easy ciphers

Easy Ciphers Tools:
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popular ciphers:

trichophyllous

rapta

underclothing

clarie

aminovalericum

revulsive

auroraeque

olfacty

corina

puddle

transierat

housework

decernitis

decomposition

armentibus

timidest

antiparliamental

glancing


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: labavisse
cipher variations:
mbcbwjttf ncdcxkuug odedylvvh pefezmwwi qfgfanxxj
rghgboyyk shihcpzzl tijidqaam ujkjerbbn vklkfscco
wlmlgtddp xmnmhueeq ynonivffr zopojwggs apqpkxhht
bqrqlyiiu crsrmzjjv dstsnakkw etutobllx fuvupcmmy
gvwvqdnnz hwxwreooa ixyxsfppb jyzytgqqc kzazuhrrd

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: labavisse
Cipher: ozyzerhhv

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: labavisse
Cipher: ABABA AAAAA AAAAB AAAAA BBBAB ABAAA BAAAB BAAAB AABAA

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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: labavisse
cipher variations:
mbcbwjttfibebmzddnebgbcpnnvabibsfxxdwbkbivhhlsbmbylrrtkbqberlljgbsbuhvvr
cbubkxffzybwbanpphubybqdzzpqbabgtjjxncdcxkuugjcfcnaeeofchcdqoowbcjctgyye
xclcjwiimtcnczmssulcrcfsmmkhctcviwwsdcvclyggazcxcboqqivczcreaaqrcbchukky
odedylvvhkdgdobffpgdiderppxcdkduhzzfydmdkxjjnudodanttvmdsdgtnnlidudwjxxt
edwdmzhhbadydcprrjwdadsfbbrsdcdivllzpefezmwwilehepcggqhejefsqqydeleviaag
zenelykkovepebouuwnetehuoomjevexkyyufexenaiicbezedqsskxebetgccstedejwmma
qfgfanxxjmfifqdhhrifkfgtrrzefmfwjbbhafofmzllpwfqfcpvvxofufivppnkfwfylzzv
gfyfobjjdcfaferttlyfcfuhddtufefkxnnbrghgboyykngjgreiisjglghussafgngxkcci
bgpgnammqxgrgdqwwypgvgjwqqolgxgzmaawhgzgpckkedgbgfsuumzgdgvieeuvgfglyooc
shihcpzzlohkhsfjjtkhmhivttbghohylddjchqhobnnryhsherxxzqhwhkxrrpmhyhanbbx
ihahqdllfehchgtvvnahehwjffvwhghmzppdtijidqaampilitgkkulinijwuuchipizmeek
diripcooszitifsyyarixilyssqniziboccyjibiremmgfidihuwwobifixkggwxihinaqqe
ujkjerbbnqjmjuhllvmjojkxvvdijqjanfflejsjqdpptajujgtzzbsjyjmzttrojajcpddz
kjcjsfnnhgjejivxxpcjgjylhhxyjijobrrfvklkfsccorknkvimmwnkpklywwejkrkboggm
fktkreqqubkvkhuaactkzknauuspkbkdqeealkdktgooihkfkjwyyqdkhkzmiiyzkjkpcssg
wlmlgtddpslolwjnnxolqlmzxxfklslcphhnglulsfrrvclwlivbbdulalobvvtqlclerffb
mleluhppjilglkxzzrelilanjjzalklqdtthxmnmhueeqtmpmxkooypmrmnayyglmtmdqiio
hmvmtgsswdmxmjwccevmbmpcwwurmdmfsggcnmfmviqqkjmhmlyaasfmjmbokkabmlmreuui
ynonivffrunqnylppzqnsnobzzhmnunerjjpinwnuhttxenynkxddfwncnqdxxvsnengthhd
ongnwjrrlkninmzbbtgnkncpllbcnmnsfvvjzopojwggsvorozmqqarotopcaainovofskkq
joxoviuuyfozolyeegxodoreyywtofohuiiepohoxkssmlojonaccuholodqmmcdonotgwwk
apqpkxhhtwpspanrrbspupqdbbjopwpgtllrkpypwjvvzgpapmzffhypepsfzzxupgpivjjf
qpipylttnmpkpobddvipmpernndepopuhxxlbqrqlyiiuxqtqbossctqvqrecckpqxqhumms
lqzqxkwwahqbqnaggizqfqtgaayvqhqjwkkgrqjqzmuuonqlqpceewjqnqfsooefqpqviyym
crsrmzjjvyrurcpttdurwrsfddlqryrivnntmrarylxxbircrobhhjargruhbbzwrirkxllh
srkranvvpormrqdffxkrorgtppfgrqrwjzzndstsnakkwzsvsdquuevsxstgeemrszsjwoou
nsbszmyycjsdspciikbshsviccaxsjslymmitslsbowwqpsnsreggylspshuqqghsrsxkaao
etutobllxatwtervvfwtytuhffnstatkxppvotctanzzdktetqdjjlctitwjddbytktmznnj
utmtcpxxrqtotsfhhzmtqtivrrhitstylbbpfuvupcmmybuxufswwgxuzuviggotubulyqqw
puduboaaelufurekkmdujuxkeeczulunaookvunudqyysruputgiianurujwssijutuzmccq
gvwvqdnnzcvyvgtxxhyvavwjhhpuvcvmzrrxqvevcpbbfmvgvsfllnevkvylffdavmvobppl
wvoverzztsvqvuhjjbovsvkxttjkvuvanddrhwxwreooadwzwhuyyizwbwxkiiqvwdwnassy
rwfwdqccgnwhwtgmmofwlwzmggebwnwpcqqmxwpwfsaautwrwvikkcpwtwlyuuklwvwboees
ixyxsfppbexaxivzzjaxcxyljjrwxexobttzsxgxerddhoxixuhnnpgxmxanhhfcxoxqdrrn
yxqxgtbbvuxsxwjlldqxuxmzvvlmxwxcpfftjyzytgqqcfybyjwaakbydyzmkksxyfypcuua
tyhyfseeipyjyviooqhynyboiigdypyressozyryhuccwvytyxkmmeryvynawwmnyxydqggu
kzazuhrrdgzczkxbblczezanlltyzgzqdvvbuzizgtffjqzkzwjpprizozcpjjhezqzsfttp
azszivddxwzuzylnnfszwzobxxnozyzerhhvlabavissehadalyccmdafabommuzaharewwc
vajahuggkralaxkqqsjapadqkkifaratguuqbatajweeyxavazmoogtaxapcyyopazafsiiw

