easy ciphers

Easy Ciphers Tools:
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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: weightman
cipher variations:
xfjhiunbo ygkijvocp zhljkwpdq aimklxqer bjnlmyrfs
ckomnzsgt dlpnoathu emqopbuiv fnrpqcvjw gosqrdwkx
hptrsexly iqustfymz jrvtugzna kswuvhaob ltxvwibpc
muywxjcqd nvzxykdre owayzlesf pxbzamftg qycabnguh
rzdbcohvi saecdpiwj tbfdeqjxk ucgefrkyl vdhfgslzm

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: weightman
Cipher: dvrtsgnzm

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: weightman
Cipher: BABAA AABAA ABAAA AABBA AABBB BAABA ABABB AAAAA ABBAA

Read more ...

 

Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: weightman
cipher variations:
xfjhiunbopnztwglbohvpfksjbozdfryehborlvdmqfbojtlpacdbotjrncazbolrhzqmxbo
dzxleyvbovhnxsktbonpdjgwrbofxtvuipboygkijvocpqoauxhmcpiwqgltkcpaegszficp
smwenrgcpkumqbdecpuksodbacpmsiarnycpeaymfzwcpwioytlucpoqekhxscpgyuwvjqcp
zhljkwpdqrpbvyindqjxrhmuldqbfhtagjdqtnxfoshdqlvnrcefdqvltpecbdqntjbsozdq
fbzngaxdqxjpzumvdqprfliytdqhzvxwkrdqaimklxqersqcwzjoerkysinvmercgiubhker
uoygptiermwosdfgerwmuqfdceroukctpaergcaohbyerykqavnwerqsgmjzueriawyxlser
bjnlmyrfstrdxakpfslztjownfsdhjvcilfsvpzhqujfsnxpteghfsxnvrgedfspvlduqbfs
hdbpiczfszlrbwoxfsrthnkavfsjbxzymtfsckomnzsgtuseyblqgtmaukpxogteikwdjmgt
wqairvkgtoyqufhigtyowshfegtqwmevrcgtiecqjdagtamscxpygtsuiolbwgtkcyaznugt
dlpnoathuvtfzcmrhunbvlqyphufjlxeknhuxrbjswlhupzrvgijhuzpxtigfhurxnfwsdhu
jfdrkebhubntdyqzhutvjpmcxhuldzbaovhuemqopbuivwugadnsivocwmrzqivgkmyfloiv
yscktxmivqaswhjkivaqyujhgivsyogxteivkgeslfcivcouezraivuwkqndyivmeacbpwiv
fnrpqcvjwxvhbeotjwpdxnsarjwhlnzgmpjwztdluynjwrbtxikljwbrzvkihjwtzphyufjw
lhftmgdjwdpvfasbjwvxlroezjwnfbdcqxjwgosqrdwkxywicfpukxqeyotbskximoahnqkx
auemvzokxscuyjlmkxcsawljikxuaqizvgkxmigunhekxeqwgbtckxwymspfakxogcedrykx
hptrsexlyzxjdgqvlyrfzpuctlyjnpbiorlybvfnwaplytdvzkmnlydtbxmkjlyvbrjawhly
njhvoiflyfrxhcudlyxzntqgblyphdfeszlyiqustfymzaykehrwmzsgaqvdumzkoqcjpsmz
cwgoxbqmzuewalnomzeucynlkmzwcskbximzokiwpjgmzgsyidvemzyaourhcmzqiegftamz
jrvtugznabzlfisxnathbrwevnalprdkqtnadxhpycrnavfxbmopnafvdzomlnaxdtlcyjna
pljxqkhnahtzjewfnazbpvsidnarjfhgubnakswuvhaobcamgjtyobuicsxfwobmqselruob
eyiqzdsobwgycnpqobgweapnmobyeumdzkobqmkyrliobiuakfxgobacqwtjeobskgihvcob
ltxvwibpcdbnhkuzpcvjdtygxpcnrtfmsvpcfzjraetpcxhzdoqrpchxfbqonpczfvnealpc
rnlzsmjpcjvblgyhpcbdrxukfpctlhjiwdpcmuywxjcqdecoilvaqdwkeuzhyqdosugntwqd
gaksbfuqdyiaeprsqdiygcrpoqdagwofbmqdsomatnkqdkwcmhziqdcesyvlgqdumikjxeqd
nvzxykdrefdpjmwbrexlfvaizreptvhouxrehbltcgvrezjbfqstrejzhdsqprebhxpgcnre
tpnbuolrelxdniajredftzwmhrevnjlkyfreowayzlesfgeqknxcsfymgwbjasfquwipvysf
icmudhwsfakcgrtusfkaietrqsfciyqhdosfuqocvpmsfmyeojbksfeguaxnisfwokmlzgsf
pxbzamftghfrloydtgznhxckbtgrvxjqwztgjdnveixtgbldhsuvtglbjfusrtgdjzrieptg
vrpdwqntgnzfpkcltgfhvbyojtgxplnmahtgqycabnguhigsmpzeuhaoiydlcuhswykrxauh
keowfjyuhcmeitvwuhmckgvtsuhekasjfquhwsqexrouhoagqldmuhgiwczpkuhyqmonbiuh
rzdbcohvijhtnqafvibpjzemdvitxzlsybvilfpxgkzvidnfjuwxvindlhwutviflbtkgrvi
xtrfyspvipbhrmenvihjxdaqlvizrnpocjvisaecdpiwjkiuorbgwjcqkafnewjuyamtzcwj
mgqyhlawjeogkvxywjoemixvuwjgmculhswjyusgztqwjqcisnfowjikyebrmwjasoqpdkwj
tbfdeqjxkljvpschxkdrlbgofxkvzbnuadxknhrzimbxkfphlwyzxkpfnjywvxkhndvmitxk
zvthaurxkrdjtogpxkjlzfcsnxkbtprqelxkucgefrkylmkwqtdiylesmchpgylwacovbeyl
oisajncylgqimxzaylqgokzxwylioewnjuylawuibvsylsekuphqylkmagdtoylcuqsrfmyl
vdhfgslzmnlxruejzmftndiqhzmxbdpwcfzmpjtbkodzmhrjnyabzmrhplayxzmjpfxokvzm
bxvjcwtzmtflvqirzmlnbheupzmdvrtsgnzmweightmanomysvfkanguoejrianyceqxdgan
qkuclpeaniskozbcansiqmbzyankqgyplwancywkdxuanugmwrjsanmocifvqanewsuthoan

