easy ciphers

Easy Ciphers Tools:
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undergrowth


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: tiderace
cipher variations:
ujefsbdf vkfgtceg wlghudfh xmhivegi ynijwfhj
zojkxgik apklyhjl bqlmzikm crmnajln dsnobkmo
etopclnp fupqdmoq gvqrenpr hwrsfoqs ixstgprt
jytuhqsu kzuvirtv lavwjsuw mbwxktvx ncxyluwy
odyzmvxz pezanwya qfaboxzb rgbcpyac shcdqzbd

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: tiderace
Cipher: grwvizxv

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: tiderace
Cipher: BAABA ABAAA AAABB AABAA BAAAA AAAAA AAABA AABAA

Read more ...

 

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

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: tiderace
cipher variations:
ujefsbdfgzknabhnspqviblvefwdqbpdqvclybtlclitgbxtarujwbfjmharebjr
yxgzmbnzknmhubrhwdspcbvpityxkbzxvkfgtceghalobciotqrwjcmwfgxercqe
rwdmzcumdmjuhcyubsvkxcgknibsfckszyhancoalonivcsixetqdcwqjuzylcay
wlghudfhibmpcdjpursxkdnxghyfsdrfsxenadvnenkvidzvctwlydhlojctgdlt
azibodpbmpojwdtjyfuredxrkvazmdbzxmhivegijcnqdekqvstyleoyhizgtesg
tyfobewofolwjeawduxmzeimpkduhemubajcpeqcnqpkxeukzgvsfeyslwbaneca
ynijwfhjkdoreflrwtuzmfpzijahufthuzgpcfxpgpmxkfbxevynafjnqlevifnv
cbkdqfrdorqlyfvlahwtgfztmxcbofdbzojkxgiklepsfgmsxuvangqajkbivgui
vahqdgyqhqnylgcyfwzobgkormfwjgowdclergsepsrmzgwmbixuhgaunydcpgec
apklyhjlmfqtghntyvwbohrbklcjwhvjwbirehzrirozmhdzgxapchlpsngxkhpx
edmfshtfqtsnahxncjyvihbvozedqhfdbqlmzikmngruhiouzwxcpisclmdkxiwk
xcjsfiasjspanieahybqdimqtohyliqyfengtiugrutobiyodkzwjicwpaferige
crmnajlnohsvijpvaxydqjtdmnelyjxlydktgjbtktqbojfbizcrejnrupizmjrz
gfohujvhsvupcjzpelaxkjdxqbgfsjhfdsnobkmopitwjkqwbyzerkuenofmzkym
zeluhkculurcpkgcjadsfkosvqjanksahgpivkwitwvqdkaqfmbylkeyrchgtkig
etopclnpqjuxklrxczafslvfopgnalznafmvildvmvsdqlhdkbetglptwrkboltb
ihqjwlxjuxwrelbrgnczmlfzsdihuljhfupqdmoqrkvylmsydabgtmwgpqhobmao
bgnwjmewnwtermielcfuhmquxslcpmucjirkxmykvyxsfmcshodanmgatejivmki
gvqrenprslwzmntzebchunxhqripcnbpchoxknfxoxufsnjfmdgvinrvytmdqnvd
kjslynzlwzytgndtipebonhbufkjwnljhwrsfoqstmxanouafcdivoyirsjqdocq
dipylogypyvgtokgnehwjoswzunerowelktmzoamxazuhoeujqfcpoicvglkxomk
ixstgprtunybopvbgdejwpzjstkrepdrejqzmphzqzwhuplhofixkptxavofspxf
mlunapbnybavipfvkrgdqpjdwhmlypnljytuhqsuvozcpqwchefkxqaktulsfqes
fkranqiaraxivqmipgjylquybwpgtqygnmvobqcozcbwjqgwlsherqkexinmzqom
kzuvirtvwpadqrxdifglyrbluvmtgrftglsborjbsbyjwrnjqhkzmrvzcxqhurzh
onwpcrdpadcxkrhxmtifsrlfyjonarpnlavwjsuwxqbersyejghmzscmvwnuhsgu
hmtcpskctczkxsokrilanswadyrivsaipoxqdseqbedylsiynujgtsmgzkpobsqo
mbwxktvxyrcfstzfkhinatdnwxovithvinudqtldudalytplsjmbotxbezsjwtbj
qpyretfrcfezmtjzovkhutnhalqpctrpncxyluwyzsdgtuaglijobueoxypwjuiw
joverumevebmzuqmtkncpuycfatkxuckrqzsfugsdgfanukapwlivuoibmrqdusq
odyzmvxzatehuvbhmjkpcvfpyzqxkvjxkpwfsvnfwfcnavrnulodqvzdgbulyvdl
sratgvhtehgbovlbqxmjwvpjcnsrevtrpezanwyabufivwcinklqdwgqzarylwky
lqxgtwogxgdobwsovmperwaehcvmzwemtsbuhwiufihcpwmcrynkxwqkdotsfwus
qfaboxzbcvgjwxdjolmrexhrabszmxlzmryhuxphyhepcxtpwnqfsxbfidwnaxfn
utcvixjvgjidqxndszolyxrleputgxvtrgbcpyacdwhkxyekpmnsfyisbctanyma
nszivyqizifqdyuqxorgtycgjexobygovudwjykwhkjeryoetapmzysmfqvuhywu
shcdqzbdexilyzflqnotgzjtcduboznbotajwzrjajgrezvrypshuzdhkfypczhp
wvexkzlxilkfszpfubqnaztngrwvizxvtideracefyjmzagmropuhakudevcpaoc
pubkxaskbkhsfawszqtivaeilgzqdaiqxwfylamyjmlgtaqgvcrobauohsxwjayw

