easy ciphers

Easy Ciphers Tools:
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popular ciphers:

ninotchka

cockman

passaque

sagtwy

glaieul

narrima

mandy

preplot

schwegler

counterthreat

salicaceous

gerebarisque

beryllosis

errabit

anarchosocialist

pivots

haereticum

cruthers


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: statuere
cipher variations:
tubuvfsf uvcvwgtg vwdwxhuh wxexyivi xyfyzjwj
yzgzakxk zahablyl abibcmzm bcjcdnan cdkdeobo
delefpcp efmfgqdq fgnghrer ghohisfs hipijtgt
ijqjkuhu jkrklviv klslmwjw lmtmnxkx mnunoyly
novopzmz opwpqana pqxqrbob qryrscpc rszstdqd

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: statuere
Cipher: hgzgfviv

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: statuere
Cipher: BAAAB BAABA AAAAA BAABA BAABB AABAA BAAAA 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: statuere
cipher variations: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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: statuere
Cipher: fgnghrer

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: statuere
Cipher: 3444114454512451

Extended Methods:
Method #1

Plaintext: statuere
method variations:
xyfyzkwkcdldepbphiqikugunovopzmz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s t a t u e r e 
3 4 1 4 5 5 2 5 
4 4 1 4 4 1 4 1 
They are then read out in rows:
3414552544144141
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: statuere
Cipher: sqzwtqdd

Read more ...
Method #3

Plaintext: statuere
method variations:
tdqyyfyl dqyyfylt qyyfyltd
yyfyltdq yfyltdqy fyltdqyy
yltdqyyf ltdqyyfy

