easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

overintensification

operor

snowfield

lenitaslenitudo

exeratisque

ectrogeny

striafaciens

redispose

moshannon

resende

peases

exceptum

ochavo

crediderimusque

repudiationist

toryhillite

necataque

thallochlore


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: friaries
cipher variations:
gsjbsjft htkctkgu iuldulhv jvmevmiw kwnfwnjx
lxogxoky myphyplz nzqizqma oarjarnb pbskbsoc
qctlctpd rdumduqe sevnevrf tfwofwsg ugxpgxth
vhyqhyui wizrizvj xjasjawk ykbtkbxl zlculcym
amdvmdzn bnewneao cofxofbp dpgypgcq eqhzqhdr

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: friaries
Cipher: uirzirvh

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: friaries
Cipher: AABAB BAAAA ABAAA AAAAA BAAAA ABAAA AABAA BAAAB

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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: friaries
cipher variations:
gsjbsjftqazbazndaipbipvnkqfbqfdxuyvbyvlheglbgltrywrbwrjliehbehrv
smxbmxzfcunbunhpmcdbcdpzwktbktxjhtkctkgurbacbaoebjqcjqwolrgcrgey
vzwczwmifhmchmuszxscxskmjficfiswtnycnyagdvocvoiqndecdeqaxlucluyk
iuldulhvscbdcbpfckrdkrxpmshdshfzwaxdaxnjgindinvtaytdytlnkgjdgjtx
uozdozbhewpdwpjroefdefrbymvdmvzljvmevmiwtdcedcqgdlselsyqntietiga
xbyebyokhjoejowubzuezumolhkehkuyvpaepacifxqexqkspfgefgscznwenwam
kwnfwnjxuedfedrhemtfmtzroujfujhbyczfczplikpfkpxvcavfavnpmilfilvz
wqbfqbdjgyrfyrltqghfghtdaoxfoxbnlxogxokyvfegfesifnugnuaspvkgvkic
zdagdaqmjlqglqywdbwgbwoqnjmgjmwaxrcgrcekhzsgzsmurhighiuebpygpyco
myphyplzwgfhgftjgovhovbtqwlhwljdaebhebrnkmrhmrzxecxhcxproknhknxb
ysdhsdfliathatnvsijhijvfcqzhqzdpnzqizqmaxhgihgukhpwipwcurxmixmke
bfcifcsolnsinsayfdyidyqsploiloyczteitegmjbuibuowtjkijkwgdrairaeq
oarjarnbyihjihvliqxjqxdvsynjynlfcgdjgdtpmotjotbzgezjezrtqmpjmpzd
aufjufhnkcvjcvpxukljklxhesbjsbfrpbskbsoczjikjiwmjrykryewtzokzomg
dhekheuqnpukpucahfakfasurnqknqaebvgkvgioldwkdwqyvlmklmyiftcktcgs
qctlctpdakjlkjxnkszlszfxuaplapnheiflifvroqvlqvdbigblgbtvsorlorbf
cwhlwhjpmexlexrzwmnlmnzjgudludhtrdumduqeblkmlkyoltamtagyvbqmbqoi
fjgmjgwsprwmrwecjhcmhcuwtpsmpscgdximxikqnfymfysaxnomnoakhvemveiu
sevnevrfcmlnmlzpmubnubhzwcrncrpjgkhnkhxtqsxnsxfdkidnidvxuqtnqtdh
eyjnyjlrogzngztbyopnopbliwfnwfjvtfwofwsgdnmonmaqnvcovciaxdsodsqk
hlioliyurtyotygeljeojewyvruorueifzkozkmsphaohauczpqopqcmjxgoxgkw
ugxpgxtheonponbrowdpwdjbyetpetrlimjpmjzvsuzpuzhfmkfpkfxzwsvpsvfj
galpalntqibpibvdaqrpqrdnkyhpyhlxvhyqhyuifpoqpocspxeqxekczfuqfusm
jnkqnkawtvaqvaignlgqlgyaxtwqtwgkhbmqbmourjcqjcwebrsqrseolziqzimy
wizrizvjgqprqpdtqyfryfldagvrgvtnkolrolbxuwbrwbjhomhrmhzbyuxruxhl
icnrcnpvskdrkdxfcstrstfpmajrajnzxjasjawkhrqsrqeurzgszgmebhwshwuo
lpmspmcyvxcsxckipnisniaczvysvyimjdosdoqwtlesleygdtustugqnbksbkoa
ykbtkbxlisrtsrfvsahtahnfcixtixvpmqntqndzwydtydljqojtojbdawztwzjn
kepteprxumftmfzheuvtuvhrocltclpbzlculcymjtsutsgwtbiubiogdjyujywq
nrouroeaxzeuzemkrpkupkcebxauxakolfqufqsyvngungaifvwuvwispdmudmqc
amdvmdznkutvuthxucjvcjphekzvkzxrospvspfbyafvafnlsqlvqldfcybvyblp
mgrvgrtzwohvohbjgwxvwxjtqenvenrdbnewneaolvuwvuiyvdkwdkqiflawlays
ptqwtqgczbgwbgomtrmwrmegdzcwzcmqnhswhsuaxpiwpickhxywxykurfowfose
cofxofbpmwvxwvjzwelxelrjgmbxmbztqurxurhdachxchpnusnxsnfheadxadnr
oitxitvbyqjxqjdliyzxyzlvsgpxgptfdpgypgcqnxwyxwkaxfmyfmskhncyncau
rvsyvsiebdiydiqovtoytogifbeybeospjuyjuwczrkyrkemjzayzamwthqyhqug
eqhzqhdroyxzyxlbygnzgntliodzodbvswtzwtjfcejzejrpwupzuphjgcfzcfpt
qkvzkvxdaslzslfnkabzabnxuirzirvhfriariespzyazymczhoahoumjpeapecw
txuaxukgdfkafksqxvqavqikhdgadgqurlwalwyebtmatmgolbcabcoyvjsajswi