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: weightman
Cipher: jrvtugzna

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: weightman
Cipher: 255142223244231133

Extended Methods:
Method #1

Plaintext: weightman
method variations:
bkomnyrfsgptrsdwlxmuywxibqcrzdbcogvh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w e i g h t m a n 
2 5 4 2 3 4 2 1 3 
5 1 2 2 2 4 3 1 3 
They are then read out in rows:
254234213512224313
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: weightman
Cipher: wisbxfgol

Read more ...
Method #3

Plaintext: weightman
method variations:
zqgmriclh qgmriclhz gmriclhzq
mriclhzqg riclhzqgm iclhzqgmr
clhzqgmri lhzqgmric hzqgmricl

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: weightman

first 5040 cipher variations(362880 total)
weightman weightmna weightamn weightanm weightnam weightnma weighmtan weighmtna weighmatn weighmant weighmnat
weighmnta weighamtn weighamnt weighatmn weighatnm weighantm weighanmt weighnmat weighnmta weighnamt weighnatm
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weghaimtn weghaimnt weghaitmn weghaitnm weghaintm weghainmt weghanmit weghanmti weghanimt weghanitm weghantim
weghantmi weghntmai weghntmia weghntami weghntaim weghntiam weghntima weghnmtai weghnmtia weghnmati weghnmait
weghnmiat weghnmita weghnamti weghnamit weghnatmi weghnatim weghnaitm weghnaimt weghnimat weghnimta weghniamt
weghniatm weghnitam weghnitma wegthiman wegthimna wegthiamn wegthianm wegthinam wegthinma wegthmian wegthmina
wegthmain wegthmani wegthmnai wegthmnia wegthamin wegthamni wegthaimn wegthainm wegthanim wegthanmi wegthnmai
wegthnmia wegthnami wegthnaim wegthniam wegthnima wegtihman wegtihmna wegtihamn wegtihanm wegtihnam wegtihnma
wegtimhan wegtimhna wegtimahn wegtimanh wegtimnah wegtimnha wegtiamhn wegtiamnh wegtiahmn wegtiahnm wegtianhm
wegtianmh wegtinmah wegtinmha wegtinamh wegtinahm wegtinham wegtinhma wegtmihan wegtmihna wegtmiahn wegtmianh
wegtminah wegtminha wegtmhian wegtmhina wegtmhain wegtmhani wegtmhnai wegtmhnia wegtmahin wegtmahni wegtmaihn
wegtmainh wegtmanih wegtmanhi wegtmnhai wegtmnhia wegtmnahi wegtmnaih wegtmniah wegtmniha wegtaimhn wegtaimnh
wegtaihmn wegtaihnm wegtainhm wegtainmh wegtamihn wegtaminh wegtamhin wegtamhni wegtamnhi wegtamnih wegtahmin
wegtahmni wegtahimn wegtahinm wegtahnim wegtahnmi wegtanmhi wegtanmih wegtanhmi wegtanhim wegtanihm wegtanimh
wegtnimah wegtnimha wegtniamh wegtniahm wegtniham wegtnihma wegtnmiah wegtnmiha wegtnmaih wegtnmahi wegtnmhai
wegtnmhia wegtnamih wegtnamhi wegtnaimh wegtnaihm wegtnahim wegtnahmi wegtnhmai wegtnhmia wegtnhami wegtnhaim
wegtnhiam wegtnhima wegmhtian wegmhtina wegmhtain wegmhtani wegmhtnai wegmhtnia wegmhitan wegmhitna wegmhiatn
wegmhiant wegmhinat wegmhinta wegmhaitn wegmhaint wegmhatin wegmhatni wegmhanti wegmhanit wegmhniat wegmhnita
wegmhnait wegmhnati wegmhntai wegmhntia wegmthian wegmthina wegmthain wegmthani wegmthnai wegmthnia wegmtihan
wegmtihna wegmtiahn wegmtianh wegmtinah wegmtinha wegmtaihn wegmtainh wegmtahin wegmtahni wegmtanhi wegmtanih
wegmtniah wegmtniha wegmtnaih wegmtnahi wegmtnhai wegmtnhia wegmithan wegmithna wegmitahn wegmitanh wegmitnah
wegmitnha wegmihtan wegmihtna wegmihatn wegmihant wegmihnat wegmihnta wegmiahtn wegmiahnt wegmiathn wegmiatnh
wegmianth wegmianht wegminhat wegminhta wegminaht wegminath wegmintah wegmintha wegmatihn wegmatinh wegmathin
wegmathni wegmatnhi wegmatnih wegmaithn wegmaitnh wegmaihtn wegmaihnt wegmainht wegmainth wegmahitn wegmahint
wegmahtin wegmahtni wegmahnti wegmahnit wegmaniht wegmanith wegmanhit wegmanhti wegmanthi wegmantih wegmntiah
wegmntiha wegmntaih wegmntahi wegmnthai wegmnthia wegmnitah wegmnitha wegmniath wegmniaht wegmnihat wegmnihta
wegmnaith wegmnaiht wegmnatih wegmnathi wegmnahti wegmnahit wegmnhiat wegmnhita wegmnhait wegmnhati wegmnhtai