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: statuere

first 5040 cipher variations(40320 total)
statuere statueer staturee staturee statuere statueer stateure stateuer staterue statereu stateeru
stateeur statreue statreeu statruee statruee statreue statreeu stateeru stateeur statereu staterue
stateure stateuer stautere stauteer stautree stautree stautere stauteer stauetre staueter stauerte
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staueret stauerte stauetre staueter staeutre staeuter staeurte staeuret staeuert staeuetr staeture
staetuer staetrue staetreu staeteru staeteur staertue staerteu staerute staeruet staereut staeretu
staeetru staeetur staeertu staeerut staeeurt staeeutr staruete starueet starutee starutee staruete
starueet stareute stareuet staretue stareteu stareetu stareeut starteue starteeu startuee startuee
starteue starteeu stareetu stareeut stareteu staretue stareute stareuet staeuert staeuetr staeuret
staeurte staeutre staeuter staeeurt staeeutr staeerut staeertu staeetru staeetur staereut staeretu
staeruet staerute staertue staerteu staeteru staeteur staetreu staetrue staeture staetuer sttauere
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saretute saretuet sarettue saretteu saretetu sareteut sarettue saretteu saretute saretuet sareteut
saretetu sareettu sareetut sareettu sareetut sareeutt sareeutt sartuete sartueet sartutee sartutee
sartuete sartueet sarteute sarteuet sartetue sarteteu sarteetu sarteeut sartteue sartteeu sarttuee
sarttuee sartteue sartteeu sarteetu sarteeut sarteteu sartetue sarteute sarteuet sareuett sareuett
sareutet sareutte sareutte sareutet sareeutt sareeutt sareetut sareettu sareettu sareetut sareteut
saretetu saretuet saretute sarettue saretteu saretetu sareteut saretteu sarettue saretute saretuet
saetuert saetuetr saeturet saeturte saetutre saetuter saeteurt saeteutr saeterut saetertu saetetru
saetetur saetreut saetretu saetruet saetrute saetrtue saetrteu saetteru saetteur saettreu saettrue
saetture saettuer saeutert saeutetr saeutret saeutrte saeuttre saeutter saeuetrt saeuettr saeuertt
saeuertt saeuetrt saeuettr saeurett saeurett saeurtet saeurtte saeurtte saeurtet saeutert saeutetr
saeutret saeutrte saeuttre saeutter saeeutrt saeeuttr saeeurtt saeeurtt saeeutrt saeeuttr saeeturt
saeetutr saeetrut saeetrtu saeettru saeettur saeertut saeerttu saeerutt saeerutt saeertut saeerttu
saeettru saeettur saeetrtu saeetrut saeeturt saeetutr saeruett saeruett saerutet saerutte saerutte
saerutet saereutt saereutt saeretut saerettu saerettu saeretut saerteut saertetu saertuet saertute
saerttue saertteu saertetu saerteut saertteu saerttue saertute saertuet saetuert saetuetr saeturet
saeturte saetutre saetuter saeteurt saeteutr saeterut saetertu saetetru saetetur saetreut saetretu
saetruet saetrute saetrtue saetrteu saetteru saetteur saettreu saettrue saetture saettuer statuere
statueer staturee staturee statuere statueer stateure stateuer staterue statereu stateeru stateeur
statreue statreeu statruee statruee statreue statreeu stateeru stateeur statereu staterue stateure
stateuer stautere stauteer stautree stautree stautere stauteer stauetre staueter stauerte staueret
staueert staueetr staurete staureet staurtee staurtee staurete staureet staueert staueetr staueret
stauerte stauetre staueter staeutre staeuter staeurte staeuret staeuert staeuetr staeture staetuer
staetrue staetreu staeteru staeteur staertue staerteu staerute staeruet staereut staeretu staeetru
staeetur staeertu staeerut staeeurt staeeutr staruete starueet starutee starutee staruete starueet
stareute stareuet staretue stareteu stareetu stareeut starteue starteeu startuee startuee starteue
starteeu stareetu stareeut stareteu staretue stareute stareuet staeuert staeuetr staeuret staeurte
staeutre staeuter staeeurt staeeutr staeerut staeertu staeetru staeetur staereut staeretu staeruet
staerute staertue staerteu staeteru staeteur staetreu staetrue staeture staetuer sttauere sttaueer
sttauree sttauree sttauere sttaueer sttaeure sttaeuer sttaerue sttaereu sttaeeru sttaeeur sttareue
sttareeu sttaruee sttaruee sttareue sttareeu sttaeeru sttaeeur sttaereu sttaerue sttaeure sttaeuer
sttuaere sttuaeer sttuaree sttuaree sttuaere sttuaeer sttueare sttueaer sttuerae sttuerea sttueera
sttueear sttureae sttureea stturaee stturaee sttureae sttureea sttueera sttueear sttuerea sttuerae
sttueare sttueaer stteuare stteuaer stteurae stteurea stteuera stteuear stteaure stteauer sttearue
stteareu stteaeru stteaeur stteraue stteraeu stteruae stteruea sttereua sttereau stteearu stteeaur
stteerau stteerua stteeura stteeuar sttrueae sttrueea sttruaee sttruaee sttrueae sttrueea sttreuae
sttreuea sttreaue sttreaeu sttreeau sttreeua sttraeue sttraeeu sttrauee sttrauee sttraeue sttraeeu
sttreeau sttreeua sttreaeu sttreaue sttreuae sttreuea stteuera stteuear stteurea stteurae stteuare
stteuaer stteeura stteeuar stteerua stteerau stteearu stteeaur sttereua sttereau stteruea stteruae
stteraue stteraeu stteaeru stteaeur stteareu sttearue stteaure stteauer stutaere stutaeer stutaree
