easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

djenkins

oxymel

dispiciamque

peremptam

nightfish

triquet

rapidis

calciminer

pewters

malhamensis

vanburenpoint

onstand

uncontrovertable

gorsedd

overdiverse

laserdisk

washin

torquent


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: dialkyl
cipher variations:
ejbmlzm fkcnman gldonbo hmepocp infqpdq
jogrqer kphsrfs lqitsgt mrjuthu nskvuiv
otlwvjw pumxwkx qvnyxly rwozymz sxpazna
tyqbaob uzrcbpc vasdcqd wbtedre xcufesf
ydvgftg zewhguh afxihvi bgyjiwj chzkjxk

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: dialkyl
Cipher: wrzopbo

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: dialkyl
Cipher: AAABB ABAAA AAAAA ABABA ABAAB BABBA ABABA

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: dialkyl
cipher variations:
ejbmlzmkzbifviqpbezrewfbatnacvbwnjwilbshfsurbkvxkahbgptg
gxbcjpcmnbydlysdbuxhuytbqrdqfkcnmanlacjgwjrqcfasfxgcbuob
dwcxokxjmctigtvsclwylbichquhhycdkqdnoczemztecvyivzucrser
gldonbombdkhxksrdgbtgyhdcvpcexdyplykndujhuwtdmxzmcjdirvi
izdelreopdafnaufdwzjwavdstfshmepocpnceliyltsehcuhziedwqd
fyezqmzloevkivxuenyandkejswjjaefmsfpqebgobvgexakxbwetugt
infqpdqodfmjzmutfidviajfexregzfarnampfwljwyvfozboelfktxk
kbfgntgqrfchpcwhfyblycxfuvhujogrqerpegnkanvugjewjbkgfysf
hagbsobnqgxmkxzwgpacpfmgluyllcghouhrsgdiqdxigzcmzdygvwiv
kphsrfsqfholbowvhkfxkclhgztgibhctpcorhynlyaxhqbdqgnhmvzm
mdhipvisthejreyjhadnaezhwxjwlqitsgtrgipmcpxwilgyldmihauh
jciduqdpsizomzbyircerhoinwanneijqwjtuifksfzkibeobfaixykx
mrjuthushjqndqyxjmhzmenjibvikdjevreqtjapnaczjsdfsipjoxbo
ofjkrxkuvjgltgaljcfpcgbjyzlynskvuivtikroerzyknianfokjcwj
lekfwsfrukbqobdaktegtjqkpycppgklsylvwkhmuhbmkdgqdhckzamz
otlwvjwujlspfsazlojbogplkdxkmflgxtgsvlcrpceblufhukrlqzdq
qhlmtzmwxlinvicnlehreidlabnapumxwkxvkmtqgtbampkcphqmleyl
ngmhyuhtwmdsqdfcmvgivlsmraerrimnuanxymjowjdomfisfjembcob
qvnyxlywlnurhucbnqldqirnmfzmohnizviuxnetregdnwhjwmtnsbfs
sjnovboyznkpxkepngjtgkfncdpcrwozymzxmovsivdcormerjsongan
piojawjvyofusfheoxikxnuotcgttkopwcpzaolqylfqohkuhlgodeqd
sxpaznaynpwtjwedpsnfsktpohboqjpkbxkwzpgvtgifpyjlyovpudhu
ulpqxdqabpmrzmgrpilvimhpefretyqbaobzoqxukxfeqtogtluqpicp
rkqlcylxaqhwuhjgqzkmzpwqveivvmqryerbcqnsanhsqjmwjniqfgsf
uzrcbpcapryvlygfruphumvrqjdqslrmdzmybrixvikhralnaqxrwfjw
wnrszfscdrotboitrknxkojrghtgvasdcqdbqszwmzhgsvqivnwsrker
tmsneanzcsjywjlisbmobrysxgkxxostagtdespucpjusloylpkshiuh
wbtedrecrtaxnaihtwrjwoxtslfsuntofboadtkzxkmjtcnpcsztyhly
yptubhueftqvdqkvtmpzmqltijvixcufesfdsubyobjiuxskxpyutmgt
voupgcpbeulaylnkudoqdtauzimzzquvcivfgurwerlwunqanrmujkwj
ydvgftgetvczpckjvytlyqzvunhuwpvqhdqcfvmbzmolvepreubvajna
arvwdjwghvsxfsmxvorbosnvklxkzewhguhfuwdaqdlkwzumzrawvoiv
xqwrierdgwncanpmwfqsfvcwbkobbswxekxhiwtygtnywpscptowlmyl
afxihvigvxebremlxavnasbxwpjwyrxsjfsehxodboqnxgrtgwdxclpc
ctxyflyijxuzhuozxqtdqupxmnzmbgyjiwjhwyfcsfnmybwobtcyxqkx
zsytkgtfiypecproyhsuhxeydmqdduyzgmzjkyvaivpayruervqynoan
chzkjxkixzgdtgonzcxpcudzyrlyatzulhugjzqfdqspzitviyfzenre
evzahnaklzwbjwqbzsvfswrzopbodialkyljyaheuhpoadyqdveazsmz
buavmivhkargertqajuwjzgafosffwabioblmaxckxrcatwgtxsapqcp