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: labavisse
Cipher: ynonivffr

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: labavisse
Cipher: 131121111542343451

Extended Methods:
Method #1

Plaintext: labavisse
method variations:
qfgfaoxxkvlmlftccpaqrqlyhhufvwvqdnnz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
l a b a v i s s e 
1 1 2 1 1 4 3 3 5 
3 1 1 1 5 2 4 4 1 
They are then read out in rows:
112114335311152441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: labavisse
Cipher: abqnpavrd

Read more ...
Method #3

Plaintext: labavisse
method variations:
cfaaumoya faaumoyac aaumoyacf
aumoyacfa umoyacfaa moyacfaau
oyacfaaum yacfaaumo acfaaumoy

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: labavisse

first 5040 cipher variations(362880 total)
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lasavisbe lasaviseb lasaviesb lasaviebs lasavbise lasavbies lasavbsie lasavbsei lasavbesi lasavbeis lasavsbie
lasavsbei lasavsibe lasavsieb lasavseib lasavsebi lasavebsi lasavebis lasavesbi lasavesib lasaveisb lasaveibs
lasaivbse lasaivbes lasaivsbe lasaivseb lasaivesb lasaivebs lasaibvse lasaibves lasaibsve lasaibsev lasaibesv
lasaibevs lasaisbve lasaisbev lasaisvbe lasaisveb lasaisevb lasaisebv lasaiebsv lasaiebvs lasaiesbv lasaiesvb
lasaievsb lasaievbs lasabivse lasabives lasabisve lasabisev lasabiesv lasabievs lasabvise lasabvies lasabvsie
lasabvsei lasabvesi lasabveis lasabsvie lasabsvei lasabsive lasabsiev lasabseiv lasabsevi lasabevsi lasabevis
lasabesvi lasabesiv lasabeisv lasabeivs lasasibve lasasibev lasasivbe lasasiveb lasasievb lasasiebv lasasbive
lasasbiev lasasbvie lasasbvei lasasbevi lasasbeiv lasasvbie lasasvbei lasasvibe lasasvieb lasasveib lasasvebi
lasasebvi lasasebiv lasasevbi lasasevib lasaseivb lasaseibv lasaeibsv lasaeibvs lasaeisbv lasaeisvb lasaeivsb
lasaeivbs lasaebisv lasaebivs lasaebsiv lasaebsvi lasaebvsi lasaebvis lasaesbiv lasaesbvi lasaesibv lasaesivb
lasaesvib lasaesvbi lasaevbsi lasaevbis lasaevsbi lasaevsib lasaevisb lasaevibs lasvaibse lasvaibes lasvaisbe
lasvaiseb lasvaiesb lasvaiebs lasvabise lasvabies lasvabsie lasvabsei lasvabesi lasvabeis lasvasbie lasvasbei
lasvasibe lasvasieb lasvaseib lasvasebi lasvaebsi lasvaebis lasvaesbi lasvaesib lasvaeisb lasvaeibs lasviabse
lasviabes lasviasbe lasviaseb lasviaesb lasviaebs lasvibase lasvibaes lasvibsae lasvibsea lasvibesa lasvibeas
lasvisbae lasvisbea lasvisabe lasvisaeb lasviseab lasviseba lasviebsa lasviebas lasviesba lasviesab lasvieasb
lasvieabs lasvbiase lasvbiaes lasvbisae lasvbisea lasvbiesa lasvbieas lasvbaise lasvbaies lasvbasie lasvbasei
lasvbaesi lasvbaeis lasvbsaie lasvbsaei lasvbsiae lasvbsiea lasvbseia lasvbseai lasvbeasi lasvbeais lasvbesai
lasvbesia lasvbeisa lasvbeias lasvsibae lasvsibea lasvsiabe lasvsiaeb lasvsieab lasvsieba lasvsbiae lasvsbiea
lasvsbaie lasvsbaei lasvsbeai lasvsbeia lasvsabie lasvsabei lasvsaibe lasvsaieb lasvsaeib lasvsaebi lasvsebai
lasvsebia lasvseabi lasvseaib lasvseiab lasvseiba lasveibsa lasveibas lasveisba lasveisab lasveiasb lasveiabs
lasvebisa lasvebias lasvebsia lasvebsai lasvebasi lasvebais lasvesbia lasvesbai lasvesiba lasvesiab lasvesaib
lasvesabi lasveabsi lasveabis lasveasbi lasveasib lasveaisb lasveaibs lasivabse lasivabes lasivasbe lasivaseb
