easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

zalophus

forktail

aroldo

ocurred

anonymous

chelingo

skirrets

pitlik

tuanjai

sociavissemque

insertions

destinn

boastfulness

enterorrhea

pyridomyceticus

arrunti

wanters

chunlin


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: cowdria
cipher variations:
dpxesjb eqyftkc frzguld gsahvme htbiwnf
iucjxog jvdkyph kwelzqi lxfmarj mygnbsk
nzhoctl oaipdum pbjqevn qckrfwo rdlsgxp
semthyq tfnuizr ugovjas vhpwkbt wiqxlcu
xjrymdv yksznew zltaofx amubpgy bnvcqhz

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: cowdria
Cipher: xldwirz

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: cowdria
Cipher: AAABA ABBAB BABAA AAABB BAAAA ABAAA AAAAA

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: cowdria
cipher variations:
dpxesjbhrpkazblthqipbpvzwqfbtxrcyvbxzjiglbfdtuwrbjflaehb
nhdgmxbrjvmunbvlnscdbznfyktbeqyftkcisqlbacmuirjqcqwaxrgc
uysdzwcyakjhmcgeuvxsckgmbficoiehnycskwnvocwmotdecaogzluc
frzguldjtrmcbdnvjskrdrxbyshdvzteaxdzblkindhfvwytdlhncgjd
pjfiozdtlxowpdxnpuefdbphamvdgsahvmekusndceowktlsesycztie
waufbyeacmljoeigwxzuemiodhkeqkgjpaeumypxqeyoqvfgecqibnwe
htbiwnflvtoedfpxlumtftzdaujfxbvgczfbdnmkpfjhxyavfnjpeilf
rlhkqbfvnzqyrfzprwghfdrjcoxfiucjxogmwupfegqymvnuguaebvkg
ycwhdagceonlqgkiyzbwgokqfjmgsmilrcgwoarzsgaqsxhigeskdpyg
jvdkyphnxvqgfhrznwovhvbfcwlhzdxiebhdfpomrhljzacxhplrgknh
tnjmsdhxpbsathbrtyijhftleqzhkwelzqioywrhgisaoxpwiwcgdxmi
aeyjfciegqpnsimkabdyiqmshloiuoknteiyqctbuicsuzjkigumfrai
lxfmarjpzxsihjtbpyqxjxdheynjbfzkgdjfhrqotjnlbcezjrntimpj
vploufjzrducvjdtvakljhvngsbjmygnbskqaytjikucqzrykyeifzok
cgalhekgisrpukomcdfaksoujnqkwqmpvgkasevdwkeuwblmkiwohtck
nzhoctlrbzukjlvdraszlzfjgapldhbmiflhjtsqvlpndegbltpvkorl
xrnqwhlbtfwexlfvxcmnljxpiudloaipdumscavlkmwesbtamagkhbqm
eicnjgmikutrwmqoefhcmuqwlpsmysorximcugxfymgwydnomkyqjvem
pbjqevntdbwmlnxftcubnbhlicrnfjdokhnjlvusxnrpfgidnvrxmqtn
ztpsyjndvhygznhxzeopnlzrkwfnqckrfwouecxnmoygudvcocimjdso
gkepliokmwvtyosqghjeowsynruoauqtzkoewizhaoiyafpqomaslxgo
rdlsgxpvfdyonpzhvewdpdjnketphlfqmjplnxwuzptrhikfpxtzosvp
bvrualpfxjaibpjzbgqrpnbtmyhpsemthyqwgezpoqaiwfxeqekolfuq
imgrnkqmoyxvaqusijlgqyuaptwqcwsvbmqgykbjcqkachrsqocunziq
tfnuizrxhfaqprbjxgyfrflpmgvrjnhsolrnpzywbrvtjkmhrzvbquxr
dxtwcnrhzlckdrlbdistrpdvoajrugovjasyigbrqsckyhzgsgmqnhws
koitpmsoqazxcswuklnisawcrvyseyuxdosiamdlesmcejtusqewpbks
vhpwkbtzjhcsrtdlziahthnroixtlpjuqntprbaydtxvlmojtbxdswzt
fzvyeptjbnemftndfkuvtrfxqcltwiqxlcuakidtsuemajbiuiospjyu
mqkvrouqscbzeuywmnpkucyetxaugawzfqukcofnguoeglvwusgyrdmu
xjrymdvbljeutvfnbkcjvjptqkzvnrlwspvrtdcafvzxnoqlvdzfuybv
hbxagrvldpgohvpfhmwxvthzsenvyksznewcmkfvuwgocldkwkqurlaw
osmxtqwsuedbgwayoprmweagvzcwicybhswmeqhpiwqginxywuiatfow
zltaofxdnlgwvxhpdmelxlrvsmbxptnyurxtvfechxbzpqsnxfbhwadx
jdzcitxnfriqjxrhjoyzxvjbugpxamubpgyeomhxwyiqenfmymswtncy
quozvsyuwgfdiycaqrtoygcixbeykeadjuyogsjrkysikpzaywkcvhqy
bnvcqhzfpniyxzjrfognzntxuodzrvpawtzvxhgejzdbrsupzhdjycfz
lfbekvzphtkslztjlqabzxldwirzcowdriagqojzyaksgphoaouyvpea
swqbxuawyihfkaecstvqaiekzdgamgcflwaqiultmaukmrbcaymexjsa

