easy ciphers

Easy Ciphers Tools:
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popular ciphers:

anchiseque

dictitantumque

campwood

aulla

merlow

woody

inclination

millennial

vasemaker

eripueritis

pizzabox

omohyoid

ubbenite

ungenuineness

idealogue

adscisciebatis

dedekind

reproductiveness


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: anaerob
cipher variations:
bobfspc cpcgtqd dqdhure ereivsf fsfjwtg
gtgkxuh huhlyvi ivimzwj jwjnaxk kxkobyl
lylpczm mzmqdan nanrebo obosfcp pcptgdq
qdquher rervifs sfswjgt tgtxkhu uhuyliv
vivzmjw wjwankx xkxboly ylycpmz zmzdqna

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: anaerob
Cipher: zmzvily

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: anaerob
Cipher: AAAAA ABBAA AAAAA AABAA BAAAA ABBAB AAAAB

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: anaerob
cipher variations:
bobfspcbobnarebobvitgbobdqviboblyxkbobtgzmbobjwdqbobrefs
bobzmhubobhujwbobpclybobxknacpcgtqdcpcobsfcpcwjuhcpcerwj
cpcmzylcpcuhancpckxercpcsfgtcpcanivcpcivkxcpcqdmzcpcylob
dqdhuredqdpctgdqdxkvidqdfsxkdqdnazmdqdvibodqdlyfsdqdtghu
dqdbojwdqdjwlydqdrenadqdzmpcereivsfereqduhereylwjeregtyl
ereobanerewjcperemzgtereuhiverecpkxerekxmzeresfobereanqd
fsfjwtgfsfrevifsfzmxkfsfhuzmfsfpcbofsfxkdqfsfnahufsfvijw
fsfdqlyfsflynafsftgpcfsfboregtgkxuhgtgsfwjgtganylgtgivan
gtgqdcpgtgylergtgobivgtgwjkxgtgermzgtgmzobgtguhqdgtgcpsf
huhlyvihuhtgxkhuhbozmhuhjwbohuhredqhuhzmfshuhpcjwhuhxkly
huhfsnahuhnapchuhvirehuhdqtgivimzwjiviuhylivicpanivikxcp
ivisferiviangtiviqdkxiviylmzivigtobiviobqdiviwjsfivieruh
jwjnaxkjwjvizmjwjdqbojwjlydqjwjtgfsjwjbohujwjrelyjwjzmna
jwjhupcjwjpcrejwjxktgjwjfsvikxkobylkxkwjankxkercpkxkmzer
kxkuhgtkxkcpivkxksfmzkxkanobkxkivqdkxkqdsfkxkyluhkxkgtwj
lylpczmlylxkbolylfsdqlylnafslylvihulyldqjwlyltgnalylbopc
lyljwrelylretglylzmvilylhuxkmzmqdanmzmylcpmzmgtermzmobgt
mzmwjivmzmerkxmzmuhobmzmcpqdmzmkxsfmzmsfuhmzmanwjmzmivyl
nanrebonanzmdqnanhufsnanpchunanxkjwnanfslynanvipcnandqre
nanlytgnantgvinanboxknanjwzmobosfcpoboaneroboivgtoboqdiv
oboylkxobogtmzobowjqdoboersfobomzuhobouhwjobocpylobokxan
pcptgdqpcpbofspcpjwhupcprejwpcpzmlypcphunapcpxkrepcpfstg
pcpnavipcpvixkpcpdqzmpcplyboqdquherqdqcpgtqdqkxivqdqsfkx
qdqanmzqdqivobqdqylsfqdqgtuhqdqobwjqdqwjylqdqeranqdqmzcp
rervifsrerdqhurerlyjwrertglyrerbonarerjwpcrerzmtgrerhuvi
rerpcxkrerxkzmrerfsborernadqsfswjgtsfserivsfsmzkxsfsuhmz
sfscpobsfskxqdsfsanuhsfsivwjsfsqdylsfsylansfsgtcpsfsober
tgtxkhutgtfsjwtgtnalytgtvinatgtdqpctgtlyretgtbovitgtjwxk
tgtrezmtgtzmbotgthudqtgtpcfsuhuylivuhugtkxuhuobmzuhuwjob
uhuerqduhumzsfuhucpwjuhukxyluhusfanuhuancpuhuiveruhuqdgt
vivzmjwvivhulyvivpcnavivxkpcvivfsrevivnatgvivdqxkvivlyzm
vivtgbovivbodqvivjwfsvivrehuwjwankxwjwivmzwjwqdobwjwylqd
wjwgtsfwjwobuhwjwerylwjwmzanwjwuhcpwjwcperwjwkxgtwjwsfiv
xkxbolyxkxjwnaxkxrepcxkxzmrexkxhutgxkxpcvixkxfszmxkxnabo
xkxvidqxkxdqfsxkxlyhuxkxtgjwylycpmzylykxobylysfqdylyansf
ylyivuhylyqdwjylygtanylyobcpylywjerylyergtylymzivylyuhkx
zmzdqnazmzlypczmztgrezmzbotgzmzjwvizmzrexkzmzhubozmzpcdq
zmzxkfszmzfshuzmznajwzmzvilyanaerobanamzqdanauhsfanacpuh
anakxwjanasfylanaivcpanaqderanaylgtanagtivanaobkxanawjmz