lasivaesb lasivaebs lasivbase lasivbaes lasivbsae lasivbsea lasivbesa lasivbeas lasivsbae lasivsbea lasivsabe
lasivsaeb lasivseab lasivseba lasivebsa lasivebas lasivesba lasivesab lasiveasb lasiveabs lasiavbse lasiavbes
lasiavsbe lasiavseb lasiavesb lasiavebs lasiabvse lasiabves lasiabsve lasiabsev lasiabesv lasiabevs lasiasbve
lasiasbev lasiasvbe lasiasveb lasiasevb lasiasebv lasiaebsv lasiaebvs lasiaesbv lasiaesvb lasiaevsb lasiaevbs
lasibavse lasibaves lasibasve lasibasev lasibaesv lasibaevs lasibvase lasibvaes lasibvsae lasibvsea lasibvesa
lasibveas lasibsvae lasibsvea lasibsave lasibsaev lasibseav lasibseva lasibevsa lasibevas lasibesva lasibesav
lasibeasv lasibeavs lasisabve lasisabev lasisavbe lasisaveb lasisaevb lasisaebv lasisbave lasisbaev lasisbvae
lasisbvea lasisbeva lasisbeav lasisvbae lasisvbea lasisvabe lasisvaeb lasisveab lasisveba lasisebva lasisebav
lasisevba lasisevab lasiseavb lasiseabv lasieabsv lasieabvs lasieasbv lasieasvb lasieavsb lasieavbs lasiebasv
lasiebavs lasiebsav lasiebsva lasiebvsa lasiebvas lasiesbav lasiesbva lasiesabv lasiesavb lasiesvab lasiesvba
lasievbsa lasievbas lasievsba lasievsab lasievasb lasievabs lasbviase lasbviaes lasbvisae lasbvisea lasbviesa
lasbvieas lasbvaise lasbvaies lasbvasie lasbvasei lasbvaesi lasbvaeis lasbvsaie lasbvsaei lasbvsiae lasbvsiea
lasbvseia lasbvseai lasbveasi lasbveais lasbvesai lasbvesia lasbveisa lasbveias lasbivase lasbivaes lasbivsae
lasbivsea lasbivesa lasbiveas lasbiavse lasbiaves lasbiasve lasbiasev lasbiaesv lasbiaevs lasbisave lasbisaev
lasbisvae lasbisvea lasbiseva lasbiseav lasbieasv lasbieavs lasbiesav lasbiesva lasbievsa lasbievas lasbaivse
lasbaives lasbaisve lasbaisev lasbaiesv lasbaievs lasbavise lasbavies lasbavsie lasbavsei lasbavesi lasbaveis
lasbasvie lasbasvei lasbasive lasbasiev lasbaseiv lasbasevi lasbaevsi lasbaevis lasbaesvi lasbaesiv lasbaeisv
lasbaeivs lasbsiave lasbsiaev lasbsivae lasbsivea lasbsieva lasbsieav lasbsaive lasbsaiev lasbsavie lasbsavei
lasbsaevi lasbsaeiv lasbsvaie lasbsvaei lasbsviae lasbsviea lasbsveia lasbsveai lasbseavi lasbseaiv lasbsevai
lasbsevia lasbseiva lasbseiav lasbeiasv lasbeiavs lasbeisav lasbeisva lasbeivsa lasbeivas lasbeaisv lasbeaivs
lasbeasiv lasbeasvi lasbeavsi lasbeavis lasbesaiv lasbesavi lasbesiav lasbesiva lasbesvia lasbesvai lasbevasi
lasbevais lasbevsai lasbevsia lasbevisa lasbevias lassvibae lassvibea lassviabe lassviaeb lassvieab lassvieba
lassvbiae lassvbiea lassvbaie lassvbaei lassvbeai lassvbeia lassvabie lassvabei lassvaibe lassvaieb lassvaeib
lassvaebi lassvebai lassvebia lassveabi lassveaib lassveiab lassveiba lassivbae lassivbea lassivabe lassivaeb
lassiveab lassiveba lassibvae lassibvea lassibave lassibaev lassibeav lassibeva lassiabve lassiabev lassiavbe
lassiaveb lassiaevb lassiaebv lassiebav lassiebva lassieabv lassieavb lassievab lassievba lassbivae lassbivea
lassbiave lassbiaev lassbieav lassbieva lassbviae lassbviea lassbvaie lassbvaei lassbveai lassbveia lassbavie
lassbavei lassbaive lassbaiev lassbaeiv lassbaevi lassbevai lassbevia lassbeavi lassbeaiv lassbeiav lassbeiva
lassaibve lassaibev lassaivbe lassaiveb lassaievb lassaiebv lassabive lassabiev lassabvie lassabvei lassabevi