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: friaries
Cipher: sevnevrf

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: friaries
Cipher: 1224421124425134

Extended Methods:
Method #1

Plaintext: friaries
method variations:
lwofwokxqbtlbtpcvgyqgyuhamdvmdzn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f r i a r i e s 
1 2 4 1 2 4 5 3 
2 4 2 1 4 2 1 4 
They are then read out in rows:
1241245324214214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: friaries
Cipher: fdrprbiq

Read more ...
Method #3

Plaintext: friaries
method variations:
gtbftwld tbftwldg bftwldgt
ftwldgtb twldgtbf wldgtbft
ldgtbftw dgtbftwl

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: friaries

first 5040 cipher variations(40320 total)
friaries friarise friareis friaresi friarsei friarsie friaires friairse friaiers friaiesr friaiser
friaisre friaeirs friaeisr friaeris friaersi friaesri friaesir friasier friasire friaseir friaseri
friasrei friasrie friraies friraise friraeis friraesi frirasei frirasie fririaes fririase fririeas
fririesa fririsea fririsae frireias frireisa frireais frireasi friresai friresia frirsiea frirsiae
frirseia frirseai frirsaei frirsaie friiraes friirase friireas friiresa friirsea friirsae friiares
friiarse friiaers friiaesr friiaser friiasre friiears friieasr friieras friiersa friiesra friiesar
friisaer friisare friisear friisera friisrea friisrae frierias frierisa frierais frierasi friersai
friersia frieiras frieirsa frieiars frieiasr frieisar frieisra frieairs frieaisr friearis friearsi
frieasri frieasir friesiar friesira friesair friesari friesrai friesria frisriea frisriae frisreia
frisreai frisraei frisraie frisirea frisirae frisiera frisiear frisiaer frisiare friseira friseiar
friseria friserai friseari friseair frisaier frisaire frisaeir frisaeri frisarei frisarie frairies
frairise fraireis frairesi frairsei frairsie fraiires fraiirse fraiiers fraiiesr fraiiser fraiisre
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frrseaii frrseaii frrsaiei frrsaiie frrsaeii frrsaeii frrsaiei frrsaiie friaries friarise friareis
friaresi friarsei friarsie friaires friairse friaiers friaiesr friaiser friaisre friaeirs friaeisr
friaeris friaersi friaesri friaesir friasier friasire friaseir friaseri friasrei friasrie friraies
friraise friraeis friraesi frirasei frirasie fririaes fririase fririeas fririesa fririsea fririsae
frireias frireisa frireais frireasi friresai friresia frirsiea frirsiae frirseia frirseai frirsaei
frirsaie friiraes friirase friireas friiresa friirsea friirsae friiares friiarse friiaers friiaesr
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fieiarrs fieiarsr fieiarrs fieiarsr fieiasrr fieiasrr fieirars fieirasr fieirras fieirrsa fieirsra
fieirsar fieisarr fieisarr fieisrar fieisrra fieisrra fieisrar fierrias fierrisa fierrais fierrasi
fierrsai fierrsia fieriras fierirsa fieriars fieriasr fierisar fierisra fierairs fieraisr fieraris
fierarsi fierasri fierasir fiersiar fiersira fiersair fiersari fiersrai fiersria fiesrira fiesriar
fiesrria fiesrrai fiesrari fiesrair fiesirra fiesirar fiesirra fiesirar fiesiarr fiesiarr fiesrira
fiesriar fiesrria fiesrrai fiesrari fiesrair fiesairr fiesairr fiesarir fiesarri fiesarri fiesarir
