easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

imperarentque

instabant

kayoes

kulwicki

burnsville

educatee

gerson

applications

moliturque

fritillaria

strongcity

dixique

frankhearted

effugisti

normie

salimeter

redemptionless

fishwife


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: rotiferan
cipher variations:
spujgfsbo tqvkhgtcp urwlihudq vsxmjiver wtynkjwfs
xuzolkxgt yvapmlyhu zwbqnmziv axcronajw bydspobkx
czetqpcly dafurqdmz ebgvsrena fchwtsfob gdixutgpc
hejyvuhqd ifkzwvire jglaxwjsf khmbyxktg linczyluh
mjodazmvi nkpebanwj olqfcboxk pmrgdcpyl qnshedqzm

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: rotiferan
Cipher: ilgruvizm

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: rotiferan
Cipher: BAAAA ABBAB BAABA ABAAA AABAB AABAA BAAAA AAAAA ABBAA

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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: rotiferan
cipher variations:
spujgfsboargzqnaboitspaviboqvefkdqboyxqvulybogzcletgbowdaryjwboefmhirebo
mhyxszmboujknchuboclwdmpcboknitwxkbotqvkhgtcpbsharobcpjutqbwjcprwfglercp
zyrwvmzcphadmfuhcpxebszkxcpfgnijsfcpnizytancpvklodivcpdmxenqdcplojuxylcp
urwlihudqctibspcdqkvurcxkdqsxghmfsdqazsxwnadqibengvidqyfctalydqghojktgdq
ojazubodqwlmpejwdqenyforedqmpkvyzmdqvsxmjiverdujctqderlwvsdylertyhingter
batyxoberjcfohwjerzgdubmzerhipkluherpkbavcperxmnqfkxerfozgpsfernqlwzaner
wtynkjwfsevkdurefsmxwtezmfsuzijohufscbuzypcfskdgpixkfsahevcnafsijqlmvifs
qlcbwdqfsynorglyfsgpahqtgfsormxabofsxuzolkxgtfwlevsfgtnyxufangtvajkpivgt
dcvazqdgtlehqjylgtbifwdobgtjkrmnwjgtrmdcxergtzopshmzgthqbiruhgtpsnybcpgt
yvapmlyhugxmfwtghuozyvgbohuwbklqjwhuedwbarehumfirkzmhucjgxepchuklsnoxkhu
snedyfshuapqtinahuircjsvihuqtozcdqhuzwbqnmzivhyngxuhivpazwhcpivxclmrkxiv
fexcbsfivngjslanivdkhyfqdivlmtopylivtofezgtivbqrujobivjsdktwjivrupaderiv
axcronajwizohyvijwqbaxidqjwydmnslyjwgfydctgjwohktmbojwelizgrejwmnupqzmjw
upgfahujwcrsvkpcjwkteluxkjwsvqbefsjwbydspobkxjapizwjkxrcbyjerkxzenotmzkx
hgzeduhkxpiluncpkxfmjahsfkxnovqrankxvqhgbivkxdstwlqdkxlufmvylkxtwrcfgtkx
czetqpclykbqjaxklysdczkfslyafopunalyihafevilyqjmvodqlygnkbitglyopwrsboly
wrihcjwlyetuxmrelymvgnwzmlyuxsdghulydafurqdmzlcrkbylmztedalgtmzbgpqvobmz
jibgfwjmzrknwpermzholcjuhmzpqxstcpmzxsjidkxmzfuvynsfmznwhoxanmzvytehivmz
ebgvsrenamdslczmnaufebmhunachqrwpcnakjchgxknasloxqfsnaipmdkvinaqrytudqna
ytkjelynagvwzotgnaoxipybonawzufijwnafchwtsfobnetmdanobvgfcnivobdirsxqdob
lkdihylobtmpyrgtobjqnelwjobrszuverobzulkfmzobhwxapuhobpyjqzcpobxavgjkxob
gdixutgpcofunebopcwhgdojwpcejstyrepcmlejizmpcunqzshupckrofmxkpcstavwfspc
avmlgnapcixybqvipcqzkradqpcybwhklypchejyvuhqdpgvofcpqdxihepkxqdfktuzsfqd
nmfkjanqdvorativqdlspgnylqdtubwxgtqdbwnmhobqdjyzcrwjqdralsberqdzcxilmzqd
ifkzwvireqhwpgdqreyjifqlyregluvatgreonglkborewpsbujwremtqhozmreuvcxyhure
cxonipcrekzadsxkresbmtcfsreadyjmnarejglaxwjsfrixqhersfzkjgrmzsfhmvwbuhsf
pohmlcpsfxqtcvkxsfnuripansfvwdyzivsfdypojqdsflabetylsftcnudgtsfbezknobsf
khmbyxktgsjyrifstgalkhsnatginwxcvitgqpinmdqtgyrudwlytgovsjqbotgwxezajwtg
ezqpkretgmbcfuzmtgudovehutgcfalopctglinczyluhtkzsjgtuhbmlitobuhjoxydwjuh
rqjoneruhzsvexmzuhpwtkrcpuhxyfabkxuhfarqlsfuhncdgvanuhvepwfivuhdgbmpqduh
mjodazmviulatkhuvicnmjupcvikpyzexkvisrkpofsviatwfynaviqxulsdqviyzgbclyvi
gbsrmtgviodehwboviwfqxgjwviehcnqrevinkpebanwjvmbulivwjdonkvqdwjlqzafylwj
tslqpgtwjbuxgzobwjryvmterwjzahcdmzwjhctsnuhwjpefixcpwjxgryhkxwjfidorsfwj
olqfcboxkwncvmjwxkepolwrexkmrabgzmxkutmrqhuxkcvyhapcxkszwnufsxkabidenaxk
idutovixkqfgjydqxkyhszilyxkgjepstgxkpmrgdcpylxodwnkxylfqpmxsfylnsbchanyl
vunsrivyldwzibqdyltaxovgtylbcjefobyljevupwjylrghkzerylzitajmzylhkfqtuhyl
qnshedqzmypexolyzmgrqnytgzmotcdibozmwvotsjwzmexajcrezmubypwhuzmcdkfgpczm
kfwvqxkzmshilafszmajubknazmilgruvizmrotiferanzqfypmzanhsrozuhanpudejcpan
xwputkxanfybkdsfanvczqxivandelghqdanlgxwrylantijmbgtanbkvclobanjmhsvwjan