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

Read more ...

 

ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x


An example plaintext to ciphertext using ROT13:

Plain: tiderace
Cipher: gvqrenpr

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: tiderace
Cipher: 4442415124113151

Extended Methods:
Method #1

Plaintext: tiderace
method variations:
yoikwfhkdtopblnpiytugqsuodyzmvxz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t i d e r a c e 
4 4 4 5 2 1 3 5 
4 2 1 1 4 1 1 1 
They are then read out in rows:
4445213542114111
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tiderace
Cipher: tybxiada

Read more ...
Method #3

Plaintext: tiderace
method variations:
trvfdlvq rvfdlvqt vfdlvqtr
fdlvqtrv dlvqtrvf lvqtrvfd
vqtrvfdl qtrvfdlv

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: tiderace

first 5040 cipher variations(40320 total)
tiderace tideraec tidercae tidercea tidereca tidereac tidearce tidearec tideacre tideacer tideaecr
tideaerc tidecare tidecaer tidecrae tidecrea tidecera tidecear tideeacr tideearc tideecar tideecra
tideerca tideerac tidreace tidreaec tidrecae tidrecea tidreeca tidreeac tidraece tidraeec tidracee
tidracee tidraece tidraeec tidrcaee tidrcaee tidrceae tidrceea tidrceea tidrceae tidreace tidreaec
tidrecae tidrecea tidreeca tidreeac tidarece tidareec tidarcee tidarcee tidarece tidareec tidaerce
tidaerec tidaecre tidaecer tidaeecr tidaeerc tidacere tidaceer tidacree tidacree tidacere tidaceer
tidaeecr tidaeerc tidaecer tidaecre tidaerce tidaerec tidcraee tidcraee tidcreae tidcreea tidcreea
tidcreae tidcaree tidcaree tidcaere tidcaeer tidcaeer tidcaere tidceare tidceaer tidcerae tidcerea
tidceera tidceear tidceaer tidceare tidceear tidceera tidcerea tidcerae tiderace tideraec tidercae
tidercea tidereca tidereac tidearce tidearec tideacre tideacer tideaecr tideaerc tidecare tidecaer
tidecrae tidecrea tidecera tidecear tideeacr tideearc tideecar tideecra tideerca tideerac tiedrace
tiedraec tiedrcae tiedrcea tiedreca tiedreac tiedarce tiedarec tiedacre tiedacer tiedaecr tiedaerc
tiedcare tiedcaer tiedcrae tiedcrea tiedcera tiedcear tiedeacr tiedearc tiedecar tiedecra tiederca
tiederac tierdace tierdaec tierdcae tierdcea tierdeca tierdeac tieradce tieradec tieracde tieraced
tieraecd tieraedc tiercade tiercaed tiercdae tiercdea tierceda tiercead tiereacd tiereadc tierecad
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tiecarde tiecared tiecadre tiecader tiecaedr tiecaerd tiecdare tiecdaer tiecdrae tiecdrea tiecdera
tiecdear tieceadr tieceard tiecedar tiecedra tiecerda tiecerad tieeracd tieeradc tieercad tieercda
tieerdca tieerdac tieearcd tieeardc tieeacrd tieeacdr tieeadcr tieeadrc tieecard tieecadr tieecrad
tieecrda tieecdra tieecdar tieedacr tieedarc tieedcar tieedcra tieedrca tieedrac tiredace tiredaec
tiredcae tiredcea tiredeca tiredeac tireadce tireadec tireacde tireaced tireaecd tireaedc tirecade
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tirdeace tirdeaec tirdecae tirdecea tirdeeca tirdeeac tirdaece tirdaeec tirdacee tirdacee tirdaece
tirdaeec tirdcaee tirdcaee tirdceae tirdceea tirdceea tirdceae tirdeace tirdeaec tirdecae tirdecea