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: cowdria
Cipher: pbjqevn

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: cowdria
Cipher: 31432541244211

Extended Methods:
Method #1

Plaintext: cowdria
method variations:
htbiwofnygobtlsdmtgyqxirymdv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
c o w d r i a 
3 4 2 4 2 4 1 
1 3 5 1 4 2 1 
They are then read out in rows:
34242411351421
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: cowdria
Cipher: srraxqb

Read more ...
Method #3

Plaintext: cowdria
method variations:
qhuftbl huftblq uftblqh
ftblqhu tblqhuf blqhuft
lqhuftb

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: cowdria

all 5040 cipher variations:
cowdria cowdrai cowdira cowdiar cowdair cowdari cowrdia cowrdai cowrida cowriad cowraid
cowradi cowirda cowirad cowidra cowidar cowiadr cowiard cowarid cowardi cowaird cowaidr
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codairw codaiwr codawir codawri cordwia cordwai cordiwa cordiaw cordaiw cordawi corwdia
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rdwioac rdwiaoc rdwiaco rdwacio rdwacoi rdwaico rdwaioc rdwaoic rdwaoci rdowcia rdowcai
rdowica rdowiac rdowaic rdowaci rdocwia rdocwai rdociwa rdociaw rdocaiw rdocawi rdoicwa
rdoicaw rdoiwca rdoiwac rdoiawc rdoiacw rdoaciw rdoacwi rdoaicw rdoaiwc rdoawic rdoawci
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rdcaoiw rdcaowi rdiocwa rdiocaw rdiowca rdiowac rdioawc rdioacw rdicowa rdicoaw rdicwoa
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rdiawco rdiawoc rdiaowc rdiaocw rdaociw rdaocwi rdaoicw rdaoiwc rdaowic rdaowci rdacoiw
rdacowi rdaciow rdaciwo rdacwio rdacwoi rdaicow rdaicwo rdaiocw rdaiowc rdaiwoc rdaiwco
rdawcio rdawcoi rdawico rdawioc rdawoic rdawoci rcwdoia rcwdoai rcwdioa rcwdiao rcwdaio
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rcdiwoa rcdiwao rcdiawo rcdiaow rcdaoiw rcdaowi rcdaiow rcdaiwo rcdawio rcdawoi rcodwia
rcodwai rcodiwa rcodiaw rcodaiw rcodawi rcowdia rcowdai rcowida rcowiad rcowaid rcowadi
rcoiwda rcoiwad rcoidwa rcoidaw rcoiadw rcoiawd rcoawid rcoawdi rcoaiwd rcoaidw rcoadiw
rcoadwi rcidowa rcidoaw rcidwoa rcidwao rcidawo rcidaow rciodwa rciodaw rciowda rciowad
rcioawd rcioadw rciwoda rciwoad rciwdoa rciwdao rciwado rciwaod rciaowd rciaodw rciawod
rciawdo rciadwo rciadow rcadoiw rcadowi rcadiow rcadiwo rcadwio rcadwoi rcaodiw rcaodwi
rcaoidw rcaoiwd rcaowid rcaowdi rcaiodw rcaiowd rcaidow rcaidwo rcaiwdo rcaiwod rcawoid
rcawodi rcawiod rcawido rcawdio rcawdoi riwdcoa riwdcao riwdoca riwdoac riwdaoc riwdaco
riwcdoa riwcdao riwcoda riwcoad riwcaod riwcado riwocda riwocad riwodca riwodac riwoadc