fisarier fisarire fisareir fisareri fisarrei fisarrie fisairer fisairre fisaierr fisaierr fisairer
fisairre fisaeirr fisaeirr fisaerir fisaerri fisaerri fisaerir fisarier fisarire fisareir fisareri
fisarrei fisarrie fisraier fisraire fisraeir fisraeri fisrarei fisrarie fisriaer fisriare fisriear
fisriera fisrirea fisrirae fisreiar fisreira fisreair fisreari fisrerai fisreria fisrriea fisrriae
fisrreia fisrreai fisrraei fisrraie fisiraer fisirare fisirear fisirera fisirrea fisirrae fisiarer
fisiarre fisiaerr fisiaerr fisiarer fisiarre fisiearr fisiearr fisierar fisierra fisierra fisierar
fisiraer fisirare fisirear fisirera fisirrea fisirrae fiseriar fiserira fiserair fiserari fiserrai
fiserria fiseirar fiseirra fiseiarr fiseiarr fiseirar fiseirra fiseairr fiseairr fisearir fisearri
fisearri fisearir fiseriar fiserira fiserair fiserari fiserrai fiserria fisrriea fisrriae fisrreia
fisrreai fisrraei fisrraie fisrirea fisrirae fisriera fisriear fisriaer fisriare fisreira fisreiar
fisreria fisrerai fisreari fisreair fisraier fisraire fisraeir fisraeri fisrarei fisrarie fairries
fairrise fairreis fairresi fairrsei fairrsie fairires fairirse fairiers fairiesr fairiser fairisre
faireirs faireisr faireris fairersi fairesri fairesir fairsier fairsire fairseir fairseri fairsrei
fairsrie fairries fairrise fairreis fairresi fairrsei fairrsie fairires fairirse fairiers fairiesr
fairiser fairisre faireirs faireisr faireris fairersi fairesri fairesir fairsier fairsire fairseir
fairseri fairsrei fairsrie faiirres faiirrse faiirers faiiresr faiirser faiirsre faiirres faiirrse
faiirers faiiresr faiirser faiirsre faiierrs faiiersr faiierrs faiiersr faiiesrr faiiesrr faiisrer
faiisrre faiiserr faiiserr faiisrer faiisrre faierirs faierisr faierris faierrsi faiersri faiersir
faieirrs faieirsr faieirrs faieirsr faieisrr faieisrr faierirs faierisr faierris faierrsi faiersri
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faiserri faiserri faiserir faisrier faisrire faisreir faisreri faisrrei faisrrie fariries faririse
farireis fariresi farirsei farirsie fariires fariirse fariiers fariiesr fariiser fariisre farieirs
farieisr farieris fariersi fariesri fariesir farisier farisire fariseir fariseri farisrei farisrie
farriies farriise farrieis farriesi farrisei farrisie farriies farriise farrieis farriesi farrisei
farrisie farreiis farreisi farreiis farreisi farresii farresii farrsiei farrsiie farrseii farrseii
farrsiei farrsiie fariries faririse farireis fariresi farirsei farirsie fariires fariirse fariiers
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farsriie farsirei farsirie farsieri farsieir farsiier farsiire farseiri farseiir farserii farserii
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faesiirr faesiirr faesirir faesirri faesiirr faesiirr faesirir faesirri faesirri faesirir faesriir
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fasrirei fasririe fasrieri fasrieir fasriier fasriire fasreiri fasreiir fasrerii fasrerii fasreiri
fasreiir fasriier fasriire fasrieir fasrieri fasrirei fasririe fasrriei fasrriie fasrreii fasrreii
fasrriei fasrriie fasrirei fasririe fasrieri fasrieir fasriier fasriire fasreiri fasreiir fasrerii
fasrerii fasreiri fasreiir fasriier fasriire fasrieir fasrieri fasrirei fasririe fasirrei fasirrie
