easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

chromatometer

peones

imperaveram

stellafane

porphyritic

proconnesian

polyparium

hardjoprajitino

borinquen

hustlas

porogam

iubantque

lyrically

malconformation

intransigents

antitheistical

sploshed

numismatically


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: wareman
cipher variations:
xbsfnbo yctgocp zduhpdq aeviqer bfwjrfs
cgxksgt dhylthu eizmuiv fjanvjw gkbowkx
hlcpxly imdqymz jnerzna kofsaob lpgtbpc
mqhucqd nrivdre osjwesf ptkxftg qulyguh
rvmzhvi swnaiwj txobjxk uypckyl vzqdlzm

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: wareman
Cipher: dzivnzm

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: wareman
Cipher: BABAA AAAAA BAAAA AABAA ABABB AAAAA ABBAA

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: wareman
cipher variations:
xbsfnbopbanlbohbivjbozbqdhborbylfbojbgtdbotbwjzbolberxbo
dbmzvbovbuhtbonbcprbofbkxpboyctgocpqcbomcpicjwkcpacreicp
sczmgcpkchuecpucxkacpmcfsycpecnawcpwcviucpocdqscpgclyqcp
zduhpdqrdcpndqjdkxldqbdsfjdqtdanhdqldivfdqvdylbdqndgtzdq
fdobxdqxdwjvdqpdertdqhdmzrdqaeviqersedqoerkelymercetgker
ueboiermejwgerwezmceroehuaergepcyeryexkwerqefsuerienaser
bfwjrfstferpfslfmznfsdfuhlfsvfcpjfsnfkxhfsxfandfspfivbfs
hfqdzfszfylxfsrfgtvfsjfobtfscgxksgtugfsqgtmgnaogtegvimgt
wgdqkgtoglyigtygboegtqgjwcgtigreagtagzmygtsghuwgtkgpcugt
dhylthuvhgtrhunhobphufhwjnhuxherlhuphmzjhuzhcpfhurhkxdhu
jhsfbhubhanzhuthivxhulhqdvhueizmuivwihusivoipcqivgixkoiv
yifsmivqinakivaidqgivsilyeivkitgcivciboaivuijwyivmirewiv
fjanvjwxjivtjwpjqdrjwhjylpjwzjgtnjwrjobljwbjerhjwtjmzfjw
ljuhdjwdjcpbjwvjkxzjwnjsfxjwgkbowkxykjwukxqkreskxikzmqkx
akhuokxskpcmkxckfsikxuknagkxmkviekxekdqckxwklyakxoktgykx
hlcpxlyzlkxvlyrlsftlyjlanrlyblivplytlqdnlydlgtjlyvlobhly
nlwjflyflerdlyxlmzblypluhzlyimdqymzamlywmzsmtgumzkmbosmz
cmjwqmzumreomzemhukmzwmpcimzomxkgmzgmfsemzymnacmzqmviamz
jnerznabnmzxnatnuhvnalncptnadnkxrnavnsfpnafnivlnaxnqdjna
pnylhnahngtfnaznobdnarnwjbnakofsaobconayobuoviwobmodquob
eolysobwotgqobgojwmobyorekobqozmiobiohugobaopceobsoxkcob
lpgtbpcdpobzpcvpwjxpcnpervpcfpmztpcxpuhrpchpkxnpczpsflpc
rpanjpcjpivhpcbpqdfpctpyldpcmqhucqdeqpcaqdwqxkyqdoqfswqd
gqnauqdyqvisqdiqlyoqdaqtgmqdsqbokqdkqjwiqdcqregqduqzmeqd
nrivdrefrqdbrexrylzreprgtxrehrobvrezrwjtrejrmzprebruhnre
trcplrelrkxjredrsfhrevranfreosjwesfgsrecsfyszmasfqshuysf
ispcwsfasxkusfksnaqsfcsviosfusdqmsfmslyksfestgisfwsbogsf
ptkxftghtsfdtgztanbtgrtivztgjtqdxtgbtylvtgltobrtgdtwjptg
vterntgntmzltgftuhjtgxtcphtgqulyguhiutgeuhaubocuhsujwauh
kureyuhcuzmwuhmupcsuheuxkquhwufsouhounamuhguvikuhyudqiuh
rvmzhvijvuhfvibvcpdvitvkxbvilvsfzvidvanxvinvqdtvifvylrvi
xvgtpvipvobnvihvwjlvizverjviswnaiwjkwvigwjcwdqewjuwlycwj
mwtgawjewboywjowreuwjgwzmswjywhuqwjqwpcowjiwxkmwjawfskwj
txobjxklxwjhxkdxerfxkvxmzdxknxuhbxkfxcpzxkpxsfvxkhxantxk
zxivrxkrxqdpxkjxylnxkbxgtlxkuypckylmyxkiyleyfsgylwynaeyl
oyvicylgydqaylqytgwyliybouylayjwsylsyreqylkyzmoylcyhumyl
vzqdlzmnzyljzmfzgthzmxzobfzmpzwjdzmhzerbzmrzuhxzmjzcpvzm
bzkxtzmtzsfrzmlzanpzmdzivnzmwaremanoazmkangahuianyapcgan
qaxkeaniafscansaviyankadqwancalyuanuatgsanmaboqaneajwoan