lassabeiv lassavbie lassavbei lassavibe lassavieb lassaveib lassavebi lassaebvi lassaebiv lassaevbi lassaevib
lassaeivb lassaeibv lasseibav lasseibva lasseiabv lasseiavb lasseivab lasseivba lassebiav lassebiva lassebaiv
lassebavi lassebvai lassebvia lasseabiv lasseabvi lasseaibv lasseaivb lasseavib lasseavbi lassevbai lassevbia
lassevabi lassevaib lasseviab lasseviba lasevibsa lasevibas lasevisba lasevisab laseviasb laseviabs lasevbisa
lasevbias lasevbsia lasevbsai lasevbasi lasevbais lasevsbia lasevsbai lasevsiba lasevsiab lasevsaib lasevsabi
lasevabsi lasevabis lasevasbi lasevasib lasevaisb lasevaibs laseivbsa laseivbas laseivsba laseivsab laseivasb
laseivabs laseibvsa laseibvas laseibsva laseibsav laseibasv laseibavs laseisbva laseisbav laseisvba laseisvab
laseisavb laseisabv laseiabsv laseiabvs laseiasbv laseiasvb laseiavsb laseiavbs lasebivsa lasebivas lasebisva
lasebisav lasebiasv lasebiavs lasebvisa lasebvias lasebvsia lasebvsai lasebvasi lasebvais lasebsvia lasebsvai
lasebsiva lasebsiav lasebsaiv lasebsavi lasebavsi lasebavis lasebasvi lasebasiv lasebaisv lasebaivs lasesibva
lasesibav lasesivba lasesivab lasesiavb lasesiabv lasesbiva lasesbiav lasesbvia lasesbvai lasesbavi lasesbaiv
lasesvbia lasesvbai lasesviba lasesviab lasesvaib lasesvabi lasesabvi lasesabiv lasesavbi lasesavib lasesaivb
lasesaibv laseaibsv laseaibvs laseaisbv laseaisvb laseaivsb laseaivbs laseabisv laseabivs laseabsiv laseabsvi
laseabvsi laseabvis laseasbiv laseasbvi laseasibv laseasivb laseasvib laseasvbi laseavbsi laseavbis laseavsbi
laseavsib laseavisb laseavibs lasavisbe lasaviseb lasavibse lasavibes lasaviebs lasaviesb lasavsibe lasavsieb
lasavsbie lasavsbei lasavsebi lasavseib lasavbsie lasavbsei lasavbise lasavbies lasavbeis lasavbesi lasavesbi
lasavesib lasavebsi lasavebis lasaveibs lasaveisb lasaivsbe lasaivseb lasaivbse lasaivbes lasaivebs lasaivesb
lasaisvbe lasaisveb lasaisbve lasaisbev lasaisebv lasaisevb lasaibsve lasaibsev lasaibvse lasaibves lasaibevs
lasaibesv lasaiesbv lasaiesvb lasaiebsv lasaiebvs lasaievbs lasaievsb lasasivbe lasasiveb lasasibve lasasibev
lasasiebv lasasievb lasasvibe lasasvieb lasasvbie lasasvbei lasasvebi lasasveib lasasbvie lasasbvei lasasbive
lasasbiev lasasbeiv lasasbevi lasasevbi lasasevib lasasebvi lasasebiv lasaseibv lasaseivb lasabisve lasabisev
lasabivse lasabives lasabievs lasabiesv lasabsive lasabsiev lasabsvie lasabsvei lasabsevi lasabseiv lasabvsie
lasabvsei lasabvise lasabvies lasabveis lasabvesi lasabesvi lasabesiv lasabevsi lasabevis lasabeivs lasabeisv
lasaeisbv lasaeisvb lasaeibsv lasaeibvs lasaeivbs lasaeivsb lasaesibv lasaesivb lasaesbiv lasaesbvi lasaesvbi
lasaesvib lasaebsiv lasaebsvi lasaebisv lasaebivs lasaebvis lasaebvsi lasaevsbi lasaevsib lasaevbsi lasaevbis
lasaevibs lasaevisb lasvaisbe lasvaiseb lasvaibse lasvaibes lasvaiebs lasvaiesb lasvasibe lasvasieb lasvasbie
lasvasbei lasvasebi lasvaseib lasvabsie lasvabsei lasvabise lasvabies lasvabeis lasvabesi lasvaesbi lasvaesib
lasvaebsi lasvaebis lasvaeibs lasvaeisb lasviasbe lasviaseb lasviabse lasviabes lasviaebs lasviaesb lasvisabe
lasvisaeb lasvisbae lasvisbea lasviseba lasviseab lasvibsae lasvibsea lasvibase lasvibaes lasvibeas lasvibesa