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: dialkyl
Cipher: qvnyxly

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: dialkyl
Cipher: 41421113524513

Extended Methods:
Method #1

Plaintext: dialkyl
method variations:
iofqpdqotlvuivtyqazoaydvfetf

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d i a l k y l 
4 4 1 1 5 4 1 
1 2 1 3 2 5 3 
They are then read out in rows:
44115411213253
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: dialkyl
Cipher: tauabhp

Read more ...
Method #3

Plaintext: dialkyl
method variations:
qbaxres baxresq axresqb
xresqba resqbax esqbaxr
sqbaxre

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: dialkyl

all 5040 cipher variations:
dialkyl dialkly dialykl dialylk diallyk diallky diaklyl diaklly diakyll diakyll diaklyl
diaklly diaykll diaykll diaylkl diayllk diayllk diaylkl dialkyl dialkly dialykl dialylk
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kdaylli kdaylil kdaliyl kdalily kdalyil kdalyli kdallyi kdalliy kdlaiyl kdlaily kdlayil
kdlayli kdlalyi kdlaliy kdliayl kdlialy kdliyal kdliyla kdlilya kdlilay kdlyial kdlyila
kdlyail kdlyali kdlylai kdlylia kdlliya kdlliay kdllyia kdllyai kdllayi kdllaiy kdilayl
kdilaly kdilyal kdilyla kdillya kdillay kdialyl kdially kdiayll kdiayll kdialyl kdially
kdiyall kdiyall kdiylal kdiylla kdiylla kdiylal kdilayl kdilaly kdilyal kdilyla kdillya
kdillay kdylial kdylila kdylail kdylali kdyllai kdyllia kdyilal kdyilla kdyiall kdyiall
kdyilal kdyilla kdyaill kdyaill kdyalil kdyalli kdyalli kdyalil kdylial kdylila kdylail
kdylali kdyllai kdyllia kdlliya kdlliay kdllyia kdllyai kdllayi kdllaiy kdlilya kdlilay
kdliyla kdliyal kdliayl kdlialy kdlyila kdlyial kdlylia kdlylai kdlyali kdlyail kdlaiyl
kdlaily kdlayil kdlayli kdlalyi kdlaliy kyaldil kyaldli kyalidl kyalild kyallid kyalldi
kyadlil kyadlli kyadill kyadill kyadlil kyadlli kyaidll kyaidll kyaildl kyailld kyailld
kyaildl kyaldil kyaldli kyalidl kyalild kyallid kyalldi kyladil kyladli kylaidl kylaild
kylalid kylaldi kyldail kyldali kyldial kyldila kyldlia kyldlai kylidal kylidla kyliadl
kyliald kylilad kylilda kylldia kylldai kyllida kylliad kyllaid kylladi kydlail kydlali
kydlial kydlila kydllia kydllai kydalil kydalli kydaill kydaill kydalil kydalli kydiall
kydiall kydilal kydilla kydilla kydilal kydlail kydlali kydlial kydlila kydllia kydllai
kyildal kyildla kyiladl kyilald kyillad kyillda kyidlal kyidlla kyidall kyidall kyidlal
kyidlla kyiadll kyiadll kyialdl kyialld kyialld kyialdl kyildal kyildla kyiladl kyilald