fasireri fasireir fasirier fasirire fasirrei fasirrie fasireri fasireir fasirier fasirire fasierri
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fasireir fasireri fasirrei fasirrie friaries friarise friareis friaresi friarsei friarsie friaires
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frieairs frieaisr friearis friearsi frieasri frieasir friesiar friesira friesair friesari friesrai
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frrsaiie friaries friarise friareis friaresi friarsei friarsie friaires friairse friaiers friaiesr
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frsierai frsieari frsieair frsiaier frsiaire frsiaeir frsiaeri frsiarei frsiarie fiiarres fiiarrse
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firsarei firsarie firsaeri firsaeir firsaier firsaire firaries firarise firareis firaresi firarsei
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firirase firireas firiresa firirsea firirsae firiares firiarse firiaers firiaesr firiaser firiasre
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firsiera firsiear firsiaer firsiare firseira firseiar firseria firserai firseari firseair firsaier
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fierasir fierasri fierrais fierrasi fierrias fierrisa fierrsia fierrsai fieriras fierirsa fieriars
fieriasr fierisar fierisra fiersria fiersrai fiersira fiersiar fiersair fiersari fierrais fierrasi
fierrias fierrisa fierrsia fierrsai fieraris fierarsi fierairs fieraisr fierasir fierasri fieriars
fieriasr fieriras fierirsa fierisra fierisar fiersair fiersari fiersiar fiersira fiersria fiersrai
fieirras fieirrsa fieirars fieirasr fieirsar fieirsra fieirras fieirrsa fieirars fieirasr fieirsar
fieirsra fieiarrs fieiarsr fieiarrs fieiarsr fieiasrr fieiasrr fieisrar fieisrra fieisarr fieisarr
fieisrar fieisrra fiesrria fiesrrai fiesrira fiesriar fiesrair fiesrari fiesrria fiesrrai fiesrira
fiesriar fiesrair fiesrari fiesirra fiesirar fiesirra fiesirar fiesiarr fiesiarr fiesarir fiesarri
fiesairr fiesairr fiesarir fiesarri fisarrei fisarrie fisareri fisareir fisarier fisarire fisarrei
fisarrie fisareri fisareir fisarier fisarire fisaerri fisaerir fisaerri fisaerir fisaeirr fisaeirr
fisairer fisairre fisaierr fisaierr fisairer fisairre fisrarei fisrarie fisraeri fisraeir fisraier
fisraire fisrraei fisrraie fisrreai fisrreia fisrriea fisrriae fisrerai fisreria fisreari fisreair
fisreiar fisreira fisrirea fisrirae fisriera fisriear fisriaer fisriare fisrraei fisrraie fisrreai
fisrreia fisrriea fisrriae fisrarei fisrarie fisraeri fisraeir fisraier fisraire fisreari fisreair
fisrerai fisreria fisreira fisreiar fisriaer fisriare fisriear fisriera fisrirea fisrirae fiserrai
fiserria fiserari fiserair fiseriar fiserira fiserrai fiserria fiserari fiserair fiseriar fiserira
fisearri fisearir fisearri fisearir fiseairr fiseairr fiseirar fiseirra fiseiarr fiseiarr fiseirar
fiseirra fisirrea fisirrae fisirera fisirear fisiraer fisirare fisirrea fisirrae fisirera fisirear
fisiraer fisirare fisierra fisierar fisierra fisierar fisiearr fisiearr fisiarer fisiarre fisiaerr
fisiaerr fisiarer fisiarre feiarirs feiarisr feiarris feiarrsi feiarsri feiarsir feiairrs feiairsr