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: wareman
Cipher: jnerzna

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: wareman
Cipher: 25112451231133

Extended Methods:
Method #1

Plaintext: wareman
method variations:
bfwkrfsglbpwlxmqgubqcrvmzgvh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w a r e m a n 
2 1 2 5 2 1 3 
5 1 4 1 3 1 3 
They are then read out in rows:
21252135141313
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: wareman
Cipher: bwbxqll

Read more ...
Method #3

Plaintext: wareman
method variations:
efyfclh fyfclhe yfclhef
fclhefy clhefyf lhefyfc
hefyfcl

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: wareman

all 5040 cipher variations:
wareman waremna wareamn wareanm warenam warenma warmean warmena warmaen warmane warmnae
warmnea waramen waramne waraemn waraenm waranem waranme warnmae warnmea warname warnaem
warneam warnema waerman waermna waeramn waeranm waernam waernma waemran waemrna waemarn
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wanearm waneram wanerma wanmear wanmera wanmaer wanmare wanmrae wanmrea wanamer wanamre
wanaemr wanaerm wanarem wanarme wanrmae wanrmea wanrame wanraem wanream wanrema wraeman
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wearman wearmna wearamn wearanm wearnam wearnma weamran weamrna weamarn weamanr weamnar
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wmnarae wmnraae wmnraea wmnraae wmnraea wmnreaa wmnreaa wareman waremna wareamn wareanm
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rawnema raewman raewmna raewamn raewanm raewnam raewnma raemwan raemwna raemawn raemanw
raemnaw raemnwa raeamwn raeamnw raeawmn raeawnm raeanwm raeanmw raenmaw raenmwa raenamw
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ramnewa raaemwn raaemnw raaewmn raaewnm raaenwm raaenmw raamewn raamenw raamwen raamwne
raamnwe raamnew raawmen raawmne raawemn raawenm raawnem raawnme raanmwe raanmew raanwme
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eaarmwn eaarmnw eaarwmn eaarwnm eaarnwm eaarnmw eaanmrw eaanmwr eaanrmw eaanrwm eaanwrm
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emaanrw emanraw emanrwa emanarw emanawr emanwar emanwra emawarn emawanr emawran emawrna
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earwman earwmna earwamn earwanm earwnam earwnma earmwan earmwna earmawn earmanw earmnaw
earmnwa earamwn earamnw earawmn earawnm earanwm earanmw earnmaw earnmwa earnamw earnawm
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eawnamr eawnarm eawnram eawnrma eamwran eamwrna eamwarn eamwanr eamwnar eamwnra eamrwan
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eaarnwm eaarnmw eaanmrw eaanmwr eaanrmw eaanrwm eaanwrm eaanwmr eanwmar eanwmra eanwamr
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enaawrm enaarwm enaarmw enarmaw enarmwa enaramw enarawm enarwam enarwma marewan marewna