stutaree stutaere stutaeer stuteare stuteaer stuterae stuterea stuteera stuteear stutreae stutreea
stutraee stutraee stutreae stutreea stuteera stuteear stuterea stuterae stuteare stuteaer stuatere
stuateer stuatree stuatree stuatere stuateer stuaetre stuaeter stuaerte stuaeret stuaeert stuaeetr
stuarete stuareet stuartee stuartee stuarete stuareet stuaeert stuaeetr stuaeret stuaerte stuaetre
stuaeter stueatre stueater stuearte stuearet stueaert stueaetr stuetare stuetaer stuetrae stuetrea
stuetera stuetear stuertae stuertea stuerate stueraet stuereat stuereta stueetra stueetar stueerta
stueerat stueeart stueeatr sturaete sturaeet sturatee sturatee sturaete sturaeet stureate stureaet
sturetae sturetea stureeta stureeat sturteae sturteea sturtaee sturtaee sturteae sturteea stureeta
stureeat sturetea sturetae stureate stureaet stueaert stueaetr stuearet stuearte stueatre stueater
stueeart stueeatr stueerat stueerta stueetra stueetar stuereat stuereta stueraet stuerate stuertae
stuertea stuetera stuetear stuetrea stuetrae stuetare stuetaer stetuare stetuaer steturae steturea
stetuera stetuear stetaure stetauer stetarue stetareu stetaeru stetaeur stetraue stetraeu stetruae
stetruea stetreua stetreau stetearu steteaur steterau steterua steteura steteuar steutare steutaer
steutrae steutrea steutera steutear steuatre steuater steuarte steuaret steuaert steuaetr steurate
steuraet steurtae steurtea steureta steureat steueart steueatr steuerat steuerta steuetra steuetar
steautre steauter steaurte steauret steauert steauetr steature steatuer steatrue steatreu steateru
steateur steartue stearteu stearute stearuet steareut stearetu steaetru steaetur steaertu steaerut
steaeurt steaeutr steruate steruaet sterutae sterutea sterueta sterueat steraute sterauet steratue
sterateu steraetu steraeut stertaue stertaeu stertuae stertuea sterteua sterteau stereatu stereaut
steretau steretua stereuta stereuat steeuart steeuatr steeurat steeurta steeutra steeutar steeaurt
steeautr steearut steeartu steeatru steeatur steeraut steeratu steeruat steeruta steertua steertau
steetaru steetaur steetrau steetrua steetura steetuar strtueae strtueea strtuaee strtuaee strtueae
strtueea strteuae strteuea strteaue strteaeu strteeau strteeua strtaeue strtaeeu strtauee strtauee
strtaeue strtaeeu strteeau strteeua strteaeu strteaue strteuae strteuea struteae struteea strutaee
strutaee struteae struteea struetae struetea strueate strueaet strueeat strueeta struaete struaeet
struatee struatee struaete struaeet strueeat strueeta strueaet strueate struetae struetea streutae
streutea streuate streuaet streueat streueta stretuae stretuea stretaue stretaeu streteau streteua
streatue streateu streaute streauet streaeut streaetu streetau streetua streeatu streeaut streeuat
streeuta strauete straueet strautee strautee strauete straueet straeute straeuet straetue straeteu
straeetu straeeut strateue strateeu stratuee stratuee strateue strateeu straeetu straeeut straeteu
straetue straeute straeuet streueat streueta streuaet streuate streutae streutea streeuat streeuta
streeaut streeatu streetau streetua streaeut streaetu streauet streaute streatue streateu streteau
streteua stretaeu stretaue stretuae stretuea stetuera stetuear steturea steturae stetuare stetuaer
steteura steteuar steterua steterau stetearu steteaur stetreua stetreau stetruea stetruae stetraue
stetraeu stetaeru stetaeur stetareu stetarue stetaure stetauer steutera steutear steutrea steutrae
steutare steutaer steuetra steuetar steuerta steuerat steueart steueatr steureta steureat steurtea
steurtae steurate steuraet steuaert steuaetr steuaret steuarte steuatre steuater steeutra steeutar
steeurta steeurat steeuart steeuatr steetura steetuar steetrua steetrau steetaru steetaur steertua
steertau steeruta steeruat steeraut steeratu steeatru steeatur steeartu steearut steeaurt steeautr
sterueta sterueat sterutea sterutae steruate steruaet stereuta stereuat steretua steretau stereatu
stereaut sterteua sterteau stertuea stertuae stertaue stertaeu steraetu steraeut sterateu steratue
steraute sterauet steauert steauetr steauret steaurte steautre steauter steaeurt steaeutr steaerut
steaertu steaetru steaetur steareut stearetu stearuet stearute steartue stearteu steateru steateur
steatreu steatrue steature steatuer suattere suatteer suattree suattree suattere suatteer suatetre
suateter suaterte suateret suateert suateetr suatrete suatreet suatrtee suatrtee suatrete suatreet
suateert suateetr suateret suaterte suatetre suateter suattere suatteer suattree suattree suattere
suatteer suatetre suateter suaterte suateret suateert suateetr suatrete suatreet suatrtee suatrtee
suatrete suatreet suateert suateetr suateret suaterte suatetre suateter suaettre suaetter suaetrte
suaetret suaetert suaetetr suaettre suaetter suaetrte suaetret suaetert suaetetr suaertte suaertet
suaertte suaertet suaerett suaerett suaeetrt suaeettr suaeertt suaeertt suaeetrt suaeettr suartete
suarteet suarttee suarttee suartete suarteet suarette suaretet suarette suaretet suareett suareett