riwoacd riwacod riwacdo riwaocd riwaodc riwadoc riwadco ridwcoa ridwcao ridwoca ridwoac
ridwaoc ridwaco ridcwoa ridcwao ridcowa ridcoaw ridcaow ridcawo ridocwa ridocaw ridowca
ridowac ridoawc ridoacw ridacow ridacwo ridaocw ridaowc ridawoc ridawco ricdwoa ricdwao
ricdowa ricdoaw ricdaow ricdawo ricwdoa ricwdao ricwoda ricwoad ricwaod ricwado ricowda
ricowad ricodwa ricodaw ricoadw ricoawd ricawod ricawdo ricaowd ricaodw ricadow ricadwo
riodcwa riodcaw riodwca riodwac riodawc riodacw riocdwa riocdaw riocwda riocwad riocawd
riocadw riowcda riowcad riowdca riowdac riowadc riowacd rioacwd rioacdw rioawcd rioawdc
rioadwc rioadcw riadcow riadcwo riadocw riadowc riadwoc riadwco riacdow riacdwo riacodw
riacowd riacwod riacwdo riaocdw riaocwd riaodcw riaodwc riaowdc riaowcd riawcod riawcdo
riawocd riawodc riawdoc riawdco rawdcio rawdcoi rawdico rawdioc rawdoic rawdoci rawcdio
rawcdoi rawcido rawciod rawcoid rawcodi rawicdo rawicod rawidco rawidoc rawiodc rawiocd
rawocid rawocdi rawoicd rawoidc rawodic rawodci radwcio radwcoi radwico radwioc radwoic
radwoci radcwio radcwoi radciwo radciow radcoiw radcowi radicwo radicow radiwco radiwoc
radiowc radiocw radociw radocwi radoicw radoiwc radowic radowci racdwio racdwoi racdiwo
racdiow racdoiw racdowi racwdio racwdoi racwido racwiod racwoid racwodi raciwdo raciwod
racidwo racidow raciodw raciowd racowid racowdi racoiwd racoidw racodiw racodwi raidcwo
raidcow raidwco raidwoc raidowc raidocw raicdwo raicdow raicwdo raicwod raicowd raicodw
raiwcdo raiwcod raiwdco raiwdoc raiwodc raiwocd raiocwd raiocdw raiowcd raiowdc raiodwc
raiodcw raodciw raodcwi raodicw raodiwc raodwic raodwci raocdiw raocdwi raocidw raociwd
raocwid raocwdi raoicdw raoicwd raoidcw raoidwc raoiwdc raoiwcd raowcid raowcdi raowicd
raowidc raowdic raowdci iowdrca iowdrac iowdcra iowdcar iowdacr iowdarc iowrdca iowrdac
iowrcda iowrcad iowracd iowradc iowcrda iowcrad iowcdra iowcdar iowcadr iowcard iowarcd
iowardc iowacrd iowacdr iowadcr iowadrc iodwrca iodwrac iodwcra iodwcar iodwacr iodwarc
iodrwca iodrwac iodrcwa iodrcaw iodracw iodrawc iodcrwa iodcraw iodcwra iodcwar iodcawr
iodcarw iodarcw iodarwc iodacrw iodacwr iodawcr iodawrc iordwca iordwac iordcwa iordcaw
iordacw iordawc iorwdca iorwdac iorwcda iorwcad iorwacd iorwadc iorcwda iorcwad iorcdwa
iorcdaw iorcadw iorcawd iorawcd iorawdc ioracwd ioracdw ioradcw ioradwc iocdrwa iocdraw
iocdwra iocdwar iocdawr iocdarw iocrdwa iocrdaw iocrwda iocrwad iocrawd iocradw iocwrda
iocwrad iocwdra iocwdar iocwadr iocward iocarwd iocardw iocawrd iocawdr iocadwr iocadrw
ioadrcw ioadrwc ioadcrw ioadcwr ioadwcr ioadwrc ioardcw ioardwc ioarcdw ioarcwd ioarwcd
ioarwdc ioacrdw ioacrwd ioacdrw ioacdwr ioacwdr ioacwrd ioawrcd ioawrdc ioawcrd ioawcdr