mareawn mareanw marenaw marenwa marwean marwena marwaen marwane marwnae marwnea marawen
marawne maraewn maraenw maranew maranwe marnwae marnwea marnawe marnaew marneaw marnewa
maerwan maerwna maerawn maeranw maernaw maernwa maewran maewrna maewarn maewanr maewnar
maewnra maeawrn maeawnr maearwn maearnw maeanrw maeanwr maenwar maenwra maenawr maenarw
maenraw maenrwa maweran mawerna mawearn maweanr mawenar mawenra mawrean mawrena mawraen
mawrane mawrnae mawrnea mawaren mawarne mawaern mawaenr mawaner mawanre mawnrae mawnrea
mawnare mawnaer mawnear mawnera maaewrn maaewnr maaerwn maaernw maaenrw maaenwr maawern
maawenr maawren maawrne maawnre maawner maarwen maarwne maarewn maarenw maarnew maarnwe
maanwre maanwer maanrwe maanrew maanerw maanewr manewar manewra maneawr manearw maneraw
manerwa manwear manwera manwaer manware manwrae manwrea manawer manawre manaewr manaerw
manarew manarwe manrwae manrwea manrawe manraew manreaw manrewa mraewan mraewna mraeawn
mraeanw mraenaw mraenwa mrawean mrawena mrawaen mrawane mrawnae mrawnea mraawen mraawne
mraaewn mraaenw mraanew mraanwe mranwae mranwea mranawe mranaew mraneaw mranewa mreawan
mreawna mreaawn mreaanw mreanaw mreanwa mrewaan mrewana mrewaan mrewana mrewnaa mrewnaa
mreawan mreawna mreaawn mreaanw mreanaw mreanwa mrenwaa mrenwaa mrenawa mrenaaw mrenaaw
mrenawa mrweaan mrweana mrweaan mrweana mrwenaa mrwenaa mrwaean mrwaena mrwaaen mrwaane
mrwanae mrwanea mrwaaen mrwaane mrwaean mrwaena mrwanea mrwanae mrwnaae mrwnaea mrwnaae
mrwnaea mrwneaa mrwneaa mraewan mraewna mraeawn mraeanw mraenaw mraenwa mrawean mrawena
mrawaen mrawane mrawnae mrawnea mraawen mraawne mraaewn mraaenw mraanew mraanwe mranwae
mranwea mranawe mranaew mraneaw mranewa mrnewaa mrnewaa mrneawa mrneaaw mrneaaw mrneawa
mrnweaa mrnweaa mrnwaea mrnwaae mrnwaae mrnwaea mrnawea mrnawae mrnaewa mrnaeaw mrnaaew
mrnaawe mrnawae mrnawea mrnaawe mrnaaew mrnaeaw mrnaewa merawan merawna meraawn meraanw
meranaw meranwa merwaan merwana merwaan merwana merwnaa merwnaa merawan merawna meraawn
meraanw meranaw meranwa mernwaa mernwaa mernawa mernaaw mernaaw mernawa mearwan mearwna
mearawn mearanw mearnaw mearnwa meawran meawrna meawarn meawanr meawnar meawnra meaawrn
meaawnr meaarwn meaarnw meaanrw meaanwr meanwar meanwra meanawr meanarw meanraw meanrwa
mewaran mewarna mewaarn mewaanr mewanar mewanra mewraan mewrana mewraan mewrana mewrnaa
mewrnaa mewaran mewarna mewaarn mewaanr mewanar mewanra mewnraa mewnraa mewnara mewnaar
mewnaar mewnara meaawrn meaawnr meaarwn meaarnw meaanrw meaanwr meawarn meawanr meawran
meawrna meawnra meawnar mearwan mearwna mearawn mearanw mearnaw mearnwa meanwra meanwar
meanrwa meanraw meanarw meanawr menawar menawra menaawr menaarw menaraw menarwa menwaar
menwara menwaar menwara menwraa menwraa menawar menawra menaawr menaarw menaraw menarwa
menrwaa menrwaa menrawa menraaw menraaw menrawa mwreaan mwreana mwreaan mwreana mwrenaa