lasviesba lasviesab lasviebsa lasviebas lasvieabs lasvieasb lasvsiabe lasvsiaeb lasvsibae lasvsibea lasvsieba
lasvsieab lasvsaibe lasvsaieb lasvsabie lasvsabei lasvsaebi lasvsaeib lasvsbaie lasvsbaei lasvsbiae lasvsbiea
lasvsbeia lasvsbeai lasvseabi lasvseaib lasvsebai lasvsebia lasvseiba lasvseiab lasvbisae lasvbisea lasvbiase
lasvbiaes lasvbieas lasvbiesa lasvbsiae lasvbsiea lasvbsaie lasvbsaei lasvbseai lasvbseia lasvbasie lasvbasei
lasvbaise lasvbaies lasvbaeis lasvbaesi lasvbesai lasvbesia lasvbeasi lasvbeais lasvbeias lasvbeisa lasveisba
lasveisab lasveibsa lasveibas lasveiabs lasveiasb lasvesiba lasvesiab lasvesbia lasvesbai lasvesabi lasvesaib
lasvebsia lasvebsai lasvebisa lasvebias lasvebais lasvebasi lasveasbi lasveasib lasveabsi lasveabis lasveaibs
lasveaisb lasivasbe lasivaseb lasivabse lasivabes lasivaebs lasivaesb lasivsabe lasivsaeb lasivsbae lasivsbea
lasivseba lasivseab lasivbsae lasivbsea lasivbase lasivbaes lasivbeas lasivbesa lasivesba lasivesab lasivebsa
lasivebas lasiveabs lasiveasb lasiavsbe lasiavseb lasiavbse lasiavbes lasiavebs lasiavesb lasiasvbe lasiasveb
lasiasbve lasiasbev lasiasebv lasiasevb lasiabsve lasiabsev lasiabvse lasiabves lasiabevs lasiabesv lasiaesbv
lasiaesvb lasiaebsv lasiaebvs lasiaevbs lasiaevsb lasisavbe lasisaveb lasisabve lasisabev lasisaebv lasisaevb
lasisvabe lasisvaeb lasisvbae lasisvbea lasisveba lasisveab lasisbvae lasisbvea lasisbave lasisbaev lasisbeav
lasisbeva lasisevba lasisevab lasisebva lasisebav lasiseabv lasiseavb lasibasve lasibasev lasibavse lasibaves
lasibaevs lasibaesv lasibsave lasibsaev lasibsvae lasibsvea lasibseva lasibseav lasibvsae lasibvsea lasibvase
lasibvaes lasibveas lasibvesa lasibesva lasibesav lasibevsa lasibevas lasibeavs lasibeasv lasieasbv lasieasvb
lasieabsv lasieabvs lasieavbs lasieavsb lasiesabv lasiesavb lasiesbav lasiesbva lasiesvba lasiesvab lasiebsav
lasiebsva lasiebasv lasiebavs lasiebvas lasiebvsa lasievsba lasievsab lasievbsa lasievbas lasievabs lasievasb
lassviabe lassviaeb lassvibae lassvibea lassvieba lassvieab lassvaibe lassvaieb lassvabie lassvabei lassvaebi
lassvaeib lassvbaie lassvbaei lassvbiae lassvbiea lassvbeia lassvbeai lassveabi lassveaib lassvebai lassvebia
lassveiba lassveiab lassivabe lassivaeb lassivbae lassivbea lassiveba lassiveab lassiavbe lassiaveb lassiabve
lassiabev lassiaebv lassiaevb lassibave lassibaev lassibvae lassibvea lassibeva lassibeav lassieabv lassieavb
lassiebav lassiebva lassievba lassievab lassaivbe lassaiveb lassaibve lassaibev lassaiebv lassaievb lassavibe
lassavieb lassavbie lassavbei lassavebi lassaveib lassabvie lassabvei lassabive lassabiev lassabeiv lassabevi
lassaevbi lassaevib lassaebvi lassaebiv lassaeibv lassaeivb lassbiave lassbiaev lassbivae lassbivea lassbieva
lassbieav lassbaive lassbaiev lassbavie lassbavei lassbaevi lassbaeiv lassbvaie lassbvaei lassbviae lassbviea
lassbveia lassbveai lassbeavi lassbeaiv lassbevai lassbevia lassbeiva lassbeiav lasseiabv lasseiavb lasseibav
lasseibva lasseivba lasseivab lasseaibv lasseaivb lasseabiv lasseabvi lasseavbi lasseavib lassebaiv lassebavi
lassebiav lassebiva lassebvia lassebvai lassevabi lassevaib lassevbai lassevbia lasseviba lasseviab lasbvisae
