easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

brouwer

desantiago

ferrated

xanthidium

misventurous

mechanizations

benzotetrazine

wistless

dittman

sevens

dustlike

sorvi

trumansburg

manuever

zeller

monochrome

simental

praecederemque


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: surmiser
cipher variations:
tvsnjtfs uwtokugt vxuplvhu wyvqmwiv xzwrnxjw
yaxsoykx zbytpzly aczuqamz bdavrbna cebwscob
dfcxtdpc egdyueqd fhezvfre gifawgsf hjgbxhtg
ikhcyiuh jlidzjvi kmjeakwj lnkfblxk molgcmyl
npmhdnzm oqnieoan projfpbo qspkgqcp rtqlhrdq

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: surmiser
Cipher: hfinrhvi

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: surmiser
Cipher: BAAAB BAABB BAAAA ABABB ABAAA BAAAB AABAA BAAAA

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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: surmiser
cipher variations:
tvsnjtfsdjalzdnanxijpnvixlqhfxdqhzyfvhlyrngdlrtglpwzrljwvdexhvre
frmvxfzmpfutnphuztcrdzpcjhkptjxkuwtokugtekbmaeoboyjkqowjymrigyer
iazgwimzsohemsuhmqxasmkxwefyiwsfgsnwyganqgvuoqivaudseaqdkilqukyl
vxuplvhuflcnbfpcpzklrpxkznsjhzfsjbahxjnatpifntvinrybtnlyxfgzjxtg
htoxzhborhwvprjwbvetfbreljmrvlzmwyvqmwivgmdocgqdqalmsqylaotkiagt
kcbiykobuqjgouwjoszcuomzyghakyuhiupyaicpsixwqskxcwfugcsfmknswman
xzwrnxjwhnepdhrerbmntrzmbpuljbhuldcjzlpcvrkhpvxkptadvpnazhiblzvi
jvqzbjdqtjyxrtlydxgvhdtgnlotxnboyaxsoykxiofqeisfscnousancqvmkciv
medkamqdwsliqwylqubewqobaijcmawjkwrackerukzysumzeyhwieuhompuyocp
zbytpzlyjpgrfjtgtdopvtbodrwnldjwnfelbnrextmjrxzmrvcfxrpcbjkdnbxk
lxsbdlfsvlaztvnafzixjfvipnqvzpdqaczuqamzkqhsgkuhuepqwucpesxomekx
ogfmcosfyunksyanswdgysqdckleocylmytcemgtwmbauwobgajykgwjqorwaqer
bdavrbnalrithlvivfqrxvdqftypnflyphgndptgzvoltzbotxehztredlmfpdzm
nzudfnhuxncbvxpchbkzlhxkrpsxbrfscebwscobmsjuimwjwgrsywerguzqogmz
qihoequhawpmuacpuyfiausfemngqeanoavegoivyodcwyqdiclamiylsqtycsgt
dfcxtdpcntkvjnxkxhstzxfshvarphnarjipfrvibxqnvbdqvzgjbvtgfnohrfbo
pbwfhpjwzpedxzrejdmbnjzmtruzdthuegdyueqdoulwkoylyituaygtiwbsqiob
skjqgswjcyrowcerwahkcwuhgopisgcpqcxgiqkxaqfeyasfkencokanusvaeuiv
fhezvfrepvmxlpzmzjuvbzhujxctrjpctlkrhtxkdzspxdfsxbildxvihpqjthdq
rdyhjrlybrgfzbtglfodplbovtwbfvjwgifawgsfqwnymqanakvwcaivkyduskqd
umlsiuyleatqyegtycjmeywjiqrkuierseziksmzcshgacuhmgpeqmcpwuxcgwkx
hjgbxhtgrxoznrboblwxdbjwlzevtlrevnmtjvzmfburzfhuzdknfzxkjrslvjfs
tfajltnadtihbdvinhqfrndqxvydhxlyikhcyiuhsypaoscpcmxyeckxmafwumsf
wonukwangcvsagivaelogaylkstmwkgtugbkmuobeujicewjoirgsoerywzeiymz
jlidzjvitzqbptdqdnyzfdlynbgxvntgxpovlxbohdwtbhjwbfmphbzmltunxlhu
vhclnvpcfvkjdfxkpjshtpfszxafjznakmjeakwjuarcquereozagemzochywouh
yqpwmycpiexucikxcgnqicanmuvoymivwidmowqdgwlkegylqktiuqgtaybgkaob
lnkfblxkvbsdrvfsfpabhfnapdizxpvizrqxnzdqjfyvdjlydhorjdbonvwpznjw
xjenpxrehxmlfhzmrlujvrhubzchlbpcmolgcmylwcteswgtgqbcigobqejayqwj
asryoaerkgzwekmzeipskecpowxqaokxykfoqysfiynmgiansmvkwsivcadimcqd
npmhdnzmxduftxhuhrcdjhpcrfkbzrxkbtszpbfslhaxflnafjqtlfdqpxyrbply
zlgprztgjzonhjbotnwlxtjwdbejndreoqnieoanyevguyivisdekiqdsglcasyl
cutaqcgtmibygmobgkrumgerqyzscqmzamhqsauhkapoikcpuoxmyukxecfkoesf
projfpbozfwhvzjwjtefljrethmdbtzmdvubrdhunjczhnpchlsvnhfsrzatdrna
bnirtbvilbqpjldqvpynzvlyfdglpftgqspkgqcpagxiwakxkufgmksfuinecuan
ewvcseivokdaioqdimtwoigtsabuesobcojsucwjmcrqkmerwqzoawmzgehmqguh
rtqlhrdqbhyjxblylvghnltgvjofdvbofxwdtfjwplebjprejnuxpjhutbcvftpc
dpktvdxkndsrlnfsxrapbxnahfinrhvisurmisercizkycmzmwhiomuhwkpgewcp
gyxeugkxqmfckqsfkovyqkivucdwguqdeqluweyloetsmogtysbqcyobigjosiwj