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: anaerob
Cipher: nanrebo

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: anaerob
Cipher: 11331151244321

Extended Methods:
Method #1

Plaintext: anaerob
method variations:
fsfkwtglxlpbymqcqugdrvhvzmiw

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a n a e r o b 
1 3 1 5 2 4 2 
1 3 1 1 4 3 1 
They are then read out in rows:
13152421311431
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: anaerob
Cipher: lvrbcqc

Read more ...
Method #3

Plaintext: anaerob
method variations:
lcvftha cvfthal vfthalc
fthalcv thalcvf halcvft
alcvfth

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: anaerob

all 5040 cipher variations:
anaerob anaerbo anaeorb anaeobr anaebor anaebro anareob anarebo anaroeb anarobe anarboe
anarbeo anaoreb anaorbe anaoerb anaoebr anaober anaobre anabroe anabreo anabore anaboer
anabeor anabero anearob anearbo aneaorb aneaobr aneabor aneabro aneraob anerabo aneroab
aneroba anerboa anerbao aneorab aneorba aneoarb aneoabr aneobar aneobra anebroa anebrao
anebora aneboar anebaor anebaro anreaob anreabo anreoab anreoba anreboa anrebao anraeob
anraebo anraoeb anraobe anraboe anrabeo anroaeb anroabe anroeab anroeba anrobea anrobae
anrbaoe anrbaeo anrboae anrboea anrbeoa anrbeao anoerab anoerba anoearb anoeabr anoebar
anoebra anoreab anoreba anoraeb anorabe anorbae anorbea anoareb anoarbe anoaerb anoaebr
anoaber anoabre anobrae anobrea anobare anobaer anobear anobera anberoa anberao anbeora
anbeoar anbeaor anbearo anbreoa anbreao anbroea anbroae anbraoe anbraeo anborea anborae
anboera anboear anboaer anboare anbaroe anbareo anbaore anbaoer anbaeor anbaero aanerob
aanerbo aaneorb aaneobr aanebor aanebro aanreob aanrebo aanroeb aanrobe aanrboe aanrbeo
aanoreb aanorbe aanoerb aanoebr aanober aanobre aanbroe aanbreo aanbore aanboer aanbeor
aanbero aaenrob aaenrbo aaenorb aaenobr aaenbor aaenbro aaernob aaernbo aaeronb aaerobn
aaerbon aaerbno aaeornb aaeorbn aaeonrb aaeonbr aaeobnr aaeobrn aaebron aaebrno aaeborn
aaebonr aaebnor aaebnro aarenob aarenbo aareonb aareobn aarebon aarebno aarneob aarnebo
aarnoeb aarnobe aarnboe aarnbeo aaroneb aaronbe aaroenb aaroebn aaroben aarobne aarbnoe
aarbneo aarbone aarboen aarbeon aarbeno aaoernb aaoerbn aaoenrb aaoenbr aaoebnr aaoebrn
aaorenb aaorebn aaorneb aaornbe aaorbne aaorben aaonreb aaonrbe aaonerb aaonebr aaonber
aaonbre aaobrne aaobren aaobnre aaobner aaobenr aaobern aaberon aaberno aabeorn aabeonr
aabenor aabenro aabreon aabreno aabroen aabrone aabrnoe aabrneo aaboren aaborne aaboern
aaboenr aaboner aabonre aabnroe aabnreo aabnore aabnoer aabneor aabnero aeanrob aeanrbo
aeanorb aeanobr aeanbor aeanbro aearnob aearnbo aearonb aearobn aearbon aearbno aeaornb
aeaorbn aeaonrb aeaonbr aeaobnr aeaobrn aeabron aeabrno aeaborn aeabonr aeabnor aeabnro
aenarob aenarbo aenaorb aenaobr aenabor aenabro aenraob aenrabo aenroab aenroba aenrboa
aenrbao aenorab aenorba aenoarb aenoabr aenobar aenobra aenbroa aenbrao aenbora aenboar
aenbaor aenbaro aernaob aernabo aernoab aernoba aernboa aernbao aeranob aeranbo aeraonb
aeraobn aerabon aerabno aeroanb aeroabn aeronab aeronba aerobna aeroban aerbaon aerbano
aerboan aerbona aerbnoa aerbnao aeonrab aeonrba aeonarb aeonabr aeonbar aeonbra aeornab
aeornba aeoranb aeorabn aeorban aeorbna aeoarnb aeoarbn aeoanrb aeoanbr aeoabnr aeoabrn
aeobran aeobrna aeobarn aeobanr aeobnar aeobnra aebnroa aebnrao aebnora aebnoar aebnaor
aebnaro aebrnoa aebrnao aebrona aebroan aebraon aebrano aeborna aeboran aebonra aebonar
aeboanr aeboarn aebaron aebarno aebaorn aebaonr aebanor aebanro araenob araenbo araeonb
araeobn araebon araebno araneob aranebo aranoeb aranobe aranboe aranbeo araoneb araonbe
araoenb araoebn araoben araobne arabnoe arabneo arabone araboen arabeon arabeno areanob