feiairrs feiairsr feiaisrr feiaisrr feiarirs feiarisr feiarris feiarrsi feiarsri feiarsir feiasirr
feiasirr feiasrir feiasrri feiasrri feiasrir feirairs feiraisr feiraris feirarsi feirasri feirasir
feiriars feiriasr feiriras feirirsa feirisra feirisar feirrias feirrisa feirrais feirrasi feirrsai
feirrsia feirsira feirsiar feirsria feirsrai feirsari feirsair feiirars feiirasr feiirras feiirrsa
feiirsra feiirsar feiiarrs feiiarsr feiiarrs feiiarsr feiiasrr feiiasrr feiirars feiirasr feiirras
feiirrsa feiirsra feiirsar feiisarr feiisarr feiisrar feiisrra feiisrra feiisrar feirrias feirrisa
feirrais feirrasi feirrsai feirrsia feiriras feirirsa feiriars feiriasr feirisar feirisra feirairs
feiraisr feiraris feirarsi feirasri feirasir feirsiar feirsira feirsair feirsari feirsrai feirsria
feisrira feisriar feisrria feisrrai feisrari feisrair feisirra feisirar feisirra feisirar feisiarr
feisiarr feisrira feisriar feisrria feisrrai feisrari feisrair feisairr feisairr feisarir feisarri
feisarri feisarir feairirs feairisr feairris feairrsi feairsri feairsir feaiirrs feaiirsr feaiirrs
feaiirsr feaiisrr feaiisrr feairirs feairisr feairris feairrsi feairsri feairsir feaisirr feaisirr
feaisrir feaisrri feaisrri feaisrir feariirs feariisr feariris fearirsi fearisri fearisir feariirs
feariisr feariris fearirsi fearisri fearisir fearriis fearrisi fearriis fearrisi fearrsii fearrsii
fearsiri fearsiir fearsrii fearsrii fearsiri fearsiir feairirs feairisr feairris feairrsi feairsri
feairsir feaiirrs feaiirsr feaiirrs feaiirsr feaiisrr feaiisrr feairirs feairisr feairris feairrsi
feairsri feairsir feaisirr feaisirr feaisrir feaisrri feaisrri feaisrir fearriis fearrisi fearriis
fearrisi fearrsii fearrsii feariris fearirsi feariirs feariisr fearisir fearisri feariirs feariisr
feariris fearirsi fearisri fearisir fearsiir fearsiri fearsiir fearsiri fearsrii fearsrii feasriri
feasriir feasrrii feasrrii feasriri feasriir feasirri feasirir feasirri feasirir feasiirr feasiirr
feasriri feasriir feasrrii feasrrii feasriri feasriir feasiirr feasiirr feasirir feasirri feasirri
feasirir feraiirs feraiisr ferairis ferairsi feraisri feraisir feraiirs feraiisr ferairis ferairsi
feraisri feraisir ferariis ferarisi ferariis ferarisi ferarsii ferarsii ferasiri ferasiir ferasrii
ferasrii ferasiri ferasiir feriairs feriaisr feriaris feriarsi feriasri feriasir feriiars feriiasr
feriiras feriirsa feriisra feriisar feririas feririsa ferirais ferirasi ferirsai ferirsia ferisira
ferisiar ferisria ferisrai ferisari ferisair feriiars feriiasr feriiras feriirsa feriisra feriisar
feriairs feriaisr feriaris feriarsi feriasri feriasir ferirais ferirasi feririas feririsa ferirsia
ferirsai ferisari ferisair ferisrai ferisria ferisira ferisiar ferriias ferriisa ferriais ferriasi
ferrisai ferrisia ferriias ferriisa ferriais ferriasi ferrisai ferrisia ferraiis ferraisi ferraiis
ferraisi ferrasii ferrasii ferrsiai ferrsiia ferrsaii ferrsaii ferrsiai ferrsiia fersiira fersiiar
fersiria fersirai fersiari fersiair fersiira fersiiar fersiria fersirai fersiari fersiair fersriia
fersriai fersriia fersriai fersraii fersraii fersairi fersaiir fersarii fersarii fersairi fersaiir
feiarirs feiarisr feiarris feiarrsi feiarsri feiarsir feiairrs feiairsr feiairrs feiairsr feiaisrr