wegmnhtia wegahtmin wegahtmni wegahtimn wegahtinm wegahtnim wegahtnmi wegahmtin wegahmtni wegahmitn wegahmint
wegahmnit wegahmnti wegahimtn wegahimnt wegahitmn wegahitnm wegahintm wegahinmt wegahnmit wegahnmti wegahnimt
wegahnitm wegahntim wegahntmi wegathmin wegathmni wegathimn wegathinm wegathnim wegathnmi wegatmhin wegatmhni
wegatmihn wegatminh wegatmnih wegatmnhi wegatimhn wegatimnh wegatihmn wegatihnm wegatinhm wegatinmh wegatnmih
wegatnmhi wegatnimh wegatnihm wegatnhim wegatnhmi wegamthin wegamthni wegamtihn wegamtinh wegamtnih wegamtnhi
wegamhtin wegamhtni wegamhitn wegamhint wegamhnit wegamhnti wegamihtn wegamihnt wegamithn wegamitnh wegaminth
wegaminht wegamnhit wegamnhti wegamniht wegamnith wegamntih wegamnthi wegaitmhn wegaitmnh wegaithmn wegaithnm
wegaitnhm wegaitnmh wegaimthn wegaimtnh wegaimhtn wegaimhnt wegaimnht wegaimnth wegaihmtn wegaihmnt wegaihtmn
wegaihtnm wegaihntm wegaihnmt wegainmht wegainmth wegainhmt wegainhtm wegainthm wegaintmh wegantmih wegantmhi
wegantimh wegantihm weganthim weganthmi weganmtih weganmthi weganmith weganmiht weganmhit weganmhti weganimth
weganimht weganitmh weganithm weganihtm weganihmt weganhmit weganhmti weganhimt weganhitm weganhtim weganhtmi
wegnhtmai wegnhtmia wegnhtami wegnhtaim wegnhtiam wegnhtima wegnhmtai wegnhmtia wegnhmati wegnhmait wegnhmiat
wegnhmita wegnhamti wegnhamit wegnhatmi wegnhatim wegnhaitm wegnhaimt wegnhimat wegnhimta wegnhiamt wegnhiatm
wegnhitam wegnhitma wegnthmai wegnthmia wegnthami wegnthaim wegnthiam wegnthima wegntmhai wegntmhia wegntmahi
wegntmaih wegntmiah wegntmiha wegntamhi wegntamih wegntahmi wegntahim wegntaihm wegntaimh wegntimah wegntimha
wegntiamh wegntiahm wegntiham wegntihma wegnmthai wegnmthia wegnmtahi wegnmtaih wegnmtiah wegnmtiha wegnmhtai
wegnmhtia wegnmhati wegnmhait wegnmhiat wegnmhita wegnmahti wegnmahit wegnmathi wegnmatih wegnmaith wegnmaiht
wegnmihat wegnmihta wegnmiaht wegnmiath wegnmitah wegnmitha wegnatmhi wegnatmih wegnathmi wegnathim wegnatihm
wegnatimh wegnamthi wegnamtih wegnamhti wegnamhit wegnamiht wegnamith wegnahmti wegnahmit wegnahtmi wegnahtim
wegnahitm wegnahimt wegnaimht wegnaimth wegnaihmt wegnaihtm wegnaithm wegnaitmh wegnitmah wegnitmha wegnitamh
wegnitahm wegnitham wegnithma wegnimtah wegnimtha wegnimath wegnimaht wegnimhat wegnimhta wegniamth wegniamht
wegniatmh wegniathm wegniahtm wegniahmt wegnihmat wegnihmta wegnihamt wegnihatm wegnihtam wegnihtma wehgitman
wehgitmna wehgitamn wehgitanm wehgitnam wehgitnma wehgimtan wehgimtna wehgimatn wehgimant wehgimnat wehgimnta
wehgiamtn wehgiamnt wehgiatmn wehgiatnm wehgiantm wehgianmt wehginmat wehginmta wehginamt wehginatm wehgintam
wehgintma wehgtiman wehgtimna wehgtiamn wehgtianm wehgtinam wehgtinma wehgtmian wehgtmina wehgtmain wehgtmani
wehgtmnai wehgtmnia wehgtamin wehgtamni wehgtaimn wehgtainm wehgtanim wehgtanmi wehgtnmai wehgtnmia wehgtnami
wehgtnaim wehgtniam wehgtnima wehgmtian wehgmtina wehgmtain wehgmtani wehgmtnai wehgmtnia wehgmitan wehgmitna
wehgmiatn wehgmiant wehgminat wehgminta wehgmaitn wehgmaint wehgmatin wehgmatni wehgmanti wehgmanit wehgmniat
wehgmnita wehgmnait wehgmnati wehgmntai wehgmntia wehgatmin wehgatmni wehgatimn wehgatinm wehgatnim wehgatnmi
wehgamtin wehgamtni wehgamitn wehgamint wehgamnit wehgamnti wehgaimtn wehgaimnt wehgaitmn wehgaitnm wehgaintm
wehgainmt wehganmit wehganmti wehganimt wehganitm wehgantim wehgantmi wehgntmai wehgntmia wehgntami wehgntaim
wehgntiam wehgntima wehgnmtai wehgnmtia wehgnmati wehgnmait wehgnmiat wehgnmita wehgnamti wehgnamit wehgnatmi
wehgnatim wehgnaitm wehgnaimt wehgnimat wehgnimta wehgniamt wehgniatm wehgnitam wehgnitma wehigtman wehigtmna
wehigtamn wehigtanm wehigtnam wehigtnma wehigmtan wehigmtna wehigmatn wehigmant wehigmnat wehigmnta wehigamtn