areanbo areaonb areaobn areabon areabno arenaob arenabo arenoab arenoba arenboa arenbao
areonab areonba areoanb areoabn areoban areobna arebnoa arebnao arebona areboan arebaon
arebano arneaob arneabo arneoab arneoba arneboa arnebao arnaeob arnaebo arnaoeb arnaobe
arnaboe arnabeo arnoaeb arnoabe arnoeab arnoeba arnobea arnobae arnbaoe arnbaeo arnboae
arnboea arnbeoa arnbeao aroenab aroenba aroeanb aroeabn aroeban aroebna aroneab aroneba
aronaeb aronabe aronbae aronbea aroaneb aroanbe aroaenb aroaebn aroaben aroabne arobnae
arobnea arobane arobaen arobean arobena arbenoa arbenao arbeona arbeoan arbeaon arbeano
arbneoa arbneao arbnoea arbnoae arbnaoe arbnaeo arbonea arbonae arboena arboean arboaen
arboane arbanoe arbaneo arbaone arbaoen arbaeon arbaeno aoaernb aoaerbn aoaenrb aoaenbr
aoaebnr aoaebrn aoarenb aoarebn aoarneb aoarnbe aoarbne aoarben aoanreb aoanrbe aoanerb
aoanebr aoanber aoanbre aoabrne aoabren aoabnre aoabner aoabenr aoabern aoearnb aoearbn
aoeanrb aoeanbr aoeabnr aoeabrn aoeranb aoerabn aoernab aoernba aoerbna aoerban aoenrab
aoenrba aoenarb aoenabr aoenbar aoenbra aoebrna aoebran aoebnra aoebnar aoebanr aoebarn
aoreanb aoreabn aorenab aorenba aorebna aoreban aoraenb aoraebn aoraneb aoranbe aorabne
aoraben aornaeb aornabe aorneab aorneba aornbea aornbae aorbane aorbaen aorbnae aorbnea
aorbena aorbean aonerab aonerba aonearb aoneabr aonebar aonebra aonreab aonreba aonraeb
aonrabe aonrbae aonrbea aonareb aonarbe aonaerb aonaebr aonaber aonabre aonbrae aonbrea
aonbare aonbaer aonbear aonbera aoberna aoberan aobenra aobenar aobeanr aobearn aobrena
aobrean aobrnea aobrnae aobrane aobraen aobnrea aobnrae aobnera aobnear aobnaer aobnare
aobarne aobaren aobanre aobaner aobaenr aobaern abaeron abaerno abaeorn abaeonr abaenor
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abaoner abaonre abanroe abanreo abanore abanoer abaneor abanero abearon abearno abeaorn
abeaonr abeanor abeanro aberaon aberano aberoan aberona abernoa abernao abeoran abeorna
abeoarn abeoanr abeonar abeonra abenroa abenrao abenora abenoar abenaor abenaro abreaon
abreano abreoan abreona abrenoa abrenao abraeon abraeno abraoen abraone abranoe abraneo
abroaen abroane abroean abroena abronea abronae abrnaoe abrnaeo abrnoae abrnoea abrneoa
abrneao aboeran aboerna aboearn aboeanr aboenar aboenra aborean aborena aboraen aborane
abornae abornea aboaren aboarne aboaern aboaenr aboaner aboanre abonrae abonrea abonare
abonaer abonear abonera abneroa abnerao abneora abneoar abneaor abnearo abnreoa abnreao
abnroea abnroae abnraoe abnraeo abnorea abnorae abnoera abnoear abnoaer abnoare abnaroe
abnareo abnaore abnaoer abnaeor abnaero naaerob naaerbo naaeorb naaeobr naaebor naaebro
naareob naarebo naaroeb naarobe naarboe naarbeo naaoreb naaorbe naaoerb naaoebr naaober
naaobre naabroe naabreo naabore naaboer naabeor naabero naearob naearbo naeaorb naeaobr
naeabor naeabro naeraob naerabo naeroab naeroba naerboa naerbao naeorab naeorba naeoarb
naeoabr naeobar naeobra naebroa naebrao naebora naeboar naebaor naebaro nareaob nareabo
nareoab nareoba nareboa narebao naraeob naraebo naraoeb naraobe naraboe narabeo naroaeb
naroabe naroeab naroeba narobea narobae narbaoe narbaeo narboae narboea narbeoa narbeao
naoerab naoerba naoearb naoeabr naoebar naoebra naoreab naoreba naoraeb naorabe naorbae
naorbea naoareb naoarbe naoaerb naoaebr naoaber naoabre naobrae naobrea naobare naobaer
naobear naobera naberoa naberao nabeora nabeoar nabeaor nabearo nabreoa nabreao nabroea
nabroae nabraoe nabraeo naborea naborae naboera naboear naboaer naboare nabaroe nabareo
nabaore nabaoer nabaeor nabaero naaerob naaerbo naaeorb naaeobr naaebor naaebro naareob
naarebo naaroeb naarobe naarboe naarbeo naaoreb naaorbe naaoerb naaoebr naaober naaobre
naabroe naabreo naabore naaboer naabeor naabero naearob naearbo naeaorb naeaobr naeabor
