easy ciphers

Easy Ciphers Tools:
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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: lysigenic
cipher variations:
mztjhfojd naukigpke obvljhqlf pcwmkirmg qdxnljsnh
reyomktoi sfzpnlupj tgaqomvqk uhbrpnwrl vicsqoxsm
wjdtrpytn xkeusqzuo ylfvtravp zmgwusbwq anhxvtcxr
boiywudys cpjzxvezt dqkaywfau erlbzxgbv fsmcayhcw
gtndbzidx huoecajey ivpfdbkfz jwqgeclga kxrhfdmhb

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: lysigenic
Cipher: obhrtvmrx

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: lysigenic
Cipher: ABABA BABBA BAAAB ABAAA AABBA AABAA ABBAA ABAAA AAABA

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: lysigenic
cipher variations:
mztjhfojdivdztnozhernpfvoplanxfrdofpwjhvdlovtsfrlptolxkxlrnjorfgtvhzrohj
cpfxlzoxnylpnxhonruhzdjpodvqdjtvxotznaukigpkejweauopaifsoqgwpqmboygsepgq
xkiwempwutgsmqupmylymsokpsghuwiaspikdqgymapyozmqoyiposviaekqpewrekuwypua
obvljhqlfkxfbvpqbjgtprhxqrncpzhtfqhryljxfnqxvuhtnrvqnzmzntplqthivxjbtqjl
erhznbqzpanrpzjqptwjbflrqfxsflvxzqvbpcwmkirmglygcwqrckhuqsiyrsodqaiugris
zmkygorywviuoswroanaouqmruijwykcurkmfsiaocraqbosqakrquxkcgmsrgytgmwyarwc
qdxnljsnhmzhdxrsdlivrtjzstperbjvhsjtanlzhpszxwjvptxspbobpvrnsvjkxzldvsln
gtjbpdsbrcptrblsrvyldhntshzuhnxzbsxdreyomktoinaieystemjwsukatuqfsckwitku
bomaiqtayxkwquytqcpcqwsotwklyamewtmohukcqetcsdquscmtswzmeioutiavioyactye
sfzpnlupjobjfztufnkxtvlbuvrgtdlxjulvcpnbjrubzylxrvzurdqdrxtpuxlmzbnfxunp
ivldrfudtervtdnutxanfjpvujbwjpzbduzftgaqomvqkpckgauvgolyuwmcvwshuemykvmw
dqocksvcazmyswavseresyuqvymnacogyvoqjwmesgveufswueovuybogkqwvkcxkqacevag
uhbrpnwrlqdlhbvwhpmzvxndwxtivfnzlwnxerpdltwdbanztxbwtfsftzvrwznobdphzwpr
kxnfthwfvgtxvfpwvzcphlrxwldylrbdfwbhvicsqoxsmremicwxiqnawyoexyujwgoamxoy
fsqemuxecboauycxugtguawsxaopceqiaxqslyoguixgwhuywgqxwadqimsyxmezmscegxci
wjdtrpytnsfnjdxyjrobxzpfyzvkxhpbnypzgtrfnvyfdcpbvzdyvhuhvbxtybpqdfrjbyrt
mzphvjyhxivzxhryxberjntzynfantdfhydjxkeusqzuotgokeyzkspcyaqgzawlyiqcozqa
husgowzgedqcwaezwiviwcyuzcqregskczsunaqiwkziyjwayiszycfskouazogbouegizek
ylfvtravpuhplfzaltqdzbrhabxmzjrdparbivthpxahferdxbfaxjwjxdzvadrsfhtldatv
obrjxlajzkxbzjtazdgtlpvbaphcpvfhjaflzmgwusbwqviqmgabmureacsibcynakseqbsc
jwuiqybigfseycgbykxkyeawbestgiumebuwpcskymbkalycakubaehumqwcbqidqwgikbgm
anhxvtcxrwjrnhbcnvsfbdtjcdzobltfrctdkxvjrzcjhgtfzdhczlylzfbxcftuhjvnfcvx
qdtlznclbmzdblvcbfivnrxdcrjerxhjlchnboiywudysxksoicdowtgceukdeapcmugsdue
lywksadkihugaeidamzmagcydguvikwogdwyreumaodmcnaecmwdcgjwosyedskfsyikmdio
cpjzxveztyltpjdepxuhdfvlefbqdnvhtevfmzxltbeljivhbfjebnanbhdzehvwjlxphexz
sfvnbpendobfdnxedhkxptzfetlgtzjlnejpdqkaywfauzmuqkefqyviegwmfgcreowiufwg
naymucfmkjwicgkfcobocieafiwxkmyqifyatgwocqfoepcgeoyfeilyquagfumhuakmofkq
erlbzxgbvanvrlfgrzwjfhxnghdsfpxjvgxhobznvdgnlkxjdhlgdpcpdjfbgjxylnzrjgzb
uhxpdrgpfqdhfpzgfjmzrvbhgvnivblnpglrfsmcayhcwbowsmghsaxkgiyohietgqykwhyi
pcaowehomlykeimheqdqekgchkyzmoaskhacviyqeshqgreigqahgknaswcihwojwcmoqhms
gtndbzidxcpxtnhitbylhjzpijfuhrzlxizjqdbpxfipnmzlfjnifrerflhdilzanpbtlibd
wjzrftirhsfjhrbihlobtxdjixpkxdnprinthuoecajeydqyuoijuczmikaqjkgvisamyjak
recqygjqonamgkojgsfsgmiejmaboqcumjcexkasgujsitgkiscjimpcuyekjyqlyeoqsjou
ivpfdbkfzerzvpjkvdanjlbrklhwjtbnzkblsfdrzhkrpobnhlpkhtgthnjfknbcprdvnkdf
ylbthvktjuhljtdkjnqdvzflkzrmzfprtkpvjwqgeclgafsawqklwebokmcslmixkucoalcm
tgesailsqpcoimqliuhuiokglocdqsewolegzmcuiwlukvimkuelkorewagmlasnagqsulqw
kxrhfdmhbgtbxrlmxfcplndtmnjylvdpbmdnuhftbjmtrqdpjnrmjvivjplhmpdertfxpmfh
andvjxmvlwjnlvfmlpsfxbhnmbtobhrtvmrxlysigenichucysmnygdqmoeunokzmweqcneo
vigucknusreqkosnkwjwkqminqefsugyqngiboewkynwmxkomwgnmqtgycioncupcisuwnsy