kyillad kyillda kylldia kylldai kyllida kylliad kyllaid kylladi kyldlia kyldlai kyldila
kyldial kyldail kyldali kylidla kylidal kylilda kylilad kyliald kyliadl kyladil kyladli
kylaidl kylaild kylalid kylaldi klaldyi klaldiy klalydi klalyid klaliyd klalidy kladlyi
kladliy kladyli kladyil kladiyl kladily klaydli klaydil klayldi klaylid klayild klayidl
klaidyl klaidly klaiydl klaiyld klailyd klaildy klladyi klladiy kllaydi kllayid kllaiyd
kllaidy klldayi klldaiy klldyai klldyia klldiya klldiay kllydai kllydia kllyadi kllyaid
kllyiad kllyida kllidya klliday klliyda klliyad klliayd klliady kldlayi kldlaiy kldlyai
kldlyia kldliya kldliay kldalyi kldaliy kldayli kldayil kldaiyl kldaily kldyali kldyail
kldylai kldylia kldyila kldyial kldiayl kldialy kldiyal kldiyla kldilya kldilay klyldai
klyldia klyladi klylaid klyliad klylida klydlai klydlia klydali klydail klydial klydila
klyadli klyadil klyaldi klyalid klyaild klyaidl klyidal klyidla klyiadl klyiald klyilad
klyilda klildya klilday klilyda klilyad klilayd klilady klidlya klidlay klidyla klidyal
klidayl klidaly kliydla kliydal kliylda kliylad kliyald kliyadl kliadyl kliadly kliaydl
kliayld klialyd klialdy yialkdl yialkld yialdkl yialdlk yialldk yiallkd yiakldl yiaklld
yiakdll yiakdll yiakldl yiaklld yiadkll yiadkll yiadlkl yiadllk yiadllk yiadlkl yialkdl
yialkld yialdkl yialdlk yialldk yiallkd yilakdl yilakld yiladkl yiladlk yilaldk yilalkd
yilkadl yilkald yilkdal yilkdla yilklda yilklad yildkal yildkla yildakl yildalk yildlak
yildlka yillkda yillkad yilldka yilldak yilladk yillakd yikladl yiklald yikldal yikldla
yikllda yikllad yikaldl yikalld yikadll yikadll yikaldl yikalld yikdall yikdall yikdlal
yikdlla yikdlla yikdlal yikladl yiklald yikldal yikldla yikllda yikllad yidlkal yidlkla
yidlakl yidlalk yidllak yidllka yidklal yidklla yidkall yidkall yidklal yidklla yidakll
yidakll yidalkl yidallk yidallk yidalkl yidlkal yidlkla yidlakl yidlalk yidllak yidllka
yillkda yillkad yilldka yilldak yilladk yillakd yilklda yilklad yilkdla yilkdal yilkadl
yilkald yildkla yildkal yildlka yildlak yildalk yildakl yilakdl yilakld yiladkl yiladlk
yilaldk yilalkd yailkdl yailkld yaildkl yaildlk yailldk yaillkd yaikldl yaiklld yaikdll
yaikdll yaikldl yaiklld yaidkll yaidkll yaidlkl yaidllk yaidllk yaidlkl yailkdl yailkld
yaildkl yaildlk yailldk yaillkd yalikdl yalikld yalidkl yalidlk yalildk yalilkd yalkidl
yalkild yalkdil yalkdli yalkldi yalklid yaldkil yaldkli yaldikl yaldilk yaldlik yaldlki
yallkdi yallkid yalldki yalldik yallidk yallikd yaklidl yaklild yakldil yakldli yaklldi
yakllid yakildl yakilld yakidll yakidll yakildl yakilld yakdill yakdill yakdlil yakdlli