naeabro naeraob naerabo naeroab naeroba naerboa naerbao naeorab naeorba naeoarb naeoabr
naeobar naeobra naebroa naebrao naebora naeboar naebaor naebaro nareaob nareabo nareoab
nareoba nareboa narebao naraeob naraebo naraoeb naraobe naraboe narabeo naroaeb naroabe
naroeab naroeba narobea narobae narbaoe narbaeo narboae narboea narbeoa narbeao naoerab
naoerba naoearb naoeabr naoebar naoebra naoreab naoreba naoraeb naorabe naorbae naorbea
naoareb naoarbe naoaerb naoaebr naoaber naoabre naobrae naobrea naobare naobaer naobear
naobera naberoa naberao nabeora nabeoar nabeaor nabearo nabreoa nabreao nabroea nabroae
nabraoe nabraeo naborea naborae naboera naboear naboaer naboare nabaroe nabareo nabaore
nabaoer nabaeor nabaero neaarob neaarbo neaaorb neaaobr neaabor neaabro nearaob nearabo
nearoab nearoba nearboa nearbao neaorab neaorba neaoarb neaoabr neaobar neaobra neabroa
neabrao neabora neaboar neabaor neabaro neaarob neaarbo neaaorb neaaobr neaabor neaabro
nearaob nearabo nearoab nearoba nearboa nearbao neaorab neaorba neaoarb neaoabr neaobar
neaobra neabroa neabrao neabora neaboar neabaor neabaro neraaob neraabo neraoab neraoba
neraboa nerabao neraaob neraabo neraoab neraoba neraboa nerabao neroaab neroaba neroaab
neroaba nerobaa nerobaa nerbaoa nerbaao nerboaa nerboaa nerbaoa nerbaao neoarab neoarba
neoaarb neoaabr neoabar neoabra neoraab neoraba neoraab neoraba neorbaa neorbaa neoarab
neoarba neoaarb neoaabr neoabar neoabra neobraa neobraa neobara neobaar neobaar neobara
nebaroa nebarao nebaora nebaoar nebaaor nebaaro nebraoa nebraao nebroaa nebroaa nebraoa
nebraao neboraa neboraa neboara neboaar neboaar neboara nebaroa nebarao nebaora nebaoar
nebaaor nebaaro nraeaob nraeabo nraeoab nraeoba nraeboa nraebao nraaeob nraaebo nraaoeb
nraaobe nraaboe nraabeo nraoaeb nraoabe nraoeab nraoeba nraobea nraobae nrabaoe nrabaeo
nraboae nraboea nrabeoa nrabeao nreaaob nreaabo nreaoab nreaoba nreaboa nreabao nreaaob
nreaabo nreaoab nreaoba nreaboa nreabao nreoaab nreoaba nreoaab nreoaba nreobaa nreobaa
nrebaoa nrebaao nreboaa nreboaa nrebaoa nrebaao nraeaob nraeabo nraeoab nraeoba nraeboa
nraebao nraaeob nraaebo nraaoeb nraaobe nraaboe nraabeo nraoaeb nraoabe nraoeab nraoeba
nraobea nraobae nrabaoe nrabaeo nraboae nraboea nrabeoa nrabeao nroeaab nroeaba nroeaab
nroeaba nroebaa nroebaa nroaeab nroaeba nroaaeb nroaabe nroabae nroabea nroaaeb nroaabe
nroaeab nroaeba nroabea nroabae nrobaae nrobaea nrobaae nrobaea nrobeaa nrobeaa nrbeaoa
nrbeaao nrbeoaa nrbeoaa nrbeaoa nrbeaao nrbaeoa nrbaeao nrbaoea nrbaoae nrbaaoe nrbaaeo
nrboaea nrboaae nrboeaa nrboeaa nrboaea nrboaae nrbaaoe nrbaaeo nrbaoae nrbaoea nrbaeoa
nrbaeao noaerab noaerba noaearb noaeabr noaebar noaebra noareab noareba noaraeb noarabe
noarbae noarbea noaareb noaarbe noaaerb noaaebr noaaber noaabre noabrae noabrea noabare
noabaer noabear noabera noearab noearba noeaarb noeaabr noeabar noeabra noeraab noeraba
noeraab noeraba noerbaa noerbaa noearab noearba noeaarb noeaabr noeabar noeabra noebraa
noebraa noebara noebaar noebaar noebara noreaab noreaba noreaab noreaba norebaa norebaa
noraeab noraeba noraaeb noraabe norabae norabea noraaeb noraabe noraeab noraeba norabea
norabae norbaae norbaea norbaae norbaea norbeaa norbeaa noaerab noaerba noaearb noaeabr
noaebar noaebra noareab noareba noaraeb noarabe noarbae noarbea noaareb noaarbe noaaerb
noaaebr noaaber noaabre noabrae noabrea noabare noabaer noabear noabera noberaa noberaa
nobeara nobeaar nobeaar nobeara nobreaa nobreaa nobraea nobraae nobraae nobraea nobarea
nobarae nobaera nobaear nobaaer nobaare nobarae nobarea nobaare nobaaer nobaear nobaera
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anaoreb anaorbe anaoerb anaoebr anaober anaobre anabroe anabreo anabore anaboer anabeor
