easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

janohah

corcel

partas

plessimeter

truyen

fabulously

pelasga

cameronmills

comparaveram

metuentum

phantasticus

digitated

vence

facessoque

triquetra

trichlorethylene

gagster

dichondraceae


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: catenary
cipher variations:
dbufobsz ecvgpcta fdwhqdub gexirevc hfyjsfwd
igzktgxe jhaluhyf kibmvizg ljcnwjah mkdoxkbi
nlepylcj omfqzmdk pngranel qohsbofm rpitcpgn
sqjudqho trkverip uslwfsjq vtmxgtkr wunyhuls
xvozivmt ywpajwnu zxqbkxov ayrclypw bzsdmzqx

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: catenary
Cipher: xzgvmzib

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: catenary
Cipher: AAABA AAAAA BAABA AABAA ABBAA AAAAA BAAAA BABBA

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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: catenary
cipher variations:
dbufobszhbgnobavlbsvobirpbedobqntbqlobyjxbctobgffbajobwxjbmrobet
nbyzobmprbkhobulvbwpobchzbixobkdecvgpctaichopcbwmctwpcjsqcfepcro
ucrmpczkycdupchggcbkpcxykcnspcfuoczapcnqsclipcvmwcxqpcdiacjypcle
fdwhqdubjdipqdcxnduxqdktrdgfqdspvdsnqdalzdevqdihhdclqdyzldotqdgv
pdabqdortdmjqdwnxdyrqdejbdkzqdmfgexirevckejqredyoevyrelusehgretq
wetorebmaefwrejiiedmrezamepurehwqebcrepsuenkrexoyezsrefkcelareng
hfyjsfwdlfkrsfezpfwzsfmvtfihsfurxfupsfcnbfgxsfkjjfensfabnfqvsfix
rfcdsfqtvfolsfypzfatsfgldfmbsfohigzktgxemglstgfaqgxatgnwugjitgvs
ygvqtgdocghytglkkgfotgbcogrwtgjysgdetgruwgpmtgzqagbutghmegnctgpi
jhaluhyfnhmtuhgbrhybuhoxvhkjuhwtzhwruhepdhizuhmllhgpuhcdphsxuhkz
thefuhsvxhqnuharbhcvuhinfhoduhqjkibmvizgoinuvihcsizcvipywilkvixu
aixsvifqeijavinmmihqvideqityvilauifgvitwyirovibscidwvijogipevirk
ljcnwjahpjovwjidtjadwjqzxjmlwjyvbjytwjgrfjkbwjonnjirwjefrjuzwjmb
vjghwjuxzjspwjctdjexwjkphjqfwjslmkdoxkbiqkpwxkjeukbexkrayknmxkzw
ckzuxkhsgklcxkpookjsxkfgskvaxkncwkhixkvyaktqxkduekfyxklqikrgxktm
nlepylcjrlqxylkfvlcfylsbzlonylaxdlavylithlmdylqpplktylghtlwbylod
xlijylwzblurylevflgzylmrjlshylunomfqzmdksmryzmlgwmdgzmtcampozmby
embwzmjuimnezmrqqmluzmhiumxczmpeymjkzmxacmvszmfwgmhazmnskmtizmvo
pngraneltnszanmhxnehanudbnqpanczfncxankvjnofansrrnmvanijvnydanqf
znklanybdnwtangxhnibanotlnujanwpqohsbofmuotaboniyofibovecorqboda
godybolwkopgbotssonwbojkwozeborgaolmbozceoxubohyiojcbopumovkboxq
rpitcpgnvpubcpojzpgjcpwfdpsrcpebhpezcpmxlpqhcputtpoxcpklxpafcpsh
bpmncpadfpyvcpizjpkdcpqvnpwlcpyrsqjudqhowqvcdqpkaqhkdqxgeqtsdqfc
iqfadqnymqridqvuuqpydqlmyqbgdqticqnodqbegqzwdqjakqledqrwoqxmdqzs
trkveripxrwderqlbrileryhfrutergdjrgberoznrsjerwvvrqzermnzrcheruj
dropercfhraxerkblrmfersxpryneratuslwfsjqysxefsrmcsjmfszigsvufshe
kshcfspaostkfsxwwsrafsnoasdifsvkespqfsdgisbyfslcmsngfstyqszofsbu
vtmxgtkrztyfgtsndtkngtajhtwvgtifltidgtqbptulgtyxxtsbgtopbtejgtwl
ftqrgtehjtczgtmdntohgtuzrtapgtcvwunyhulsauzghutoeulohubkiuxwhujg
mujehurcquvmhuzyyutchupqcufkhuxmgurshufikudahuneoupihuvasubqhudw
xvozivmtbvahivupfvmpivcljvyxivkhnvkfivsdrvwnivazzvudivqrdvglivyn
hvstivgjlvebivofpvqjivwbtvcrivexywpajwnucwbijwvqgwnqjwdmkwzyjwli
owlgjwteswxojwbaawvejwrsewhmjwzoiwtujwhkmwfcjwpgqwrkjwxcuwdsjwfy
zxqbkxovdxcjkxwrhxorkxenlxazkxmjpxmhkxuftxypkxcbbxwfkxstfxinkxap
jxuvkxilnxgdkxqhrxslkxydvxetkxgzayrclypweydklyxsiypslyfomybalynk
qynilyvguyzqlydccyxglytugyjolybqkyvwlyjmoyhelyrisytmlyzewyfulyha
bzsdmzqxfzelmzytjzqtmzgpnzcbmzolrzojmzwhvzarmzeddzyhmzuvhzkpmzcr
lzwxmzknpzifmzsjtzunmzafxzgvmzibcatenarygafmnazukarunahqoadcnapm
sapknaxiwabsnafeeazinavwialqnadsmaxynaloqajgnatkuavonabgyahwnajc