mwrenaa mwraean mwraena mwraaen mwraane mwranae mwranea mwraaen mwraane mwraean mwraena
mwranea mwranae mwrnaae mwrnaea mwrnaae mwrnaea mwrneaa mwrneaa mweraan mwerana mweraan
mwerana mwernaa mwernaa mwearan mwearna mweaarn mweaanr mweanar mweanra mweaarn mweaanr
mwearan mwearna mweanra mweanar mwenaar mwenara mwenaar mwenara mwenraa mwenraa mwaeran
mwaerna mwaearn mwaeanr mwaenar mwaenra mwarean mwarena mwaraen mwarane mwarnae mwarnea
mwaaren mwaarne mwaaern mwaaenr mwaaner mwaanre mwanrae mwanrea mwanare mwanaer mwanear
mwanera mwaearn mwaeanr mwaeran mwaerna mwaenra mwaenar mwaaern mwaaenr mwaaren mwaarne
mwaanre mwaaner mwaraen mwarane mwarean mwarena mwarnea mwarnae mwanare mwanaer mwanrae
mwanrea mwanera mwanear mwneaar mwneara mwneaar mwneara mwneraa mwneraa mwnaear mwnaera
mwnaaer mwnaare mwnarae mwnarea mwnaaer mwnaare mwnaear mwnaera mwnarea mwnarae mwnraae
mwnraea mwnraae mwnraea mwnreaa mwnreaa marewan marewna mareawn mareanw marenaw marenwa
marwean marwena marwaen marwane marwnae marwnea marawen marawne maraewn maraenw maranew
maranwe marnwae marnwea marnawe marnaew marneaw marnewa maerwan maerwna maerawn maeranw
maernaw maernwa maewran maewrna maewarn maewanr maewnar maewnra maeawrn maeawnr maearwn
maearnw maeanrw maeanwr maenwar maenwra maenawr maenarw maenraw maenrwa maweran mawerna
mawearn maweanr mawenar mawenra mawrean mawrena mawraen mawrane mawrnae mawrnea mawaren
mawarne mawaern mawaenr mawaner mawanre mawnrae mawnrea mawnare mawnaer mawnear mawnera
maaewrn maaewnr maaerwn maaernw maaenrw maaenwr maawern maawenr maawren maawrne maawnre
maawner maarwen maarwne maarewn maarenw maarnew maarnwe maanwre maanwer maanrwe maanrew
maanerw maanewr manewar manewra maneawr manearw maneraw manerwa manwear manwera manwaer
manware manwrae manwrea manawer manawre manaewr manaerw manarew manarwe manrwae manrwea
manrawe manraew manreaw manrewa mnrewaa mnrewaa mnreawa mnreaaw mnreaaw mnreawa mnrweaa
mnrweaa mnrwaea mnrwaae mnrwaae mnrwaea mnrawea mnrawae mnraewa mnraeaw mnraaew mnraawe
mnrawae mnrawea mnraawe mnraaew mnraeaw mnraewa mnerwaa mnerwaa mnerawa mneraaw mneraaw
mnerawa mnewraa mnewraa mnewara mnewaar mnewaar mnewara mneawra mneawar mnearwa mnearaw
mneaarw mneaawr mneawar mneawra mneaawr mneaarw mnearaw mnearwa mnweraa mnweraa mnweara
mnweaar mnweaar mnweara mnwreaa mnwreaa mnwraea mnwraae mnwraae mnwraea mnwarea mnwarae
mnwaera mnwaear mnwaaer mnwaare mnwarae mnwarea mnwaare mnwaaer mnwaear mnwaera mnaewra
mnaewar mnaerwa mnaeraw mnaearw mnaeawr mnawera mnawear mnawrea mnawrae mnaware mnawaer
mnarwea mnarwae mnarewa mnareaw mnaraew mnarawe mnaawre mnaawer mnaarwe mnaarew mnaaerw
mnaaewr mnaewar mnaewra mnaeawr mnaearw mnaeraw mnaerwa mnawear mnawera mnawaer mnaware
mnawrae mnawrea mnaawer mnaawre mnaaewr mnaaerw mnaarew mnaarwe mnarwae mnarwea mnarawe
mnaraew mnareaw mnarewa aaremwn aaremnw aarewmn aarewnm aarenwm aarenmw aarmewn aarmenw