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: lysigenic
Cipher: ylfvtravp

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: lysigenic
Cipher: 134534422251334231

Extended Methods:
Method #1

Plaintext: lysigenic
method variations:
qdxomksohvictrpxtnaohywucysftndbzhdx

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
l y s i g e n i c 
1 4 3 4 2 5 3 4 3 
3 5 4 2 2 1 3 2 1 
They are then read out in rows:
143425343354221321
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: lysigenic
Cipher: qswsnuglb

Read more ...
Method #3

Plaintext: lysigenic
method variations:
sptgwlsma ptgwlsmas tgwlsmasp
gwlsmaspt wlsmasptg lsmasptgw
smasptgwl masptgwls asptgwlsm

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: lysigenic

first 5040 cipher variations(362880 total)
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lyieisgnc lyieisgcn lyieiscgn lyieiscng lyieinsgc lyieinscg lyieingsc lyieingcs lyieincgs lyieincsg lyieignsc
lyieigncs lyieigsnc lyieigscn lyieigcsn lyieigcns lyieicngs lyieicnsg lyieicgns lyieicgsn lyieicsgn lyieicsng
lyiecsnig lyiecsngi lyiecsing lyiecsign lyiecsgin lyiecsgni lyiecnsig lyiecnsgi lyiecnisg lyiecnigs lyiecngis
lyiecngsi lyiecinsg lyiecings lyiecisng lyiecisgn lyiecigsn lyiecigns lyiecgnis lyiecgnsi lyiecgins lyiecgisn
lyiecgsin lyiecgsni lyingesic lyingesci lyingeisc lyingeics lyingecis lyingecsi lyingseic lyingseci lyingsiec
lyingsice lyingscie lyingscei lyingisec lyingisce lyingiesc lyingiecs lyingices lyingicse lyingcsie lyingcsei
lyingcise lyingcies lyingceis lyingcesi lyinegsic lyinegsci lyinegisc lyinegics lyinegcis lyinegcsi lyinesgic
lyinesgci lyinesigc lyinesicg lyinescig lyinescgi lyineisgc lyineiscg lyineigsc lyineigcs lyineicgs lyineicsg
lyinecsig lyinecsgi lyinecisg lyinecigs lyinecgis lyinecgsi lyinsegic lyinsegci lyinseigc lyinseicg lyinsecig
lyinsecgi lyinsgeic lyinsgeci lyinsgiec lyinsgice lyinsgcie lyinsgcei lyinsigec lyinsigce lyinsiegc lyinsiecg
lyinsiceg lyinsicge lyinscgie lyinscgei lyinscige lyinscieg lyinsceig lyinscegi lyiniesgc lyiniescg lyiniegsc
lyiniegcs lyiniecgs lyiniecsg lyinisegc lyinisecg lyinisgec lyinisgce lyiniscge lyinisceg lyinigsec lyinigsce
lyinigesc lyinigecs lyinigces lyinigcse lyinicsge lyinicseg lyinicgse lyinicges lyinicegs lyinicesg lyincesig
lyincesgi lyinceisg lyinceigs lyincegis lyincegsi lyincseig lyincsegi lyincsieg lyincsige lyincsgie lyincsgei
lyinciseg lyincisge lyinciesg lyinciegs lyinciges lyincigse lyincgsie lyincgsei lyincgise lyincgies lyincgeis
lyincgesi lyiigensc lyiigencs lyiigesnc lyiigescn lyiigecsn lyiigecns lyiignesc lyiignecs lyiignsec lyiignsce
lyiigncse lyiignces lyiigsnec lyiigsnce lyiigsenc lyiigsecn lyiigscen lyiigscne lyiigcnse lyiigcnes lyiigcsne