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: catenary
Cipher: pngranel

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: catenary
Cipher: 3111445133112445

Extended Methods:
Method #1

Plaintext: catenary
method variations:
hfyksfwdnldpxlbisqiucqgoxvozhvmt

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
c a t e n a r y 
3 1 4 5 3 1 2 4 
1 1 4 1 3 1 4 5 
They are then read out in rows:
3145312411413145
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: catenary
Cipher: cycradcy

Read more ...
Method #3

Plaintext: catenary
method variations:
aqylcftp qylcftpa ylcftpaq
lcftpaqy cftpaqyl ftpaqylc
tpaqylcf paqylcft

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: catenary

first 5040 cipher variations(40320 total)
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ceranyat ceraanty ceraanyt ceraatny ceraatyn ceraaytn ceraaynt ceratany ceratayn ceratnay ceratnya
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ceraynat certnaay certnaya certnaay certnaya certnyaa certnyaa certanay certanya certaany certaayn
certayan certayna certaany certaayn certanay certanya certayna certayan certyaan certyana certyaan
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catyrena catyrean catyearn catyeanr catyeran catyerna catyenra catyenar caetnary caetnayr caetnray
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caenraty caenrayt caenrtay caenrtya caenryta caenryat caenyart caenyatr caenyrat caenyrta caenytra
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caeayrnt caeaynrt caeayntr caernaty caernayt caerntay caerntya caernyta caernyat caeranty caeranyt
caeratny caeratyn caeraytn caeraynt caertany caertayn caertnay caertnya caertyna caertyan caeryatn
caeryant caerytan caerytna caerynta caerynat caeynart caeynatr caeynrat caeynrta caeyntra caeyntar
caeyanrt caeyantr caeyarnt caeyartn caeyatrn caeyatnr caeyrant caeyratn caeyrnat caeyrnta caeyrtna
caeyrtan caeytarn caeytanr caeytran caeytrna caeytnra caeytnar canetary canetayr canetray canetrya
canetyra canetyar caneatry caneatyr canearty canearyt caneayrt caneaytr caneraty canerayt canertay
canertya caneryta caneryat caneyart caneyatr caneyrat caneyrta caneytra caneytar canteary canteayr
canteray canterya canteyra canteyar cantaery cantaeyr cantarey cantarye cantayre cantayer cantraey
cantraye cantreay cantreya cantryea cantryae cantyare cantyaer cantyrae cantyrea cantyera cantyear
canatery canateyr canatrey canatrye canatyre canatyer canaetry canaetyr canaerty canaeryt canaeyrt
canaeytr canarety canareyt canartey canartye canaryte canaryet canayert canayetr canayret canayrte
canaytre canayter canrtaey canrtaye canrteay canrteya canrtyea canrtyae canratey canratye canraety
canraeyt canrayet canrayte canreaty canreayt canretay canretya canreyta canreyat canryaet canryate
canryeat canryeta canrytea canrytae canytare canytaer canytrae canytrea canytera canytear canyatre