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: surmiser
Cipher: fhezvfre

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: surmiser
Cipher: 3454242342345124

Extended Methods:
Method #1

Plaintext: surmiser
method variations:
xzwroxkwcebwtcpbhkgbyhugnpmgdnzm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s u r m i s e r 
3 5 2 2 4 3 5 2 
4 4 4 3 2 4 1 4 
They are then read out in rows:
3522435244432414
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: surmiser
Cipher: xgoktorq

Read more ...
Method #3

Plaintext: surmiser
method variations:
yiismyfo iismyfoy ismyfoyi
smyfoyii myfoyiis yfoyiism
foyiismy oyiismyf

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: surmiser

first 5040 cipher variations(40320 total)
surmiser surmisre surmiesr surmiers surmires surmirse surmsier surmsire surmseir surmseri surmsrei
surmsrie surmesir surmesri surmeisr surmeirs surmeris surmersi surmrsei surmrsie surmresi surmreis
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suriresm surirems surirmes surirmse sursimer sursimre sursiemr sursierm sursirem sursirme sursmier
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sursrmei sursrmie sursremi sursreim sursriem sursrime sureismr sureisrm sureimsr sureimrs sureirms
sureirsm suresimr suresirm suresmir suresmri suresrmi suresrim suremsir suremsri suremisr suremirs
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simrrsue simrresu simrreus simrrues simrruse simurser simursre simuresr simurers simurres simurrse
simusrer simusrre simuserr simuserr simusrer simusrre simuesrr simuesrr simuersr simuerrs simuerrs
simuersr simurser simursre simuresr simurers simurres simurrse simsurer simsurre simsuerr simsuerr
simsurer simsurre simsruer simsrure simsreur simsreru simsrreu simsrrue simserur simserru simseurr
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simersru simerusr simerurs simerrus simerrsu simersru simersur simerrsu simerrus simerurs simerusr
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ssimrreu ssimrrue ssimurer ssimurre ssimuerr ssimuerr ssimurer ssimurre ssimeurr ssimeurr ssimerur
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ssirmeur ssirmeru ssirmreu ssirmrue ssirumer ssirumre ssiruemr ssiruerm ssirurem ssirurme ssireumr
ssireurm ssiremur ssiremru ssirermu ssirerum ssirruem ssirrume ssirreum ssirremu ssirrmeu ssirrmue
ssiurmer ssiurmre ssiuremr ssiurerm ssiurrem ssiurrme ssiumrer ssiumrre ssiumerr ssiumerr ssiumrer
ssiumrre ssiuemrr ssiuemrr ssiuermr ssiuerrm ssiuerrm ssiuermr ssiurmer ssiurmre ssiuremr ssiurerm
ssiurrem ssiurrme ssierumr ssierurm ssiermur ssiermru ssierrmu ssierrum ssieurmr ssieurrm ssieumrr
ssieumrr ssieurmr ssieurrm ssiemurr ssiemurr ssiemrur ssiemrru ssiemrru ssiemrur ssierumr ssierurm