lyiigcsen lyiigcesn lyiigcens lyiiegnsc lyiiegncs lyiiegsnc lyiiegscn lyiiegcsn lyiiegcns lyiiengsc lyiiengcs
lyiiensgc lyiienscg lyiiencsg lyiiencgs lyiiesngc lyiiesncg lyiiesgnc lyiiesgcn lyiiescgn lyiiescng lyiiecnsg
lyiiecngs lyiiecsng lyiiecsgn lyiiecgsn lyiiecgns lyiinegsc lyiinegcs lyiinesgc lyiinescg lyiinecsg lyiinecgs
lyiingesc lyiingecs lyiingsec lyiingsce lyiingcse lyiingces lyiinsgec lyiinsgce lyiinsegc lyiinsecg lyiinsceg
lyiinscge lyiincgse lyiincges lyiincsge lyiincseg lyiincesg lyiincegs lyiisengc lyiisencg lyiisegnc lyiisegcn
lyiisecgn lyiisecng lyiisnegc lyiisnecg lyiisngec lyiisngce lyiisncge lyiisnceg lyiisgnec lyiisgnce lyiisgenc
lyiisgecn lyiisgcen lyiisgcne lyiiscnge lyiiscneg lyiiscgne lyiiscgen lyiiscegn lyiisceng lyiicensg lyiicengs
lyiicesng lyiicesgn lyiicegsn lyiicegns lyiicnesg lyiicnegs lyiicnseg lyiicnsge lyiicngse lyiicnges lyiicsneg
lyiicsnge lyiicseng lyiicsegn lyiicsgen lyiicsgne lyiicgnse lyiicgnes lyiicgsne lyiicgsen lyiicgesn lyiicgens
lyicgenis lyicgensi lyicgeins lyicgeisn lyicgesin lyicgesni lyicgneis lyicgnesi lyicgnies lyicgnise lyicgnsie
lyicgnsei lyicgines lyicginse lyicgiens lyicgiesn lyicgisen lyicgisne lyicgsnie lyicgsnei lyicgsine lyicgsien
lyicgsein lyicgseni lyicegnis lyicegnsi lyicegins lyicegisn lyicegsin lyicegsni lyicengis lyicengsi lyicenigs
lyicenisg lyicensig lyicensgi lyiceings lyiceinsg lyiceigns lyiceigsn lyiceisgn lyiceisng lyicesnig lyicesngi
lyicesing lyicesign lyicesgin lyicesgni lyicnegis lyicnegsi lyicneigs lyicneisg lyicnesig lyicnesgi lyicngeis
lyicngesi lyicngies lyicngise lyicngsie lyicngsei lyicniges lyicnigse lyicniegs lyicniesg lyicniseg lyicnisge
lyicnsgie lyicnsgei lyicnsige lyicnsieg lyicnseig lyicnsegi lyiciengs lyiciensg lyiciegns lyiciegsn lyiciesgn
lyiciesng lyicinegs lyicinesg lyicinges lyicingse lyicinsge lyicinseg lyicignes lyicignse lyicigens lyicigesn
lyicigsen lyicigsne lyicisnge lyicisneg lyicisgne lyicisgen lyicisegn lyiciseng lyicsenig lyicsengi lyicseing
lyicseign lyicsegin lyicsegni lyicsneig lyicsnegi lyicsnieg lyicsnige lyicsngie lyicsngei lyicsineg lyicsinge
lyicsieng lyicsiegn lyicsigen lyicsigne lyicsgnie lyicsgnei lyicsgine lyicsgien lyicsgein lyicsgeni lygisenic
lygisenci lygiseinc lygiseicn lygisecin lygisecni lygisneic lygisneci lygisniec lygisnice lygisncie lygisncei
lygisinec lygisince lygisienc lygisiecn lygisicen lygisicne lygiscnie lygiscnei lygiscine lygiscien lygiscein
lygisceni lygiesnic lygiesnci lygiesinc lygiesicn lygiescin lygiescni lygiensic lygiensci lygienisc lygienics
lygiencis lygiencsi lygieinsc lygieincs lygieisnc lygieiscn lygieicsn lygieicns lygiecnis lygiecnsi lygiecins
lygiecisn lygiecsin lygiecsni lyginesic lyginesci lygineisc lygineics lyginecis lyginecsi lyginseic lyginseci