wehigamnt wehigatmn wehigatnm wehigantm wehiganmt wehignmat wehignmta wehignamt wehignatm wehigntam wehigntma
wehitgman wehitgmna wehitgamn wehitganm wehitgnam wehitgnma wehitmgan wehitmgna wehitmagn wehitmang wehitmnag
wehitmnga wehitamgn wehitamng wehitagmn wehitagnm wehitangm wehitanmg wehitnmag wehitnmga wehitnamg wehitnagm
wehitngam wehitngma wehimtgan wehimtgna wehimtagn wehimtang wehimtnag wehimtnga wehimgtan wehimgtna wehimgatn
wehimgant wehimgnat wehimgnta wehimagtn wehimagnt wehimatgn wehimatng wehimantg wehimangt wehimngat wehimngta
wehimnagt wehimnatg wehimntag wehimntga wehiatmgn wehiatmng wehiatgmn wehiatgnm wehiatngm wehiatnmg wehiamtgn
wehiamtng wehiamgtn wehiamgnt wehiamngt wehiamntg wehiagmtn wehiagmnt wehiagtmn wehiagtnm wehiagntm wehiagnmt
wehianmgt wehianmtg wehiangmt wehiangtm wehiantgm wehiantmg wehintmag wehintmga wehintamg wehintagm wehintgam
wehintgma wehinmtag wehinmtga wehinmatg wehinmagt wehinmgat wehinmgta wehinamtg wehinamgt wehinatmg wehinatgm
wehinagtm wehinagmt wehingmat wehingmta wehingamt wehingatm wehingtam wehingtma wehtigman wehtigmna wehtigamn
wehtiganm wehtignam wehtignma wehtimgan wehtimgna wehtimagn wehtimang wehtimnag wehtimnga wehtiamgn wehtiamng
wehtiagmn wehtiagnm wehtiangm wehtianmg wehtinmag wehtinmga wehtinamg wehtinagm wehtingam wehtingma wehtgiman
wehtgimna wehtgiamn wehtgianm wehtginam wehtginma wehtgmian wehtgmina wehtgmain wehtgmani wehtgmnai wehtgmnia
wehtgamin wehtgamni wehtgaimn wehtgainm wehtganim wehtganmi wehtgnmai wehtgnmia wehtgnami wehtgnaim wehtgniam
wehtgnima wehtmgian wehtmgina wehtmgain wehtmgani wehtmgnai wehtmgnia wehtmigan wehtmigna wehtmiagn wehtmiang
wehtminag wehtminga wehtmaign wehtmaing wehtmagin wehtmagni wehtmangi wehtmanig wehtmniag wehtmniga wehtmnaig
wehtmnagi wehtmngai wehtmngia wehtagmin wehtagmni wehtagimn wehtaginm wehtagnim wehtagnmi wehtamgin wehtamgni
wehtamign wehtaming wehtamnig wehtamngi wehtaimgn wehtaimng wehtaigmn wehtaignm wehtaingm wehtainmg wehtanmig
wehtanmgi wehtanimg wehtanigm wehtangim wehtangmi wehtngmai wehtngmia wehtngami wehtngaim wehtngiam wehtngima
wehtnmgai wehtnmgia wehtnmagi wehtnmaig wehtnmiag wehtnmiga wehtnamgi wehtnamig wehtnagmi wehtnagim wehtnaigm
wehtnaimg wehtnimag wehtnimga wehtniamg wehtniagm wehtnigam wehtnigma wehmitgan wehmitgna wehmitagn wehmitang
wehmitnag wehmitnga wehmigtan wehmigtna wehmigatn wehmigant wehmignat wehmignta wehmiagtn wehmiagnt wehmiatgn
wehmiatng wehmiantg wehmiangt wehmingat wehmingta wehminagt wehminatg wehmintag wehmintga wehmtigan wehmtigna
wehmtiagn wehmtiang wehmtinag wehmtinga wehmtgian wehmtgina wehmtgain wehmtgani wehmtgnai wehmtgnia wehmtagin
wehmtagni wehmtaign wehmtaing wehmtanig wehmtangi wehmtngai wehmtngia wehmtnagi wehmtnaig wehmtniag wehmtniga
wehmgtian wehmgtina wehmgtain wehmgtani wehmgtnai wehmgtnia wehmgitan wehmgitna wehmgiatn wehmgiant wehmginat
wehmginta wehmgaitn wehmgaint wehmgatin wehmgatni wehmganti wehmganit wehmgniat wehmgnita wehmgnait wehmgnati
wehmgntai wehmgntia wehmatgin wehmatgni wehmatign wehmating wehmatnig wehmatngi wehmagtin wehmagtni wehmagitn
wehmagint wehmagnit wehmagnti wehmaigtn wehmaignt wehmaitgn wehmaitng wehmaintg wehmaingt wehmangit wehmangti
wehmanigt wehmanitg wehmantig wehmantgi wehmntgai wehmntgia wehmntagi wehmntaig wehmntiag wehmntiga wehmngtai
wehmngtia wehmngati wehmngait wehmngiat wehmngita wehmnagti wehmnagit wehmnatgi wehmnatig wehmnaitg wehmnaigt
wehmnigat wehmnigta wehmniagt wehmniatg wehmnitag wehmnitga wehaitmgn wehaitmng wehaitgmn wehaitgnm wehaitngm
wehaitnmg wehaimtgn wehaimtng wehaimgtn wehaimgnt wehaimngt wehaimntg wehaigmtn wehaigmnt wehaigtmn wehaigtnm
wehaigntm wehaignmt wehainmgt wehainmtg wehaingmt wehaingtm wehaintgm wehaintmg wehatimgn wehatimng wehatigmn