feiaisrr feiarirs feiarisr feiarris feiarrsi feiarsri feiarsir feiasirr feiasirr feiasrir feiasrri
feiasrri feiasrir feirairs feiraisr feiraris feirarsi feirasri feirasir feiriars feiriasr feiriras
feirirsa feirisra feirisar feirrias feirrisa feirrais feirrasi feirrsai feirrsia feirsira feirsiar
feirsria feirsrai feirsari feirsair feiirars feiirasr feiirras feiirrsa feiirsra feiirsar feiiarrs
feiiarsr feiiarrs feiiarsr feiiasrr feiiasrr feiirars feiirasr feiirras feiirrsa feiirsra feiirsar
feiisarr feiisarr feiisrar feiisrra feiisrra feiisrar feirrias feirrisa feirrais feirrasi feirrsai
feirrsia feiriras feirirsa feiriars feiriasr feirisar feirisra feirairs feiraisr feiraris feirarsi
feirasri feirasir feirsiar feirsira feirsair feirsari feirsrai feirsria feisrira feisriar feisrria
feisrrai feisrari feisrair feisirra feisirar feisirra feisirar feisiarr feisiarr feisrira feisriar
feisrria feisrrai feisrari feisrair feisairr feisairr feisarir feisarri feisarri feisarir ferariis
ferarisi ferariis ferarisi ferarsii ferarsii ferairis ferairsi feraiirs feraiisr feraisir feraisri
feraiirs feraiisr ferairis ferairsi feraisri feraisir ferasiir ferasiri ferasiir ferasiri ferasrii
ferasrii ferraiis ferraisi ferraiis ferraisi ferrasii ferrasii ferriais ferriasi ferriias ferriisa
ferrisia ferrisai ferriias ferriisa ferriais ferriasi ferrisai ferrisia ferrsiia ferrsiai ferrsiia
ferrsiai ferrsaii ferrsaii ferirais ferirasi feririas feririsa ferirsia ferirsai feriaris feriarsi
feriairs feriaisr feriasir feriasri feriiars feriiasr feriiras feriirsa feriisra feriisar ferisair
ferisari ferisiar ferisira ferisria ferisrai feririas feririsa ferirais ferirasi ferirsai ferirsia
feriiras feriirsa feriiars feriiasr feriisar feriisra feriairs feriaisr feriaris feriarsi feriasri
feriasir ferisiar ferisira ferisair ferisari ferisrai ferisria fersriia fersriai fersriia fersriai
fersraii fersraii fersiria fersirai fersiira fersiiar fersiair fersiari fersiira fersiiar fersiria
fersirai fersiari fersiair fersaiir fersairi fersaiir fersairi fersarii fersarii fesariri fesariir
fesarrii fesarrii fesariri fesariir fesairri fesairir fesairri fesairir fesaiirr fesaiirr fesariri
fesariir fesarrii fesarrii fesariri fesariir fesaiirr fesaiirr fesairir fesairri fesairri fesairir
fesrairi fesraiir fesrarii fesrarii fesrairi fesraiir fesriari fesriair fesrirai fesriria fesriira
fesriiar fesrriai fesrriia fesrraii fesrraii fesrriai fesrriia fesriira fesriiar fesriria fesrirai
fesriari fesriair fesirari fesirair fesirrai fesirria fesirira fesiriar fesiarri fesiarir fesiarri
fesiarir fesiairr fesiairr fesirari fesirair fesirrai fesirria fesirira fesiriar fesiiarr fesiiarr
fesiirar fesiirra fesiirra fesiirar fesrriai fesrriia fesrraii fesrraii fesrriai fesrriia fesrirai
fesriria fesriari fesriair fesriiar fesriira fesrairi fesraiir fesrarii fesrarii fesrairi fesraiir
fesriiar fesriira fesriair fesriari fesrirai fesriria fesirira fesiriar fesirria fesirrai fesirari
fesirair fesiirra fesiirar fesiirra fesiirar fesiiarr fesiiarr fesirira fesiriar fesirria fesirrai
fesirari fesirair fesiairr fesiairr fesiarir fesiarri fesiarri fesiarir fsiarier fsiarire fsiareir
fsiareri fsiarrei fsiarrie fsiairer fsiairre fsiaierr fsiaierr fsiairer fsiairre fsiaeirr fsiaeirr