canyater canyarte canyaret canyaert canyaetr canyrate canyraet canyrtae canyrtea canyreta canyreat
canyeart canyeatr canyerat canyerta canyetra canyetar caaentry caaentyr caaenrty caaenryt caaenyrt
caaenytr caaetnry caaetnyr caaetrny caaetryn caaetyrn caaetynr caaertny caaertyn caaernty caaernyt
caaerynt caaerytn caaeytrn caaeytnr caaeyrtn caaeyrnt caaeynrt caaeyntr caanetry caanetyr caanerty
caaneryt caaneyrt caaneytr caantery caanteyr caantrey caantrye caantyre caantyer caanrtey caanrtye
caanrety caanreyt caanryet caanryte caanytre caanyter caanyrte caanyret caanyert caanyetr caatnery
caatneyr caatnrey caatnrye caatnyre caatnyer caatenry caatenyr caaterny caateryn caateyrn caateynr
caatreny caatreyn caatrney caatrnye caatryne caatryen caatyern caatyenr caatyren caatyrne caatynre
caatyner caarntey caarntye caarnety caarneyt caarnyet caarnyte caartney caartnye caarteny caarteyn
caartyen caartyne caaretny caaretyn caarenty caarenyt caareynt caareytn caaryten caarytne caaryetn
caaryent caarynet caarynte caayntre caaynter caaynrte caaynret caaynert caaynetr caaytnre caaytner
caaytrne caaytren caaytern caaytenr caayrtne caayrten caayrnte caayrnet caayrent caayretn caayetrn
caayetnr caayertn caayernt caayenrt caayentr carenaty carenayt carentay carentya carenyta carenyat
careanty careanyt careatny careatyn careaytn careaynt caretany caretayn caretnay caretnya caretyna
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cartnaey cartnaye cartneay cartneya cartnyea cartnyae cartaney cartanye cartaeny cartaeyn cartayen
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caryetan caryetna caryenta caryenat cayenart cayenatr cayenrat cayenrta cayentra cayentar cayeanrt
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cayetarn cayetanr cayetran cayetrna cayetnra cayetnar cayneart cayneatr caynerat caynerta caynetra
caynetar caynaert caynaetr caynaret caynarte caynatre caynater caynraet caynrate caynreat caynreta
caynrtea caynrtae cayntare cayntaer cayntrae cayntrea cayntera cayntear cayanert cayanetr cayanret
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cayrnate cayrneat cayrneta cayrntea cayrntae cayranet cayrante cayraent cayraetn cayraten cayratne
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cayrtnae caytnare caytnaer caytnrae caytnrea caytnera caytnear caytanre caytaner caytarne caytaren
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crteaany crteaayn crteayan crteayna crteaany crteaayn crteanay crteanya crteayna crteayan crteyaan
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crtnaeay crtnaeya crtnaaey crtnaaye crtnayae crtnayea crtnaaey crtnaaye crtnaeay crtnaeya crtnayea
crtnayae crtnyaae crtnyaea crtnyaae crtnyaea crtnyeaa crtnyeaa crtaneay crtaneya crtanaey crtanaye
crtanyae crtanyea crtaenay crtaenya crtaeany crtaeayn crtaeyan crtaeyna crtaaeny crtaaeyn crtaaney