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,

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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: rotiferan
Cipher: ebgvsrena

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: rotiferan
Cipher: 244344421251241133

Extended Methods:
Method #1

Plaintext: rotiferan
method variations:
wtyolkwfsbydtqpblxgdiyvugqcmiodazmvh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r o t i f e r a n 
2 4 4 4 1 5 2 1 3 
4 3 4 2 2 1 4 1 3 
They are then read out in rows:
244415213434221413
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: rotiferan
Cipher: rtvbssgql

Read more ...
Method #3

Plaintext: rotiferan
method variations:
tstbwfdlh stbwfdlht tbwfdlhts
bwfdlhtst wfdlhtstb fdlhtstbw
dlhtstbwf lhtstbwfd htstbwfdl

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: rotiferan

first 5040 cipher variations(362880 total)
rotiferan rotiferna rotifearn rotifeanr rotifenar rotifenra rotifrean rotifrena rotifraen rotifrane rotifrnae
rotifrnea rotifaren rotifarne rotifaern rotifaenr rotifaner rotifanre rotifnrae rotifnrea rotifnare rotifnaer
rotifnear rotifnera rotiefran rotiefrna rotiefarn rotiefanr rotiefnar rotiefnra rotierfan rotierfna rotierafn
rotieranf rotiernaf rotiernfa rotiearfn rotiearnf rotieafrn rotieafnr rotieanfr rotieanrf rotienraf rotienrfa
rotienarf rotienafr rotienfar rotienfra rotirefan rotirefna rotireafn rotireanf rotirenaf rotirenfa rotirfean
rotirfena rotirfaen rotirfane rotirfnae rotirfnea rotirafen rotirafne rotiraefn rotiraenf rotiranef rotiranfe
rotirnfae rotirnfea rotirnafe rotirnaef rotirneaf rotirnefa rotiaerfn rotiaernf rotiaefrn rotiaefnr rotiaenfr
rotiaenrf rotiarefn rotiarenf rotiarfen rotiarfne rotiarnfe rotiarnef rotiafren rotiafrne rotiafern rotiafenr
rotiafner rotiafnre rotianrfe rotianref rotianfre rotianfer rotianefr rotianerf rotineraf rotinerfa rotinearf
rotineafr rotinefar rotinefra rotinreaf rotinrefa rotinraef rotinrafe rotinrfae rotinrfea rotinaref rotinarfe
rotinaerf rotinaefr rotinafer rotinafre rotinfrae rotinfrea rotinfare rotinfaer rotinfear rotinfera rotfieran
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roieafrnt roieaftrn roieaftnr roieafntr roieafnrt roieanrft roieanrtf roieanfrt roieanftr roieantfr roieantrf
roientraf roientrfa roientarf roientafr roientfar roientfra roienrtaf roienrtfa roienratf roienraft roienrfat
roienrfta roienartf roienarft roienatrf roienatfr roienaftr roienafrt roienfrat roienfrta roienfart roienfatr
roienftar roienftra roirfetan roirfetna roirfeatn roirfeant roirfenat roirfenta roirftean roirftena roirftaen
roirftane roirftnae roirftnea roirfaten roirfatne roirfaetn roirfaent roirfanet roirfante roirfntae roirfntea
roirfnate roirfnaet roirfneat roirfneta roireftan roireftna roirefatn roirefant roirefnat roirefnta roiretfan
roiretfna roiretafn roiretanf roiretnaf roiretnfa roireatfn roireatnf roireaftn roireafnt roireanft roireantf
roirentaf roirentfa roirenatf roirenaft roirenfat roirenfta roirtefan roirtefna roirteafn roirteanf roirtenaf
roirtenfa roirtfean roirtfena roirtfaen roirtfane roirtfnae roirtfnea roirtafen roirtafne roirtaefn roirtaenf
roirtanef roirtanfe roirtnfae roirtnfea roirtnafe roirtnaef roirtneaf roirtnefa roiraetfn roiraetnf roiraeftn
roiraefnt roiraenft roiraentf roiratefn roiratenf roiratfen roiratfne roiratnfe roiratnef roiraften roiraftne
roirafetn roirafent roirafnet roirafnte roirantfe roirantef roiranfte roiranfet roiraneft roiranetf roirnetaf
roirnetfa roirneatf roirneaft roirnefat roirnefta roirnteaf roirntefa roirntaef roirntafe roirntfae roirntfea
roirnatef roirnatfe roirnaetf roirnaeft roirnafet roirnafte roirnftae roirnftea roirnfate roirnfaet roirnfeat