fsiaerir fsiaerri fsiaerri fsiaerir fsiarier fsiarire fsiareir fsiareri fsiarrei fsiarrie fsiraier
fsiraire fsiraeir fsiraeri fsirarei fsirarie fsiriaer fsiriare fsiriear fsiriera fsirirea fsirirae
fsireiar fsireira fsireair fsireari fsirerai fsireria fsirriea fsirriae fsirreia fsirreai fsirraei
fsirraie fsiiraer fsiirare fsiirear fsiirera fsiirrea fsiirrae fsiiarer fsiiarre fsiiaerr fsiiaerr
fsiiarer fsiiarre fsiiearr fsiiearr fsiierar fsiierra fsiierra fsiierar fsiiraer fsiirare fsiirear
fsiirera fsiirrea fsiirrae fsieriar fsierira fsierair fsierari fsierrai fsierria fsieirar fsieirra
fsieiarr fsieiarr fsieirar fsieirra fsieairr fsieairr fsiearir fsiearri fsiearri fsiearir fsieriar
fsierira fsierair fsierari fsierrai fsierria fsirriea fsirriae fsirreia fsirreai fsirraei fsirraie
fsirirea fsirirae fsiriera fsiriear fsiriaer fsiriare fsireira fsireiar fsireria fsirerai fsireari
fsireair fsiraier fsiraire fsiraeir fsiraeri fsirarei fsirarie fsairier fsairire fsaireir fsaireri
fsairrei fsairrie fsaiirer fsaiirre fsaiierr fsaiierr fsaiirer fsaiirre fsaieirr fsaieirr fsaierir
fsaierri fsaierri fsaierir fsairier fsairire fsaireir fsaireri fsairrei fsairrie fsariier fsariire
fsarieir fsarieri fsarirei fsaririe fsariier fsariire fsarieir fsarieri fsarirei fsaririe fsareiir
fsareiri fsareiir fsareiri fsarerii fsarerii fsarriei fsarriie fsarreii fsarreii fsarriei fsarriie
fsairier fsairire fsaireir fsaireri fsairrei fsairrie fsaiirer fsaiirre fsaiierr fsaiierr fsaiirer
fsaiirre fsaieirr fsaieirr fsaierir fsaierri fsaierri fsaierir fsairier fsairire fsaireir fsaireri
fsairrei fsairrie fsaeriir fsaeriri fsaeriir fsaeriri fsaerrii fsaerrii fsaeirir fsaeirri fsaeiirr
fsaeiirr fsaeirir fsaeirri fsaeiirr fsaeiirr fsaeirir fsaeirri fsaeirri fsaeirir fsaeriir fsaeriri
fsaeriir fsaeriri fsaerrii fsaerrii fsarriei fsarriie fsarreii fsarreii fsarriei fsarriie fsarirei
fsaririe fsarieri fsarieir fsariier fsariire fsareiri fsareiir fsarerii fsarerii fsareiri fsareiir
fsariier fsariire fsarieir fsarieri fsarirei fsaririe fsraiier fsraiire fsraieir fsraieri fsrairei
fsrairie fsraiier fsraiire fsraieir fsraieri fsrairei fsrairie fsraeiir fsraeiri fsraeiir fsraeiri
fsraerii fsraerii fsrariei fsrariie fsrareii fsrareii fsrariei fsrariie fsriaier fsriaire fsriaeir
fsriaeri fsriarei fsriarie fsriiaer fsriiare fsriiear fsriiera fsriirea fsriirae fsrieiar fsrieira
fsrieair fsrieari fsrierai fsrieria fsririea fsririae fsrireia fsrireai fsriraei fsriraie fsriiaer
fsriiare fsriiear fsriiera fsriirea fsriirae fsriaier fsriaire fsriaeir fsriaeri fsriarei fsriarie
fsrieair fsrieari fsrieiar fsrieira fsrieria fsrierai fsriraei fsriraie fsrireai fsrireia fsririea
fsririae fsreiiar fsreiira fsreiair fsreiari fsreirai fsreiria fsreiiar fsreiira fsreiair fsreiari
fsreirai fsreiria fsreaiir fsreairi fsreaiir fsreairi fsrearii fsrearii fsreriai fsreriia fsreraii
fsreraii fsreriai fsreriia fsrriiea fsrriiae fsrrieia fsrrieai fsrriaei fsrriaie fsrriiea fsrriiae
fsrrieia fsrrieai fsrriaei fsrriaie fsrreiia fsrreiai fsrreiia fsrreiai fsrreaii fsrreaii fsrraiei
fsrraiie fsrraeii fsrraeii fsrraiei fsrraiie fsiarier fsiarire fsiareir fsiareri fsiarrei fsiarrie
fsiairer fsiairre fsiaierr fsiaierr fsiairer fsiairre fsiaeirr fsiaeirr fsiaerir fsiaerri fsiaerri