aarmwen aarmwne aarmnwe aarmnew aarwmen aarwmne aarwemn aarwenm aarwnem aarwnme aarnmwe
aarnmew aarnwme aarnwem aarnewm aarnemw aaermwn aaermnw aaerwmn aaerwnm aaernwm aaernmw
aaemrwn aaemrnw aaemwrn aaemwnr aaemnwr aaemnrw aaewmrn aaewmnr aaewrmn aaewrnm aaewnrm
aaewnmr aaenmwr aaenmrw aaenwmr aaenwrm aaenrwm aaenrmw aamerwn aamernw aamewrn aamewnr
aamenwr aamenrw aamrewn aamrenw aamrwen aamrwne aamrnwe aamrnew aamwren aamwrne aamwern
aamwenr aamwner aamwnre aamnrwe aamnrew aamnwre aamnwer aamnewr aamnerw aawemrn aawemnr
aawermn aawernm aawenrm aawenmr aawmern aawmenr aawmren aawmrne aawmnre aawmner aawrmen
aawrmne aawremn aawrenm aawrnem aawrnme aawnmre aawnmer aawnrme aawnrem aawnerm aawnemr
aanemwr aanemrw aanewmr aanewrm aanerwm aanermw aanmewr aanmerw aanmwer aanmwre aanmrwe
aanmrew aanwmer aanwmre aanwemr aanwerm aanwrem aanwrme aanrmwe aanrmew aanrwme aanrwem
aanrewm aanremw araemwn araemnw araewmn araewnm araenwm araenmw aramewn aramenw aramwen
aramwne aramnwe aramnew arawmen arawmne arawemn arawenm arawnem arawnme aranmwe aranmew
aranwme aranwem aranewm aranemw areamwn areamnw areawmn areawnm areanwm areanmw aremawn
aremanw aremwan aremwna aremnwa aremnaw arewman arewmna arewamn arewanm arewnam arewnma
arenmwa arenmaw arenwma arenwam arenawm arenamw armeawn armeanw armewan armewna armenwa
armenaw armaewn armaenw armawen armawne armanwe armanew armwaen armwane armwean armwena
armwnea armwnae armnawe armnaew armnwae armnwea armnewa armneaw arweman arwemna arweamn
arweanm arwenam arwenma arwmean arwmena arwmaen arwmane arwmnae arwmnea arwamen arwamne
arwaemn arwaenm arwanem arwanme arwnmae arwnmea arwname arwnaem arwneam arwnema arnemwa
arnemaw arnewma arnewam arneawm arneamw arnmewa arnmeaw arnmwea arnmwae arnmawe arnmaew
arnwmea arnwmae arnwema arnweam arnwaem arnwame arnamwe arnamew arnawme arnawem arnaewm
arnaemw aeramwn aeramnw aerawmn aerawnm aeranwm aeranmw aermawn aermanw aermwan aermwna
aermnwa aermnaw aerwman aerwmna aerwamn aerwanm aerwnam aerwnma aernmwa aernmaw aernwma
aernwam aernawm aernamw aearmwn aearmnw aearwmn aearwnm aearnwm aearnmw aeamrwn aeamrnw
aeamwrn aeamwnr aeamnwr aeamnrw aeawmrn aeawmnr aeawrmn aeawrnm aeawnrm aeawnmr aeanmwr
aeanmrw aeanwmr aeanwrm aeanrwm aeanrmw aemarwn aemarnw aemawrn aemawnr aemanwr aemanrw
aemrawn aemranw aemrwan aemrwna aemrnwa aemrnaw aemwran aemwrna aemwarn aemwanr aemwnar
aemwnra aemnrwa aemnraw aemnwra aemnwar aemnawr aemnarw aewamrn aewamnr aewarmn aewarnm
aewanrm aewanmr aewmarn aewmanr aewmran aewmrna aewmnra aewmnar aewrman aewrmna aewramn
aewranm aewrnam aewrnma aewnmra aewnmar aewnrma aewnram aewnarm aewnamr aenamwr aenamrw
aenawmr aenawrm aenarwm aenarmw aenmawr aenmarw aenmwar aenmwra aenmrwa aenmraw aenwmar
aenwmra aenwamr aenwarm aenwram aenwrma aenrmwa aenrmaw aenrwma aenrwam aenrawm aenramw
amreawn amreanw amrewan amrewna amrenwa amrenaw amraewn amraenw amrawen amrawne amranwe