wehatignm wehatingm wehatinmg wehatmign wehatming wehatmgin wehatmgni wehatmngi wehatmnig wehatgmin wehatgmni
wehatgimn wehatginm wehatgnim wehatgnmi wehatnmgi wehatnmig wehatngmi wehatngim wehatnigm wehatnimg wehamtign
wehamting wehamtgin wehamtgni wehamtngi wehamtnig wehamitgn wehamitng wehamigtn wehamignt wehamingt wehamintg
wehamgitn wehamgint wehamgtin wehamgtni wehamgnti wehamgnit wehamnigt wehamnitg wehamngit wehamngti wehamntgi
wehamntig wehagtmin wehagtmni wehagtimn wehagtinm wehagtnim wehagtnmi wehagmtin wehagmtni wehagmitn wehagmint
wehagmnit wehagmnti wehagimtn wehagimnt wehagitmn wehagitnm wehagintm wehaginmt wehagnmit wehagnmti wehagnimt
wehagnitm wehagntim wehagntmi wehantmgi wehantmig wehantgmi wehantgim wehantigm wehantimg wehanmtgi wehanmtig
wehanmgti wehanmgit wehanmigt wehanmitg wehangmti wehangmit wehangtmi wehangtim wehangitm wehangimt wehanimgt
wehanimtg wehanigmt wehanigtm wehanitgm wehanitmg wehnitmag wehnitmga wehnitamg wehnitagm wehnitgam wehnitgma
wehnimtag wehnimtga wehnimatg wehnimagt wehnimgat wehnimgta wehniamtg wehniamgt wehniatmg wehniatgm wehniagtm
wehniagmt wehnigmat wehnigmta wehnigamt wehnigatm wehnigtam wehnigtma wehntimag wehntimga wehntiamg wehntiagm
wehntigam wehntigma wehntmiag wehntmiga wehntmaig wehntmagi wehntmgai wehntmgia wehntamig wehntamgi wehntaimg
wehntaigm wehntagim wehntagmi wehntgmai wehntgmia wehntgami wehntgaim wehntgiam wehntgima wehnmtiag wehnmtiga
wehnmtaig wehnmtagi wehnmtgai wehnmtgia wehnmitag wehnmitga wehnmiatg wehnmiagt wehnmigat wehnmigta wehnmaitg
wehnmaigt wehnmatig wehnmatgi wehnmagti wehnmagit wehnmgiat wehnmgita wehnmgait wehnmgati wehnmgtai wehnmgtia
wehnatmig wehnatmgi wehnatimg wehnatigm wehnatgim wehnatgmi wehnamtig wehnamtgi wehnamitg wehnamigt wehnamgit
wehnamgti wehnaimtg wehnaimgt wehnaitmg wehnaitgm wehnaigtm wehnaigmt wehnagmit wehnagmti wehnagimt wehnagitm
wehnagtim wehnagtmi wehngtmai wehngtmia wehngtami wehngtaim wehngtiam wehngtima wehngmtai wehngmtia wehngmati
wehngmait wehngmiat wehngmita wehngamti wehngamit wehngatmi wehngatim wehngaitm wehngaimt wehngimat wehngimta
wehngiamt wehngiatm wehngitam wehngitma wetghiman wetghimna wetghiamn wetghianm wetghinam wetghinma wetghmian
wetghmina wetghmain wetghmani wetghmnai wetghmnia wetghamin wetghamni wetghaimn wetghainm wetghanim wetghanmi
wetghnmai wetghnmia wetghnami wetghnaim wetghniam wetghnima wetgihman wetgihmna wetgihamn wetgihanm wetgihnam
wetgihnma wetgimhan wetgimhna wetgimahn wetgimanh wetgimnah wetgimnha wetgiamhn wetgiamnh wetgiahmn wetgiahnm
wetgianhm wetgianmh wetginmah wetginmha wetginamh wetginahm wetginham wetginhma wetgmihan wetgmihna wetgmiahn
wetgmianh wetgminah wetgminha wetgmhian wetgmhina wetgmhain wetgmhani wetgmhnai wetgmhnia wetgmahin wetgmahni
wetgmaihn wetgmainh wetgmanih wetgmanhi wetgmnhai wetgmnhia wetgmnahi wetgmnaih wetgmniah wetgmniha wetgaimhn
wetgaimnh wetgaihmn wetgaihnm wetgainhm wetgainmh wetgamihn wetgaminh wetgamhin wetgamhni wetgamnhi wetgamnih
wetgahmin wetgahmni wetgahimn wetgahinm wetgahnim wetgahnmi wetganmhi wetganmih wetganhmi wetganhim wetganihm
wetganimh wetgnimah wetgnimha wetgniamh wetgniahm wetgniham wetgnihma wetgnmiah wetgnmiha wetgnmaih wetgnmahi
wetgnmhai wetgnmhia wetgnamih wetgnamhi wetgnaimh wetgnaihm wetgnahim wetgnahmi wetgnhmai wetgnhmia wetgnhami
wetgnhaim wetgnhiam wetgnhima wethgiman wethgimna wethgiamn wethgianm wethginam wethginma wethgmian wethgmina
wethgmain wethgmani wethgmnai wethgmnia wethgamin wethgamni wethgaimn wethgainm wethganim wethganmi wethgnmai
wethgnmia wethgnami wethgnaim wethgniam wethgnima wethigman wethigmna wethigamn wethiganm wethignam wethignma
wethimgan wethimgna wethimagn wethimang wethimnag wethimnga wethiamgn wethiamng wethiagmn wethiagnm wethiangm
wethianmg wethinmag wethinmga wethinamg wethinagm wethingam wethingma wethmigan wethmigna wethmiagn wethmiang