fsiaerir fsiarier fsiarire fsiareir fsiareri fsiarrei fsiarrie fsiraier fsiraire fsiraeir fsiraeri
fsirarei fsirarie fsiriaer fsiriare fsiriear fsiriera fsirirea fsirirae fsireiar fsireira fsireair
fsireari fsirerai fsireria fsirriea fsirriae fsirreia fsirreai fsirraei fsirraie fsiiraer fsiirare
fsiirear fsiirera fsiirrea fsiirrae fsiiarer fsiiarre fsiiaerr fsiiaerr fsiiarer fsiiarre fsiiearr
fsiiearr fsiierar fsiierra fsiierra fsiierar fsiiraer fsiirare fsiirear fsiirera fsiirrea fsiirrae
fsieriar fsierira fsierair fsierari fsierrai fsierria fsieirar fsieirra fsieiarr fsieiarr fsieirar
fsieirra fsieairr fsieairr fsiearir fsiearri fsiearri fsiearir fsieriar fsierira fsierair fsierari
fsierrai fsierria fsirriea fsirriae fsirreia fsirreai fsirraei fsirraie fsirirea fsirirae fsiriera
fsiriear fsiriaer fsiriare fsireira fsireiar fsireria fsirerai fsireari fsireair fsiraier fsiraire
fsiraeir fsiraeri fsirarei fsirarie fseariir fseariri fseariir fseariri fsearrii fsearrii fseairir
fseairri fseaiirr fseaiirr fseairir fseairri fseaiirr fseaiirr fseairir fseairri fseairri fseairir
fseariir fseariri fseariir fseariri fsearrii fsearrii fseraiir fserairi fseraiir fserairi fserarii
fserarii fseriair fseriari fseriiar fseriira fseriria fserirai fseriiar fseriira fseriair fseriari
fserirai fseriria fserriia fserriai fserriia fserriai fserraii fserraii fseirair fseirari fseiriar
fseirira fseirria fseirrai fseiarir fseiarri fseiairr fseiairr fseiarir fseiarri fseiiarr fseiiarr
fseiirar fseiirra fseiirra fseiirar fseirair fseirari fseiriar fseirira fseirria fseirrai fseiriar
fseirira fseirair fseirari fseirrai fseirria fseiirar fseiirra fseiiarr fseiiarr fseiirar fseiirra
fseiairr fseiairr fseiarir fseiarri fseiarri fseiarir fseiriar fseirira fseirair fseirari fseirrai
fseirria fserriia fserriai fserriia fserriai fserraii fserraii fseriria fserirai fseriira fseriiar
fseriair fseriari fseriira fseriiar fseriria fserirai fseriari fseriair fseraiir fserairi fseraiir
fserairi fserarii fserarii fsrariei fsrariie fsrareii fsrareii fsrariei fsrariie fsrairei fsrairie
fsraieri fsraieir fsraiier fsraiire fsraeiri fsraeiir fsraerii fsraerii fsraeiri fsraeiir fsraiier
fsraiire fsraieir fsraieri fsrairei fsrairie fsrraiei fsrraiie fsrraeii fsrraeii fsrraiei fsrraiie
fsrriaei fsrriaie fsrrieai fsrrieia fsrriiea fsrriiae fsrreiai fsrreiia fsrreaii fsrreaii fsrreiai
fsrreiia fsrriiea fsrriiae fsrrieia fsrrieai fsrriaei fsrriaie fsriraei fsriraie fsrireai fsrireia
fsririea fsririae fsriarei fsriarie fsriaeri fsriaeir fsriaier fsriaire fsrieari fsrieair fsrierai
fsrieria fsrieira fsrieiar fsriiaer fsriiare fsriiear fsriiera fsriirea fsriirae fsreriai fsreriia
fsreraii fsreraii fsreriai fsreriia fsreirai fsreiria fsreiari fsreiair fsreiiar fsreiira fsreairi
fsreaiir fsrearii fsrearii fsreairi fsreaiir fsreiiar fsreiira fsreiair fsreiari fsreirai fsreiria
fsririea fsririae fsrireia fsrireai fsriraei fsriraie fsriirea fsriirae fsriiera fsriiear fsriiaer
fsriiare fsrieira fsrieiar fsrieria fsrierai fsrieari fsrieair fsriaier fsriaire fsriaeir fsriaeri
fsriarei fsriarie

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History of cryptography
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