ioawdcr ioawdrc iwodrca iwodrac iwodcra iwodcar iwodacr iwodarc iwordca iwordac iworcda
iworcad iworacd iworadc iwocrda iwocrad iwocdra iwocdar iwocadr iwocard iwoarcd iwoardc
iwoacrd iwoacdr iwoadcr iwoadrc iwdorca iwdorac iwdocra iwdocar iwdoacr iwdoarc iwdroca
iwdroac iwdrcoa iwdrcao iwdraco iwdraoc iwdcroa iwdcrao iwdcora iwdcoar iwdcaor iwdcaro
iwdarco iwdaroc iwdacro iwdacor iwdaocr iwdaorc iwrdoca iwrdoac iwrdcoa iwrdcao iwrdaco
iwrdaoc iwrodca iwrodac iwrocda iwrocad iwroacd iwroadc iwrcoda iwrcoad iwrcdoa iwrcdao
iwrcado iwrcaod iwraocd iwraodc iwracod iwracdo iwradco iwradoc iwcdroa iwcdrao iwcdora
iwcdoar iwcdaor iwcdaro iwcrdoa iwcrdao iwcroda iwcroad iwcraod iwcrado iwcorda iwcorad
iwcodra iwcodar iwcoadr iwcoard iwcarod iwcardo iwcaord iwcaodr iwcador iwcadro iwadrco
iwadroc iwadcro iwadcor iwadocr iwadorc iwardco iwardoc iwarcdo iwarcod iwarocd iwarodc
iwacrdo iwacrod iwacdro iwacdor iwacodr iwacord iwaorcd iwaordc iwaocrd iwaocdr iwaodcr
iwaodrc idworca idworac idwocra idwocar idwoacr idwoarc idwroca idwroac idwrcoa idwrcao
idwraco idwraoc idwcroa idwcrao idwcora idwcoar idwcaor idwcaro idwarco idwaroc idwacro
idwacor idwaocr idwaorc idowrca idowrac idowcra idowcar idowacr idowarc idorwca idorwac
idorcwa idorcaw idoracw idorawc idocrwa idocraw idocwra idocwar idocawr idocarw idoarcw
idoarwc idoacrw idoacwr idoawcr idoawrc idrowca idrowac idrocwa idrocaw idroacw idroawc
idrwoca idrwoac idrwcoa idrwcao idrwaco idrwaoc idrcwoa idrcwao idrcowa idrcoaw idrcaow
idrcawo idrawco idrawoc idracwo idracow idraocw idraowc idcorwa idcoraw idcowra idcowar
idcoawr idcoarw idcrowa idcroaw idcrwoa idcrwao idcrawo idcraow idcwroa idcwrao idcwora
idcwoar idcwaor idcwaro idcarwo idcarow idcawro idcawor idcaowr idcaorw idaorcw idaorwc
idaocrw idaocwr idaowcr idaowrc idarocw idarowc idarcow idarcwo idarwco idarwoc idacrow
idacrwo idacorw idacowr idacwor idacwro idawrco idawroc idawcro idawcor idawocr idaworc
irwdoca irwdoac irwdcoa irwdcao irwdaco irwdaoc irwodca irwodac irwocda irwocad irwoacd
irwoadc irwcoda irwcoad irwcdoa irwcdao irwcado irwcaod irwaocd irwaodc irwacod irwacdo
irwadco irwadoc irdwoca irdwoac irdwcoa irdwcao irdwaco irdwaoc irdowca irdowac irdocwa
irdocaw irdoacw irdoawc irdcowa irdcoaw irdcwoa irdcwao irdcawo irdcaow irdaocw irdaowc
irdacow irdacwo irdawco irdawoc irodwca irodwac irodcwa irodcaw irodacw irodawc irowdca
irowdac irowcda irowcad irowacd irowadc irocwda irocwad irocdwa irocdaw irocadw irocawd
iroawcd iroawdc iroacwd iroacdw iroadcw iroadwc ircdowa ircdoaw ircdwoa ircdwao ircdawo
ircdaow ircodwa ircodaw ircowda ircowad ircoawd ircoadw ircwoda ircwoad ircwdoa ircwdao