roirnfeta roiafertn roiafernt roiafetrn roiafetnr roiafentr roiafenrt roiafretn roiafrent roiafrten roiafrtne
roiafrnte roiafrnet roiaftren roiaftrne roiaftern roiaftenr roiaftner roiaftnre roiafnrte roiafnret roiafntre
roiafnter roiafnetr roiafnert roiaefrtn roiaefrnt roiaeftrn roiaeftnr roiaefntr roiaefnrt roiaerftn roiaerfnt
roiaertfn roiaertnf roiaerntf roiaernft roiaetrfn roiaetrnf roiaetfrn roiaetfnr roiaetnfr roiaetnrf roiaenrtf
roiaenrft roiaentrf roiaentfr roiaenftr roiaenfrt roiareftn roiarefnt roiaretfn roiaretnf roiarentf roiarenft
roiarfetn roiarfent roiarften roiarftne roiarfnte roiarfnet roiartfen roiartfne roiartefn roiartenf roiartnef
roiartnfe roiarnfte roiarnfet roiarntfe roiarntef roiarnetf roiarneft roiaterfn roiaternf roiatefrn roiatefnr
roiatenfr roiatenrf roiatrefn roiatrenf roiatrfen roiatrfne roiatrnfe roiatrnef roiatfren roiatfrne roiatfern
roiatfenr roiatfner roiatfnre roiatnrfe roiatnref roiatnfre roiatnfer roiatnefr roiatnerf roianertf roianerft
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roinferat roinferta roinfeart roinfeatr roinfetar roinfetra roinfreat roinfreta roinfraet roinfrate roinfrtae
roinfrtea roinfaret roinfarte roinfaert roinfaetr roinfater roinfatre roinftrae roinftrea roinftare roinftaer
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roineratf roinertaf roinertfa roinearft roineartf roineafrt roineaftr roineatfr roineatrf roinetraf roinetrfa
roinetarf roinetafr roinetfar roinetfra roinrefat roinrefta roinreaft roinreatf roinretaf roinretfa roinrfeat
roinrfeta roinrfaet roinrfate roinrftae roinrftea roinrafet roinrafte roinraeft roinraetf roinratef roinratfe
roinrtfae roinrtfea roinrtafe roinrtaef roinrteaf roinrtefa roinaerft roinaertf roinaefrt roinaeftr roinaetfr
roinaetrf roinareft roinaretf roinarfet roinarfte roinartfe roinartef roinafret roinafrte roinafert roinafetr
roinafter roinaftre roinatrfe roinatref roinatfre roinatfer roinatefr roinaterf rointeraf rointerfa rointearf
rointeafr rointefar rointefra rointreaf rointrefa rointraef rointrafe rointrfae rointrfea rointaref rointarfe
rointaerf rointaefr rointafer rointafre rointfrae rointfrea rointfare rointfaer rointfear rointfera rofiteran
rofiterna rofitearn rofiteanr rofitenar rofitenra rofitrean rofitrena rofitraen rofitrane rofitrnae rofitrnea
rofitaren rofitarne rofitaern rofitaenr rofitaner rofitanre rofitnrae rofitnrea rofitnare rofitnaer rofitnear
rofitnera rofietran rofietrna rofietarn rofietanr rofietnar rofietnra rofiertan rofiertna rofieratn rofierant
rofiernat rofiernta rofieartn rofiearnt rofieatrn rofieatnr rofieantr rofieanrt rofienrat rofienrta rofienart
rofienatr rofientar rofientra rofiretan rofiretna rofireatn rofireant rofirenat rofirenta rofirtean rofirtena
rofirtaen rofirtane rofirtnae rofirtnea rofiraten rofiratne rofiraetn rofiraent rofiranet rofirante rofirntae
rofirntea rofirnate rofirnaet rofirneat rofirneta rofiaertn rofiaernt rofiaetrn rofiaetnr rofiaentr rofiaenrt
rofiaretn rofiarent rofiarten rofiartne rofiarnte rofiarnet rofiatren rofiatrne rofiatern rofiatenr rofiatner
rofiatnre rofianrte rofianret rofiantre rofianter rofianetr rofianert rofinerat rofinerta rofineart rofineatr
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rofinaetr rofinater rofinatre rofintrae rofintrea rofintare rofintaer rofintear rofintera roftieran roftierna
roftiearn roftieanr roftienar roftienra roftirean roftirena roftiraen roftirane roftirnae roftirnea roftiaren
roftiarne roftiaern roftiaenr roftianer roftianre roftinrae roftinrea roftinare roftinaer roftinear roftinera
rofteiran rofteirna rofteiarn rofteianr rofteinar rofteinra rofterian rofterina rofterain rofterani rofternai