suartete suarteet suarttee suarttee suartete suarteet suareett suareett suaretet suarette suarette
suaretet suaetert suaetetr suaetret suaetrte suaettre suaetter suaeetrt suaeettr suaeertt suaeertt
suaeetrt suaeettr suaerett suaerett suaertet suaertte suaertte suaertet suaetert suaetetr suaetret
suaetrte suaettre suaetter sutatere sutateer sutatree sutatree sutatere sutateer sutaetre sutaeter
sutaerte sutaeret sutaeert sutaeetr sutarete sutareet sutartee sutartee sutarete sutareet sutaeert
sutaeetr sutaeret sutaerte sutaetre sutaeter suttaere suttaeer suttaree suttaree suttaere suttaeer
sutteare sutteaer sutterae sutterea sutteera sutteear suttreae suttreea suttraee suttraee suttreae
suttreea sutteera sutteear sutterea sutterae sutteare sutteaer sutetare sutetaer sutetrae sutetrea
sutetera sutetear suteatre suteater sutearte sutearet suteaert suteaetr suterate suteraet sutertae
sutertea sutereta sutereat suteeart suteeatr suteerat suteerta suteetra suteetar sutrteae sutrteea
sutrtaee sutrtaee sutrteae sutrteea sutretae sutretea sutreate sutreaet sutreeat sutreeta sutraete
sutraeet sutratee sutratee sutraete sutraeet sutreeat sutreeta sutreaet sutreate sutretae sutretea
sutetera sutetear sutetrea sutetrae sutetare sutetaer suteetra suteetar suteerta suteerat suteeart
suteeatr sutereta sutereat sutertea sutertae suterate suteraet suteaert suteaetr sutearet sutearte
suteatre suteater suttaere suttaeer suttaree suttaree suttaere suttaeer sutteare sutteaer sutterae
sutterea sutteera sutteear suttreae suttreea suttraee suttraee suttreae suttreea sutteera sutteear
sutterea sutterae sutteare sutteaer sutatere sutateer sutatree sutatree sutatere sutateer sutaetre
sutaeter sutaerte sutaeret sutaeert sutaeetr sutarete sutareet sutartee sutartee sutarete sutareet
sutaeert sutaeetr sutaeret sutaerte sutaetre sutaeter suteatre suteater sutearte sutearet suteaert
suteaetr sutetare sutetaer sutetrae sutetrea sutetera sutetear sutertae sutertea suterate suteraet
sutereat sutereta suteetra suteetar suteerta suteerat suteeart suteeatr sutraete sutraeet sutratee
sutratee sutraete sutraeet sutreate sutreaet sutretae sutretea sutreeta sutreeat sutrteae sutrteea
sutrtaee sutrtaee sutrteae sutrteea sutreeta sutreeat sutretea sutretae sutreate sutreaet suteaert
suteaetr sutearet sutearte suteatre suteater suteeart suteeatr suteerat suteerta suteetra suteetar
sutereat sutereta suteraet suterate sutertae sutertea sutetera sutetear sutetrea sutetrae sutetare
sutetaer suettare suettaer suettrae suettrea suettera suettear suetatre suetater suetarte suetaret
suetaert suetaetr suetrate suetraet suetrtae suetrtea suetreta suetreat sueteart sueteatr sueterat
sueterta suetetra suetetar suettare suettaer suettrae suettrea suettera suettear suetatre suetater
suetarte suetaret suetaert suetaetr suetrate suetraet suetrtae suetrtea suetreta suetreat sueteart
sueteatr sueterat sueterta suetetra suetetar sueattre sueatter sueatrte sueatret sueatert sueatetr
sueattre sueatter sueatrte sueatret sueatert sueatetr sueartte sueartet sueartte sueartet suearett
suearett sueaetrt sueaettr sueaertt sueaertt sueaetrt sueaettr suertate suertaet suerttae suerttea
suerteta suerteat sueratte sueratet sueratte sueratet sueraett sueraett suertate suertaet suerttae
suerttea suerteta suerteat suereatt suereatt sueretat sueretta sueretta sueretat sueetart sueetatr
sueetrat sueetrta sueettra sueettar sueeatrt sueeattr sueeartt sueeartt sueeatrt sueeattr sueeratt
sueeratt sueertat sueertta sueertta sueertat sueetart sueetatr sueetrat sueetrta sueettra sueettar
surtteae surtteea surttaee surttaee surtteae surtteea surtetae surtetea surteate surteaet surteeat
surteeta surtaete surtaeet surtatee surtatee surtaete surtaeet surteeat surteeta surteaet surteate
surtetae surtetea surtteae surtteea surttaee surttaee surtteae surtteea surtetae surtetea surteate
surteaet surteeat surteeta surtaete surtaeet surtatee surtatee surtaete surtaeet surteeat surteeta
surteaet surteate surtetae surtetea surettae surettea suretate suretaet sureteat sureteta surettae
surettea suretate suretaet sureteat sureteta sureatte sureatet sureatte sureatet sureaett sureaett
sureetat sureetta sureeatt sureeatt sureetat sureetta suratete surateet surattee surattee suratete
surateet suraette suraetet suraette suraetet suraeett suraeett suratete surateet surattee surattee
suratete surateet suraeett suraeett suraetet suraette suraette suraetet sureteat sureteta suretaet
suretate surettae surettea sureetat sureetta sureeatt sureeatt sureetat sureetta sureaett sureaett
sureatet sureatte sureatte sureatet sureteat sureteta suretaet suretate surettae surettea suettera
suettear suettrea suettrae suettare suettaer suetetra suetetar sueterta sueterat sueteart sueteatr
suetreta suetreat suetrtea suetrtae suetrate suetraet suetaert suetaetr suetaret suetarte suetatre
suetater suettera suettear suettrea suettrae suettare suettaer suetetra suetetar sueterta sueterat
sueteart sueteatr suetreta suetreat suetrtea suetrtae suetrate suetraet suetaert suetaetr suetaret