ircwado ircwaod ircaowd ircaodw ircawod ircawdo ircadwo ircadow iradocw iradowc iradcow
iradcwo iradwco iradwoc iraodcw iraodwc iraocdw iraocwd iraowcd iraowdc iracodw iracowd
iracdow iracdwo iracwdo iracwod irawocd irawodc irawcod irawcdo irawdco irawdoc icwdroa
icwdrao icwdora icwdoar icwdaor icwdaro icwrdoa icwrdao icwroda icwroad icwraod icwrado
icworda icworad icwodra icwodar icwoadr icwoard icwarod icwardo icwaord icwaodr icwador
icwadro icdwroa icdwrao icdwora icdwoar icdwaor icdwaro icdrwoa icdrwao icdrowa icdroaw
icdraow icdrawo icdorwa icdoraw icdowra icdowar icdoawr icdoarw icdarow icdarwo icdaorw
icdaowr icdawor icdawro icrdwoa icrdwao icrdowa icrdoaw icrdaow icrdawo icrwdoa icrwdao
icrwoda icrwoad icrwaod icrwado icrowda icrowad icrodwa icrodaw icroadw icroawd icrawod
icrawdo icraowd icraodw icradow icradwo icodrwa icodraw icodwra icodwar icodawr icodarw
icordwa icordaw icorwda icorwad icorawd icoradw icowrda icowrad icowdra icowdar icowadr
icoward icoarwd icoardw icoawrd icoawdr icoadwr icoadrw icadrow icadrwo icadorw icadowr
icadwor icadwro icardow icardwo icarodw icarowd icarwod icarwdo icaordw icaorwd icaodrw
icaodwr icaowdr icaowrd icawrod icawrdo icaword icawodr icawdor icawdro iawdrco iawdroc
iawdcro iawdcor iawdocr iawdorc iawrdco iawrdoc iawrcdo iawrcod iawrocd iawrodc iawcrdo
iawcrod iawcdro iawcdor iawcodr iawcord iaworcd iawordc iawocrd iawocdr iawodcr iawodrc
iadwrco iadwroc iadwcro iadwcor iadwocr iadworc iadrwco iadrwoc iadrcwo iadrcow iadrocw
iadrowc iadcrwo iadcrow iadcwro iadcwor iadcowr iadcorw iadorcw iadorwc iadocrw iadocwr
iadowcr iadowrc iardwco iardwoc iardcwo iardcow iardocw iardowc iarwdco iarwdoc iarwcdo
iarwcod iarwocd iarwodc iarcwdo iarcwod iarcdwo iarcdow iarcodw iarcowd iarowcd iarowdc
iarocwd iarocdw iarodcw iarodwc iacdrwo iacdrow iacdwro iacdwor iacdowr iacdorw iacrdwo
iacrdow iacrwdo iacrwod iacrowd iacrodw iacwrdo iacwrod iacwdro iacwdor iacwodr iacword
iacorwd iacordw iacowrd iacowdr iacodwr iacodrw iaodrcw iaodrwc iaodcrw iaodcwr iaodwcr
iaodwrc iaordcw iaordwc iaorcdw iaorcwd iaorwcd iaorwdc iaocrdw iaocrwd iaocdrw iaocdwr
iaocwdr iaocwrd iaowrcd iaowrdc iaowcrd iaowcdr iaowdcr iaowdrc aowdric aowdrci aowdirc
aowdicr aowdcir aowdcri aowrdic aowrdci aowridc aowricd aowrcid aowrcdi aowirdc aowircd
aowidrc aowidcr aowicdr aowicrd aowcrid aowcrdi aowcird aowcidr aowcdir aowcdri aodwric
aodwrci aodwirc aodwicr aodwcir aodwcri aodrwic aodrwci aodriwc aodricw aodrciw aodrcwi
aodirwc aodircw aodiwrc aodiwcr aodicwr aodicrw aodcriw aodcrwi aodcirw aodciwr aodcwir
aodcwri aordwic aordwci aordiwc aordicw aordciw aordcwi aorwdic aorwdci aorwidc aorwicd
aorwcid aorwcdi aoriwdc aoriwcd aoridwc aoridcw aoricdw aoricwd aorcwid aorcwdi aorciwd