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roftrnaie roftrnaei roftrneai roftrneia roftaerin roftaerni roftaeirn roftaeinr roftaenir roftaenri roftarein
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roftanrie roftanrei roftanire roftanier roftaneir roftaneri roftnerai roftneria roftneari roftneair roftneiar
roftneira roftnreai roftnreia roftnraei roftnraie roftnriae roftnriea roftnarei roftnarie roftnaeri roftnaeir
roftnaier roftnaire roftnirae roftnirea roftniare roftniaer roftniear roftniera rofetiran rofetirna rofetiarn
rofetianr rofetinar rofetinra rofetrian rofetrina rofetrain rofetrani rofetrnai rofetrnia rofetarin rofetarni
rofetairn rofetainr rofetanir rofetanri rofetnrai rofetnria rofetnari rofetnair rofetniar rofetnira rofeitran
rofeitrna rofeitarn rofeitanr rofeitnar rofeitnra rofeirtan rofeirtna rofeiratn rofeirant rofeirnat rofeirnta
rofeiartn rofeiarnt rofeiatrn rofeiatnr rofeiantr rofeianrt rofeinrat rofeinrta rofeinart rofeinatr rofeintar
rofeintra roferitan roferitna roferiatn roferiant roferinat roferinta rofertian rofertina rofertain rofertani
rofertnai rofertnia roferatin roferatni roferaitn roferaint roferanit roferanti roferntai roferntia rofernati
rofernait roferniat rofernita rofeairtn rofeairnt rofeaitrn rofeaitnr rofeaintr rofeainrt rofearitn rofearint
rofeartin rofeartni rofearnti rofearnit rofeatrin rofeatrni rofeatirn rofeatinr rofeatnir rofeatnri rofeanrti
rofeanrit rofeantri rofeantir rofeanitr rofeanirt rofenirat rofenirta rofeniart rofeniatr rofenitar rofenitra
rofenriat rofenrita rofenrait rofenrati rofenrtai rofenrtia rofenarit rofenarti rofenairt rofenaitr rofenatir
rofenatri rofentrai rofentria rofentari rofentair rofentiar rofentira rofrteian rofrteina rofrteain rofrteani
rofrtenai rofrtenia rofrtiean rofrtiena rofrtiaen rofrtiane rofrtinae rofrtinea rofrtaien rofrtaine rofrtaein
rofrtaeni rofrtanei rofrtanie rofrtniae rofrtniea rofrtnaie rofrtnaei rofrtneai rofrtneia rofretian rofretina
rofretain rofretani rofretnai rofretnia rofreitan rofreitna rofreiatn rofreiant rofreinat rofreinta rofreaitn
rofreaint rofreatin rofreatni rofreanti rofreanit rofreniat rofrenita rofrenait rofrenati rofrentai rofrentia
rofrietan rofrietna rofrieatn rofrieant rofrienat rofrienta rofritean rofritena rofritaen rofritane rofritnae
rofritnea rofriaten rofriatne rofriaetn rofriaent rofrianet rofriante rofrintae rofrintea rofrinate rofrinaet
rofrineat rofrineta rofraeitn rofraeint rofraetin rofraetni rofraenti rofraenit rofraietn rofraient rofraiten
rofraitne rofrainte rofrainet rofratien rofratine rofratein rofrateni rofratnei rofratnie rofranite rofraniet
rofrantie rofrantei rofraneti rofraneit rofrneiat rofrneita rofrneait rofrneati rofrnetai rofrnetia rofrnieat
rofrnieta rofrniaet rofrniate rofrnitae rofrnitea rofrnaiet rofrnaite rofrnaeit rofrnaeti rofrnatei rofrnatie
rofrntiae rofrntiea rofrntaie rofrntaei rofrnteai rofrnteia rofaterin rofaterni rofateirn rofateinr rofatenir
rofatenri rofatrein rofatreni rofatrien rofatrine rofatrnie rofatrnei rofatiren rofatirne rofatiern rofatienr
rofatiner rofatinre rofatnrie rofatnrei rofatnire rofatnier rofatneir rofatneri rofaetrin rofaetrni rofaetirn
rofaetinr rofaetnir rofaetnri rofaertin rofaertni rofaeritn rofaerint rofaernit rofaernti rofaeirtn rofaeirnt
rofaeitrn rofaeitnr rofaeintr rofaeinrt rofaenrit rofaenrti rofaenirt rofaenitr rofaentir rofaentri rofaretin
rofaretni rofareitn rofareint rofarenit rofarenti rofartein rofarteni rofartien rofartine rofartnie rofartnei
rofariten rofaritne rofarietn rofarient rofarinet rofarinte rofarntie rofarntei rofarnite rofarniet rofarneit