lasbvisea lasbviase lasbviaes lasbvieas lasbviesa lasbvsiae lasbvsiea lasbvsaie lasbvsaei lasbvseai lasbvseia
lasbvasie lasbvasei lasbvaise lasbvaies lasbvaeis lasbvaesi lasbvesai lasbvesia lasbveasi lasbveais lasbveias
lasbveisa lasbivsae lasbivsea lasbivase lasbivaes lasbiveas lasbivesa lasbisvae lasbisvea lasbisave lasbisaev
lasbiseav lasbiseva lasbiasve lasbiasev lasbiavse lasbiaves lasbiaevs lasbiaesv lasbiesav lasbiesva lasbieasv
lasbieavs lasbievas lasbievsa lasbsivae lasbsivea lasbsiave lasbsiaev lasbsieav lasbsieva lasbsviae lasbsviea
lasbsvaie lasbsvaei lasbsveai lasbsveia lasbsavie lasbsavei lasbsaive lasbsaiev lasbsaeiv lasbsaevi lasbsevai
lasbsevia lasbseavi lasbseaiv lasbseiav lasbseiva lasbaisve lasbaisev lasbaivse lasbaives lasbaievs lasbaiesv
lasbasive lasbasiev lasbasvie lasbasvei lasbasevi lasbaseiv lasbavsie lasbavsei lasbavise lasbavies lasbaveis
lasbavesi lasbaesvi lasbaesiv lasbaevsi lasbaevis lasbaeivs lasbaeisv lasbeisav lasbeisva lasbeiasv lasbeiavs
lasbeivas lasbeivsa lasbesiav lasbesiva lasbesaiv lasbesavi lasbesvai lasbesvia lasbeasiv lasbeasvi lasbeaisv
lasbeaivs lasbeavis lasbeavsi lasbevsai lasbevsia lasbevasi lasbevais lasbevias lasbevisa lasevisba lasevisab
lasevibsa lasevibas laseviabs laseviasb lasevsiba lasevsiab lasevsbia lasevsbai lasevsabi lasevsaib lasevbsia
lasevbsai lasevbisa lasevbias lasevbais lasevbasi lasevasbi lasevasib lasevabsi lasevabis lasevaibs lasevaisb
laseivsba laseivsab laseivbsa laseivbas laseivabs laseivasb laseisvba laseisvab laseisbva laseisbav laseisabv
laseisavb laseibsva laseibsav laseibvsa laseibvas laseibavs laseibasv laseiasbv laseiasvb laseiabsv laseiabvs
laseiavbs laseiavsb lasesivba lasesivab lasesibva lasesibav lasesiabv lasesiavb lasesviba lasesviab lasesvbia
lasesvbai lasesvabi lasesvaib lasesbvia lasesbvai lasesbiva lasesbiav lasesbaiv lasesbavi lasesavbi lasesavib
lasesabvi lasesabiv lasesaibv lasesaivb lasebisva lasebisav lasebivsa lasebivas lasebiavs lasebiasv lasebsiva
lasebsiav lasebsvia lasebsvai lasebsavi lasebsaiv lasebvsia lasebvsai lasebvisa lasebvias lasebvais lasebvasi
lasebasvi lasebasiv lasebavsi lasebavis lasebaivs lasebaisv laseaisbv laseaisvb laseaibsv laseaibvs laseaivbs
laseaivsb laseasibv laseasivb laseasbiv laseasbvi laseasvbi laseasvib laseabsiv laseabsvi laseabisv laseabivs
laseabvis laseabvsi laseavsbi laseavsib laseavbsi laseavbis laseavibs laseavisb laeavissb laeavisbs laeavissb
laeavisbs laeavibss laeavibss laeavsisb laeavsibs laeavssib laeavssbi laeavsbsi laeavsbis laeavssib laeavssbi
laeavsisb laeavsibs laeavsbis laeavsbsi laeavbssi laeavbsis laeavbssi laeavbsis laeavbiss laeavbiss laeaivssb
laeaivsbs laeaivssb laeaivsbs laeaivbss laeaivbss laeaisvsb laeaisvbs laeaissvb laeaissbv laeaisbsv laeaisbvs
laeaissvb laeaissbv laeaisvsb laeaisvbs laeaisbvs laeaisbsv laeaibssv laeaibsvs laeaibssv laeaibsvs laeaibvss
laeaibvss laeasivsb laeasivbs laeasisvb laeasisbv laeasibsv laeasibvs laeasvisb laeasvibs laeasvsib laeasvsbi
laeasvbsi laeasvbis laeassvib laeassvbi laeassivb laeassibv laeassbiv laeassbvi laeasbvsi laeasbvis laeasbsvi
laeasbsiv laeasbisv laeasbivs laeasisvb laeasisbv laeasivsb laeasivbs laeasibvs laeasibsv laeassivb laeassibv
laeassvib laeassvbi laeassbvi laeassbiv laeasvsib laeasvsbi laeasvisb laeasvibs laeasvbis laeasvbsi laeasbsvi