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crenyaat crenyata crenyaat crenyata crenytaa crenytaa creantay creantya creanaty creanayt creanyat
creanyta creatnay creatnya creatany creatayn creatyan creatyna creaatny creaatyn creaanty creaanyt
creaaynt creaaytn creaytan creaytna creayatn creayant creaynat creaynta creanaty creanayt creantay
creantya creanyta creanyat creaanty creaanyt creaatny creaatyn creaaytn creaaynt creatany creatayn
creatnay creatnya creatyna creatyan creayatn creayant creaytan creaytna creaynta creaynat creynaat
creynata creynaat creynata creyntaa creyntaa creyanat creyanta creyaant creyaatn creyatan creyatna
creyaant creyaatn creyanat creyanta creyatna creyatan creytaan creytana creytaan creytana creytnaa
creytnaa crnetaay crnetaya crnetaay crnetaya crnetyaa crnetyaa crneatay crneatya crneaaty crneaayt
crneayat crneayta crneaaty crneaayt crneatay crneatya crneayta crneayat crneyaat crneyata crneyaat
crneyata crneytaa crneytaa crnteaay crnteaya crnteaay crnteaya crnteyaa crnteyaa crntaeay crntaeya
crntaaey crntaaye crntayae crntayea crntaaey crntaaye crntaeay crntaeya crntayea crntayae crntyaae
crntyaea crntyaae crntyaea crntyeaa crntyeaa crnateay crnateya crnataey crnataye crnatyae crnatyea
crnaetay crnaetya crnaeaty crnaeayt crnaeyat crnaeyta crnaaety crnaaeyt crnaatey crnaatye crnaayte
crnaayet crnayeat crnayeta crnayaet crnayate crnaytae crnaytea crnataey crnataye crnateay crnateya
crnatyea crnatyae crnaatey crnaatye crnaaety crnaaeyt crnaayet crnaayte crnaeaty crnaeayt crnaetay
crnaetya crnaeyta crnaeyat crnayaet crnayate crnayeat crnayeta crnaytea crnaytae crnytaae crnytaea
crnytaae crnytaea crnyteaa crnyteaa crnyatae crnyatea crnyaate crnyaaet crnyaeat crnyaeta crnyaate
crnyaaet crnyatae crnyatea crnyaeta crnyaeat crnyeaat crnyeata crnyeaat crnyeata crnyetaa crnyetaa
craentay craentya craenaty craenayt craenyat craenyta craetnay craetnya craetany craetayn craetyan
craetyna craeatny craeatyn craeanty craeanyt craeaynt craeaytn craeytan craeytna craeyatn craeyant
craeynat craeynta cranetay cranetya craneaty craneayt craneyat craneyta cranteay cranteya crantaey
crantaye crantyae crantyea cranatey cranatye cranaety cranaeyt cranayet cranayte cranytae cranytea
cranyate cranyaet cranyeat cranyeta cratneay cratneya cratnaey cratnaye cratnyae cratnyea cratenay
cratenya crateany crateayn crateyan crateyna crataeny crataeyn crataney cratanye cratayne cratayen
cratyean cratyena cratyaen cratyane cratynae cratynea craantey craantye craanety craaneyt craanyet
craanyte craatney craatnye craateny craateyn craatyen craatyne craaetny craaetyn craaenty craaenyt
craaeynt craaeytn craayten craaytne craayetn craayent craaynet craaynte crayntae crayntea craynate
craynaet crayneat crayneta craytnae craytnea craytane craytaen craytean craytena crayatne crayaten
crayante crayanet crayaent crayaetn crayetan crayetna crayeatn crayeant crayenat crayenta craenaty