rofarneti rofaiertn rofaiernt rofaietrn rofaietnr rofaientr rofaienrt rofairetn rofairent rofairten rofairtne
rofairnte rofairnet rofaitren rofaitrne rofaitern rofaitenr rofaitner rofaitnre rofainrte rofainret rofaintre
rofainter rofainetr rofainert rofanerit rofanerti rofaneirt rofaneitr rofanetir rofanetri rofanreit rofanreti
rofanriet rofanrite rofanrtie rofanrtei rofaniret rofanirte rofaniert rofanietr rofaniter rofanitre rofantrie
rofantrei rofantire rofantier rofanteir rofanteri rofnterai rofnteria rofnteari rofnteair rofnteiar rofnteira
rofntreai rofntreia rofntraei rofntraie rofntriae rofntriea rofntarei rofntarie rofntaeri rofntaeir rofntaier
rofntaire rofntirae rofntirea rofntiare rofntiaer rofntiear rofntiera rofnetrai rofnetria rofnetari rofnetair
rofnetiar rofnetira rofnertai rofnertia rofnerati rofnerait rofneriat rofnerita rofnearti rofnearit rofneatri
rofneatir rofneaitr rofneairt rofneirat rofneirta rofneiart rofneiatr rofneitar rofneitra rofnretai rofnretia
rofnreati rofnreait rofnreiat rofnreita rofnrteai rofnrteia rofnrtaei rofnrtaie rofnrtiae rofnrtiea rofnratei
rofnratie rofnraeti rofnraeit rofnraiet rofnraite rofnritae rofnritea rofnriate rofnriaet rofnrieat rofnrieta
rofnaerti rofnaerit rofnaetri rofnaetir rofnaeitr rofnaeirt rofnareti rofnareit rofnartei rofnartie rofnarite
rofnariet rofnatrei rofnatrie rofnateri rofnateir rofnatier rofnatire rofnairte rofnairet rofnaitre rofnaiter
rofnaietr rofnaiert rofnierat rofnierta rofnieart rofnieatr rofnietar rofnietra rofnireat rofnireta rofniraet
rofnirate rofnirtae rofnirtea rofniaret rofniarte rofniaert rofniaetr rofniater rofniatre rofnitrae rofnitrea
rofnitare rofnitaer rofnitear rofnitera roeiftran roeiftrna roeiftarn roeiftanr roeiftnar roeiftnra roeifrtan
roeifrtna roeifratn roeifrant roeifrnat roeifrnta roeifartn roeifarnt roeifatrn roeifatnr roeifantr roeifanrt
roeifnrat roeifnrta roeifnart roeifnatr roeifntar roeifntra roeitfran roeitfrna roeitfarn roeitfanr roeitfnar
roeitfnra roeitrfan roeitrfna roeitrafn roeitranf roeitrnaf roeitrnfa roeitarfn roeitarnf roeitafrn roeitafnr
roeitanfr roeitanrf roeitnraf roeitnrfa roeitnarf roeitnafr roeitnfar roeitnfra roeirtfan roeirtfna roeirtafn
roeirtanf roeirtnaf roeirtnfa roeirftan roeirftna roeirfatn roeirfant roeirfnat roeirfnta roeiraftn roeirafnt
roeiratfn roeiratnf roeirantf roeiranft roeirnfat roeirnfta roeirnaft roeirnatf roeirntaf roeirntfa roeiatrfn
roeiatrnf roeiatfrn roeiatfnr roeiatnfr roeiatnrf roeiartfn roeiartnf roeiarftn roeiarfnt roeiarnft roeiarntf
roeiafrtn roeiafrnt roeiaftrn roeiaftnr roeiafntr roeiafnrt roeianrft roeianrtf roeianfrt roeianftr roeiantfr
roeiantrf roeintraf roeintrfa roeintarf roeintafr roeintfar roeintfra roeinrtaf roeinrtfa roeinratf roeinraft
roeinrfat roeinrfta roeinartf roeinarft roeinatrf roeinatfr roeinaftr roeinafrt roeinfrat roeinfrta roeinfart
roeinfatr roeinftar roeinftra roefitran roefitrna roefitarn roefitanr roefitnar roefitnra roefirtan roefirtna
roefiratn roefirant roefirnat roefirnta roefiartn roefiarnt roefiatrn roefiatnr roefiantr roefianrt roefinrat
roefinrta roefinart roefinatr roefintar roefintra roeftiran roeftirna roeftiarn roeftianr roeftinar roeftinra
roeftrian roeftrina roeftrain roeftrani roeftrnai roeftrnia roeftarin roeftarni roeftairn roeftainr roeftanir
roeftanri roeftnrai roeftnria roeftnari roeftnair roeftniar roeftnira roefrtian roefrtina roefrtain roefrtani
roefrtnai roefrtnia roefritan roefritna roefriatn roefriant roefrinat roefrinta roefraitn roefraint roefratin
roefratni roefranti roefranit roefrniat roefrnita roefrnait roefrnati roefrntai roefrntia roefatrin roefatrni
