryphr viteorryhp viteorryph viteorrhyp viteorrhpy viteorrphy
viteorrpyh viteorpyrh viteorpyhr viteorpryh viteorprhy viteorphry viteorphyr vitepohyrr vitepohyrr vitepohryr vitepohrry
vitepohrry vitepohryr vitepoyhrr vitepoyhrr vitepoyrhr vitepoyrrh vitepoyrrh vitepoyrhr viteporyhr viteporyrh viteporhyr
viteporhry viteporrhy viteporryh viteporyrh viteporyhr viteporryh viteporrhy viteporhry viteporhyr vitephoyrr vitephoyrr
vitephoryr vitephorry vitephorry vitephoryr vitephyorr vitephyorr vitephyror vitephyrro vitephyrro vitephyror vitephryor
vitephryro vitephroyr vitephrory vitephrroy vitephrryo vitephryro vitephryor vitephrryo vitephrroy vitephrory vitephroyr
vitepyhorr vitepyhorr vitepyhror vitepyhrro vitepyhrro vitepyhror vitepyohrr vitepyohrr vitepyorhr vitepyorrh vitepyorrh
vitepyorhr vitepyrohr vitepyrorh vitepyrhor vitepyrhro vitepyrrho vitepyrroh vitepyrorh vitepyrohr vitepyrroh vitepyrrho
vitepyrhro vitepyrhor viteprhyor viteprhyro viteprhoyr viteprhory viteprhroy viteprhryo vitepryhor vitepryhro vitepryohr
vitepryorh vitepryroh vitepryrho viteproyhr viteproyrh viteprohyr viteprohry viteprorhy viteproryh viteprryoh viteprryho
viteprroyh viteprrohy viteprrhoy viteprrhyo viteprhyro viteprhyor viteprhryo viteprhroy viteprhory viteprhoyr vitepryhro
vitepryhor vitepryrho vitepryroh vitepryorh vitepryohr viteprryho viteprryoh viteprrhyo viteprrhoy viteprrohy viteprroyh
viteproyrh viteproyhr viteproryh viteprorhy viteprohry viteprohyr vitehpoyrr vitehpoyrr vitehporyr vitehporry vitehporry
vitehporyr vitehpyorr vitehpyorr vitehpyror vitehpyrro vitehpyrro vitehpyror vitehpryor vitehpryro vitehproyr vitehprory
vitehprroy vitehprryo vitehpryro vitehpryor vitehprryo vitehprroy vitehprory vitehproyr vitehopyrr vitehopyrr vitehopryr
vitehoprry vitehoprry vitehopryr vitehoyprr vitehoyprr vitehoyrpr vitehoyrrp vitehoyrrp vitehoyrpr vitehorypr vitehoryrp
vitehorpyr vitehorpry vitehorrpy vitehorryp vitehoryrp vitehorypr vitehorryp vitehorrpy vitehorpry vitehorpyr vitehyoprr
vitehyoprr vitehyorpr vitehyorrp vitehyorrp vitehyorpr vitehyporr vitehyporr vitehypror vitehyprro vitehyprro vitehypror
vitehyrpor vitehyrpro vitehyropr vitehyrorp vitehyrrop vitehyrrpo vitehyrpro vitehyrpor vitehyrrpo vitehyrrop vitehyrorp
vitehyropr vitehroypr vitehroyrp vitehropyr vitehropry vitehrorpy vitehroryp vitehryopr vitehryorp vitehrypor vitehrypro
vitehryrpo vitehryrop vitehrpyor vitehrpyro vitehrpoyr vitehrpory vitehrproy vitehrpryo vitehrrypo vitehrryop vitehrrpyo
vitehrrpoy vitehrropy vitehrroyp vitehroyrp vitehroypr vitehroryp vitehrorpy vitehropry vitehropyr vitehryorp vitehryopr
vitehryrop vitehryrpo vitehrypro vitehrypor vitehrryop vitehrrypo vitehrroyp vitehrropy vitehrrpoy vitehrrpyo vitehrpyro
vitehrpyor vitehrpryo vitehrproy vitehrpory vitehrpoyr viteyphorr viteyphorr viteyphror viteyphrro viteyphrro viteyphror
viteypohrr viteypohrr viteyporhr viteyporrh viteyporrh viteyporhr viteyprohr viteyprorh viteyprhor viteyprhro viteyprrho
viteyprroh viteyprorh viteyprohr viteyprroh viteyprrho viteyprhro viteyprhor viteyhporr viteyhporr viteyhpror viteyhprro
viteyhprro viteyhpror viteyhoprr viteyhoprr viteyhorpr viteyhorrp viteyhorrp viteyhorpr viteyhropr viteyhrorp viteyhrpor
viteyhrpro viteyhrrpo viteyhrrop viteyhrorp viteyhropr viteyhrrop viteyhrrpo viteyhrpro viteyhrpor viteyohprr viteyohprr
viteyohrpr viteyohrrp viteyohrrp viteyohrpr viteyophrr viteyophrr viteyoprhr viteyoprrh viteyoprrh viteyoprhr viteyorphr