ssiermur ssiermru ssierrmu ssierrum ssirruem ssirrume ssirreum ssirremu ssirrmeu ssirrmue ssirurem
ssirurme ssiruerm ssiruemr ssirumer ssirumre ssireurm ssireumr ssirerum ssirermu ssiremru ssiremur
ssirmuer ssirmure ssirmeur ssirmeru ssirmreu ssirmrue ssumirer ssumirre ssumierr ssumierr ssumirer
ssumirre ssumrier ssumrire ssumreir ssumreri ssumrrei ssumrrie ssumerir ssumerri ssumeirr ssumeirr
ssumerir ssumerri ssumrrei ssumrrie ssumreri ssumreir ssumrier ssumrire ssuimrer ssuimrre ssuimerr
ssuimerr ssuimrer ssuimrre ssuirmer ssuirmre ssuiremr ssuirerm ssuirrem ssuirrme ssuiermr ssuierrm
ssuiemrr ssuiemrr ssuiermr ssuierrm ssuirrem ssuirrme ssuirerm ssuiremr ssuirmer ssuirmre ssurimer
ssurimre ssuriemr ssurierm ssurirem ssurirme ssurmier ssurmire ssurmeir ssurmeri ssurmrei ssurmrie
ssuremir ssuremri ssureimr ssureirm ssurerim ssurermi ssurrmei ssurrmie ssurremi ssurreim ssurriem
ssurrime ssueirmr ssueirrm ssueimrr ssueimrr ssueirmr ssueirrm ssuerimr ssuerirm ssuermir ssuermri
ssuerrmi ssuerrim ssuemrir ssuemrri ssuemirr ssuemirr ssuemrir ssuemrri ssuerrmi ssuerrim ssuermri
ssuermir ssuerimr ssuerirm ssurirem ssurirme ssurierm ssuriemr ssurimer ssurimre ssurriem ssurrime
ssurreim ssurremi ssurrmei ssurrmie ssurerim ssurermi ssureirm ssureimr ssuremir ssuremri ssurmrei
ssurmrie ssurmeri ssurmeir ssurmier ssurmire ssemiurr ssemiurr ssemirur ssemirru ssemirru ssemirur
ssemuirr ssemuirr ssemurir ssemurri ssemurri ssemurir ssemruir ssemruri ssemriur ssemriru ssemrriu
ssemrrui ssemruri ssemruir ssemrrui ssemrriu ssemriru ssemriur sseimurr sseimurr sseimrur sseimrru
sseimrru sseimrur sseiumrr sseiumrr sseiurmr sseiurrm sseiurrm sseiurmr sseirumr sseirurm sseirmur
sseirmru sseirrmu sseirrum sseirurm sseirumr sseirrum sseirrmu sseirmru sseirmur sseuimrr sseuimrr
sseuirmr sseuirrm sseuirrm sseuirmr sseumirr sseumirr sseumrir sseumrri sseumrri sseumrir sseurmir
sseurmri sseurimr sseurirm sseurrim sseurrmi sseurmri sseurmir sseurrmi sseurrim sseurirm sseurimr
sseriumr sseriurm sserimur sserimru sserirmu sserirum sseruimr sseruirm sserumir sserumri sserurmi
sserurim ssermuir ssermuri ssermiur ssermiru ssermriu ssermrui sserrumi sserruim sserrmui sserrmiu
sserrimu sserrium sseriurm sseriumr sserirum sserirmu sserimru sserimur sseruirm sseruimr sserurim
sserurmi sserumri sserumir sserruim sserrumi sserrium sserrimu sserrmiu sserrmui ssermuri ssermuir
ssermrui ssermriu ssermiru ssermiur ssrmiuer ssrmiure ssrmieur ssrmieru ssrmireu ssrmirue ssrmuier
ssrmuire ssrmueir ssrmueri ssrmurei ssrmurie ssrmeuir ssrmeuri ssrmeiur ssrmeiru ssrmeriu ssrmerui
ssrmruei ssrmruie ssrmreui ssrmreiu ssrmrieu ssrmriue ssrimuer ssrimure ssrimeur ssrimeru ssrimreu
ssrimrue ssriumer ssriumre ssriuemr ssriuerm ssriurem ssriurme ssrieumr ssrieurm ssriemur ssriemru