roefatirn roefatinr roefatnir roefatnri roefartin roefartni roefaritn roefarint roefarnit roefarnti roefairtn
roefairnt roefaitrn roefaitnr roefaintr roefainrt roefanrit roefanrti roefanirt roefanitr roefantir roefantri
roefntrai roefntria roefntari roefntair roefntiar roefntira roefnrtai roefnrtia roefnrati roefnrait roefnriat
roefnrita roefnarti roefnarit roefnatri roefnatir roefnaitr roefnairt roefnirat roefnirta roefniart roefniatr
roefnitar roefnitra roetfiran roetfirna roetfiarn roetfianr roetfinar roetfinra roetfrian roetfrina roetfrain
roetfrani roetfrnai roetfrnia roetfarin roetfarni roetfairn roetfainr roetfanir roetfanri roetfnrai roetfnria
roetfnari roetfnair roetfniar roetfnira roetifran roetifrna roetifarn roetifanr roetifnar roetifnra roetirfan
roetirfna roetirafn roetiranf roetirnaf roetirnfa roetiarfn roetiarnf roetiafrn roetiafnr roetianfr roetianrf
roetinraf roetinrfa roetinarf roetinafr roetinfar roetinfra roetrifan roetrifna roetriafn roetrianf roetrinaf
roetrinfa roetrfian roetrfina roetrfain roetrfani roetrfnai roetrfnia roetrafin roetrafni roetraifn roetrainf
roetranif roetranfi roetrnfai roetrnfia roetrnafi roetrnaif roetrniaf roetrnifa roetairfn roetairnf roetaifrn
roetaifnr roetainfr roetainrf roetarifn roetarinf roetarfin roetarfni roetarnfi roetarnif roetafrin roetafrni
roetafirn roetafinr roetafnir roetafnri roetanrfi roetanrif roetanfri roetanfir roetanifr roetanirf roetniraf
roetnirfa roetniarf roetniafr roetnifar roetnifra roetnriaf roetnrifa roetnraif roetnrafi roetnrfai roetnrfia
roetnarif roetnarfi roetnairf roetnaifr roetnafir roetnafri roetnfrai roetnfria roetnfari roetnfair roetnfiar
roetnfira roerftian roerftina roerftain roerftani roerftnai roerftnia roerfitan roerfitna roerfiatn roerfiant
roerfinat roerfinta roerfaitn roerfaint roerfatin roerfatni roerfanti roerfanit roerfniat roerfnita roerfnait
roerfnati roerfntai roerfntia roertfian roertfina roertfain roertfani roertfnai roertfnia roertifan roertifna
roertiafn roertianf roertinaf roertinfa roertaifn roertainf roertafin roertafni roertanfi roertanif roertniaf
roertnifa roertnaif roertnafi roertnfai roertnfia roeritfan roeritfna roeritafn roeritanf roeritnaf roeritnfa
roeriftan roeriftna roerifatn roerifant roerifnat roerifnta roeriaftn roeriafnt roeriatfn roeriatnf roeriantf
roerianft roerinfat roerinfta roerinaft roerinatf roerintaf roerintfa roeratifn roeratinf roeratfin roeratfni
roeratnfi roeratnif roeraitfn roeraitnf roeraiftn roeraifnt roerainft roeraintf roerafitn roerafint roeraftin
roeraftni roerafnti roerafnit roeranift roeranitf roeranfit roeranfti roerantfi roerantif roerntiaf roerntifa
roerntaif roerntafi roerntfai roerntfia roernitaf roernitfa roerniatf roerniaft roernifat roernifta roernaitf
roernaift roernatif roernatfi roernafti roernafit roernfiat roernfita roernfait roernfati roernftai roernftia
roeaftrin roeaftrni roeaftirn roeaftinr roeaftnir roeaftnri roeafrtin roeafrtni roeafritn roeafrint roeafrnit
roeafrnti roeafirtn roeafirnt roeafitrn roeafitnr roeafintr roeafinrt roeafnrit roeafnrti roeafnirt roeafnitr
roeafntir roeafntri roeatfrin roeatfrni roeatfirn roeatfinr roeatfnir roeatfnri roeatrfin roeatrfni roeatrifn
roeatrinf roeatrnif roeatrnfi roeatirfn roeatirnf roeatifrn roeatifnr roeatinfr roeatinrf roeatnrif roeatnrfi
roeatnirf roeatnifr roeatnfir roeatnfri roeartfin roeartfni roeartifn roeartinf roeartnif roeartnfi roearftin
roearftni roearfitn roearfint roearfnit roearfnti roeariftn roearifnt roearitfn roearitnf roearintf roearinft
roearnfit roearnfti roearnift roearnitf roearntif roearntfi roeaitrfn roeaitrnf roeaitfrn roeaitfnr roeaitnfr
roeaitnrf roeairtfn roeairtnf roeairftn roeairfnt roeairnft roeairntf roeaifrtn roeaifrnt roeaiftrn roeaiftnr