suetarte suetatre suetater sueettra sueettar sueetrta sueetrat sueetart sueetatr sueettra sueettar
sueetrta sueetrat sueetart sueetatr sueertta sueertat sueertta sueertat sueeratt sueeratt sueeatrt
sueeattr sueeartt sueeartt sueeatrt sueeattr suerteta suerteat suerttea suerttae suertate suertaet
sueretta sueretat sueretta sueretat suereatt suereatt suerteta suerteat suerttea suerttae suertate
suertaet sueraett sueraett sueratet sueratte sueratte sueratet sueatert sueatetr sueatret sueatrte
sueattre sueatter sueaetrt sueaettr sueaertt sueaertt sueaetrt sueaettr suearett suearett sueartet
sueartte sueartte sueartet sueatert sueatetr sueatret sueatrte sueattre sueatter seatutre seatuter
seaturte seaturet seatuert seatuetr seatture seattuer seattrue seattreu seatteru seatteur seatrtue
seatrteu seatrute seatruet seatreut seatretu seatetru seatetur seatertu seaterut seateurt seateutr
seauttre seautter seautrte seautret seautert seautetr seauttre seautter seautrte seautret seautert
seautetr seaurtte seaurtet seaurtte seaurtet seaurett seaurett seauetrt seauettr seauertt seauertt
seauetrt seauettr seatutre seatuter seaturte seaturet seatuert seatuetr seatture seattuer seattrue
seattreu seatteru seatteur seatrtue seatrteu seatrute seatruet seatreut seatretu seatetru seatetur
seatertu seaterut seateurt seateutr searutte searutet searutte searutet searuett searuett seartute
seartuet searttue seartteu seartetu searteut searttue seartteu seartute seartuet searteut seartetu
searettu searetut searettu searetut seareutt seareutt seaeutrt seaeuttr seaeurtt seaeurtt seaeutrt
seaeuttr seaeturt seaetutr seaetrut seaetrtu seaettru seaettur seaertut seaerttu seaerutt seaerutt
seaertut seaerttu seaettru seaettur seaetrtu seaetrut seaeturt seaetutr setautre setauter setaurte
setauret setauert setauetr setature setatuer setatrue setatreu setateru setateur setartue setarteu
setarute setaruet setareut setaretu setaetru setaetur setaertu setaerut setaeurt setaeutr setuatre
setuater setuarte setuaret setuaert setuaetr setutare setutaer setutrae setutrea setutera setutear
seturtae seturtea seturate seturaet setureat setureta setuetra setuetar setuerta setuerat setueart
setueatr settuare settuaer setturae setturea settuera settuear settaure settauer settarue settareu
settaeru settaeur settraue settraeu settruae settruea settreua settreau settearu setteaur setterau
setterua setteura setteuar setrutae setrutea setruate setruaet setrueat setrueta setrtuae setrtuea
setrtaue setrtaeu setrteau setrteua setratue setrateu setraute setrauet setraeut setraetu setretau
setretua setreatu setreaut setreuat setreuta seteutra seteutar seteurta seteurat seteuart seteuatr
setetura setetuar setetrua setetrau setetaru setetaur setertua setertau seteruta seteruat seteraut
seteratu seteatru seteatur seteartu setearut seteaurt seteautr seutatre seutater seutarte seutaret
seutaert seutaetr seuttare seuttaer seuttrae seuttrea seuttera seuttear seutrtae seutrtea seutrate
seutraet seutreat seutreta seutetra seutetar seuterta seuterat seuteart seuteatr seuattre seuatter
seuatrte seuatret seuatert seuatetr seuattre seuatter seuatrte seuatret seuatert seuatetr seuartte
seuartet seuartte seuartet seuarett seuarett seuaetrt seuaettr seuaertt seuaertt seuaetrt seuaettr
seutatre seutater seutarte seutaret seutaert seutaetr seuttare seuttaer seuttrae seuttrea seuttera
seuttear seutrtae seutrtea seutrate seutraet seutreat seutreta seutetra seutetar seuterta seuterat
seuteart seuteatr seuratte seuratet seuratte seuratet seuraett seuraett seurtate seurtaet seurttae
seurttea seurteta seurteat seurttae seurttea seurtate seurtaet seurteat seurteta seuretta seuretat
seuretta seuretat seureatt seureatt seueatrt seueattr seueartt seueartt seueatrt seueattr seuetart
seuetatr seuetrat seuetrta seuettra seuettar seuertat seuertta seueratt seueratt seuertat seuertta
seuettra seuettar seuetrta seuetrat seuetart seuetatr settuare settuaer setturae setturea settuera
settuear settaure settauer settarue settareu settaeru settaeur settraue settraeu settruae settruea
settreua settreau settearu setteaur setterau setterua setteura setteuar setutare setutaer setutrae
setutrea setutera setutear setuatre setuater setuarte setuaret setuaert setuaetr seturate seturaet
seturtae seturtea setureta setureat setueart setueatr setuerat setuerta setuetra setuetar setautre
setauter setaurte setauret setauert setauetr setature setatuer setatrue setatreu setateru setateur
setartue setarteu setarute setaruet setareut setaretu setaetru setaetur setaertu setaerut setaeurt
setaeutr setruate setruaet setrutae setrutea setrueta setrueat setraute setrauet setratue setrateu
setraetu setraeut setrtaue setrtaeu setrtuae setrtuea setrteua setrteau setreatu setreaut setretau
setretua setreuta setreuat seteuart seteuatr seteurat seteurta seteutra seteutar seteaurt seteautr
setearut seteartu seteatru seteatur seteraut seteratu seteruat seteruta setertua setertau setetaru
setetaur setetrau setetrua setetura setetuar sertutae sertutea sertuate sertuaet sertueat sertueta