laeasbsiv laeasbvsi laeasbvis laeasbivs laeasbisv laeabissv laeabisvs laeabissv laeabisvs laeabivss laeabivss
laeabsisv laeabsivs laeabssiv laeabssvi laeabsvsi laeabsvis laeabssiv laeabssvi laeabsisv laeabsivs laeabsvis
laeabsvsi laeabvssi laeabvsis laeabvssi laeabvsis laeabviss laeabviss laevaissb laevaisbs laevaissb laevaisbs
laevaibss laevaibss laevasisb laevasibs laevassib laevassbi laevasbsi laevasbis laevassib laevassbi laevasisb
laevasibs laevasbis laevasbsi laevabssi laevabsis laevabssi laevabsis laevabiss laevabiss laeviassb laeviasbs
laeviassb laeviasbs laeviabss laeviabss laevisasb laevisabs laevissab laevissba laevisbsa laevisbas laevissab
laevissba laevisasb laevisabs laevisbas laevisbsa laevibssa laevibsas laevibssa laevibsas laevibass laevibass
laevsiasb laevsiabs laevsisab laevsisba laevsibsa laevsibas laevsaisb laevsaibs laevsasib laevsasbi laevsabsi
laevsabis laevssaib laevssabi laevssiab laevssiba laevssbia laevssbai laevsbasi laevsbais laevsbsai laevsbsia
laevsbisa laevsbias laevsisab laevsisba laevsiasb laevsiabs laevsibas laevsibsa laevssiab laevssiba laevssaib
laevssabi laevssbai laevssbia laevsasib laevsasbi laevsaisb laevsaibs laevsabis laevsabsi laevsbsai laevsbsia
laevsbasi laevsbais laevsbias laevsbisa laevbissa laevbisas laevbissa laevbisas laevbiass laevbiass laevbsisa
laevbsias laevbssia laevbssai laevbsasi laevbsais laevbssia laevbssai laevbsisa laevbsias laevbsais laevbsasi
laevbassi laevbasis laevbassi laevbasis laevbaiss laevbaiss laeivassb laeivasbs laeivassb laeivasbs laeivabss
laeivabss laeivsasb laeivsabs laeivssab laeivssba laeivsbsa laeivsbas laeivssab laeivssba laeivsasb laeivsabs
laeivsbas laeivsbsa laeivbssa laeivbsas laeivbssa laeivbsas laeivbass laeivbass laeiavssb laeiavsbs laeiavssb
laeiavsbs laeiavbss laeiavbss laeiasvsb laeiasvbs laeiassvb laeiassbv laeiasbsv laeiasbvs laeiassvb laeiassbv
laeiasvsb laeiasvbs laeiasbvs laeiasbsv laeiabssv laeiabsvs laeiabssv laeiabsvs laeiabvss laeiabvss laeisavsb
laeisavbs laeisasvb laeisasbv laeisabsv laeisabvs laeisvasb laeisvabs laeisvsab laeisvsba laeisvbsa laeisvbas
laeissvab laeissvba laeissavb laeissabv laeissbav laeissbva laeisbvsa laeisbvas laeisbsva laeisbsav laeisbasv
laeisbavs laeisasvb laeisasbv laeisavsb laeisavbs laeisabvs laeisabsv laeissavb laeissabv laeissvab laeissvba
laeissbva laeissbav laeisvsab laeisvsba laeisvasb laeisvabs laeisvbas laeisvbsa laeisbsva laeisbsav laeisbvsa
laeisbvas laeisbavs laeisbasv laeibassv laeibasvs laeibassv laeibasvs laeibavss laeibavss laeibsasv laeibsavs
laeibssav laeibssva laeibsvsa laeibsvas laeibssav laeibssva laeibsasv laeibsavs laeibsvas laeibsvsa laeibvssa
laeibvsas laeibvssa laeibvsas laeibvass laeibvass laesviasb laesviabs laesvisab laesvisba laesvibsa laesvibas
laesvaisb laesvaibs laesvasib laesvasbi laesvabsi laesvabis laesvsaib laesvsabi laesvsiab laesvsiba laesvsbia
laesvsbai laesvbasi laesvbais laesvbsai laesvbsia laesvbisa laesvbias laesivasb laesivabs laesivsab laesivsba
laesivbsa laesivbas laesiavsb laesiavbs laesiasvb laesiasbv laesiabsv laesiabvs laesisavb laesisabv laesisvab
laesisvba laesisbva laesisbav laesibasv laesibavs laesibsav laesibsva laesibvsa laesibvas laesaivsb laesaivbs