roeaifntr roeaifnrt roeainrft roeainrtf roeainfrt roeainftr roeaintfr roeaintrf roeantrif roeantrfi roeantirf
roeantifr roeantfir roeantfri roeanrtif roeanrtfi roeanritf roeanrift roeanrfit roeanrfti roeanirtf roeanirft
roeanitrf roeanitfr roeaniftr roeanifrt roeanfrit roeanfrti roeanfirt roeanfitr roeanftir roeanftri roenftrai
roenftria roenftari roenftair roenftiar roenftira roenfrtai roenfrtia roenfrati roenfrait roenfriat roenfrita
roenfarti roenfarit roenfatri roenfatir roenfaitr roenfairt roenfirat roenfirta roenfiart roenfiatr roenfitar
roenfitra roentfrai roentfria roentfari roentfair roentfiar roentfira roentrfai roentrfia roentrafi roentraif
roentriaf roentrifa roentarfi roentarif roentafri roentafir roentaifr roentairf roentiraf roentirfa roentiarf
roentiafr roentifar roentifra roenrtfai roenrtfia roenrtafi roenrtaif roenrtiaf roenrtifa roenrftai roenrftia
roenrfati roenrfait roenrfiat roenrfita roenrafti roenrafit roenratfi roenratif roenraitf roenraift roenrifat
roenrifta roenriaft roenriatf roenritaf roenritfa roenatrfi roenatrif roenatfri roenatfir roenatifr roenatirf
roenartfi roenartif roenarfti roenarfit roenarift roenaritf roenafrti roenafrit roenaftri roenaftir roenafitr
roenafirt roenairft roenairtf roenaifrt roenaiftr roenaitfr roenaitrf roenitraf roenitrfa roenitarf roenitafr
roenitfar roenitfra roenirtaf roenirtfa roeniratf roeniraft roenirfat roenirfta roeniartf roeniarft roeniatrf
roeniatfr roeniaftr roeniafrt roenifrat roenifrta roenifart roenifatr roeniftar roeniftra rorifetan rorifetna
rorifeatn rorifeant rorifenat rorifenta roriftean roriftena roriftaen roriftane roriftnae roriftnea rorifaten
rorifatne rorifaetn rorifaent rorifanet rorifante rorifntae rorifntea rorifnate rorifnaet rorifneat rorifneta
rorieftan rorieftna roriefatn roriefant roriefnat roriefnta rorietfan rorietfna rorietafn rorietanf rorietnaf
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roritnafe roritnaef roritneaf roritnefa roriaetfn roriaetnf roriaeftn roriaefnt roriaenft roriaentf roriatefn
roriatenf roriatfen roriatfne roriatnfe roriatnef roriaften roriaftne roriafetn roriafent roriafnet roriafnte
roriantfe roriantef rorianfte rorianfet rorianeft rorianetf rorinetaf rorinetfa rorineatf rorineaft rorinefat
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rorfieant rorfienat rorfienta rorfitean rorfitena rorfitaen rorfitane rorfitnae rorfitnea rorfiaten rorfiatne
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rorfeitna rorfeiatn rorfeiant rorfeinat rorfeinta rorfetian rorfetina rorfetain rorfetani rorfetnai rorfetnia
rorfeatin rorfeatni rorfeaitn rorfeaint rorfeanit rorfeanti rorfentai rorfentia rorfenati rorfenait rorfeniat
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roretifan roretifna roretiafn roretianf roretinaf roretinfa roretfian roretfina roretfain roretfani roretfnai
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rortanfei rortanefi rortaneif rortneiaf rortneifa rortneaif rortneafi rortnefai rortnefia rortnieaf rortniefa
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rortnfiea rortnfaie rortnfaei rortnfeai rortnfeia rorafetin rorafetni rorafeitn rorafeint rorafenit rorafenti
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roatfiren roatfirne roatfiern roatfienr roatfiner roatfinre roatfnrie roatfnrei roatfnire roatfnier roatfneir
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ronetraif ronetrafi ronetrfai ronetrfia ronetarif ronetarfi ronetairf ronetaifr ronetafir ronetafri ronetfrai
ronetfria ronetfari ronetfair ronetfiar ronetfira ronrfeiat ronrfeita ronrfeait ronrfeati ronrfetai ronrfetia