serttuae serttuea serttaue serttaeu sertteau sertteua sertatue sertateu sertaute sertauet sertaeut
sertaetu sertetau sertetua serteatu serteaut serteuat serteuta seruttae seruttea serutate serutaet
seruteat seruteta seruttae seruttea serutate serutaet seruteat seruteta seruatte seruatet seruatte
seruatet seruaett seruaett seruetat seruetta serueatt serueatt seruetat seruetta sertutae sertutea
sertuate sertuaet sertueat sertueta serttuae serttuea serttaue serttaeu sertteau sertteua sertatue
sertateu sertaute sertauet sertaeut sertaetu sertetau sertetua serteatu serteaut serteuat serteuta
serautte serautet serautte serautet serauett serauett seratute seratuet serattue seratteu seratetu
serateut serattue seratteu seratute seratuet serateut seratetu seraettu seraetut seraettu seraetut
seraeutt seraeutt sereutat sereutta sereuatt sereuatt sereutat sereutta seretuat seretuta seretaut
seretatu serettau serettua sereatut sereattu sereautt sereautt sereatut sereattu serettau serettua
seretatu seretaut seretuat seretuta seetutra seetutar seeturta seeturat seetuart seetuatr seettura
seettuar seettrua seettrau seettaru seettaur seetrtua seetrtau seetruta seetruat seetraut seetratu
seetatru seetatur seetartu seetarut seetaurt seetautr seeuttra seeuttar seeutrta seeutrat seeutart
seeutatr seeuttra seeuttar seeutrta seeutrat seeutart seeutatr seeurtta seeurtat seeurtta seeurtat
seeuratt seeuratt seeuatrt seeuattr seeuartt seeuartt seeuatrt seeuattr seetutra seetutar seeturta
seeturat seetuart seetuatr seettura seettuar seettrua seettrau seettaru seettaur seetrtua seetrtau
seetruta seetruat seetraut seetratu seetatru seetatur seetartu seetarut seetaurt seetautr seerutta
seerutat seerutta seerutat seeruatt seeruatt seertuta seertuat seerttua seerttau seertatu seertaut
seerttua seerttau seertuta seertuat seertaut seertatu seerattu seeratut seerattu seeratut seerautt
seerautt seeautrt seeauttr seeaurtt seeaurtt seeautrt seeauttr seeaturt seeatutr seeatrut seeatrtu
seeattru seeattur seeartut seearttu seearutt seearutt seeartut seearttu seeattru seeattur seeatrtu
seeatrut seeaturt seeatutr sratuete sratueet sratutee sratutee sratuete sratueet srateute srateuet
sratetue srateteu srateetu srateeut sratteue sratteeu srattuee srattuee sratteue sratteeu srateetu
srateeut srateteu sratetue srateute srateuet srautete srauteet srauttee srauttee srautete srauteet
srauette srauetet srauette srauetet sraueett sraueett srautete srauteet srauttee srauttee srautete
srauteet sraueett sraueett srauetet srauette srauette srauetet sraeutte sraeutet sraeutte sraeutet
sraeuett sraeuett sraetute sraetuet sraettue sraetteu sraetetu sraeteut sraettue sraetteu sraetute
sraetuet sraeteut sraetetu sraeettu sraeetut sraeettu sraeetut sraeeutt sraeeutt sratuete sratueet
sratutee sratutee sratuete sratueet srateute srateuet sratetue srateteu srateetu srateeut sratteue
sratteeu srattuee srattuee sratteue sratteeu srateetu srateeut srateteu sratetue srateute srateuet
sraeuett sraeuett sraeutet sraeutte sraeutte sraeutet sraeeutt sraeeutt sraeetut sraeettu sraeettu
sraeetut sraeteut sraetetu sraetuet sraetute sraettue sraetteu sraetetu sraeteut sraetteu sraettue
sraetute sraetuet srtauete srtaueet srtautee srtautee srtauete srtaueet srtaeute srtaeuet srtaetue
srtaeteu srtaeetu srtaeeut srtateue srtateeu srtatuee srtatuee srtateue srtateeu srtaeetu srtaeeut
srtaeteu srtaetue srtaeute srtaeuet srtuaete srtuaeet srtuatee srtuatee srtuaete srtuaeet srtueate
srtueaet srtuetae srtuetea srtueeta srtueeat srtuteae srtuteea srtutaee srtutaee srtuteae srtuteea
srtueeta srtueeat srtuetea srtuetae srtueate srtueaet srteuate srteuaet srteutae srteutea srteueta
srteueat srteaute srteauet srteatue srteateu srteaetu srteaeut srtetaue srtetaeu srtetuae srtetuea
srteteua srteteau srteeatu srteeaut srteetau srteetua srteeuta srteeuat srttueae srttueea srttuaee
srttuaee srttueae srttueea srtteuae srtteuea srtteaue srtteaeu srtteeau srtteeua srttaeue srttaeeu
srttauee srttauee srttaeue srttaeeu srtteeau srtteeua srtteaeu srtteaue srtteuae srtteuea srteueta
srteueat srteutea srteutae srteuate srteuaet srteeuta srteeuat srteetua srteetau srteeatu srteeaut
srteteua srteteau srtetuea srtetuae srtetaue srtetaeu srteaetu srteaeut srteateu srteatue srteaute
srteauet srutaete srutaeet srutatee srutatee srutaete srutaeet sruteate sruteaet srutetae srutetea
sruteeta sruteeat srutteae srutteea sruttaee sruttaee srutteae srutteea sruteeta sruteeat srutetea
srutetae sruteate sruteaet sruatete sruateet sruattee sruattee sruatete sruateet sruaette sruaetet
sruaette sruaetet sruaeett sruaeett sruatete sruateet sruattee sruattee sruatete sruateet sruaeett
sruaeett sruaetet sruaette sruaette sruaetet srueatte srueatet srueatte srueatet srueaett srueaett
sruetate sruetaet sruettae sruettea srueteta srueteat sruettae sruettea sruetate sruetaet srueteat
srueteta srueetta srueetat srueetta srueetat srueeatt srueeatt srutaete srutaeet srutatee srutatee
srutaete srutaeet sruteate sruteaet srutetae srutetea sruteeta sruteeat srutteae srutteea sruttaee