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taiderec taicrdee taicrdee taicrede taicreed taicreed taicrede taicdree taicdree taicdere taicdeer
taicdeer taicdere taicedre taiceder taicerde taicered taiceerd taiceedr taiceder taicedre taiceedr
taiceerd taicered taicerde taierdce taierdec taiercde taierced taierecd taieredc taiedrce taiedrec
taiedcre taiedcer taiedecr taiederc taiecdre taiecder taiecrde taiecred taiecerd taiecedr taieedcr
taieedrc taieecdr taieecrd taieercd taieerdc taceride taceried tacerdie tacerdei taceredi tacereid
taceirde taceired taceidre taceider taceiedr taceierd tacedire tacedier tacedrie tacedrei tacederi
tacedeir taceeidr taceeird taceedir taceedri taceerdi taceerid tacreide tacreied tacredie tacredei
tacreedi tacreeid tacriede tacrieed tacridee tacridee tacriede tacrieed tacrdiee tacrdiee tacrdeie
tacrdeei tacrdeei tacrdeie tacreide tacreied tacredie tacredei tacreedi tacreeid tacirede tacireed
tacirdee tacirdee tacirede tacireed tacierde taciered taciedre tacieder tacieedr tacieerd tacidere
tacideer tacidree tacidree tacidere tacideer tacieedr tacieerd tacieder taciedre tacierde taciered
tacdriee tacdriee tacdreie tacdreei tacdreei tacdreie tacdiree tacdiree tacdiere tacdieer tacdieer
tacdiere tacdeire tacdeier tacderie tacderei tacdeeri tacdeeir tacdeier tacdeire tacdeeir tacdeeri
tacderei tacderie taceride taceried tacerdie tacerdei taceredi tacereid taceirde taceired taceidre
taceider taceiedr taceierd tacedire tacedier tacedrie tacedrei tacederi tacedeir taceeidr taceeird
taceedir taceedri taceerdi taceerid taeericd taeeridc taeercid taeercdi taeerdci taeerdic taeeircd
taeeirdc taeeicrd taeeicdr taeeidcr taeeidrc taeecird taeecidr taeecrid taeecrdi taeecdri taeecdir
taeedicr taeedirc taeedcir taeedcri taeedrci taeedric taereicd taereidc taerecid taerecdi taeredci
taeredic taeriecd taeriedc taericed taericde taeridce taeridec taercied taercide taerceid taercedi
taercdei taercdie taerdice taerdiec taerdcie taerdcei taerdeci taerdeic taeirecd taeiredc taeirced
taeircde taeirdce taeirdec taeiercd taeierdc taeiecrd taeiecdr taeiedcr taeiedrc taeicerd taeicedr
taeicred taeicrde taeicdre taeicder taeidecr taeiderc taeidcer taeidcre taeidrce taeidrec taecried
taecride taecreid taecredi taecrdei taecrdie taecired taecirde taecierd taeciedr taecider taecidre
taeceird taeceidr taecerid taecerdi taecedri taecedir taecdier taecdire taecdeir taecderi taecdrei
taecdrie taedrice taedriec taedrcie taedrcei taedreci taedreic taedirce taedirec taedicre taedicer
taediecr taedierc taedcire taedcier taedcrie taedcrei taedceri taedceir taedeicr taedeirc taedecir
taedecri taederci taederic tcderaie tcderaei tcderiae tcderiea tcdereia tcdereai tcdearie tcdearei
tcdeaire tcdeaier tcdeaeir tcdeaeri tcdeiare tcdeiaer tcdeirae tcdeirea tcdeiera tcdeiear tcdeeair
tcdeeari tcdeeiar tcdeeira tcdeeria tcdeerai tcdreaie tcdreaei tcdreiae tcdreiea tcdreeia tcdreeai
tcdraeie tcdraeei tcdraiee tcdraiee tcdraeie tcdraeei tcdriaee tcdriaee tcdrieae tcdrieea tcdrieea
tcdrieae tcdreaie tcdreaei tcdreiae tcdreiea tcdreeia tcdreeai tcdareie tcdareei tcdariee tcdariee