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earabon earabno earnaob earnabo earnoab earnoba earnboa earnbao earonab earonba earoanb
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eoabnra eoabnar eoabanr eoabarn eoraanb eoraabn eoranab eoranba eorabna eoraban eoraanb
eoraabn eoranab eoranba eorabna eoraban eornaab eornaba eornaab eornaba eornbaa eornbaa
eorbana eorbaan eorbnaa eorbnaa eorbana eorbaan eonarab eonarba eonaarb eonaabr eonabar
eonabra eonraab eonraba eonraab eonraba eonrbaa eonrbaa eonarab eonarba eonaarb eonaabr
eonabar eonabra eonbraa eonbraa eonbara eonbaar eonbaar eonbara eobarna eobaran eobanra
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reaabno reaoanb reaoabn reaonab reaonba reaobna reaoban reabaon reabano reaboan reabona
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reobaan reobana reobnaa reobnaa rebnaoa rebnaao rebnoaa rebnoaa rebnaoa rebnaao rebanoa
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raaebno raaneob raanebo raanoeb raanobe raanboe raanbeo raaoneb raaonbe raaoenb raaoebn
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raneabo raneoab raneoba raneboa ranebao ranaeob ranaebo ranaoeb ranaobe ranaboe ranabeo
ranoaeb ranoabe ranoeab ranoeba ranobea ranobae ranbaoe ranbaeo ranboae ranboea ranbeoa
ranbeao raoenab raoenba raoeanb raoeabn raoeban raoebna raoneab raoneba raonaeb raonabe
raonbae raonbea raoaneb raoanbe raoaenb raoaebn raoaben raoabne raobnae raobnea raobane
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rabnoea rabnoae rabnaoe rabnaeo rabonea rabonae raboena raboean raboaen raboane rabanoe
rabaneo rabaone rabaoen rabaeon rabaeno roaeanb roaeabn roaenab roaenba roaebna roaeban
roaaenb roaaebn roaaneb roaanbe roaabne roaaben roanaeb roanabe roaneab roaneba roanbea
roanbae roabane roabaen roabnae roabnea roabena roabean roeaanb roeaabn roeanab roeanba
roeabna roeaban roeaanb roeaabn roeanab roeanba roeabna roeaban roenaab roenaba roenaab
roenaba roenbaa roenbaa roebana roebaan roebnaa roebnaa roebana roebaan roaeanb roaeabn
roaenab roaenba roaebna roaeban roaaenb roaaebn roaaneb roaanbe roaabne roaaben roanaeb
roanabe roaneab roaneba roanbea roanbae roabane roabaen roabnae roabnea roabena roabean
roneaab roneaba roneaab roneaba ronebaa ronebaa ronaeab ronaeba ronaaeb ronaabe ronabae
ronabea ronaaeb ronaabe ronaeab ronaeba ronabea ronabae ronbaae ronbaea ronbaae ronbaea
ronbeaa ronbeaa robeana robeaan robenaa robenaa robeana robeaan robaena robaean robanea
robanae robaane robaaen robnaea robnaae robneaa robneaa robnaea robnaae robaane robaaen
robanae robanea robaena robaean rbaeaon rbaeano rbaeoan rbaeona rbaenoa rbaenao rbaaeon
rbaaeno rbaaoen rbaaone rbaanoe rbaaneo rbaoaen rbaoane rbaoean rbaoena rbaonea rbaonae
rbanaoe rbanaeo rbanoae rbanoea rbaneoa rbaneao rbeaaon rbeaano rbeaoan rbeaona rbeanoa
rbeanao rbeaaon rbeaano rbeaoan rbeaona rbeanoa rbeanao rbeoaan rbeoana rbeoaan rbeoana
rbeonaa rbeonaa rbenaoa rbenaao rbenoaa rbenoaa rbenaoa rbenaao rbaeaon rbaeano rbaeoan
rbaeona rbaenoa rbaenao rbaaeon rbaaeno rbaaoen rbaaone rbaanoe rbaaneo rbaoaen rbaoane
rbaoean rbaoena rbaonea rbaonae rbanaoe rbanaeo rbanoae rbanoea rbaneoa rbaneao rboeaan
rboeana rboeaan rboeana rboenaa rboenaa rboaean rboaena rboaaen rboaane rboanae rboanea
rboaaen rboaane rboaean rboaena rboanea rboanae rbonaae rbonaea rbonaae rbonaea rboneaa
rboneaa rbneaoa rbneaao rbneoaa rbneoaa rbneaoa rbneaao rbnaeoa rbnaeao rbnaoea rbnaoae
rbnaaoe rbnaaeo rbnoaea rbnoaae rbnoeaa rbnoeaa rbnoaea rbnoaae rbnaaoe rbnaaeo rbnaoae
rbnaoea rbnaeoa rbnaeao onaerab onaerba onaearb onaeabr onaebar onaebra onareab onareba
onaraeb onarabe onarbae onarbea onaareb onaarbe onaaerb onaaebr onaaber onaabre onabrae
onabrea onabare onabaer onabear onabera onearab onearba oneaarb oneaabr oneabar oneabra