laesaisvb laesaisbv laesaibsv laesaibvs laesavisb laesavibs laesavsib laesavsbi laesavbsi laesavbis laesasvib
laesasvbi laesasivb laesasibv laesasbiv laesasbvi laesabvsi laesabvis laesabsvi laesabsiv laesabisv laesabivs
laessiavb laessiabv laessivab laessivba laessibva laessibav laessaivb laessaibv laessavib laessavbi laessabvi
laessabiv laessvaib laessvabi laessviab laessviba laessvbia laessvbai laessbavi laessbaiv laessbvai laessbvia
laessbiva laessbiav laesbiasv laesbiavs laesbisav laesbisva laesbivsa laesbivas laesbaisv laesbaivs laesbasiv
laesbasvi laesbavsi laesbavis laesbsaiv laesbsavi laesbsiav laesbsiva laesbsvia laesbsvai laesbvasi laesbvais
laesbvsai laesbvsia laesbvisa laesbvias laesvisab laesvisba laesviasb laesviabs laesvibas laesvibsa laesvsiab
laesvsiba laesvsaib laesvsabi laesvsbai laesvsbia laesvasib laesvasbi laesvaisb laesvaibs laesvabis laesvabsi
laesvbsai laesvbsia laesvbasi laesvbais laesvbias laesvbisa laesivsab laesivsba laesivasb laesivabs laesivbas
laesivbsa laesisvab laesisvba laesisavb laesisabv laesisbav laesisbva laesiasvb laesiasbv laesiavsb laesiavbs
laesiabvs laesiabsv laesibsav laesibsva laesibasv laesibavs laesibvas laesibvsa laessivab laessivba laessiavb
laessiabv laessibav laessibva laessviab laessviba laessvaib laessvabi laessvbai laessvbia laessavib laessavbi
laessaivb laessaibv laessabiv laessabvi laessbvai laessbvia laessbavi laessbaiv laessbiav laessbiva laesaisvb
laesaisbv laesaivsb laesaivbs laesaibvs laesaibsv laesasivb laesasibv laesasvib laesasvbi laesasbvi laesasbiv
laesavsib laesavsbi laesavisb laesavibs laesavbis laesavbsi laesabsvi laesabsiv laesabvsi laesabvis laesabivs
laesabisv laesbisav laesbisva laesbiasv laesbiavs laesbivas laesbivsa laesbsiav laesbsiva laesbsaiv laesbsavi
laesbsvai laesbsvia laesbasiv laesbasvi laesbaisv laesbaivs laesbavis laesbavsi laesbvsai laesbvsia laesbvasi
laesbvais laesbvias laesbvisa laebvissa laebvisas laebvissa laebvisas laebviass laebviass laebvsisa laebvsias
laebvssia laebvssai laebvsasi laebvsais laebvssia laebvssai laebvsisa laebvsias laebvsais laebvsasi laebvassi
laebvasis laebvassi laebvasis laebvaiss laebvaiss laebivssa laebivsas laebivssa laebivsas laebivass laebivass
laebisvsa laebisvas laebissva laebissav laebisasv laebisavs laebissva laebissav laebisvsa laebisvas laebisavs
laebisasv laebiassv laebiasvs laebiassv laebiasvs laebiavss laebiavss laebsivsa laebsivas laebsisva laebsisav
laebsiasv laebsiavs laebsvisa laebsvias laebsvsia laebsvsai laebsvasi laebsvais laebssvia laebssvai laebssiva
laebssiav laebssaiv laebssavi laebsavsi laebsavis laebsasvi laebsasiv laebsaisv laebsaivs laebsisva laebsisav
laebsivsa laebsivas laebsiavs laebsiasv laebssiva laebssiav laebssvia laebssvai laebssavi laebssaiv laebsvsia
laebsvsai laebsvisa laebsvias laebsvais laebsvasi laebsasvi laebsasiv laebsavsi laebsavis laebsaivs laebsaisv
laebaissv laebaisvs laebaissv laebaisvs laebaivss laebaivss laebasisv laebasivs laebassiv laebassvi laebasvsi
laebasvis laebassiv laebassvi laebasisv laebasivs laebasvis laebasvsi laebavssi laebavsis laebavssi laebavsis
laebaviss laebaviss

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History of cryptography
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