ssriermu ssrierum ssriruem ssrirume ssrireum ssriremu ssrirmeu ssrirmue ssruimer ssruimre ssruiemr
ssruierm ssruirem ssruirme ssrumier ssrumire ssrumeir ssrumeri ssrumrei ssrumrie ssruemir ssruemri
ssrueimr ssrueirm ssruerim ssruermi ssrurmei ssrurmie ssruremi ssrureim ssruriem ssrurime ssreiumr
ssreiurm ssreimur ssreimru ssreirmu ssreirum ssreuimr ssreuirm ssreumir ssreumri ssreurmi ssreurim
ssremuir ssremuri ssremiur ssremiru ssremriu ssremrui ssrerumi ssreruim ssrermui ssrermiu ssrerimu
ssrerium ssrriuem ssrriume ssrrieum ssrriemu ssrrimeu ssrrimue ssrruiem ssrruime ssrrueim ssrruemi
ssrrumei ssrrumie ssrreuim ssrreumi ssrreium ssrreimu ssrremiu ssrremui ssrrmuei ssrrmuie ssrrmeui
ssrrmeiu ssrrmieu ssrrmiue sermisur sermisru sermiusr sermiurs sermirus sermirsu sermsiur sermsiru
sermsuir sermsuri sermsrui sermsriu sermusir sermusri sermuisr sermuirs sermuris sermursi sermrsui
sermrsiu sermrusi sermruis sermrius sermrisu serimsur serimsru serimusr serimurs serimrus serimrsu
serismur serismru serisumr serisurm serisrum serisrmu seriusmr seriusrm seriumsr seriumrs seriurms
seriursm serirsum serirsmu serirusm serirums serirmus serirmsu sersimur sersimru sersiumr sersiurm
sersirum sersirmu sersmiur sersmiru sersmuir sersmuri sersmrui sersmriu sersumir sersumri sersuimr
sersuirm sersurim sersurmi sersrmui sersrmiu sersrumi sersruim sersrium sersrimu seruismr seruisrm
seruimsr seruimrs seruirms seruirsm serusimr serusirm serusmir serusmri serusrmi serusrim serumsir
serumsri serumisr serumirs serumris serumrsi serursmi serursim serurmsi serurmis serurims serurism
serrisum serrismu serriusm serriums serrimus serrimsu serrsium serrsimu serrsuim serrsumi serrsmui
serrsmiu serrusim serrusmi serruism serruims serrumis serrumsi serrmsui serrmsiu serrmusi serrmuis
serrmius serrmisu semrisur semrisru semriusr semriurs semrirus semrirsu semrsiur semrsiru semrsuir
semrsuri semrsrui semrsriu semrusir semrusri semruisr semruirs semruris semrursi semrrsui semrrsiu
semrrusi semrruis semrrius semrrisu semirsur semirsru semirusr semirurs semirrus semirrsu semisrur
semisrru semisurr semisurr semisrur semisrru semiusrr semiusrr semiursr semiurrs semiurrs semiursr
semirsur semirsru semirusr semirurs semirrus semirrsu semsirur semsirru semsiurr semsiurr semsirur
semsirru semsriur semsriru semsruir semsruri semsrrui semsrriu semsurir semsurri semsuirr semsuirr
semsurir semsurri semsrrui semsrriu semsruri semsruir semsriur semsriru semuisrr semuisrr semuirsr
semuirrs semuirrs semuirsr semusirr semusirr semusrir semusrri semusrri semusrir semursir semursri
semurisr semurirs semurris semurrsi semursri semursir semurrsi semurris semurirs semurisr semrisur
semrisru semriusr semriurs semrirus semrirsu semrsiur semrsiru semrsuir semrsuri semrsrui semrsriu