oneraab oneraba oneraab oneraba onerbaa onerbaa onearab onearba oneaarb oneaabr oneabar
oneabra onebraa onebraa onebara onebaar onebaar onebara onreaab onreaba onreaab onreaba
onrebaa onrebaa onraeab onraeba onraaeb onraabe onrabae onrabea onraaeb onraabe onraeab
onraeba onrabea onrabae onrbaae onrbaea onrbaae onrbaea onrbeaa onrbeaa onaerab onaerba
onaearb onaeabr onaebar onaebra onareab onareba onaraeb onarabe onarbae onarbea onaareb
onaarbe onaaerb onaaebr onaaber onaabre onabrae onabrea onabare onabaer onabear onabera
onberaa onberaa onbeara onbeaar onbeaar onbeara onbreaa onbreaa onbraea onbraae onbraae
onbraea onbarea onbarae onbaera onbaear onbaaer onbaare onbarae onbarea onbaare onbaaer
onbaear onbaera oanerab oanerba oanearb oaneabr oanebar oanebra oanreab oanreba oanraeb
oanrabe oanrbae oanrbea oanareb oanarbe oanaerb oanaebr oanaber oanabre oanbrae oanbrea
oanbare oanbaer oanbear oanbera oaenrab oaenrba oaenarb oaenabr oaenbar oaenbra oaernab
oaernba oaeranb oaerabn oaerban oaerbna oaearnb oaearbn oaeanrb oaeanbr oaeabnr oaeabrn
oaebran oaebrna oaebarn oaebanr oaebnar oaebnra oarenab oarenba oareanb oareabn oareban
oarebna oarneab oarneba oarnaeb oarnabe oarnbae oarnbea oaraneb oaranbe oaraenb oaraebn
oaraben oarabne oarbnae oarbnea oarbane oarbaen oarbean oarbena oaaernb oaaerbn oaaenrb
oaaenbr oaaebnr oaaebrn oaarenb oaarebn oaarneb oaarnbe oaarbne oaarben oaanreb oaanrbe
oaanerb oaanebr oaanber oaanbre oaabrne oaabren oaabnre oaabner oaabenr oaabern oaberan
oaberna oabearn oabeanr oabenar oabenra oabrean oabrena oabraen oabrane oabrnae oabrnea
oabaren oabarne oabaern oabaenr oabaner oabanre oabnrae oabnrea oabnare oabnaer oabnear
oabnera oeanrab oeanrba oeanarb oeanabr oeanbar oeanbra oearnab oearnba oearanb oearabn
oearban oearbna oeaarnb oeaarbn oeaanrb oeaanbr oeaabnr oeaabrn oeabran oeabrna oeabarn
oeabanr oeabnar oeabnra oenarab oenarba oenaarb oenaabr oenabar oenabra oenraab oenraba
oenraab oenraba oenrbaa oenrbaa oenarab oenarba oenaarb oenaabr oenabar oenabra oenbraa
oenbraa oenbara oenbaar oenbaar oenbara oernaab oernaba oernaab oernaba oernbaa oernbaa
oeranab oeranba oeraanb oeraabn oeraban oerabna oeraanb oeraabn oeranab oeranba oerabna
oeraban oerbaan oerbana oerbaan oerbana oerbnaa oerbnaa oeanrab oeanrba oeanarb oeanabr
oeanbar oeanbra oearnab oearnba oearanb oearabn oearban oearbna oeaarnb oeaarbn oeaanrb
oeaanbr oeaabnr oeaabrn oeabran oeabrna oeabarn oeabanr oeabnar oeabnra oebnraa oebnraa
oebnara oebnaar oebnaar oebnara oebrnaa oebrnaa oebrana oebraan oebraan oebrana oebarna
oebaran oebanra oebanar oebaanr oebaarn oebaran oebarna oebaarn oebaanr oebanar oebanra
oraenab oraenba oraeanb oraeabn oraeban oraebna oraneab oraneba oranaeb oranabe oranbae
oranbea oraaneb oraanbe oraaenb oraaebn oraaben oraabne orabnae orabnea orabane orabaen
orabean orabena oreanab oreanba oreaanb oreaabn oreaban oreabna orenaab orenaba orenaab
orenaba orenbaa orenbaa oreanab oreanba oreaanb oreaabn oreaban oreabna orebnaa orebnaa
orebana orebaan orebaan orebana orneaab orneaba orneaab orneaba ornebaa ornebaa ornaeab
ornaeba ornaaeb ornaabe ornabae ornabea ornaaeb ornaabe ornaeab ornaeba ornabea ornabae
ornbaae ornbaea ornbaae ornbaea ornbeaa ornbeaa oraenab oraenba oraeanb oraeabn oraeban
oraebna oraneab oraneba oranaeb oranabe oranbae oranbea oraaneb oraanbe oraaenb oraaebn
oraaben oraabne orabnae orabnea orabane orabaen orabean orabena orbenaa orbenaa orbeana
orbeaan orbeaan orbeana orbneaa orbneaa orbnaea orbnaae orbnaae orbnaea orbanea orbanae
orbaena orbaean orbaaen orbaane orbanae orbanea orbaane orbaaen orbaean orbaena oaaernb
oaaerbn oaaenrb oaaenbr oaaebnr oaaebrn oaarenb oaarebn oaarneb oaarnbe oaarbne oaarben
oaanreb oaanrbe oaanerb oaanebr oaanber oaanbre oaabrne oaabren oaabnre oaabner oaabenr