wethminag wethminga wethmgian wethmgina wethmgain wethmgani wethmgnai wethmgnia wethmagin wethmagni wethmaign
wethmaing wethmanig wethmangi wethmngai wethmngia wethmnagi wethmnaig wethmniag wethmniga wethaimgn wethaimng
wethaigmn wethaignm wethaingm wethainmg wethamign wethaming wethamgin wethamgni wethamngi wethamnig wethagmin
wethagmni wethagimn wethaginm wethagnim wethagnmi wethanmgi wethanmig wethangmi wethangim wethanigm wethanimg
wethnimag wethnimga wethniamg wethniagm wethnigam wethnigma wethnmiag wethnmiga wethnmaig wethnmagi wethnmgai
wethnmgia wethnamig wethnamgi wethnaimg wethnaigm wethnagim wethnagmi wethngmai wethngmia wethngami wethngaim
wethngiam wethngima wetihgman wetihgmna wetihgamn wetihganm wetihgnam wetihgnma wetihmgan wetihmgna wetihmagn
wetihmang wetihmnag wetihmnga wetihamgn wetihamng wetihagmn wetihagnm wetihangm wetihanmg wetihnmag wetihnmga
wetihnamg wetihnagm wetihngam wetihngma wetighman wetighmna wetighamn wetighanm wetighnam wetighnma wetigmhan
wetigmhna wetigmahn wetigmanh wetigmnah wetigmnha wetigamhn wetigamnh wetigahmn wetigahnm wetiganhm wetiganmh
wetignmah wetignmha wetignamh wetignahm wetignham wetignhma wetimghan wetimghna wetimgahn wetimganh wetimgnah
wetimgnha wetimhgan wetimhgna wetimhagn wetimhang wetimhnag wetimhnga wetimahgn wetimahng wetimaghn wetimagnh
wetimangh wetimanhg wetimnhag wetimnhga wetimnahg wetimnagh wetimngah wetimngha wetiagmhn wetiagmnh wetiaghmn
wetiaghnm wetiagnhm wetiagnmh wetiamghn wetiamgnh wetiamhgn wetiamhng wetiamnhg wetiamngh wetiahmgn wetiahmng
wetiahgmn wetiahgnm wetiahngm wetiahnmg wetianmhg wetianmgh wetianhmg wetianhgm wetianghm wetiangmh wetingmah
wetingmha wetingamh wetingahm wetingham wetinghma wetinmgah wetinmgha wetinmagh wetinmahg wetinmhag wetinmhga
wetinamgh wetinamhg wetinagmh wetinaghm wetinahgm wetinahmg wetinhmag wetinhmga wetinhamg wetinhagm wetinhgam
wetinhgma wetmhigan wetmhigna wetmhiagn wetmhiang wetmhinag wetmhinga wetmhgian wetmhgina wetmhgain wetmhgani
wetmhgnai wetmhgnia wetmhagin wetmhagni wetmhaign wetmhaing wetmhanig wetmhangi wetmhngai wetmhngia wetmhnagi
wetmhnaig wetmhniag wetmhniga wetmihgan wetmihgna wetmihagn wetmihang wetmihnag wetmihnga wetmighan wetmighna
wetmigahn wetmiganh wetmignah wetmignha wetmiaghn wetmiagnh wetmiahgn wetmiahng wetmianhg wetmiangh wetmingah
wetmingha wetminagh wetminahg wetminhag wetminhga wetmgihan wetmgihna wetmgiahn wetmgianh wetmginah wetmginha
wetmghian wetmghina wetmghain wetmghani wetmghnai wetmghnia wetmgahin wetmgahni wetmgaihn wetmgainh wetmganih
wetmganhi wetmgnhai wetmgnhia wetmgnahi wetmgnaih wetmgniah wetmgniha wetmaighn wetmaignh wetmaihgn wetmaihng
wetmainhg wetmaingh wetmagihn wetmaginh wetmaghin wetmaghni wetmagnhi wetmagnih wetmahgin wetmahgni wetmahign
wetmahing wetmahnig wetmahngi wetmanghi wetmangih wetmanhgi wetmanhig wetmanihg wetmanigh wetmnigah wetmnigha
wetmniagh wetmniahg wetmnihag wetmnihga wetmngiah wetmngiha wetmngaih wetmngahi wetmnghai wetmnghia wetmnagih
wetmnaghi wetmnaigh wetmnaihg wetmnahig wetmnahgi wetmnhgai wetmnhgia wetmnhagi wetmnhaig wetmnhiag wetmnhiga
wetahimgn wetahimng wetahigmn wetahignm wetahingm wetahinmg wetahmign wetahming wetahmgin wetahmgni wetahmngi
wetahmnig wetahgmin wetahgmni wetahgimn wetahginm wetahgnim wetahgnmi wetahnmgi wetahnmig wetahngmi wetahngim
wetahnigm wetahnimg wetaihmgn wetaihmng wetaihgmn wetaihgnm wetaihngm wetaihnmg wetaimhgn wetaimhng wetaimghn
wetaimgnh wetaimngh wetaimnhg wetaigmhn wetaigmnh wetaighmn wetaighnm wetaignhm wetaignmh wetainmgh wetainmhg
wetaingmh wetainghm wetainhgm wetainhmg wetamihgn wetamihng wetamighn wetamignh wetamingh wetaminhg wetamhign
wetamhing wetamhgin wetamhgni wetamhngi wetamhnig wetamghin wetamghni wetamgihn wetamginh wetamgnih wetamgnhi