craenayt craentay craentya craenyta craenyat craeanty craeanyt craeatny craeatyn craeaytn craeaynt
craetany craetayn craetnay craetnya craetyna craetyan craeyatn craeyant craeytan craeytna craeynta
craeynat craneaty craneayt cranetay cranetya craneyta craneyat cranaety cranaeyt cranatey cranatye
cranayte cranayet crantaey crantaye cranteay cranteya crantyea crantyae cranyate cranyaet cranytae
cranytea cranyeta cranyeat craanety craaneyt craantey craantye craanyte craanyet craaenty craaenyt
craaetny craaetyn craaeytn craaeynt craateny craateyn craatney craatnye craatyne craatyen craayetn
craayent craayten craaytne craaynte craaynet cratnaey cratnaye cratneay cratneya cratnyea cratnyae
crataney cratanye crataeny crataeyn cratayen cratayne crateany crateayn cratenay cratenya crateyna
crateyan cratyaen cratyane cratyean cratyena cratynea cratynae craynate craynaet crayntae crayntea
crayneta crayneat crayante crayanet crayatne crayaten crayaetn crayaent craytane craytaen craytnae
craytnea craytena craytean crayeatn crayeant crayetan crayetna crayenta crayenat cryenaat cryenata
cryenaat cryenata cryentaa cryentaa cryeanat cryeanta cryeaant cryeaatn cryeatan cryeatna cryeaant
cryeaatn cryeanat cryeanta cryeatna cryeatan cryetaan cryetana cryetaan cryetana cryetnaa cryetnaa
cryneaat cryneata cryneaat cryneata crynetaa crynetaa crynaeat crynaeta crynaaet crynaate crynatae
crynatea crynaaet crynaate crynaeat crynaeta crynatea crynatae cryntaae cryntaea cryntaae cryntaea
crynteaa crynteaa cryaneat cryaneta cryanaet cryanate cryantae cryantea cryaenat cryaenta cryaeant
cryaeatn cryaetan cryaetna cryaaent cryaaetn cryaanet cryaante cryaatne cryaaten cryatean cryatena
cryataen cryatane cryatnae cryatnea cryanaet cryanate cryaneat cryaneta cryantea cryantae cryaanet
cryaante cryaaent cryaaetn cryaaten cryaatne cryaeant cryaeatn cryaenat cryaenta cryaetna cryaetan
cryataen cryatane cryatean cryatena cryatnea cryatnae crytnaae crytnaea crytnaae crytnaea crytneaa
crytneaa crytanae crytanea crytaane crytaaen crytaean crytaena crytaane crytaaen crytanae crytanea
crytaena crytaean cryteaan cryteana cryteaan cryteana crytenaa crytenaa cytenara cytenaar cytenraa
cytenraa cytenara cytenaar cyteanra cyteanar cytearna cytearan cyteaarn cyteaanr cyterana cyteraan
cyternaa cyternaa cyterana cyteraan cyteaarn cyteaanr cytearan cytearna cyteanra cyteanar cytneara
cytneaar cytneraa cytneraa cytneara cytneaar cytnaera cytnaear cytnarea cytnarae cytnaare cytnaaer
cytnraea cytnraae cytnreaa cytnreaa cytnraea cytnraae cytnaare cytnaaer cytnarae cytnarea cytnaera
cytnaear cytanera cytanear cytanrea cytanrae cytanare cytanaer cytaenra cytaenar cytaerna cytaeran
cytaearn cytaeanr cytarena cytarean cytarnea cytarnae cytarane cytaraen cytaaern cytaaenr cytaaren
cytaarne cytaanre cytaaner cytrnaea cytrnaae cytrneaa cytrneaa cytrnaea cytrnaae cytranea cytranae
cytraena cytraean cytraaen cytraane cytreana cytreaan cytrenaa cytrenaa cytreana cytreaan cytraaen