tcdareie tcdareei tcdaerie tcdaerei tcdaeire tcdaeier tcdaeeir tcdaeeri tcdaiere tcdaieer tcdairee
tcdairee tcdaiere tcdaieer tcdaeeir tcdaeeri tcdaeier tcdaeire tcdaerie tcdaerei tcdiraee tcdiraee
tcdireae tcdireea tcdireea tcdireae tcdiaree tcdiaree tcdiaere tcdiaeer tcdiaeer tcdiaere tcdieare
tcdieaer tcdierae tcdierea tcdieera tcdieear tcdieaer tcdieare tcdieear tcdieera tcdierea tcdierae
tcderaie tcderaei tcderiae tcderiea tcdereia tcdereai tcdearie tcdearei tcdeaire tcdeaier tcdeaeir
tcdeaeri tcdeiare tcdeiaer tcdeirae tcdeirea tcdeiera tcdeiear tcdeeair tcdeeari tcdeeiar tcdeeira
tcdeeria tcdeerai tcedraie tcedraei tcedriae tcedriea tcedreia tcedreai tcedarie tcedarei tcedaire
tcedaier tcedaeir tcedaeri tcediare tcediaer tcedirae tcedirea tcediera tcediear tcedeair tcedeari
tcedeiar tcedeira tcederia tcederai tcerdaie tcerdaei tcerdiae tcerdiea tcerdeia tcerdeai tceradie
tceradei tceraide tceraied tceraeid tceraedi tceriade tceriaed tceridae tceridea tcerieda tceriead
tcereaid tcereadi tcereiad tcereida tceredia tceredai tceardie tceardei tcearide tcearied tceareid
tcearedi tceadrie tceadrei tceadire tceadier tceadeir tceaderi tceaidre tceaider tceairde tceaired
tceaierd tceaiedr tceaedir tceaedri tceaeidr tceaeird tceaerid tceaerdi tceirade tceiraed tceirdae
tceirdea tceireda tceiread tceiarde tceiared tceiadre tceiader tceiaedr tceiaerd tceidare tceidaer
tceidrae tceidrea tceidera tceidear tceieadr tceieard tceiedar tceiedra tceierda tceierad tceeraid
tceeradi tceeriad tceerida tceerdia tceerdai tceearid tceeardi tceeaird tceeaidr tceeadir tceeadri
tceeiard tceeiadr tceeirad tceeirda tceeidra tceeidar tceedair tceedari tceediar tceedira tceedria
tceedrai tcredaie tcredaei tcrediae tcrediea tcredeia tcredeai tcreadie tcreadei tcreaide tcreaied
tcreaeid tcreaedi tcreiade tcreiaed tcreidae tcreidea tcreieda tcreiead tcreeaid tcreeadi tcreeiad
tcreeida tcreedia tcreedai tcrdeaie tcrdeaei tcrdeiae tcrdeiea tcrdeeia tcrdeeai tcrdaeie tcrdaeei
tcrdaiee tcrdaiee tcrdaeie tcrdaeei tcrdiaee tcrdiaee tcrdieae tcrdieea tcrdieea tcrdieae tcrdeaie
tcrdeaei tcrdeiae tcrdeiea tcrdeeia tcrdeeai tcradeie tcradeei tcradiee tcradiee tcradeie tcradeei
tcraedie tcraedei tcraeide tcraeied tcraeeid tcraeedi tcraiede tcraieed tcraidee tcraidee tcraiede
tcraieed tcraeeid tcraeedi tcraeied tcraeide tcraedie tcraedei tcridaee tcridaee tcrideae tcrideea
tcrideea tcrideae tcriadee tcriadee tcriaede tcriaeed tcriaeed tcriaede tcrieade tcrieaed tcriedae
tcriedea tcrieeda tcrieead tcrieaed tcrieade tcrieead tcrieeda tcriedea tcriedae tcredaie tcredaei
tcrediae tcrediea tcredeia tcredeai tcreadie tcreadei tcreaide tcreaied tcreaeid tcreaedi tcreiade
tcreiaed tcreidae tcreidea tcreieda tcreiead tcreeaid tcreeadi tcreeiad tcreeida tcreedia tcreedai
tcaerdie tcaerdei tcaeride tcaeried tcaereid tcaeredi tcaedrie tcaedrei tcaedire tcaedier tcaedeir
tcaederi tcaeidre tcaeider tcaeirde tcaeired tcaeierd tcaeiedr tcaeedir tcaeedri tcaeeidr tcaeeird
tcaeerid tcaeerdi tcaredie tcaredei tcareide tcareied tcareeid tcareedi tcardeie tcardeei tcardiee
tcardiee tcardeie tcardeei tcaridee tcaridee tcariede tcarieed tcarieed tcariede tcaredie tcaredei