semrusir semrusri semruisr semruirs semruris semrursi semrrsui semrrsiu semrrusi semrruis semrrius
semrrisu seimrsur seimrsru seimrusr seimrurs seimrrus seimrrsu seimsrur seimsrru seimsurr seimsurr
seimsrur seimsrru seimusrr seimusrr seimursr seimurrs seimurrs seimursr seimrsur seimrsru seimrusr
seimrurs seimrrus seimrrsu seirmsur seirmsru seirmusr seirmurs seirmrus seirmrsu seirsmur seirsmru
seirsumr seirsurm seirsrum seirsrmu seirusmr seirusrm seirumsr seirumrs seirurms seirursm seirrsum
seirrsmu seirrusm seirrums seirrmus seirrmsu seisrmur seisrmru seisrumr seisrurm seisrrum seisrrmu
seismrur seismrru seismurr seismurr seismrur seismrru seisumrr seisumrr seisurmr seisurrm seisurrm
seisurmr seisrmur seisrmru seisrumr seisrurm seisrrum seisrrmu seiursmr seiursrm seiurmsr seiurmrs
seiurrms seiurrsm seiusrmr seiusrrm seiusmrr seiusmrr seiusrmr seiusrrm seiumsrr seiumsrr seiumrsr
seiumrrs seiumrrs seiumrsr seiursmr seiursrm seiurmsr seiurmrs seiurrms seiurrsm seirrsum seirrsmu
seirrusm seirrums seirrmus seirrmsu seirsrum seirsrmu seirsurm seirsumr seirsmur seirsmru seirusrm
seirusmr seirursm seirurms seirumrs seirumsr seirmsur seirmsru seirmusr seirmurs seirmrus seirmrsu
sesmirur sesmirru sesmiurr sesmiurr sesmirur sesmirru sesmriur sesmriru sesmruir sesmruri sesmrrui
sesmrriu sesmurir sesmurri sesmuirr sesmuirr sesmurir sesmurri sesmrrui sesmrriu sesmruri sesmruir
sesmriur sesmriru sesimrur sesimrru sesimurr sesimurr sesimrur sesimrru sesirmur sesirmru sesirumr
sesirurm sesirrum sesirrmu sesiurmr sesiurrm sesiumrr sesiumrr sesiurmr sesiurrm sesirrum sesirrmu
sesirurm sesirumr sesirmur sesirmru sesrimur sesrimru sesriumr sesriurm sesrirum sesrirmu sesrmiur
sesrmiru sesrmuir sesrmuri sesrmrui sesrmriu sesrumir sesrumri sesruimr sesruirm sesrurim sesrurmi
sesrrmui sesrrmiu sesrrumi sesrruim sesrrium sesrrimu sesuirmr sesuirrm sesuimrr sesuimrr sesuirmr
sesuirrm sesurimr sesurirm sesurmir sesurmri sesurrmi sesurrim sesumrir sesumrri sesumirr sesumirr
sesumrir sesumrri sesurrmi sesurrim sesurmri sesurmir sesurimr sesurirm sesrirum sesrirmu sesriurm
sesriumr sesrimur sesrimru sesrrium sesrrimu sesrruim sesrrumi sesrrmui sesrrmiu sesrurim sesrurmi
sesruirm sesruimr sesrumir sesrumri sesrmrui sesrmriu sesrmuri sesrmuir sesrmiur sesrmiru seumisrr
seumisrr seumirsr seumirrs seumirrs seumirsr seumsirr seumsirr seumsrir seumsrri seumsrri seumsrir
seumrsir seumrsri seumrisr seumrirs seumrris seumrrsi seumrsri seumrsir seumrrsi seumrris seumrirs
seumrisr seuimsrr seuimsrr seuimrsr seuimrrs seuimrrs seuimrsr seuismrr seuismrr seuisrmr seuisrrm
seuisrrm seuisrmr seuirsmr seuirsrm seuirmsr seuirmrs seuirrms seuirrsm seuirsrm seuirsmr seuirrsm
seuirrms seuirmrs seuirmsr seusimrr seusimrr seusirmr seusirrm seusirrm seusirmr seusmirr seusmirr