viteyorprh viteyorhpr viteyorhrp viteyorrhp viteyorrph viteyorprh viteyorphr viteyorrph viteyorrhp viteyorhrp viteyorhpr
viteyrhopr viteyrhorp viteyrhpor viteyrhpro viteyrhrpo viteyrhrop viteyrohpr viteyrohrp viteyrophr viteyroprh viteyrorph
viteyrorhp viteyrpohr viteyrporh viteyrphor viteyrphro viteyrprho viteyrproh viteyrroph viteyrrohp viteyrrpoh viteyrrpho
viteyrrhpo viteyrrhop viteyrhorp viteyrhopr viteyrhrop viteyrhrpo viteyrhpro viteyrhpor viteyrohrp viteyrohpr viteyrorhp
viteyrorph viteyroprh viteyrophr viteyrrohp viteyrroph viteyrrhop viteyrrhpo viteyrrpho viteyrrpoh viteyrporh viteyrpohr
viteyrproh viteyrprho viteyrphro viteyrphor viterphyor viterphyro viterphoyr viterphory viterphroy viterphryo viterpyhor
viterpyhro viterpyohr viterpyorh viterpyroh viterpyrho viterpoyhr viterpoyrh viterpohyr viterpohry viterporhy viterporyh
viterpryoh viterpryho viterproyh viterprohy viterprhoy viterprhyo viterhpyor viterhpyro viterhpoyr viterhpory viterhproy
viterhpryo viterhypor viterhypro viterhyopr viterhyorp viterhyrop viterhyrpo viterhoypr viterhoyrp viterhopyr viterhopry
viterhorpy viterhoryp viterhryop viterhrypo viterhroyp viterhropy viterhrpoy viterhrpyo viteryhpor viteryhpro viteryhopr
viteryhorp viteryhrop viteryhrpo viteryphor viteryphro viterypohr viteryporh viteryproh viteryprho viteryophr viteryoprh
viteryohpr viteryohrp viteryorhp viteryorph viteryrpoh viteryrpho viteryroph viteryrohp viteryrhop viteryrhpo viterohypr
viterohyrp viterohpyr viterohpry viterohrpy viterohryp viteroyhpr viteroyhrp viteroyphr viteroyprh viteroyrph viteroyrhp
viteropyhr viteropyrh viterophyr viterophry viteroprhy viteropryh viteroryph viteroryhp viterorpyh viterorphy viterorhpy
viterorhyp viterrhyop viterrhypo viterrhoyp viterrhopy viterrhpoy viterrhpyo viterryhop viterryhpo viterryohp viterryoph
viterrypoh viterrypho viterroyhp viterroyph viterrohyp viterrohpy viterrophy viterropyh viterrpyoh viterrpyho viterrpoyh
viterrpohy viterrphoy viterrphyo viterphyro viterphyor viterphryo viterphroy viterphory viterphoyr viterpyhro viterpyhor
viterpyrho viterpyroh viterpyorh viterpyohr viterpryho viterpryoh viterprhyo viterprhoy viterprohy viterproyh viterpoyrh
viterpoyhr viterporyh viterporhy viterpohry viterpohyr viterhpyro viterhpyor viterhpryo viterhproy viterhpory viterhpoyr
viterhypro viterhypor viterhyrpo viterhyrop viterhyorp viterhyopr viterhrypo viterhryop viterhrpyo viterhrpoy viterhropy
viterhroyp viterhoyrp viterhoypr viterhoryp viterhorpy viterhopry viterhopyr viteryhpro viteryhpor viteryhrpo viteryhrop
viteryhorp viteryhopr viteryphro viteryphor viteryprho viteryproh viteryporh viterypohr viteryrpho viteryrpoh viteryrhpo
viteryrhop viteryrohp viteryroph viteryoprh viteryophr viteryorph viteryorhp viteryohrp viteryohpr viterrhypo viterrhyop
viterrhpyo viterrhpoy viterrhopy viterrhoyp viterryhpo viterryhop viterrypho viterrypoh viterryoph viterryohp viterrpyho
viterrpyoh viterrphyo viterrphoy viterrpohy viterrpoyh viterroyph viterroyhp viterropyh viterrophy viterrohpy viterrohyp
viterohyrp viterohypr viterohryp viterohrpy viterohpry viterohpyr viteroyhrp viteroyhpr viteroyrhp viteroyrph viteroyprh
viteroyphr viteroryhp viteroryph viterorhyp viterorhpy viterorphy viterorpyh viteropyrh viteropyhr viteropryh viteroprhy
viterophry viterophyr

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History of cryptography
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