yakdlli yakdlil yaklidl yaklild yakldil yakldli yaklldi yakllid yadlkil yadlkli yadlikl
yadlilk yadllik yadllki yadklil yadklli yadkill yadkill yadklil yadklli yadikll yadikll
yadilkl yadillk yadillk yadilkl yadlkil yadlkli yadlikl yadlilk yadllik yadllki yallkdi
yallkid yalldki yalldik yallidk yallikd yalkldi yalklid yalkdli yalkdil yalkidl yalkild
yaldkli yaldkil yaldlki yaldlik yaldilk yaldikl yalikdl yalikld yalidkl yalidlk yalildk
yalilkd ylaikdl ylaikld ylaidkl ylaidlk ylaildk ylailkd ylakidl ylakild ylakdil ylakdli
ylakldi ylaklid yladkil yladkli yladikl yladilk yladlik yladlki ylalkdi ylalkid ylaldki
ylaldik ylalidk ylalikd yliakdl yliakld yliadkl yliadlk ylialdk ylialkd ylikadl ylikald
ylikdal ylikdla yliklda yliklad ylidkal ylidkla ylidakl ylidalk ylidlak ylidlka ylilkda
ylilkad ylildka ylildak yliladk ylilakd ylkiadl ylkiald ylkidal ylkidla ylkilda ylkilad
ylkaidl ylkaild ylkadil ylkadli ylkaldi ylkalid ylkdail ylkdali ylkdial ylkdila ylkdlia
ylkdlai ylkladi ylklaid ylkldai ylkldia ylklida ylkliad yldikal yldikla yldiakl yldialk
yldilak yldilka yldkial yldkila yldkail yldkali yldklai yldklia yldakil yldakli yldaikl
yldailk yldalik yldalki yldlkai yldlkia yldlaki yldlaik yldliak yldlika yllikda yllikad
yllidka yllidak ylliadk ylliakd yllkida yllkiad yllkdia yllkdai yllkadi yllkaid ylldkia
ylldkai ylldika ylldiak ylldaik ylldaki yllakdi yllakid ylladki ylladik yllaidk yllaikd
ykalidl ykalild ykaldil ykaldli ykalldi ykallid ykaildl ykailld ykaidll ykaidll ykaildl
ykailld ykadill ykadill ykadlil ykadlli ykadlli ykadlil ykalidl ykalild ykaldil ykaldli
ykalldi ykallid yklaidl yklaild ykladil ykladli yklaldi yklalid ykliadl ykliald yklidal
yklidla yklilda yklilad ykldial ykldila ykldail ykldali ykldlai ykldlia ykllida yklliad
yklldia yklldai yklladi ykllaid ykiladl ykilald ykildal ykildla ykillda ykillad ykialdl
ykialld ykiadll ykiadll ykialdl ykialld ykidall ykidall ykidlal ykidlla ykidlla ykidlal
ykiladl ykilald ykildal ykildla ykillda ykillad ykdlial ykdlila ykdlail ykdlali ykdllai
ykdllia ykdilal ykdilla ykdiall ykdiall ykdilal ykdilla ykdaill ykdaill ykdalil ykdalli
ykdalli ykdalil ykdlial ykdlila ykdlail ykdlali ykdllai ykdllia ykllida yklliad yklldia
yklldai yklladi ykllaid yklilda yklilad yklidla yklidal ykliadl ykliald ykldila ykldial
ykldlia ykldlai ykldali ykldail yklaidl yklaild ykladil ykladli yklaldi yklalid ydalkil
ydalkli ydalikl ydalilk ydallik ydallki ydaklil ydaklli ydakill ydakill ydaklil ydaklli
ydaikll ydaikll ydailkl ydaillk ydaillk ydailkl ydalkil ydalkli ydalikl ydalilk ydallik