tcareide tcareied tcareeid tcareedi tcadreie tcadreei tcadriee tcadriee tcadreie tcadreei tcaderie
tcaderei tcadeire tcadeier tcadeeir tcadeeri tcadiere tcadieer tcadiree tcadiree tcadiere tcadieer
tcadeeir tcadeeri tcadeier tcadeire tcaderie tcaderei tcairdee tcairdee tcairede tcaireed tcaireed
tcairede tcaidree tcaidree tcaidere tcaideer tcaideer tcaidere tcaiedre tcaieder tcaierde tcaiered
tcaieerd tcaieedr tcaieder tcaiedre tcaieedr tcaieerd tcaiered tcaierde tcaerdie tcaerdei tcaeride
tcaeried tcaereid tcaeredi tcaedrie tcaedrei tcaedire tcaedier tcaedeir tcaederi tcaeidre tcaeider
tcaeirde tcaeired tcaeierd tcaeiedr tcaeedir tcaeedri tcaeeidr tcaeeird tcaeerid tcaeerdi tcierade
tcieraed tcierdae tcierdea tciereda tcieread tciearde tcieared tcieadre tcieader tcieaedr tcieaerd
tciedare tciedaer tciedrae tciedrea tciedera tciedear tcieeadr tcieeard tcieedar tcieedra tcieerda
tcieerad tcireade tcireaed tciredae tciredea tcireeda tcireead tciraede tciraeed tciradee tciradee
tciraede tciraeed tcirdaee tcirdaee tcirdeae tcirdeea tcirdeea tcirdeae tcireade tcireaed tciredae
tciredea tcireeda tcireead tciarede tciareed tciardee tciardee tciarede tciareed tciaerde tciaered
tciaedre tciaeder tciaeedr tciaeerd tciadere tciadeer tciadree tciadree tciadere tciadeer tciaeedr
tciaeerd tciaeder tciaedre tciaerde tciaered tcidraee tcidraee tcidreae tcidreea tcidreea tcidreae
tcidaree tcidaree tcidaere tcidaeer tcidaeer tcidaere tcideare tcideaer tciderae tciderea tcideera
tcideear tcideaer tcideare tcideear tcideera tciderea tciderae tcierade tcieraed tcierdae tcierdea
tciereda tcieread tciearde tcieared tcieadre tcieader tcieaedr tcieaerd tciedare tciedaer tciedrae
tciedrea tciedera tciedear tcieeadr tcieeard tcieedar tcieedra tcieerda tcieerad tceeraid tceeradi
tceeriad tceerida tceerdia tceerdai tceearid tceeardi tceeaird tceeaidr tceeadir tceeadri tceeiard
tceeiadr tceeirad tceeirda tceeidra tceeidar tceedair tceedari tceediar tceedira tceedria tceedrai
tcereaid tcereadi tcereiad tcereida tceredia tceredai tceraeid tceraedi tceraied tceraide tceradie
tceradei tceriaed tceriade tceriead tcerieda tceridea tceridae tcerdaie tcerdaei tcerdiae tcerdiea
tcerdeia tcerdeai tceareid tcearedi tcearied tcearide tceardie tceardei tceaerid tceaerdi tceaeird
tceaeidr tceaedir tceaedri tceaierd tceaiedr tceaired tceairde tceaidre tceaider tceadeir tceaderi
tceadier tceadire tceadrie tceadrei tceiraed tceirade tceiread tceireda tceirdea tceirdae tceiared
tceiarde tceiaerd tceiaedr tceiader tceiadre tceieard tceieadr tceierad tceierda tceiedra tceiedar
tceidaer tceidare tceidear tceidera tceidrea tceidrae tcedraie tcedraei tcedriae tcedriea tcedreia
tcedreai tcedarie tcedarei tcedaire tcedaier tcedaeir tcedaeri tcediare tcediaer tcedirae tcedirea
tcediera tcediear tcedeair tcedeari tcedeiar tcedeira tcederia tcederai tederaci tederaic tedercai
tedercia tederica tederiac tedearci tedearic tedeacri tedeacir tedeaicr tedeairc tedecari tedecair
tedecrai tedecria tedecira tedeciar tedeiacr tedeiarc tedeicar tedeicra tedeirca tedeirac tedreaci
tedreaic tedrecai tedrecia tedreica tedreiac tedraeci tedraeic tedracei tedracie tedraice tedraiec