lyginsiec lyginsice lyginscie lyginscei lyginisec lyginisce lyginiesc lyginiecs lyginices lyginicse lygincsie
lygincsei lygincise lygincies lyginceis lygincesi lygiiensc lygiiencs lygiiesnc lygiiescn lygiiecsn lygiiecns
lygiinesc lygiinecs lygiinsec lygiinsce lygiincse lygiinces lygiisnec lygiisnce lygiisenc lygiisecn lygiiscen
lygiiscne lygiicnse lygiicnes lygiicsne lygiicsen lygiicesn lygiicens lygicenis lygicensi lygiceins lygiceisn
lygicesin lygicesni lygicneis lygicnesi lygicnies lygicnise lygicnsie lygicnsei lygicines lygicinse lygiciens
lygiciesn lygicisen lygicisne lygicsnie lygicsnei lygicsine lygicsien lygicsein lygicseni lygsienic lygsienci
lygsieinc lygsieicn lygsiecin lygsiecni lygsineic lygsineci lygsiniec lygsinice lygsincie lygsincei lygsiinec
lygsiince lygsiienc lygsiiecn lygsiicen lygsiicne lygsicnie lygsicnei lygsicine lygsicien lygsicein lygsiceni
lygseinic lygseinci lygseiinc lygseiicn lygseicin lygseicni lygseniic lygsenici lygseniic lygsenici lygsencii
lygsencii lygseinic lygseinci lygseiinc lygseiicn lygseicin lygseicni lygsecnii lygsecnii lygsecini lygseciin
lygseciin lygsecini lygsneiic lygsneici lygsneiic lygsneici lygsnecii lygsnecii lygsnieic lygsnieci lygsniiec
lygsniice lygsnicie lygsnicei lygsniiec lygsniice lygsnieic lygsnieci lygsnicei lygsnicie lygsnciie lygsnciei
lygsnciie lygsnciei lygsnceii lygsnceii lygsienic lygsienci lygsieinc lygsieicn lygsiecin lygsiecni lygsineic
lygsineci lygsiniec lygsinice lygsincie lygsincei lygsiinec lygsiince lygsiienc lygsiiecn lygsiicen lygsiicne
lygsicnie lygsicnei lygsicine lygsicien lygsicein lygsiceni lygscenii lygscenii lygsceini lygsceiin lygsceiin
lygsceini lygscneii lygscneii lygscniei lygscniie lygscniie lygscniei lygscinei lygscinie lygscieni lygsciein
lygsciien lygsciine lygscinie lygscinei lygsciine lygsciien lygsciein lygscieni lygesinic lygesinci lygesiinc
lygesiicn lygesicin lygesicni lygesniic lygesnici lygesniic lygesnici lygesncii lygesncii lygesinic lygesinci
lygesiinc lygesiicn lygesicin lygesicni lygescnii lygescnii lygescini lygesciin lygesciin lygescini lygeisnic
lygeisnci lygeisinc lygeisicn lygeiscin lygeiscni lygeinsic lygeinsci lygeinisc lygeinics lygeincis lygeincsi
lygeiinsc lygeiincs lygeiisnc lygeiiscn lygeiicsn lygeiicns lygeicnis lygeicnsi lygeicins lygeicisn lygeicsin
lygeicsni lygenisic lygenisci lygeniisc lygeniics lygenicis lygenicsi lygensiic lygensici lygensiic lygensici
lygenscii lygenscii lygenisic lygenisci lygeniisc lygeniics lygenicis lygenicsi lygencsii lygencsii lygencisi
lygenciis lygenciis lygencisi lygeiinsc lygeiincs lygeiisnc lygeiiscn lygeiicsn lygeiicns lygeinisc lygeinics