aorcidw aorcdiw aorcdwi aoidrwc aoidrcw aoidwrc aoidwcr aoidcwr aoidcrw aoirdwc aoirdcw
aoirwdc aoirwcd aoircwd aoircdw aoiwrdc aoiwrcd aoiwdrc aoiwdcr aoiwcdr aoiwcrd aoicrwd
aoicrdw aoicwrd aoicwdr aoicdwr aoicdrw aocdriw aocdrwi aocdirw aocdiwr aocdwir aocdwri
aocrdiw aocrdwi aocridw aocriwd aocrwid aocrwdi aocirdw aocirwd aocidrw aocidwr aociwdr
aociwrd aocwrid aocwrdi aocwird aocwidr aocwdir aocwdri awodric awodrci awodirc awodicr
awodcir awodcri awordic awordci aworidc aworicd aworcid aworcdi awoirdc awoircd awoidrc
awoidcr awoicdr awoicrd awocrid awocrdi awocird awocidr awocdir awocdri awdoric awdorci
awdoirc awdoicr awdocir awdocri awdroic awdroci awdrioc awdrico awdrcio awdrcoi awdiroc
awdirco awdiorc awdiocr awdicor awdicro awdcrio awdcroi awdciro awdcior awdcoir awdcori
awrdoic awrdoci awrdioc awrdico awrdcio awrdcoi awrodic awrodci awroidc awroicd awrocid
awrocdi awriodc awriocd awridoc awridco awricdo awricod awrcoid awrcodi awrciod awrcido
awrcdio awrcdoi awidroc awidrco awidorc awidocr awidcor awidcro awirdoc awirdco awirodc
awirocd awircod awircdo awiordc awiorcd awiodrc awiodcr awiocdr awiocrd awicrod awicrdo
awicord awicodr awicdor awicdro awcdrio awcdroi awcdiro awcdior awcdoir awcdori awcrdio
awcrdoi awcrido awcriod awcroid awcrodi awcirdo awcirod awcidro awcidor awciodr awciord
awcorid awcordi awcoird awcoidr awcodir awcodri adworic adworci adwoirc adwoicr adwocir
adwocri adwroic adwroci adwrioc adwrico adwrcio adwrcoi adwiroc adwirco adwiorc adwiocr
adwicor adwicro adwcrio adwcroi adwciro adwcior adwcoir adwcori adowric adowrci adowirc
adowicr adowcir adowcri adorwic adorwci adoriwc adoricw adorciw adorcwi adoirwc adoircw
adoiwrc adoiwcr adoicwr adoicrw adocriw adocrwi adocirw adociwr adocwir adocwri adrowic
adrowci adroiwc adroicw adrociw adrocwi adrwoic adrwoci adrwioc adrwico adrwcio adrwcoi
adriwoc adriwco adriowc adriocw adricow adricwo adrcwio adrcwoi adrciwo adrciow adrcoiw
adrcowi adiorwc adiorcw adiowrc adiowcr adiocwr adiocrw adirowc adirocw adirwoc adirwco
adircwo adircow adiwroc adiwrco adiworc adiwocr adiwcor adiwcro adicrwo adicrow adicwro
adicwor adicowr adicorw adcoriw adcorwi adcoirw adcoiwr adcowir adcowri adcroiw adcrowi
adcriow adcriwo adcrwio adcrwoi adcirow adcirwo adciorw adciowr adciwor adciwro adcwrio
adcwroi adcwiro adcwior adcwoir adcwori arwdoic arwdoci arwdioc arwdico arwdcio arwdcoi
arwodic arwodci arwoidc arwoicd arwocid arwocdi arwiodc arwiocd arwidoc arwidco arwicdo
arwicod arwcoid arwcodi arwciod arwcido arwcdio arwcdoi ardwoic ardwoci ardwioc ardwico
ardwcio ardwcoi ardowic ardowci ardoiwc ardoicw ardociw ardocwi ardiowc ardiocw ardiwoc