seusmrir seusmrri seusmrri seusmrir seusrmir seusrmri seusrimr seusrirm seusrrim seusrrmi seusrmri
seusrmir seusrrmi seusrrim seusrirm seusrimr seurismr seurisrm seurimsr seurimrs seurirms seurirsm
seursimr seursirm seursmir seursmri seursrmi seursrim seurmsir seurmsri seurmisr seurmirs seurmris
seurmrsi seurrsmi seurrsim seurrmsi seurrmis seurrims seurrism seurisrm seurismr seurirsm seurirms
seurimrs seurimsr seursirm seursimr seursrim seursrmi seursmri seursmir seurrsim seurrsmi seurrism
seurrims seurrmis seurrmsi seurmsri seurmsir seurmrsi seurmris seurmirs seurmisr sermisur sermisru
sermiusr sermiurs sermirus sermirsu sermsiur sermsiru sermsuir sermsuri sermsrui sermsriu sermusir
sermusri sermuisr sermuirs sermuris sermursi sermrsui sermrsiu sermrusi sermruis sermrius sermrisu
serimsur serimsru serimusr serimurs serimrus serimrsu serismur serismru serisumr serisurm serisrum
serisrmu seriusmr seriusrm seriumsr seriumrs seriurms seriursm serirsum serirsmu serirusm serirums
serirmus serirmsu sersimur sersimru sersiumr sersiurm sersirum sersirmu sersmiur sersmiru sersmuir
sersmuri sersmrui sersmriu sersumir sersumri sersuimr sersuirm sersurim sersurmi sersrmui sersrmiu
sersrumi sersruim sersrium sersrimu seruismr seruisrm seruimsr seruimrs seruirms seruirsm serusimr
serusirm serusmir serusmri serusrmi serusrim serumsir serumsri serumisr serumirs serumris serumrsi
serursmi serursim serurmsi serurmis serurims serurism serrisum serrismu serriusm serriums serrimus
serrimsu serrsium serrsimu serrsuim serrsumi serrsmui serrsmiu serrusim serrusmi serruism serruims
serrumis serrumsi serrmsui serrmsiu serrmusi serrmuis serrmius serrmisu srrmiseu srrmisue srrmiesu
srrmieus srrmiues srrmiuse srrmsieu srrmsiue srrmseiu srrmseui srrmsuei srrmsuie srrmesiu srrmesui
srrmeisu srrmeius srrmeuis srrmeusi srrmusei srrmusie srrmuesi srrmueis srrmuies srrmuise srrimseu
srrimsue srrimesu srrimeus srrimues srrimuse srrismeu srrismue srrisemu srriseum srrisuem srrisume
srriesmu srriesum srriemsu srriemus srrieums srrieusm srriusem srriusme srriuesm srriuems srriumes
srriumse srrsimeu srrsimue srrsiemu srrsieum srrsiuem srrsiume srrsmieu srrsmiue srrsmeiu srrsmeui
srrsmuei srrsmuie srrsemiu srrsemui srrseimu srrseium srrseuim srrseumi srrsumei srrsumie srrsuemi
srrsueim srrsuiem srrsuime srreismu srreisum srreimsu srreimus srreiums srreiusm srresimu srresium
srresmiu srresmui srresumi srresuim srremsiu srremsui srremisu srremius srremuis srremusi srreusmi
srreusim srreumsi srreumis srreuims srreuism srruisem srruisme srruiesm srruiems srruimes srruimse
srrusiem srrusime srruseim srrusemi srrusmei srrusmie srruesim srruesmi srrueism srrueims srruemis
srruemsi srrumsei srrumsie srrumesi srrumeis srrumies srrumise srmriseu srmrisue srmriesu srmrieus