cytraane cytraean cytraena cytranea cytranae cytanare cytanaer cytanrae cytanrea cytanera cytanear
cytaanre cytaaner cytaarne cytaaren cytaaern cytaaenr cytarane cytaraen cytarnae cytarnea cytarena
cytarean cytaearn cytaeanr cytaeran cytaerna cytaenra cytaenar cyetnara cyetnaar cyetnraa cyetnraa
cyetnara cyetnaar cyetanra cyetanar cyetarna cyetaran cyetaarn cyetaanr cyetrana cyetraan cyetrnaa
cyetrnaa cyetrana cyetraan cyetaarn cyetaanr cyetaran cyetarna cyetanra cyetanar cyentara cyentaar
cyentraa cyentraa cyentara cyentaar cyenatra cyenatar cyenarta cyenarat cyenaart cyenaatr cyenrata
cyenraat cyenrtaa cyenrtaa cyenrata cyenraat cyenaart cyenaatr cyenarat cyenarta cyenatra cyenatar
cyeantra cyeantar cyeanrta cyeanrat cyeanart cyeanatr cyeatnra cyeatnar cyeatrna cyeatran cyeatarn
cyeatanr cyeartna cyeartan cyearnta cyearnat cyearant cyearatn cyeaatrn cyeaatnr cyeaartn cyeaarnt
cyeaanrt cyeaantr cyernata cyernaat cyerntaa cyerntaa cyernata cyernaat cyeranta cyeranat cyeratna
cyeratan cyeraatn cyeraant cyertana cyertaan cyertnaa cyertnaa cyertana cyertaan cyeraatn cyeraant
cyeratan cyeratna cyeranta cyeranat cyeanart cyeanatr cyeanrat cyeanrta cyeantra cyeantar cyeaanrt
cyeaantr cyeaarnt cyeaartn cyeaatrn cyeaatnr cyearant cyearatn cyearnat cyearnta cyeartna cyeartan
cyeatarn cyeatanr cyeatran cyeatrna cyeatnra cyeatnar cynetara cynetaar cynetraa cynetraa cynetara
cynetaar cyneatra cyneatar cynearta cynearat cyneaart cyneaatr cynerata cyneraat cynertaa cynertaa
cynerata cyneraat cyneaart cyneaatr cynearat cynearta cyneatra cyneatar cynteara cynteaar cynteraa
cynteraa cynteara cynteaar cyntaera cyntaear cyntarea cyntarae cyntaare cyntaaer cyntraea cyntraae
cyntreaa cyntreaa cyntraea cyntraae cyntaare cyntaaer cyntarae cyntarea cyntaera cyntaear cynatera
cynatear cynatrea cynatrae cynatare cynataer cynaetra cynaetar cynaerta cynaerat cynaeart cynaeatr
cynareta cynareat cynartea cynartae cynarate cynaraet cynaaert cynaaetr cynaaret cynaarte cynaatre
cynaater cynrtaea cynrtaae cynrteaa cynrteaa cynrtaea cynrtaae cynratea cynratae cynraeta cynraeat
cynraaet cynraate cynreata cynreaat cynretaa cynretaa cynreata cynreaat cynraaet cynraate cynraeat
cynraeta cynratea cynratae cynatare cynataer cynatrae cynatrea cynatera cynatear cynaatre cynaater
cynaarte cynaaret cynaaert cynaaetr cynarate cynaraet cynartae cynartea cynareta cynareat cynaeart
cynaeatr cynaerat cynaerta cynaetra cynaetar cyaentra cyaentar cyaenrta cyaenrat cyaenart cyaenatr
cyaetnra cyaetnar cyaetrna cyaetran cyaetarn cyaetanr cyaertna cyaertan cyaernta cyaernat cyaerant
cyaeratn cyaeatrn cyaeatnr cyaeartn cyaearnt cyaeanrt cyaeantr cyanetra cyanetar cyanerta cyanerat
cyaneart cyaneatr cyantera cyantear cyantrea cyantrae cyantare cyantaer cyanrtea cyanrtae cyanreta
cyanreat cyanraet cyanrate cyanatre cyanater cyanarte cyanaret cyanaert cyanaetr cyatnera cyatnear