tedrcaei tedrcaie tedrceai tedrceia tedrciea tedrciae tedriace tedriaec tedricae tedricea tedrieca
tedrieac tedareci tedareic tedarcei tedarcie tedarice tedariec tedaerci tedaeric tedaecri tedaecir
tedaeicr tedaeirc tedaceri tedaceir tedacrei tedacrie tedacire tedacier tedaiecr tedaierc tedaicer
tedaicre tedairce tedairec tedcraei tedcraie tedcreai tedcreia tedcriea tedcriae tedcarei tedcarie
tedcaeri tedcaeir tedcaier tedcaire tedceari tedceair tedcerai tedceria tedceira tedceiar tedciaer
tedciare tedciear tedciera tedcirea tedcirae tedirace tediraec tedircae tedircea tedireca tedireac
tediarce tediarec tediacre tediacer tediaecr tediaerc tedicare tedicaer tedicrae tedicrea tedicera
tedicear tedieacr tediearc tediecar tediecra tedierca tedierac teedraci teedraic teedrcai teedrcia
teedrica teedriac teedarci teedaric teedacri teedacir teedaicr teedairc teedcari teedcair teedcrai
teedcria teedcira teedciar teediacr teediarc teedicar teedicra teedirca teedirac teerdaci teerdaic
teerdcai teerdcia teerdica teerdiac teeradci teeradic teeracdi teeracid teeraicd teeraidc teercadi
teercaid teercdai teercdia teercida teerciad teeriacd teeriadc teericad teericda teeridca teeridac
teeardci teeardic teearcdi teearcid teearicd teearidc teeadrci teeadric teeadcri teeadcir teeadicr
teeadirc teeacdri teeacdir teeacrdi teeacrid teeacird teeacidr teeaidcr teeaidrc teeaicdr teeaicrd
teeaircd teeairdc teecradi teecraid teecrdai teecrdia teecrida teecriad teecardi teecarid teecadri
teecadir teecaidr teecaird teecdari teecdair teecdrai teecdria teecdira teecdiar teeciadr teeciard
teecidar teecidra teecirda teecirad teeiracd teeiradc teeircad teeircda teeirdca teeirdac teeiarcd
teeiardc teeiacrd teeiacdr teeiadcr teeiadrc teeicard teeicadr teeicrad teeicrda teeicdra teeicdar
teeidacr teeidarc teeidcar teeidcra teeidrca teeidrac teredaci teredaic teredcai teredcia teredica
terediac tereadci tereadic tereacdi tereacid tereaicd tereaidc terecadi terecaid terecdai terecdia
terecida tereciad tereiacd tereiadc tereicad tereicda tereidca tereidac terdeaci terdeaic terdecai
terdecia terdeica terdeiac terdaeci terdaeic terdacei terdacie terdaice terdaiec terdcaei terdcaie
terdceai terdceia terdciea terdciae terdiace terdiaec terdicae terdicea terdieca terdieac teradeci
teradeic teradcei teradcie teradice teradiec teraedci teraedic teraecdi teraecid teraeicd teraeidc
teracedi teraceid teracdei teracdie teracide teracied teraiecd teraiedc teraiced teraicde teraidce
teraidec tercdaei tercdaie tercdeai tercdeia tercdiea tercdiae tercadei tercadie tercaedi tercaeid
tercaied tercaide terceadi terceaid tercedai tercedia terceida terceiad terciaed terciade terciead
tercieda tercidea tercidae teridace teridaec teridcae teridcea terideca terideac teriadce teriadec
teriacde teriaced teriaecd teriaedc tericade tericaed tericdae tericdea tericeda tericead terieacd
terieadc teriecad teriecda teriedca teriedac teaerdci teaerdic teaercdi teaercid teaericd teaeridc
teaedrci teaedric teaedcri teaedcir teaedicr teaedirc teaecdri teaecdir teaecrdi teaecrid teaecird
teaecidr teaeidcr teaeidrc teaeicdr teaeicrd teaeircd teaeirdc tearedci tearedic tearecdi tearecid