wetamnhgi wetamnhig wetamnghi wetamngih wetamnigh wetamnihg wetagimhn wetagimnh wetagihmn wetagihnm wetaginhm
wetaginmh wetagmihn wetagminh wetagmhin wetagmhni wetagmnhi wetagmnih wetaghmin wetaghmni wetaghimn wetaghinm
wetaghnim wetaghnmi wetagnmhi wetagnmih wetagnhmi wetagnhim wetagnihm wetagnimh wetanimgh wetanimhg wetanigmh
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wetnhamig wetnhamgi wetnhaimg wetnhaigm wetnhagim wetnhagmi wetnhgmai wetnhgmia wetnhgami wetnhgaim wetnhgiam
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wengthmia wengthami wengthaim wengthiam wengthima wengtmhai wengtmhia wengtmahi wengtmaih wengtmiah wengtmiha
wengtamhi wengtamih wengtahmi wengtahim wengtaihm wengtaimh wengtimah wengtimha wengtiamh wengtiahm wengtiham
wengtihma wengmthai wengmthia wengmtahi wengmtaih wengmtiah wengmtiha wengmhtai wengmhtia wengmhati wengmhait
wengmhiat wengmhita wengmahti wengmahit wengmathi wengmatih wengmaith wengmaiht wengmihat wengmihta wengmiaht
wengmiath wengmitah wengmitha wengatmhi wengatmih wengathmi wengathim wengatihm wengatimh wengamthi wengamtih
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wengaimth wengaihmt wengaihtm wengaithm wengaitmh wengitmah wengitmha wengitamh wengitahm wengitham wengithma
wengimtah wengimtha wengimath wengimaht wengimhat wengimhta wengiamth wengiamht wengiatmh wengiathm wengiahtm
wengiahmt wengihmat wengihmta wengihamt wengihatm wengihtam wengihtma wenhgtmai wenhgtmia wenhgtami wenhgtaim
wenhgtiam wenhgtima wenhgmtai wenhgmtia wenhgmati wenhgmait wenhgmiat wenhgmita wenhgamti wenhgamit wenhgatmi
wenhgatim wenhgaitm wenhgaimt wenhgimat wenhgimta wenhgiamt wenhgiatm wenhgitam wenhgitma wenhtgmai wenhtgmia
wenhtgami wenhtgaim wenhtgiam wenhtgima wenhtmgai wenhtmgia wenhtmagi wenhtmaig wenhtmiag wenhtmiga wenhtamgi
wenhtamig wenhtagmi wenhtagim wenhtaigm wenhtaimg wenhtimag wenhtimga wenhtiamg wenhtiagm wenhtigam wenhtigma
wenhmtgai wenhmtgia wenhmtagi wenhmtaig wenhmtiag wenhmtiga wenhmgtai wenhmgtia wenhmgati wenhmgait wenhmgiat
wenhmgita wenhmagti wenhmagit wenhmatgi wenhmatig wenhmaitg wenhmaigt wenhmigat wenhmigta wenhmiagt wenhmiatg
wenhmitag wenhmitga wenhatmgi wenhatmig wenhatgmi wenhatgim wenhatigm wenhatimg wenhamtgi wenhamtig wenhamgti
wenhamgit wenhamigt wenhamitg wenhagmti wenhagmit wenhagtmi wenhagtim wenhagitm wenhagimt wenhaimgt wenhaimtg
wenhaigmt wenhaigtm wenhaitgm wenhaitmg wenhitmag wenhitmga wenhitamg wenhitagm wenhitgam wenhitgma wenhimtag
wenhimtga wenhimatg wenhimagt wenhimgat wenhimgta wenhiamtg wenhiamgt wenhiatmg wenhiatgm wenhiagtm wenhiagmt
wenhigmat wenhigmta wenhigamt wenhigatm wenhigtam wenhigtma wenthgmai wenthgmia wenthgami wenthgaim wenthgiam
wenthgima wenthmgai wenthmgia wenthmagi wenthmaig wenthmiag wenthmiga wenthamgi wenthamig wenthagmi wenthagim
wenthaigm wenthaimg wenthimag wenthimga wenthiamg wenthiagm wenthigam wenthigma wentghmai wentghmia wentghami
wentghaim wentghiam wentghima wentgmhai wentgmhia wentgmahi wentgmaih wentgmiah wentgmiha wentgamhi wentgamih
wentgahmi wentgahim wentgaihm wentgaimh wentgimah wentgimha wentgiamh wentgiahm wentgiham wentgihma wentmghai
wentmghia wentmgahi wentmgaih wentmgiah wentmgiha wentmhgai wentmhgia wentmhagi wentmhaig wentmhiag wentmhiga
wentmahgi wentmahig wentmaghi wentmagih wentmaigh wentmaihg wentmihag wentmihga wentmiahg wentmiagh wentmigah
wentmigha wentagmhi wentagmih wentaghmi wentaghim wentagihm wentagimh wentamghi wentamgih wentamhgi wentamhig
wentamihg wentamigh wentahmgi wentahmig wentahgmi wentahgim wentahigm wentahimg wentaimhg wentaimgh wentaihmg
wentaihgm wentaighm wentaigmh wentigmah wentigmha wentigamh wentigahm wentigham wentighma wentimgah wentimgha
wentimagh wentimahg wentimhag wentimhga wentiamgh wentiamhg wentiagmh wentiaghm wentiahgm wentiahmg wentihmag