srmriues srmriuse srmrsieu srmrsiue srmrseiu srmrseui srmrsuei srmrsuie srmresiu srmresui srmreisu
srmreius srmreuis srmreusi srmrusei srmrusie srmruesi srmrueis srmruies srmruise srmirseu srmirsue
srmiresu srmireus srmirues srmiruse srmisreu srmisrue srmiseru srmiseur srmisuer srmisure srmiesru
srmiesur srmiersu srmierus srmieurs srmieusr srmiuser srmiusre srmiuesr srmiuers srmiures srmiurse
srmsireu srmsirue srmsieru srmsieur srmsiuer srmsiure srmsrieu srmsriue srmsreiu srmsreui srmsruei
srmsruie srmseriu srmserui srmseiru srmseiur srmseuir srmseuri srmsurei srmsurie srmsueri srmsueir
srmsuier srmsuire srmeisru srmeisur srmeirsu srmeirus srmeiurs srmeiusr srmesiru srmesiur srmesriu
srmesrui srmesuri srmesuir srmersiu srmersui srmerisu srmerius srmeruis srmerusi srmeusri srmeusir
srmeursi srmeuris srmeuirs srmeuisr srmuiser srmuisre srmuiesr srmuiers srmuires srmuirse srmusier
srmusire srmuseir srmuseri srmusrei srmusrie srmuesir srmuesri srmueisr srmueirs srmueris srmuersi
srmursei srmursie srmuresi srmureis srmuries srmurise srimrseu srimrsue srimresu srimreus srimrues
srimruse srimsreu srimsrue srimseru srimseur srimsuer srimsure srimesru srimesur srimersu srimerus
srimeurs srimeusr srimuser srimusre srimuesr srimuers srimures srimurse srirmseu srirmsue srirmesu
srirmeus srirmues srirmuse srirsmeu srirsmue srirsemu srirseum srirsuem srirsume sriresmu sriresum
sriremsu sriremus srireums srireusm srirusem srirusme sriruesm sriruems srirumes srirumse srisrmeu
srisrmue srisremu srisreum srisruem srisrume srismreu srismrue srismeru srismeur srismuer srismure
srisemru srisemur srisermu sriserum sriseurm sriseumr srisumer srisumre srisuemr srisuerm srisurem
srisurme sriersmu sriersum sriermsu sriermus srierums srierusm sriesrmu sriesrum sriesmru sriesmur
sriesumr sriesurm sriemsru sriemsur sriemrsu sriemrus sriemurs sriemusr srieusmr srieusrm srieumsr
srieumrs srieurms srieursm sriursem sriursme sriuresm sriurems sriurmes sriurmse sriusrem sriusrme
sriuserm sriusemr sriusmer sriusmre sriuesrm sriuesmr sriuersm sriuerms sriuemrs sriuemsr sriumser
sriumsre sriumesr sriumers sriumres sriumrse srsmireu srsmirue srsmieru srsmieur srsmiuer srsmiure
srsmrieu srsmriue srsmreiu srsmreui srsmruei srsmruie srsmeriu srsmerui srsmeiru srsmeiur srsmeuir
srsmeuri srsmurei srsmurie srsmueri srsmueir srsmuier srsmuire srsimreu srsimrue srsimeru srsimeur
srsimuer srsimure srsirmeu srsirmue srsiremu srsireum srsiruem srsirume srsiermu srsierum srsiemru
srsiemur srsieumr srsieurm srsiurem srsiurme srsiuerm srsiuemr srsiumer srsiumre srsrimeu srsrimue
srsriemu srsrieum srsriuem srsriume srsrmieu srsrmiue srsrmeiu srsrmeui srsrmuei srsrmuie srsremiu
srsremui srsreimu srsreium srsreuim srsreumi srsrumei srsrumie srsruemi srsrueim srsruiem srsruime