oaabern oaearnb oaearbn oaeanrb oaeanbr oaeabnr oaeabrn oaeranb oaerabn oaernab oaernba
oaerbna oaerban oaenrab oaenrba oaenarb oaenabr oaenbar oaenbra oaebrna oaebran oaebnra
oaebnar oaebanr oaebarn oareanb oareabn oarenab oarenba oarebna oareban oaraenb oaraebn
oaraneb oaranbe oarabne oaraben oarnaeb oarnabe oarneab oarneba oarnbea oarnbae oarbane
oarbaen oarbnae oarbnea oarbena oarbean oanerab oanerba oanearb oaneabr oanebar oanebra
oanreab oanreba oanraeb oanrabe oanrbae oanrbea oanareb oanarbe oanaerb oanaebr oanaber
oanabre oanbrae oanbrea oanbare oanbaer oanbear oanbera oaberna oaberan oabenra oabenar
oabeanr oabearn oabrena oabrean oabrnea oabrnae oabrane oabraen oabnrea oabnrae oabnera
oabnear oabnaer oabnare oabarne oabaren oabanre oabaner oabaenr oabaern obaeran obaerna
obaearn obaeanr obaenar obaenra obarean obarena obaraen obarane obarnae obarnea obaaren
obaarne obaaern obaaenr obaaner obaanre obanrae obanrea obanare obanaer obanear obanera
obearan obearna obeaarn obeaanr obeanar obeanra oberaan oberana oberaan oberana obernaa
obernaa obearan obearna obeaarn obeaanr obeanar obeanra obenraa obenraa obenara obenaar
obenaar obenara obreaan obreana obreaan obreana obrenaa obrenaa obraean obraena obraaen
obraane obranae obranea obraaen obraane obraean obraena obranea obranae obrnaae obrnaea
obrnaae obrnaea obrneaa obrneaa obaeran obaerna obaearn obaeanr obaenar obaenra obarean
obarena obaraen obarane obarnae obarnea obaaren obaarne obaaern obaaenr obaaner obaanre
obanrae obanrea obanare obanaer obanear obanera obneraa obneraa obneara obneaar obneaar
obneara obnreaa obnreaa obnraea obnraae obnraae obnraea obnarea obnarae obnaera obnaear
obnaaer obnaare obnarae obnarea obnaare obnaaer obnaear obnaera bnaeroa bnaerao bnaeora
bnaeoar bnaeaor bnaearo bnareoa bnareao bnaroea bnaroae bnaraoe bnaraeo bnaorea bnaorae
bnaoera bnaoear bnaoaer bnaoare bnaaroe bnaareo bnaaore bnaaoer bnaaeor bnaaero bnearoa
bnearao bneaora bneaoar bneaaor bneaaro bneraoa bneraao bneroaa bneroaa bneraoa bneraao
bneoraa bneoraa bneoara bneoaar bneoaar bneoara bnearoa bnearao bneaora bneaoar bneaaor
bneaaro bnreaoa bnreaao bnreoaa bnreoaa bnreaoa bnreaao bnraeoa bnraeao bnraoea bnraoae
bnraaoe bnraaeo bnroaea bnroaae bnroeaa bnroeaa bnroaea bnroaae bnraaoe bnraaeo bnraoae
bnraoea bnraeoa bnraeao bnoeraa bnoeraa bnoeara bnoeaar bnoeaar bnoeara bnoreaa bnoreaa
bnoraea bnoraae bnoraae bnoraea bnoarea bnoarae bnoaera bnoaear bnoaaer bnoaare bnoarae
bnoarea bnoaare bnoaaer bnoaear bnoaera bnaeroa bnaerao bnaeora bnaeoar bnaeaor bnaearo
bnareoa bnareao bnaroea bnaroae bnaraoe bnaraeo bnaorea bnaorae bnaoera bnaoear bnaoaer
bnaoare bnaaroe bnaareo bnaaore bnaaoer bnaaeor bnaaero baneroa banerao baneora baneoar
baneaor banearo banreoa banreao banroea banroae banraoe banraeo banorea banorae banoera
banoear banoaer banoare banaroe banareo banaore banaoer banaeor banaero baenroa baenrao
baenora baenoar baenaor baenaro baernoa baernao baerona baeroan baeraon baerano baeorna
baeoran baeonra baeonar baeoanr baeoarn baearon baearno baeaorn baeaonr baeanor baeanro
barenoa barenao bareona bareoan bareaon bareano barneoa barneao barnoea barnoae barnaoe
barnaeo baronea baronae baroena baroean baroaen baroane baranoe baraneo baraone baraoen
baraeon baraeno baoerna baoeran baoenra baoenar baoeanr baoearn baorena baorean baornea
baornae baorane baoraen baonrea baonrae baonera baonear baonaer baonare baoarne baoaren
baoanre baoaner baoaenr baoaern baaeron baaerno baaeorn baaeonr baaenor baaenro baareon
baareno baaroen baarone baarnoe baarneo baaoren baaorne baaoern baaoenr baaoner baaonre
baanroe baanreo baanore baanoer baaneor baanero beanroa beanrao beanora beanoar beanaor
beanaro bearnoa bearnao bearona bearoan bearaon bearano beaorna beaoran beaonra beaonar
beaoanr beaoarn beaaron beaarno beaaorn beaaonr beaanor beaanro benaroa benarao benaora