sruttaee srutteae srutteea sruteeta sruteeat srutetea srutetae sruteate sruteaet srueaett srueaett
srueatet srueatte srueatte srueatet srueeatt srueeatt srueetat srueetta srueetta srueetat srueteat
srueteta sruetaet sruetate sruettae sruettea srueteta srueteat sruettea sruettae sruetate sruetaet
sretuate sretuaet sretutae sretutea sretueta sretueat sretaute sretauet sretatue sretateu sretaetu
sretaeut srettaue srettaeu srettuae srettuea sretteua sretteau sreteatu sreteaut sretetau sretetua
sreteuta sreteuat sreutate sreutaet sreuttae sreuttea sreuteta sreuteat sreuatte sreuatet sreuatte
sreuatet sreuaett sreuaett sreutate sreutaet sreuttae sreuttea sreuteta sreuteat sreueatt sreueatt
sreuetat sreuetta sreuetta sreuetat sreautte sreautet sreautte sreautet sreauett sreauett sreatute
sreatuet sreattue sreatteu sreatetu sreateut sreattue sreatteu sreatute sreatuet sreateut sreatetu
sreaettu sreaetut sreaettu sreaetut sreaeutt sreaeutt sretuate sretuaet sretutae sretutea sretueta
sretueat sretaute sretauet sretatue sretateu sretaetu sretaeut srettaue srettaeu srettuae srettuea
sretteua sretteau sreteatu sreteaut sretetau sretetua sreteuta sreteuat sreeuatt sreeuatt sreeutat
sreeutta sreeutta sreeutat sreeautt sreeautt sreeatut sreeattu sreeattu sreeatut sreetaut sreetatu
sreetuat sreetuta sreettua sreettau sreetatu sreetaut sreettau sreettua sreetuta sreetuat srttueae
srttueea srttuaee srttuaee srttueae srttueea srtteuae srtteuea srtteaue srtteaeu srtteeau srtteeua
srttaeue srttaeeu srttauee srttauee srttaeue srttaeeu srtteeau srtteeua srtteaeu srtteaue srtteuae
srtteuea srtuteae srtuteea srtutaee srtutaee srtuteae srtuteea srtuetae srtuetea srtueate srtueaet
srtueeat srtueeta srtuaete srtuaeet srtuatee srtuatee srtuaete srtuaeet srtueeat srtueeta srtueaet
srtueate srtuetae srtuetea srteutae srteutea srteuate srteuaet srteueat srteueta srtetuae srtetuea
srtetaue srtetaeu srteteau srteteua srteatue srteateu srteaute srteauet srteaeut srteaetu srteetau
srteetua srteeatu srteeaut srteeuat srteeuta srtauete srtaueet srtautee srtautee srtauete srtaueet
srtaeute srtaeuet srtaetue srtaeteu srtaeetu srtaeeut srtateue srtateeu srtatuee srtatuee srtateue
srtateeu srtaeetu srtaeeut srtaeteu srtaetue srtaeute srtaeuet srteueat srteueta srteuaet srteuate
srteutae srteutea srteeuat srteeuta srteeaut srteeatu srteetau srteetua srteaeut srteaetu srteauet
srteaute srteatue srteateu srteteau srteteua srtetaeu srtetaue srtetuae srtetuea sretueta sretueat
sretutea sretutae sretuate sretuaet sreteuta sreteuat sretetua sretetau sreteatu sreteaut sretteua
sretteau srettuea srettuae srettaue srettaeu sretaetu sretaeut sretateu sretatue sretaute sretauet
sreuteta sreuteat sreuttea sreuttae sreutate sreutaet sreuetta sreuetat sreuetta sreuetat sreueatt
sreueatt sreuteta sreuteat sreuttea sreuttae sreutate sreutaet sreuaett sreuaett sreuatet sreuatte
sreuatte sreuatet sreeutta sreeutat sreeutta sreeutat sreeuatt sreeuatt sreetuta sreetuat sreettua
sreettau sreetatu sreetaut sreettua sreettau sreetuta sreetuat sreetaut sreetatu sreeattu sreeatut
sreeattu sreeatut sreeautt sreeautt sretueta sretueat sretutea sretutae sretuate sretuaet sreteuta
sreteuat sretetua sretetau sreteatu sreteaut sretteua sretteau srettuea srettuae srettaue srettaeu
sretaetu sretaeut sretateu sretatue sretaute sretauet sreauett sreauett sreautet sreautte sreautte
sreautet sreaeutt sreaeutt sreaetut sreaettu sreaettu sreaetut sreateut sreatetu sreatuet sreatute
sreattue sreatteu sreatetu sreateut sreatteu sreattue sreatute sreatuet seatuert seatuetr seaturet
seaturte seatutre seatuter seateurt seateutr seaterut seatertu seatetru seatetur seatreut seatretu
seatruet seatrute seatrtue seatrteu seatteru seatteur seattreu seattrue seatture seattuer seautert
seautetr seautret seautrte seauttre seautter seauetrt seauettr seauertt seauertt seauetrt seauettr
seaurett seaurett seaurtet seaurtte seaurtte seaurtet seautert seautetr seautret seautrte seauttre
seautter seaeutrt seaeuttr seaeurtt seaeurtt seaeutrt seaeuttr seaeturt seaetutr seaetrut seaetrtu
seaettru seaettur seaertut seaerttu seaerutt seaerutt seaertut seaerttu seaettru seaettur seaetrtu
seaetrut seaeturt seaetutr searuett searuett searutet searutte searutte searutet seareutt seareutt
searetut searettu searettu searetut searteut seartetu seartuet seartute searttue seartteu seartetu
searteut seartteu searttue seartute seartuet seatuert seatuetr seaturet seaturte seatutre seatuter
seateurt seateutr seaterut seatertu seatetru seatetur seatreut seatretu seatruet seatrute seatrtue
seatrteu seatteru seatteur seattreu seattrue seatture seattuer setauert setauetr setauret setaurte
setautre setauter setaeurt setaeutr setaerut setaertu setaetru setaetur setareut setaretu setaruet
setarute setartue setarteu setateru setateur setatreu setatrue setature setatuer setuaert setuaetr
setuaret setuarte setuatre setuater setueart setueatr setuerat setuerta setuetra setuetar setureat
setureta seturaet seturate seturtae seturtea setutera setutear setutrea setutrae setutare setutaer