srseirmu srseirum srseimru srseimur srseiumr srseiurm srserimu srserium srsermiu srsermui srserumi
srseruim srsemriu srsemrui srsemiru srsemiur srsemuir srsemuri srseurmi srseurim srseumri srseumir
srseuimr srseuirm srsuirem srsuirme srsuierm srsuiemr srsuimer srsuimre srsuriem srsurime srsureim
srsuremi srsurmei srsurmie srsuerim srsuermi srsueirm srsueimr srsuemir srsuemri srsumrei srsumrie
srsumeri srsumeir srsumier srsumire sremisru sremisur sremirsu sremirus sremiurs sremiusr sremsiru
sremsiur sremsriu sremsrui sremsuri sremsuir sremrsiu sremrsui sremrisu sremrius sremruis sremrusi
sremusri sremusir sremursi sremuris sremuirs sremuisr sreimsru sreimsur sreimrsu sreimrus sreimurs
sreimusr sreismru sreismur sreisrmu sreisrum sreisurm sreisumr sreirsmu sreirsum sreirmsu sreirmus
sreirums sreirusm sreiusrm sreiusmr sreiursm sreiurms sreiumrs sreiumsr sresimru sresimur sresirmu
sresirum sresiurm sresiumr sresmiru sresmiur sresmriu sresmrui sresmuri sresmuir sresrmiu sresrmui
sresrimu sresrium sresruim sresrumi sresumri sresumir sresurmi sresurim sresuirm sresuimr srerismu
srerisum srerimsu srerimus sreriums sreriusm srersimu srersium srersmiu srersmui srersumi srersuim
srermsiu srermsui srermisu srermius srermuis srermusi srerusmi srerusim srerumsi srerumis sreruims
sreruism sreuisrm sreuismr sreuirsm sreuirms sreuimrs sreuimsr sreusirm sreusimr sreusrim sreusrmi
sreusmri sreusmir sreursim sreursmi sreurism sreurims sreurmis sreurmsi sreumsri sreumsir sreumrsi
sreumris sreumirs sreumisr srumiser srumisre srumiesr srumiers srumires srumirse srumsier srumsire
srumseir srumseri srumsrei srumsrie srumesir srumesri srumeisr srumeirs srumeris srumersi srumrsei
srumrsie srumresi srumreis srumries srumrise sruimser sruimsre sruimesr sruimers sruimres sruimrse
sruismer sruismre sruisemr sruiserm sruisrem sruisrme sruiesmr sruiesrm sruiemsr sruiemrs sruierms
sruiersm sruirsem sruirsme sruiresm sruirems sruirmes sruirmse srusimer srusimre srusiemr srusierm
srusirem srusirme srusmier srusmire srusmeir srusmeri srusmrei srusmrie srusemir srusemri sruseimr
sruseirm sruserim srusermi srusrmei srusrmie srusremi srusreim srusriem srusrime srueismr srueisrm
srueimsr srueimrs srueirms srueirsm sruesimr sruesirm sruesmir sruesmri sruesrmi sruesrim sruemsir
sruemsri sruemisr sruemirs sruemris sruemrsi sruersmi sruersim sruermsi sruermis sruerims sruerism
srurisem srurisme sruriesm sruriems srurimes srurimse srursiem srursime srurseim srursemi srursmei
srursmie sruresim sruresmi srureism srureims sruremis sruremsi srurmsei srurmsie srurmesi srurmeis
srurmies srurmise

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History of cryptography
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