amranew amrwaen amrwane amrwean amrwena amrwnea amrwnae amrnawe amrnaew amrnwae amrnwea
amrnewa amrneaw amerawn ameranw amerwan amerwna amernwa amernaw amearwn amearnw ameawrn
ameawnr ameanwr ameanrw amewarn amewanr amewran amewrna amewnra amewnar amenawr amenarw
amenwar amenwra amenrwa amenraw amaerwn amaernw amaewrn amaewnr amaenwr amaenrw amarewn
amarenw amarwen amarwne amarnwe amarnew amawren amawrne amawern amawenr amawner amawnre
amanrwe amanrew amanwre amanwer amanewr amanerw amwearn amweanr amweran amwerna amwenra
amwenar amwaern amwaenr amwaren amwarne amwanre amwaner amwraen amwrane amwrean amwrena
amwrnea amwrnae amwnare amwnaer amwnrae amwnrea amwnera amwnear amneawr amnearw amnewar
amnewra amnerwa amneraw amnaewr amnaerw amnawer amnawre amnarwe amnarew amnwaer amnware
amnwear amnwera amnwrea amnwrae amnrawe amnraew amnrwae amnrwea amnrewa amnreaw awreman
awremna awreamn awreanm awrenam awrenma awrmean awrmena awrmaen awrmane awrmnae awrmnea
awramen awramne awraemn awraenm awranem awranme awrnmae awrnmea awrname awrnaem awrneam
awrnema awerman awermna aweramn aweranm awernam awernma awemran awemrna awemarn awemanr
awemnar awemnra aweamrn aweamnr awearmn awearnm aweanrm aweanmr awenmar awenmra awenamr
awenarm awenram awenrma awmeran awmerna awmearn awmeanr awmenar awmenra awmrean awmrena
awmraen awmrane awmrnae awmrnea awmaren awmarne awmaern awmaenr awmaner awmanre awmnrae
awmnrea awmnare awmnaer awmnear awmnera awaemrn awaemnr awaermn awaernm awaenrm awaenmr
awamern awamenr awamren awamrne awamnre awamner awarmen awarmne awaremn awarenm awarnem
awarnme awanmre awanmer awanrme awanrem awanerm awanemr awnemar awnemra awneamr awnearm
awneram awnerma awnmear awnmera awnmaer awnmare awnmrae awnmrea awnamer awnamre awnaemr
awnaerm awnarem awnarme awnrmae awnrmea awnrame awnraem awnream awnrema anremwa anremaw
anrewma anrewam anreawm anreamw anrmewa anrmeaw anrmwea anrmwae anrmawe anrmaew anrwmea
anrwmae anrwema anrweam anrwaem anrwame anramwe anramew anrawme anrawem anraewm anraemw
anermwa anermaw anerwma anerwam anerawm aneramw anemrwa anemraw anemwra anemwar anemawr
anemarw anewmra anewmar anewrma anewram anewarm anewamr aneamwr aneamrw aneawmr aneawrm
anearwm anearmw anmerwa anmeraw anmewra anmewar anmeawr anmearw anmrewa anmreaw anmrwea
anmrwae anmrawe anmraew anmwrea anmwrae anmwera anmwear anmwaer anmware anmarwe anmarew
anmawre anmawer anmaewr anmaerw anwemra anwemar anwerma anweram anwearm anweamr anwmera
anwmear anwmrea anwmrae anwmare anwmaer anwrmea anwrmae anwrema anwream anwraem anwrame
anwamre anwamer anwarme anwarem anwaerm anwaemr anaemwr anaemrw anaewmr anaewrm anaerwm
anaermw anamewr anamerw anamwer anamwre anamrwe anamrew anawmer anawmre anawemr anawerm
anawrem anawrme anarmwe anarmew anarwme anarwem anarewm anaremw naremaw naremwa nareamw
nareawm narewam narewma narmeaw narmewa narmaew narmawe narmwae narmwea naramew naramwe