benaoar benaaor benaaro benraoa benraao benroaa benroaa benraoa benraao benoraa benoraa
benoara benoaar benoaar benoara benaroa benarao benaora benaoar benaaor benaaro bernaoa
bernaao bernoaa bernoaa bernaoa bernaao beranoa beranao beraona beraoan beraaon beraano
beroana beroaan beronaa beronaa beroana beroaan beraaon beraano beraoan beraona beranoa
beranao beonraa beonraa beonara beonaar beonaar beonara beornaa beornaa beorana beoraan
beoraan beorana beoarna beoaran beoanra beoanar beoaanr beoaarn beoaran beoarna beoaarn
beoaanr beoanar beoanra beanroa beanrao beanora beanoar beanaor beanaro bearnoa bearnao
bearona bearoan bearaon bearano beaorna beaoran beaonra beaonar beaoanr beaoarn beaaron
beaarno beaaorn beaaonr beaanor beaanro braenoa braenao braeona braeoan braeaon braeano
braneoa braneao branoea branoae branaoe branaeo braonea braonae braoena braoean braoaen
braoane braanoe braaneo braaone braaoen braaeon braaeno breanoa breanao breaona breaoan
breaaon breaano brenaoa brenaao brenoaa brenoaa brenaoa brenaao breonaa breonaa breoana
breoaan breoaan breoana breanoa breanao breaona breaoan breaaon breaano brneaoa brneaao
brneoaa brneoaa brneaoa brneaao brnaeoa brnaeao brnaoea brnaoae brnaaoe brnaaeo brnoaea
brnoaae brnoeaa brnoeaa brnoaea brnoaae brnaaoe brnaaeo brnaoae brnaoea brnaeoa brnaeao
broenaa broenaa broeana broeaan broeaan broeana broneaa broneaa bronaea bronaae bronaae
bronaea broanea broanae broaena broaean broaaen broaane broanae broanea broaane broaaen
broaean broaena braenoa braenao braeona braeoan braeaon braeano braneoa braneao branoea
branoae branaoe branaeo braonea braonae braoena braoean braoaen braoane braanoe braaneo
braaone braaoen braaeon braaeno boaerna boaeran boaenra boaenar boaeanr boaearn boarena
boarean boarnea boarnae boarane boaraen boanrea boanrae boanera boanear boanaer boanare
boaarne boaaren boaanre boaaner boaaenr boaaern boearna boearan boeanra boeanar boeaanr
boeaarn boerana boeraan boernaa boernaa boerana boeraan boenraa boenraa boenara boenaar
boenaar boenara boearna boearan boeanra boeanar boeaanr boeaarn boreana boreaan borenaa
borenaa boreana boreaan boraena boraean boranea boranae boraane boraaen bornaea bornaae
borneaa borneaa bornaea bornaae boraane boraaen boranae boranea boraena boraean boneraa
boneraa boneara boneaar boneaar boneara bonreaa bonreaa bonraea bonraae bonraae bonraea
bonarea bonarae bonaera bonaear bonaaer bonaare bonarae bonarea bonaare bonaaer bonaear
bonaera boaerna boaeran boaenra boaenar boaeanr boaearn boarena boarean boarnea boarnae
boarane boaraen boanrea boanrae boanera boanear boanaer boanare boaarne boaaren boaanre
boaaner boaaenr boaaern baaeron baaerno baaeorn baaeonr baaenor baaenro baareon baareno
baaroen baarone baarnoe baarneo baaoren baaorne baaoern baaoenr baaoner baaonre baanroe
baanreo baanore baanoer baaneor baanero baearon baearno baeaorn baeaonr baeanor baeanro
baeraon baerano baeroan baerona baernoa baernao baeoran baeorna baeoarn baeoanr baeonar
baeonra baenroa baenrao baenora baenoar baenaor baenaro bareaon bareano bareoan bareona
barenoa barenao baraeon baraeno baraoen baraone baranoe baraneo baroaen baroane baroean
baroena baronea baronae barnaoe barnaeo barnoae barnoea barneoa barneao baoeran baoerna
baoearn baoeanr baoenar baoenra baorean baorena baoraen baorane baornae baornea baoaren
baoarne baoaern baoaenr baoaner baoanre baonrae baonrea baonare baonaer baonear baonera
baneroa banerao baneora baneoar baneaor banearo banreoa banreao banroea banroae banraoe
banraeo banorea banorae banoera banoear banoaer banoare banaroe banareo banaore banaoer
banaeor banaero

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History of cryptography
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