seteuart seteuatr seteurat seteurta seteutra seteutar seteaurt seteautr setearut seteartu seteatru
seteatur seteraut seteratu seteruat seteruta setertua setertau setetaru setetaur setetrau setetrua
setetura setetuar setrueat setrueta setruaet setruate setrutae setrutea setreuat setreuta setreaut
setreatu setretau setretua setraeut setraetu setrauet setraute setratue setrateu setrteau setrteua
setrtaeu setrtaue setrtuae setrtuea settuera settuear setturea setturae settuare settuaer setteura
setteuar setterua setterau settearu setteaur settreua settreau settruea settruae settraue settraeu
settaeru settaeur settareu settarue settaure settauer seutaert seutaetr seutaret seutarte seutatre
seutater seuteart seuteatr seuterat seuterta seutetra seutetar seutreat seutreta seutraet seutrate
seutrtae seutrtea seuttera seuttear seuttrea seuttrae seuttare seuttaer seuatert seuatetr seuatret
seuatrte seuattre seuatter seuaetrt seuaettr seuaertt seuaertt seuaetrt seuaettr seuarett seuarett
seuartet seuartte seuartte seuartet seuatert seuatetr seuatret seuatrte seuattre seuatter seueatrt
seueattr seueartt seueartt seueatrt seueattr seuetart seuetatr seuetrat seuetrta seuettra seuettar
seuertat seuertta seueratt seueratt seuertat seuertta seuettra seuettar seuetrta seuetrat seuetart
seuetatr seuraett seuraett seuratet seuratte seuratte seuratet seureatt seureatt seuretat seuretta
seuretta seuretat seurteat seurteta seurtaet seurtate seurttae seurttea seurteta seurteat seurttea
seurttae seurtate seurtaet seutaert seutaetr seutaret seutarte seutatre seutater seuteart seuteatr
seuterat seuterta seutetra seutetar seutreat seutreta seutraet seutrate seutrtae seutrtea seuttera
seuttear seuttrea seuttrae seuttare seuttaer seetuart seetuatr seeturat seeturta seetutra seetutar
seetaurt seetautr seetarut seetartu seetatru seetatur seetraut seetratu seetruat seetruta seetrtua
seetrtau seettaru seettaur seettrau seettrua seettura seettuar seeutart seeutatr seeutrat seeutrta
seeuttra seeuttar seeuatrt seeuattr seeuartt seeuartt seeuatrt seeuattr seeuratt seeuratt seeurtat
seeurtta seeurtta seeurtat seeutart seeutatr seeutrat seeutrta seeuttra seeuttar seeautrt seeauttr
seeaurtt seeaurtt seeautrt seeauttr seeaturt seeatutr seeatrut seeatrtu seeattru seeattur seeartut
seearttu seearutt seearutt seeartut seearttu seeattru seeattur seeatrtu seeatrut seeaturt seeatutr
seeruatt seeruatt seerutat seerutta seerutta seerutat seerautt seerautt seeratut seerattu seerattu
seeratut seertaut seertatu seertuat seertuta seerttua seerttau seertatu seertaut seerttau seerttua
seertuta seertuat seetuart seetuatr seeturat seeturta seetutra seetutar seetaurt seetautr seetarut
seetartu seetatru seetatur seetraut seetratu seetruat seetruta seetrtua seetrtau seettaru seettaur
seettrau seettrua seettura seettuar sertueat sertueta sertuaet sertuate sertutae sertutea serteuat
serteuta serteaut serteatu sertetau sertetua sertaeut sertaetu sertauet sertaute sertatue sertateu
sertteau sertteua serttaeu serttaue serttuae serttuea seruteat seruteta serutaet serutate seruttae
seruttea seruetat seruetta serueatt serueatt seruetat seruetta seruaett seruaett seruatet seruatte
seruatte seruatet seruteat seruteta serutaet serutate seruttae seruttea sereutat sereutta sereuatt
sereuatt sereutat sereutta seretuat seretuta seretaut seretatu serettau serettua sereatut sereattu
sereautt sereautt sereatut sereattu serettau serettua seretatu seretaut seretuat seretuta serauett
serauett serautet serautte serautte serautet seraeutt seraeutt seraetut seraettu seraettu seraetut
serateut seratetu seratuet seratute serattue seratteu seratetu serateut seratteu serattue seratute
seratuet sertueat sertueta sertuaet sertuate sertutae sertutea serteuat serteuta serteaut serteatu
sertetau sertetua sertaeut sertaetu sertauet sertaute sertatue sertateu sertteau sertteua serttaeu
serttaue serttuae serttuea settuera settuear setturea setturae settuare settuaer setteura setteuar
setterua setterau settearu setteaur settreua settreau settruea settruae settraue settraeu settaeru
settaeur settareu settarue settaure settauer setutera setutear setutrea setutrae setutare setutaer
setuetra setuetar setuerta setuerat setueart setueatr setureta setureat seturtea seturtae seturate
seturaet setuaert setuaetr setuaret setuarte setuatre setuater seteutra seteutar seteurta seteurat
seteuart seteuatr setetura setetuar setetrua setetrau setetaru setetaur setertua setertau seteruta
seteruat seteraut seteratu seteatru seteatur seteartu setearut seteaurt seteautr setrueta setrueat
setrutea setrutae setruate setruaet setreuta setreuat setretua setretau setreatu setreaut setrteua
setrteau setrtuea setrtuae setrtaue setrtaeu setraetu setraeut setrateu setratue setraute setrauet
setauert setauetr setauret setaurte setautre setauter setaeurt setaeutr setaerut setaertu setaetru
setaetur setareut setaretu setaruet setarute setartue setarteu setateru setateur setatreu setatrue
setature setatuer

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History of cryptography
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