ydallki ydlakil ydlakli ydlaikl ydlailk ydlalik ydlalki ydlkail ydlkali ydlkial ydlkila
ydlklia ydlklai ydlikal ydlikla ydliakl ydlialk ydlilak ydlilka ydllkia ydllkai ydllika
ydlliak ydllaik ydllaki ydklail ydklali ydklial ydklila ydkllia ydkllai ydkalil ydkalli
ydkaill ydkaill ydkalil ydkalli ydkiall ydkiall ydkilal ydkilla ydkilla ydkilal ydklail
ydklali ydklial ydklila ydkllia ydkllai ydilkal ydilkla ydilakl ydilalk ydillak ydillka
ydiklal ydiklla ydikall ydikall ydiklal ydiklla ydiakll ydiakll ydialkl ydiallk ydiallk
ydialkl ydilkal ydilkla ydilakl ydilalk ydillak ydillka ydllkia ydllkai ydllika ydlliak
ydllaik ydllaki ydlklia ydlklai ydlkila ydlkial ydlkail ydlkali ydlikla ydlikal ydlilka
ydlilak ydlialk ydliakl ydlakil ydlakli ydlaikl ydlailk ydlalik ydlalki ylalkdi ylalkid
ylaldki ylaldik ylalidk ylalikd ylakldi ylaklid ylakdli ylakdil ylakidl ylakild yladkli
yladkil yladlki yladlik yladilk yladikl ylaikdl ylaikld ylaidkl ylaidlk ylaildk ylailkd
yllakdi yllakid ylladki ylladik yllaidk yllaikd yllkadi yllkaid yllkdai yllkdia yllkida
yllkiad ylldkai ylldkia ylldaki ylldaik ylldiak ylldika yllikda yllikad yllidka yllidak
ylliadk ylliakd ylkladi ylklaid ylkldai ylkldia ylklida ylkliad ylkaldi ylkalid ylkadli
ylkadil ylkaidl ylkaild ylkdali ylkdail ylkdlai ylkdlia ylkdila ylkdial ylkiadl ylkiald
ylkidal ylkidla ylkilda ylkilad yldlkai yldlkia yldlaki yldlaik yldliak yldlika yldklai
yldklia yldkali yldkail yldkial yldkila yldakli yldakil yldalki yldalik yldailk yldaikl
yldikal yldikla yldiakl yldialk yldilak yldilka ylilkda ylilkad ylildka ylildak yliladk
ylilakd yliklda yliklad ylikdla ylikdal ylikadl ylikald ylidkla ylidkal ylidlka ylidlak
ylidalk ylidakl yliakdl yliakld yliadkl yliadlk ylialdk ylialkd lialkyd lialkdy lialykd
lialydk lialdyk lialdky liaklyd liakldy liakyld liakydl liakdyl liakdly liaykld liaykdl
liaylkd liayldk liaydlk liaydkl liadkyl liadkly liadykl liadylk liadlyk liadlky lilakyd
lilakdy lilaykd lilaydk liladyk liladky lilkayd lilkady lilkyad lilkyda lilkdya lilkday
lilykad lilykda lilyakd lilyadk lilydak lilydka lildkya lildkay lildyka lildyak lildayk
lildaky liklayd liklady liklyad liklyda likldya liklday likalyd likaldy likayld likaydl
likadyl likadly likyald likyadl likylad likylda likydla likydal likdayl likdaly likdyal
likdyla likdlya likdlay liylkad liylkda liylakd liyladk liyldak liyldka liyklad liyklda
liykald liykadl liykdal liykdla liyakld liyakdl liyalkd liyaldk liyadlk liyadkl liydkal
liydkla liydakl liydalk liydlak liydlka lidlkya lidlkay lidlyka lidlyak lidlayk lidlaky