cyatnrea cyatnrae cyatnare cyatnaer cyatenra cyatenar cyaterna cyateran cyatearn cyateanr cyatrena
cyatrean cyatrnea cyatrnae cyatrane cyatraen cyataern cyataenr cyataren cyatarne cyatanre cyataner
cyarntea cyarntae cyarneta cyarneat cyarnaet cyarnate cyartnea cyartnae cyartena cyartean cyartaen
cyartane cyaretna cyaretan cyarenta cyarenat cyareant cyareatn cyaraten cyaratne cyaraetn cyaraent
cyaranet cyarante cyaantre cyaanter cyaanrte cyaanret cyaanert cyaanetr cyaatnre cyaatner cyaatrne
cyaatren cyaatern cyaatenr cyaartne cyaarten cyaarnte cyaarnet cyaarent cyaaretn cyaaetrn cyaaetnr
cyaaertn cyaaernt cyaaenrt cyaaentr cyrenata cyrenaat cyrentaa cyrentaa cyrenata cyrenaat cyreanta
cyreanat cyreatna cyreatan cyreaatn cyreaant cyretana cyretaan cyretnaa cyretnaa cyretana cyretaan
cyreaatn cyreaant cyreatan cyreatna cyreanta cyreanat cyrneata cyrneaat cyrnetaa cyrnetaa cyrneata
cyrneaat cyrnaeta cyrnaeat cyrnatea cyrnatae cyrnaate cyrnaaet cyrntaea cyrntaae cyrnteaa cyrnteaa
cyrntaea cyrntaae cyrnaate cyrnaaet cyrnatae cyrnatea cyrnaeta cyrnaeat cyraneta cyraneat cyrantea
cyrantae cyranate cyranaet cyraenta cyraenat cyraetna cyraetan cyraeatn cyraeant cyratena cyratean
cyratnea cyratnae cyratane cyrataen cyraaetn cyraaent cyraaten cyraatne cyraante cyraanet cyrtnaea
cyrtnaae cyrtneaa cyrtneaa cyrtnaea cyrtnaae cyrtanea cyrtanae cyrtaena cyrtaean cyrtaaen cyrtaane
cyrteana cyrteaan cyrtenaa cyrtenaa cyrteana cyrteaan cyrtaaen cyrtaane cyrtaean cyrtaena cyrtanea
cyrtanae cyranate cyranaet cyrantae cyrantea cyraneta cyraneat cyraante cyraanet cyraatne cyraaten
cyraaetn cyraaent cyratane cyrataen cyratnae cyratnea cyratena cyratean cyraeatn cyraeant cyraetan
cyraetna cyraenta cyraenat cyaenart cyaenatr cyaenrat cyaenrta cyaentra cyaentar cyaeanrt cyaeantr
cyaearnt cyaeartn cyaeatrn cyaeatnr cyaerant cyaeratn cyaernat cyaernta cyaertna cyaertan cyaetarn
cyaetanr cyaetran cyaetrna cyaetnra cyaetnar cyaneart cyaneatr cyanerat cyanerta cyanetra cyanetar
cyanaert cyanaetr cyanaret cyanarte cyanatre cyanater cyanraet cyanrate cyanreat cyanreta cyanrtea
cyanrtae cyantare cyantaer cyantrae cyantrea cyantera cyantear cyaanert cyaanetr cyaanret cyaanrte
cyaantre cyaanter cyaaenrt cyaaentr cyaaernt cyaaertn cyaaetrn cyaaetnr cyaarent cyaaretn cyaarnet
cyaarnte cyaartne cyaarten cyaatern cyaatenr cyaatren cyaatrne cyaatnre cyaatner cyarnaet cyarnate
cyarneat cyarneta cyarntea cyarntae cyaranet cyarante cyaraent cyaraetn cyaraten cyaratne cyareant
cyareatn cyarenat cyarenta cyaretna cyaretan cyartaen cyartane cyartean cyartena cyartnea cyartnae
cyatnare cyatnaer cyatnrae cyatnrea cyatnera cyatnear cyatanre cyataner cyatarne cyataren cyataern
cyataenr cyatrane cyatraen cyatrnae cyatrnea cyatrena cyatrean cyatearn cyateanr cyateran cyaterna
cyatenra cyatenar

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History of cryptography
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