naraemw naraewm narawem narawme narwmae narwmea narwame narwaem narweam narwema naermaw
naermwa naeramw naerawm naerwam naerwma naemraw naemrwa naemarw naemawr naemwar naemwra
naeamrw naeamwr naearmw naearwm naeawrm naeawmr naewmar naewmra naewamr naewarm naewram
naewrma nameraw namerwa namearw nameawr namewar namewra namreaw namrewa namraew namrawe
namrwae namrwea namarew namarwe namaerw namaewr namawer namawre namwrae namwrea namware
namwaer namwear namwera naaemrw naaemwr naaermw naaerwm naaewrm naaewmr naamerw naamewr
naamrew naamrwe naamwre naamwer naarmew naarmwe naaremw naarewm naarwem naarwme naawmre
naawmer naawrme naawrem naawerm naawemr nawemar nawemra naweamr nawearm naweram nawerma
nawmear nawmera nawmaer nawmare nawmrae nawmrea nawamer nawamre nawaemr nawaerm nawarem
nawarme nawrmae nawrmea nawrame nawraem nawream nawrema nraemaw nraemwa nraeamw nraeawm
nraewam nraewma nrameaw nramewa nramaew nramawe nramwae nramwea nraamew nraamwe nraaemw
nraaewm nraawem nraawme nrawmae nrawmea nrawame nrawaem nraweam nrawema nreamaw nreamwa
nreaamw nreaawm nreawam nreawma nremaaw nremawa nremaaw nremawa nremwaa nremwaa nreamaw
nreamwa nreaamw nreaawm nreawam nreawma nrewmaa nrewmaa nrewama nrewaam nrewaam nrewama
nrmeaaw nrmeawa nrmeaaw nrmeawa nrmewaa nrmewaa nrmaeaw nrmaewa nrmaaew nrmaawe nrmawae
nrmawea nrmaaew nrmaawe nrmaeaw nrmaewa nrmawea nrmawae nrmwaae nrmwaea nrmwaae nrmwaea
nrmweaa nrmweaa nraemaw nraemwa nraeamw nraeawm nraewam nraewma nrameaw nramewa nramaew
nramawe nramwae nramwea nraamew nraamwe nraaemw nraaewm nraawem nraawme nrawmae nrawmea
nrawame nrawaem nraweam nrawema nrwemaa nrwemaa nrweama nrweaam nrweaam nrweama nrwmeaa
nrwmeaa nrwmaea nrwmaae nrwmaae nrwmaea nrwamea nrwamae nrwaema nrwaeam nrwaaem nrwaame
nrwamae nrwamea nrwaame nrwaaem nrwaeam nrwaema neramaw neramwa neraamw neraawm nerawam
nerawma nermaaw nermawa nermaaw nermawa nermwaa nermwaa neramaw neramwa neraamw neraawm
nerawam nerawma nerwmaa nerwmaa nerwama nerwaam nerwaam nerwama nearmaw nearmwa nearamw
nearawm nearwam nearwma neamraw neamrwa neamarw neamawr neamwar neamwra neaamrw neaamwr
neaarmw neaarwm neaawrm neaawmr neawmar neawmra neawamr neawarm neawram neawrma nemaraw
nemarwa nemaarw nemaawr nemawar nemawra nemraaw nemrawa nemraaw nemrawa nemrwaa nemrwaa
nemaraw nemarwa nemaarw nemaawr nemawar nemawra nemwraa nemwraa nemwara nemwaar nemwaar
nemwara neaamrw neaamwr neaarmw neaarwm neaawrm neaawmr neamarw neamawr neamraw neamrwa
neamwra neamwar nearmaw nearmwa nearamw nearawm nearwam nearwma neawmra neawmar neawrma
neawram neawarm neawamr newamar newamra newaamr newaarm newaram newarma newmaar newmara
newmaar newmara newmraa newmraa newamar newamra newaamr newaarm newaram newarma newrmaa
newrmaa newrama newraam newraam newrama nmreaaw nmreawa nmreaaw nmreawa nmrewaa nmrewaa
nmraeaw nmraewa nmraaew nmraawe nmrawae nmrawea nmraaew nmraawe nmraeaw nmraewa nmrawea