lidklya lidklay lidkyla lidkyal lidkayl lidkaly lidykla lidykal lidylka lidylak lidyalk
lidyakl lidakyl lidakly lidaykl lidaylk lidalyk lidalky lailkyd lailkdy lailykd lailydk
laildyk laildky laiklyd laikldy laikyld laikydl laikdyl laikdly laiykld laiykdl laiylkd
laiyldk laiydlk laiydkl laidkyl laidkly laidykl laidylk laidlyk laidlky lalikyd lalikdy
laliykd laliydk lalidyk lalidky lalkiyd lalkidy lalkyid lalkydi lalkdyi lalkdiy lalykid
lalykdi lalyikd lalyidk lalydik lalydki laldkyi laldkiy laldyki laldyik laldiyk laldiky
lakliyd laklidy laklyid laklydi lakldyi lakldiy lakilyd lakildy lakiyld lakiydl lakidyl
lakidly lakyild lakyidl lakylid lakyldi lakydli lakydil lakdiyl lakdily lakdyil lakdyli
lakdlyi lakdliy laylkid laylkdi laylikd laylidk layldik layldki layklid laykldi laykild
laykidl laykdil laykdli layikld layikdl layilkd layildk layidlk layidkl laydkil laydkli
laydikl laydilk laydlik laydlki ladlkyi ladlkiy ladlyki ladlyik ladliyk ladliky ladklyi
ladkliy ladkyli ladkyil ladkiyl ladkily ladykli ladykil ladylki ladylik ladyilk ladyikl
ladikyl ladikly ladiykl ladiylk ladilyk ladilky llaikyd llaikdy llaiykd llaiydk llaidyk
llaidky llakiyd llakidy llakyid llakydi llakdyi llakdiy llaykid llaykdi llayikd llayidk
llaydik llaydki lladkyi lladkiy lladyki lladyik lladiyk lladiky lliakyd lliakdy lliaykd
lliaydk lliadyk lliadky llikayd llikady llikyad llikyda llikdya llikday lliykad lliykda
lliyakd lliyadk lliydak lliydka llidkya llidkay llidyka llidyak llidayk llidaky llkiayd
llkiady llkiyad llkiyda llkidya llkiday llkaiyd llkaidy llkayid llkaydi llkadyi llkadiy
llkyaid llkyadi llkyiad llkyida llkydia llkydai llkdayi llkdaiy llkdyai llkdyia llkdiya
llkdiay llyikad llyikda llyiakd llyiadk llyidak llyidka llykiad llykida llykaid llykadi
llykdai llykdia llyakid llyakdi llyaikd llyaidk llyadik llyadki llydkai llydkia llydaki
llydaik llydiak llydika lldikya lldikay lldiyka lldiyak lldiayk lldiaky lldkiya lldkiay
lldkyia lldkyai lldkayi lldkaiy lldykia lldykai lldyika lldyiak lldyaik lldyaki lldakyi
lldakiy lldayki lldayik lldaiyk lldaiky lkaliyd lkalidy lkalyid lkalydi lkaldyi lkaldiy
lkailyd lkaildy lkaiyld lkaiydl lkaidyl lkaidly lkayild lkayidl lkaylid lkayldi lkaydli
lkaydil lkadiyl lkadily lkadyil lkadyli lkadlyi lkadliy lklaiyd lklaidy lklayid lklaydi
lkladyi lkladiy lkliayd lkliady lkliyad lkliyda lklidya lkliday lklyiad lklyida lklyaid
lklyadi lklydai lklydia lkldiya lkldiay lkldyia lkldyai lkldayi lkldaiy lkilayd lkilady
lkilyad lkilyda lkildya lkilday lkialyd lkialdy lkiayld lkiaydl lkiadyl lkiadly lkiyald