ardiwco ardicwo ardicow ardcoiw ardcowi ardciow ardciwo ardcwio ardcwoi arodwic arodwci
arodiwc arodicw arodciw arodcwi arowdic arowdci arowidc arowicd arowcid arowcdi aroiwdc
aroiwcd aroidwc aroidcw aroicdw aroicwd arocwid arocwdi arociwd arocidw arocdiw arocdwi
aridowc aridocw aridwoc aridwco aridcwo aridcow ariodwc ariodcw ariowdc ariowcd ariocwd
ariocdw ariwodc ariwocd ariwdoc ariwdco ariwcdo ariwcod aricowd aricodw aricwod aricwdo
aricdwo aricdow arcdoiw arcdowi arcdiow arcdiwo arcdwio arcdwoi arcodiw arcodwi arcoidw
arcoiwd arcowid arcowdi arciodw arciowd arcidow arcidwo arciwdo arciwod arcwoid arcwodi
arcwiod arcwido arcwdio arcwdoi aiwdroc aiwdrco aiwdorc aiwdocr aiwdcor aiwdcro aiwrdoc
aiwrdco aiwrodc aiwrocd aiwrcod aiwrcdo aiwordc aiworcd aiwodrc aiwodcr aiwocdr aiwocrd
aiwcrod aiwcrdo aiwcord aiwcodr aiwcdor aiwcdro aidwroc aidwrco aidworc aidwocr aidwcor
aidwcro aidrwoc aidrwco aidrowc aidrocw aidrcow aidrcwo aidorwc aidorcw aidowrc aidowcr
aidocwr aidocrw aidcrow aidcrwo aidcorw aidcowr aidcwor aidcwro airdwoc airdwco airdowc
airdocw airdcow airdcwo airwdoc airwdco airwodc airwocd airwcod airwcdo airowdc airowcd
airodwc airodcw airocdw airocwd aircwod aircwdo aircowd aircodw aircdow aircdwo aiodrwc
aiodrcw aiodwrc aiodwcr aiodcwr aiodcrw aiordwc aiordcw aiorwdc aiorwcd aiorcwd aiorcdw
aiowrdc aiowrcd aiowdrc aiowdcr aiowcdr aiowcrd aiocrwd aiocrdw aiocwrd aiocwdr aiocdwr
aiocdrw aicdrow aicdrwo aicdorw aicdowr aicdwor aicdwro aicrdow aicrdwo aicrodw aicrowd
aicrwod aicrwdo aicordw aicorwd aicodrw aicodwr aicowdr aicowrd aicwrod aicwrdo aicword
aicwodr aicwdor aicwdro acwdrio acwdroi acwdiro acwdior acwdoir acwdori acwrdio acwrdoi
acwrido acwriod acwroid acwrodi acwirdo acwirod acwidro acwidor acwiodr acwiord acworid
acwordi acwoird acwoidr acwodir acwodri acdwrio acdwroi acdwiro acdwior acdwoir acdwori
acdrwio acdrwoi acdriwo acdriow acdroiw acdrowi acdirwo acdirow acdiwro acdiwor acdiowr
acdiorw acdoriw acdorwi acdoirw acdoiwr acdowir acdowri acrdwio acrdwoi acrdiwo acrdiow
acrdoiw acrdowi acrwdio acrwdoi acrwido acrwiod acrwoid acrwodi acriwdo acriwod acridwo
acridow acriodw acriowd acrowid acrowdi acroiwd acroidw acrodiw acrodwi acidrwo acidrow
acidwro acidwor acidowr acidorw acirdwo acirdow acirwdo acirwod acirowd acirodw aciwrdo
aciwrod aciwdro aciwdor aciwodr aciword aciorwd aciordw aciowrd aciowdr aciodwr aciodrw
acodriw acodrwi acodirw acodiwr acodwir acodwri acordiw acordwi acoridw acoriwd acorwid
acorwdi acoirdw acoirwd acoidrw acoidwr acoiwdr acoiwrd acowrid acowrdi acowird acowidr
acowdir acowdri

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History of cryptography
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