nmrawae nmrwaae nmrwaea nmrwaae nmrwaea nmrweaa nmrweaa nmeraaw nmerawa nmeraaw nmerawa
nmerwaa nmerwaa nmearaw nmearwa nmeaarw nmeaawr nmeawar nmeawra nmeaarw nmeaawr nmearaw
nmearwa nmeawra nmeawar nmewaar nmewara nmewaar nmewara nmewraa nmewraa nmaeraw nmaerwa
nmaearw nmaeawr nmaewar nmaewra nmareaw nmarewa nmaraew nmarawe nmarwae nmarwea nmaarew
nmaarwe nmaaerw nmaaewr nmaawer nmaawre nmawrae nmawrea nmaware nmawaer nmawear nmawera
nmaearw nmaeawr nmaeraw nmaerwa nmaewra nmaewar nmaaerw nmaaewr nmaarew nmaarwe nmaawre
nmaawer nmaraew nmarawe nmareaw nmarewa nmarwea nmarwae nmaware nmawaer nmawrae nmawrea
nmawera nmawear nmweaar nmweara nmweaar nmweara nmweraa nmweraa nmwaear nmwaera nmwaaer
nmwaare nmwarae nmwarea nmwaaer nmwaare nmwaear nmwaera nmwarea nmwarae nmwraae nmwraea
nmwraae nmwraea nmwreaa nmwreaa naremaw naremwa nareamw nareawm narewam narewma narmeaw
narmewa narmaew narmawe narmwae narmwea naramew naramwe naraemw naraewm narawem narawme
narwmae narwmea narwame narwaem narweam narwema naermaw naermwa naeramw naerawm naerwam
naerwma naemraw naemrwa naemarw naemawr naemwar naemwra naeamrw naeamwr naearmw naearwm
naeawrm naeawmr naewmar naewmra naewamr naewarm naewram naewrma nameraw namerwa namearw
nameawr namewar namewra namreaw namrewa namraew namrawe namrwae namrwea namarew namarwe
namaerw namaewr namawer namawre namwrae namwrea namware namwaer namwear namwera naaemrw
naaemwr naaermw naaerwm naaewrm naaewmr naamerw naamewr naamrew naamrwe naamwre naamwer
naarmew naarmwe naaremw naarewm naarwem naarwme naawmre naawmer naawrme naawrem naawerm
naawemr nawemar nawemra naweamr nawearm naweram nawerma nawmear nawmera nawmaer nawmare
nawmrae nawmrea nawamer nawamre nawaemr nawaerm nawarem nawarme nawrmae nawrmea nawrame
nawraem nawream nawrema nwremaa nwremaa nwreama nwreaam nwreaam nwreama nwrmeaa nwrmeaa
nwrmaea nwrmaae nwrmaae nwrmaea nwramea nwramae nwraema nwraeam nwraaem nwraame nwramae
nwramea nwraame nwraaem nwraeam nwraema nwermaa nwermaa nwerama nweraam nweraam nwerama
nwemraa nwemraa nwemara nwemaar nwemaar nwemara nweamra nweamar nwearma nwearam nweaarm
nweaamr nweamar nweamra nweaamr nweaarm nwearam nwearma nwmeraa nwmeraa nwmeara nwmeaar
nwmeaar nwmeara nwmreaa nwmreaa nwmraea nwmraae nwmraae nwmraea nwmarea nwmarae nwmaera
nwmaear nwmaaer nwmaare nwmarae nwmarea nwmaare nwmaaer nwmaear nwmaera nwaemra nwaemar
nwaerma nwaeram nwaearm nwaeamr nwamera nwamear nwamrea nwamrae nwamare nwamaer nwarmea
nwarmae nwarema nwaream nwaraem nwarame nwaamre nwaamer nwaarme nwaarem nwaaerm nwaaemr
nwaemar nwaemra nwaeamr nwaearm nwaeram nwaerma nwamear nwamera nwamaer nwamare nwamrae
nwamrea nwaamer nwaamre nwaaemr nwaaerm nwaarem nwaarme nwarmae nwarmea nwarame nwaraem
nwaream nwarema

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History of cryptography
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