lkiyadl lkiylad lkiylda lkiydla lkiydal lkidayl lkidaly lkidyal lkidyla lkidlya lkidlay
lkyliad lkylida lkylaid lkyladi lkyldai lkyldia lkyilad lkyilda lkyiald lkyiadl lkyidal
lkyidla lkyaild lkyaidl lkyalid lkyaldi lkyadli lkyadil lkydial lkydila lkydail lkydali
lkydlai lkydlia lkdliya lkdliay lkdlyia lkdlyai lkdlayi lkdlaiy lkdilya lkdilay lkdiyla
lkdiyal lkdiayl lkdialy lkdyila lkdyial lkdylia lkdylai lkdyali lkdyail lkdaiyl lkdaily
lkdayil lkdayli lkdalyi lkdaliy lyalkid lyalkdi lyalikd lyalidk lyaldik lyaldki lyaklid
lyakldi lyakild lyakidl lyakdil lyakdli lyaikld lyaikdl lyailkd lyaildk lyaidlk lyaidkl
lyadkil lyadkli lyadikl lyadilk lyadlik lyadlki lylakid lylakdi lylaikd lylaidk lyladik
lyladki lylkaid lylkadi lylkiad lylkida lylkdia lylkdai lylikad lylikda lyliakd lyliadk
lylidak lylidka lyldkia lyldkai lyldika lyldiak lyldaik lyldaki lyklaid lykladi lykliad
lyklida lykldia lykldai lykalid lykaldi lykaild lykaidl lykadil lykadli lykiald lykiadl
lykilad lykilda lykidla lykidal lykdail lykdali lykdial lykdila lykdlia lykdlai lyilkad
lyilkda lyilakd lyiladk lyildak lyildka lyiklad lyiklda lyikald lyikadl lyikdal lyikdla
lyiakld lyiakdl lyialkd lyialdk lyiadlk lyiadkl lyidkal lyidkla lyidakl lyidalk lyidlak
lyidlka lydlkia lydlkai lydlika lydliak lydlaik lydlaki lydklia lydklai lydkila lydkial
lydkail lydkali lydikla lydikal lydilka lydilak lydialk lydiakl lydakil lydakli lydaikl
lydailk lydalik lydalki ldalkyi ldalkiy ldalyki ldalyik ldaliyk ldaliky ldaklyi ldakliy
ldakyli ldakyil ldakiyl ldakily ldaykli ldaykil ldaylki ldaylik ldayilk ldayikl ldaikyl
ldaikly ldaiykl ldaiylk ldailyk ldailky ldlakyi ldlakiy ldlayki ldlayik ldlaiyk ldlaiky
ldlkayi ldlkaiy ldlkyai ldlkyia ldlkiya ldlkiay ldlykai ldlykia ldlyaki ldlyaik ldlyiak
ldlyika ldlikya ldlikay ldliyka ldliyak ldliayk ldliaky ldklayi ldklaiy ldklyai ldklyia
ldkliya ldkliay ldkalyi ldkaliy ldkayli ldkayil ldkaiyl ldkaily ldkyali ldkyail ldkylai
ldkylia ldkyila ldkyial ldkiayl ldkialy ldkiyal ldkiyla ldkilya ldkilay ldylkai ldylkia
ldylaki ldylaik ldyliak ldylika ldyklai ldyklia ldykali ldykail ldykial ldykila ldyakli
ldyakil ldyalki ldyalik ldyailk ldyaikl ldyikal ldyikla ldyiakl ldyialk ldyilak ldyilka
ldilkya ldilkay ldilyka ldilyak ldilayk ldilaky ldiklya ldiklay ldikyla ldikyal ldikayl
ldikaly ldiykla ldiykal ldiylka ldiylak ldiyalk ldiyakl ldiakyl ldiakly ldiaykl ldiaylk
ldialyk ldialky

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History of cryptography
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