teareicd teareidc teardeci teardeic teardcei teardcie teardice teardiec tearcdei tearcdie tearcedi
tearceid tearcied tearcide tearidce tearidec tearicde teariced teariecd teariedc teadreci teadreic
teadrcei teadrcie teadrice teadriec teaderci teaderic teadecri teadecir teadeicr teadeirc teadceri
teadceir teadcrei teadcrie teadcire teadcier teadiecr teadierc teadicer teadicre teadirce teadirec
teacrdei teacrdie teacredi teacreid teacried teacride teacdrei teacdrie teacderi teacdeir teacdier
teacdire teacedri teacedir teacerdi teacerid teaceird teaceidr teacider teacidre teaciedr teacierd
teacired teacirde teairdce teairdec teaircde teairced teairecd teairedc teaidrce teaidrec teaidcre
teaidcer teaidecr teaiderc teaicdre teaicder teaicrde teaicred teaicerd teaicedr teaiedcr teaiedrc
teaiecdr teaiecrd teaiercd teaierdc teceradi teceraid tecerdai tecerdia tecerida teceriad teceardi
tecearid teceadri teceadir teceaidr teceaird tecedari tecedair tecedrai tecedria tecedira tecediar
teceiadr teceiard teceidar teceidra teceirda teceirad tecreadi tecreaid tecredai tecredia tecreida
tecreiad tecraedi tecraeid tecradei tecradie tecraide tecraied tecrdaei tecrdaie tecrdeai tecrdeia
tecrdiea tecrdiae tecriade tecriaed tecridae tecridea tecrieda tecriead tecaredi tecareid tecardei
tecardie tecaride tecaried tecaerdi tecaerid tecaedri tecaedir tecaeidr tecaeird tecaderi tecadeir
tecadrei tecadrie tecadire tecadier tecaiedr tecaierd tecaider tecaidre tecairde tecaired tecdraei
tecdraie tecdreai tecdreia tecdriea tecdriae tecdarei tecdarie tecdaeri tecdaeir tecdaier tecdaire
tecdeari tecdeair tecderai tecderia tecdeira tecdeiar tecdiaer tecdiare tecdiear tecdiera tecdirea
tecdirae tecirade teciraed tecirdae tecirdea tecireda teciread teciarde teciared teciadre teciader
teciaedr teciaerd tecidare tecidaer tecidrae tecidrea tecidera tecidear tecieadr tecieard teciedar
teciedra tecierda tecierad teieracd teieradc teiercad teiercda teierdca teierdac teiearcd teieardc
teieacrd teieacdr teieadcr teieadrc teiecard teiecadr teiecrad teiecrda teiecdra teiecdar teiedacr
teiedarc teiedcar teiedcra teiedrca teiedrac teireacd teireadc teirecad teirecda teiredca teiredac
teiraecd teiraedc teiraced teiracde teiradce teiradec teircaed teircade teircead teirceda teircdea
teircdae teirdace teirdaec teirdcae teirdcea teirdeca teirdeac teiarecd teiaredc teiarced teiarcde
teiardce teiardec teiaercd teiaerdc teiaecrd teiaecdr teiaedcr teiaedrc teiacerd teiacedr teiacred
teiacrde teiacdre teiacder teiadecr teiaderc teiadcer teiadcre teiadrce teiadrec teicraed teicrade
teicread teicreda teicrdea teicrdae teicared teicarde teicaerd teicaedr teicader teicadre teiceard
teiceadr teicerad teicerda teicedra teicedar teicdaer teicdare teicdear teicdera teicdrea teicdrae
teidrace teidraec teidrcae teidrcea teidreca teidreac teidarce teidarec teidacre teidacer teidaecr
teidaerc teidcare teidcaer teidcrae teidcrea teidcera teidcear teideacr teidearc teidecar teidecra
teiderca teiderac

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History of cryptography
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