ronrfieat ronrfieta ronrfiaet ronrfiate ronrfitae ronrfitea ronrfaiet ronrfaite ronrfaeit ronrfaeti ronrfatei
ronrfatie ronrftiae ronrftiea ronrftaie ronrftaei ronrfteai ronrfteia ronrefiat ronrefita ronrefait ronrefati
ronreftai ronreftia ronreifat ronreifta ronreiaft ronreiatf ronreitaf ronreitfa ronreaift ronreaitf ronreafit
ronreafti ronreatfi ronreatif ronretiaf ronretifa ronretaif ronretafi ronretfai ronretfia ronriefat ronriefta
ronrieaft ronrieatf ronrietaf ronrietfa ronrifeat ronrifeta ronrifaet ronrifate ronriftae ronriftea ronriafet
ronriafte ronriaeft ronriaetf ronriatef ronriatfe ronritfae ronritfea ronritafe ronritaef ronriteaf ronritefa
ronraeift ronraeitf ronraefit ronraefti ronraetfi ronraetif ronraieft ronraietf ronraifet ronraifte ronraitfe
ronraitef ronrafiet ronrafite ronrafeit ronrafeti ronraftei ronraftie ronratife ronratief ronratfie ronratfei
ronratefi ronrateif ronrteiaf ronrteifa ronrteaif ronrteafi ronrtefai ronrtefia ronrtieaf ronrtiefa ronrtiaef
ronrtiafe ronrtifae ronrtifea ronrtaief ronrtaife ronrtaeif ronrtaefi ronrtafei ronrtafie ronrtfiae ronrtfiea
ronrtfaie ronrtfaei ronrtfeai ronrtfeia ronaferit ronaferti ronafeirt ronafeitr ronafetir ronafetri ronafreit
ronafreti ronafriet ronafrite ronafrtie ronafrtei ronafiret ronafirte ronafiert ronafietr ronafiter ronafitre
ronaftrie ronaftrei ronaftire ronaftier ronafteir ronafteri ronaefrit ronaefrti ronaefirt ronaefitr ronaeftir
ronaeftri ronaerfit ronaerfti ronaerift ronaeritf ronaertif ronaertfi ronaeirft ronaeirtf ronaeifrt ronaeiftr
ronaeitfr ronaeitrf ronaetrif ronaetrfi ronaetirf ronaetifr ronaetfir ronaetfri ronarefit ronarefti ronareift
ronareitf ronaretif ronaretfi ronarfeit ronarfeti ronarfiet ronarfite ronarftie ronarftei ronarifet ronarifte
ronarieft ronarietf ronaritef ronaritfe ronartfie ronartfei ronartife ronartief ronarteif ronartefi ronaierft
ronaiertf ronaiefrt ronaieftr ronaietfr ronaietrf ronaireft ronairetf ronairfet ronairfte ronairtfe ronairtef
ronaifret ronaifrte ronaifert ronaifetr ronaifter ronaiftre ronaitrfe ronaitref ronaitfre ronaitfer ronaitefr
ronaiterf ronaterif ronaterfi ronateirf ronateifr ronatefir ronatefri ronatreif ronatrefi ronatrief ronatrife
ronatrfie ronatrfei ronatiref ronatirfe ronatierf ronatiefr ronatifer ronatifre ronatfrie ronatfrei ronatfire
ronatfier ronatfeir ronatferi rontferai rontferia rontfeari rontfeair rontfeiar rontfeira rontfreai rontfreia
rontfraei rontfraie rontfriae rontfriea rontfarei rontfarie rontfaeri rontfaeir rontfaier rontfaire rontfirae
rontfirea rontfiare rontfiaer rontfiear rontfiera rontefrai rontefria rontefari rontefair rontefiar rontefira
ronterfai ronterfia ronterafi ronteraif ronteriaf ronterifa rontearfi rontearif ronteafri ronteafir ronteaifr
ronteairf ronteiraf ronteirfa ronteiarf ronteiafr ronteifar ronteifra rontrefai rontrefia rontreafi rontreaif
rontreiaf rontreifa rontrfeai rontrfeia rontrfaei rontrfaie rontrfiae rontrfiea rontrafei rontrafie rontraefi
rontraeif rontraief rontraife rontrifae rontrifea rontriafe rontriaef rontrieaf rontriefa rontaerfi rontaerif
rontaefri rontaefir rontaeifr rontaeirf rontarefi rontareif rontarfei rontarfie rontarife rontarief rontafrei
rontafrie rontaferi rontafeir rontafier rontafire rontairfe rontairef rontaifre rontaifer rontaiefr rontaierf
rontieraf rontierfa rontiearf rontieafr rontiefar rontiefra rontireaf rontirefa rontiraef rontirafe rontirfae
rontirfea rontiaref rontiarfe rontiaerf rontiaefr rontiafer rontiafre rontifrae rontifrea rontifare rontifaer
rontifear rontifera

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History of cryptography
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