wentihmga wentihamg wentihagm wentihgam wentihgma wenmhtgai wenmhtgia wenmhtagi wenmhtaig wenmhtiag wenmhtiga
wenmhgtai wenmhgtia wenmhgati wenmhgait wenmhgiat wenmhgita wenmhagti wenmhagit wenmhatgi wenmhatig wenmhaitg
wenmhaigt wenmhigat wenmhigta wenmhiagt wenmhiatg wenmhitag wenmhitga wenmthgai wenmthgia wenmthagi wenmthaig
wenmthiag wenmthiga wenmtghai wenmtghia wenmtgahi wenmtgaih wenmtgiah wenmtgiha wenmtaghi wenmtagih wenmtahgi
wenmtahig wenmtaihg wenmtaigh wenmtigah wenmtigha wenmtiagh wenmtiahg wenmtihag wenmtihga wenmgthai wenmgthia
wenmgtahi wenmgtaih wenmgtiah wenmgtiha wenmghtai wenmghtia wenmghati wenmghait wenmghiat wenmghita wenmgahti
wenmgahit wenmgathi wenmgatih wenmgaith wenmgaiht wenmgihat wenmgihta wenmgiaht wenmgiath wenmgitah wenmgitha
wenmatghi wenmatgih wenmathgi wenmathig wenmatihg wenmatigh wenmagthi wenmagtih wenmaghti wenmaghit wenmagiht
wenmagith wenmahgti wenmahgit wenmahtgi wenmahtig wenmahitg wenmahigt wenmaight wenmaigth wenmaihgt wenmaihtg
wenmaithg wenmaitgh wenmitgah wenmitgha wenmitagh wenmitahg wenmithag wenmithga wenmigtah wenmigtha wenmigath
wenmigaht wenmighat wenmighta wenmiagth wenmiaght wenmiatgh wenmiathg wenmiahtg wenmiahgt wenmihgat wenmihgta
wenmihagt wenmihatg wenmihtag wenmihtga wenahtmgi wenahtmig wenahtgmi wenahtgim wenahtigm wenahtimg wenahmtgi
wenahmtig wenahmgti wenahmgit wenahmigt wenahmitg wenahgmti wenahgmit wenahgtmi wenahgtim wenahgitm wenahgimt
wenahimgt wenahimtg wenahigmt wenahigtm wenahitgm wenahitmg wenathmgi wenathmig wenathgmi wenathgim wenathigm
wenathimg wenatmhgi wenatmhig wenatmghi wenatmgih wenatmigh wenatmihg wenatgmhi wenatgmih wenatghmi wenatghim
wenatgihm wenatgimh wenatimgh wenatimhg wenatigmh wenatighm wenatihgm wenatihmg wenamthgi wenamthig wenamtghi
wenamtgih wenamtigh wenamtihg wenamhtgi wenamhtig wenamhgti wenamhgit wenamhigt wenamhitg wenamghti wenamghit
wenamgthi wenamgtih wenamgith wenamgiht wenamihgt wenamihtg wenamight wenamigth wenamitgh wenamithg wenagtmhi
wenagtmih wenagthmi wenagthim wenagtihm wenagtimh wenagmthi wenagmtih wenagmhti wenagmhit wenagmiht wenagmith
wenaghmti wenaghmit wenaghtmi wenaghtim wenaghitm wenaghimt wenagimht wenagimth wenagihmt wenagihtm wenagithm
wenagitmh wenaitmgh wenaitmhg wenaitgmh wenaitghm wenaithgm wenaithmg wenaimtgh wenaimthg wenaimgth wenaimght
wenaimhgt wenaimhtg wenaigmth wenaigmht wenaigtmh wenaigthm wenaightm wenaighmt wenaihmgt wenaihmtg wenaihgmt
wenaihgtm wenaihtgm wenaihtmg wenihtmag wenihtmga wenihtamg wenihtagm wenihtgam wenihtgma wenihmtag wenihmtga
wenihmatg wenihmagt wenihmgat wenihmgta wenihamtg wenihamgt wenihatmg wenihatgm wenihagtm wenihagmt wenihgmat
wenihgmta wenihgamt wenihgatm wenihgtam wenihgtma wenithmag wenithmga wenithamg wenithagm wenithgam wenithgma
wenitmhag wenitmhga wenitmahg wenitmagh wenitmgah wenitmgha wenitamhg wenitamgh wenitahmg wenitahgm wenitaghm
wenitagmh wenitgmah wenitgmha wenitgamh wenitgahm wenitgham wenitghma wenimthag wenimthga wenimtahg wenimtagh
wenimtgah wenimtgha wenimhtag wenimhtga wenimhatg wenimhagt wenimhgat wenimhgta wenimahtg wenimahgt wenimathg
wenimatgh wenimagth wenimaght wenimghat wenimghta wenimgaht wenimgath wenimgtah wenimgtha weniatmhg weniatmgh
weniathmg weniathgm weniatghm weniatgmh weniamthg weniamtgh weniamhtg weniamhgt weniamght weniamgth weniahmtg
weniahmgt weniahtmg weniahtgm weniahgtm weniahgmt weniagmht weniagmth weniaghmt weniaghtm weniagthm weniagtmh
wenigtmah wenigtmha wenigtamh wenigtahm wenigtham wenigthma wenigmtah wenigmtha wenigmath wenigmaht wenigmhat
wenigmhta wenigamth wenigamht wenigatmh wenigathm wenigahtm wenigahmt wenighmat wenighmta wenighamt wenighatm
wenightam wenightma

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History of cryptography
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