lygeinsic lygeinsci lygeincsi lygeincis lygeisnic lygeisnci lygeisinc lygeisicn lygeiscin lygeiscni lygeicnsi
lygeicnis lygeicsni lygeicsin lygeicisn lygeicins lygecinis lygecinsi lygeciins lygeciisn lygecisin lygecisni
lygecniis lygecnisi lygecniis lygecnisi lygecnsii lygecnsii lygecinis lygecinsi lygeciins lygeciisn lygecisin
lygecisni lygecsnii lygecsnii lygecsini lygecsiin lygecsiin lygecsini lygnseiic lygnseici lygnseiic lygnseici
lygnsecii lygnsecii lygnsieic lygnsieci lygnsiiec lygnsiice lygnsicie lygnsicei lygnsiiec lygnsiice lygnsieic
lygnsieci lygnsicei lygnsicie lygnsciie lygnsciei lygnsciie lygnsciei lygnsceii lygnsceii lygnesiic lygnesici
lygnesiic lygnesici lygnescii lygnescii lygneisic lygneisci lygneiisc lygneiics lygneicis lygneicsi lygneiisc
lygneiics lygneisic lygneisci lygneicsi lygneicis lygneciis lygnecisi lygneciis lygnecisi lygnecsii lygnecsii
lygniesic lygniesci lygnieisc lygnieics lygniecis lygniecsi lygniseic lygniseci lygnisiec lygnisice lygniscie
lygniscei lygniisec lygniisce lygniiesc lygniiecs lygniices lygniicse lygnicsie lygnicsei lygnicise lygnicies
lygniceis lygnicesi lygnieisc lygnieics lygniesic lygniesci lygniecsi lygniecis lygniiesc lygniiecs lygniisec
lygniisce lygniicse lygniices lygnisiec lygnisice lygniseic lygniseci lygniscei lygniscie lygnicise lygnicies
lygnicsie lygnicsei lygnicesi lygniceis lygnceiis lygnceisi lygnceiis lygnceisi lygncesii lygncesii lygncieis
lygnciesi lygnciies lygnciise lygncisie lygncisei lygnciies lygnciise lygncieis lygnciesi lygncisei lygncisie
lygncsiie lygncsiei lygncsiie lygncsiei lygncseii lygncseii lygisenic lygisenci lygiseinc lygiseicn lygisecin
lygisecni lygisneic lygisneci lygisniec lygisnice lygisncie lygisncei lygisinec lygisince lygisienc lygisiecn
lygisicen lygisicne lygiscnie lygiscnei lygiscine lygiscien lygiscein lygisceni lygiesnic lygiesnci lygiesinc
lygiesicn lygiescin lygiescni lygiensic lygiensci lygienisc lygienics lygiencis lygiencsi lygieinsc lygieincs
lygieisnc lygieiscn lygieicsn lygieicns lygiecnis lygiecnsi lygiecins lygiecisn lygiecsin lygiecsni lyginesic
lyginesci lygineisc lygineics lyginecis lyginecsi lyginseic lyginseci lyginsiec lyginsice lyginscie lyginscei
lyginisec lyginisce lyginiesc lyginiecs lyginices lyginicse lygincsie lygincsei lygincise lygincies lyginceis
lygincesi lygiiensc lygiiencs lygiiesnc lygiiescn lygiiecsn lygiiecns lygiinesc lygiinecs lygiinsec lygiinsce
lygiincse lygiinces lygiisnec lygiisnce lygiisenc lygiisecn lygiiscen lygiiscne lygiicnse lygiicnes lygiicsne
lygiicsen lygiicesn lygiicens lygicenis lygicensi lygiceins lygiceisn lygicesin lygicesni lygicneis lygicnesi
lygicnies lygicnise lygicnsie lygicnsei lygicines lygicinse lygiciens lygiciesn lygicisen lygicisne lygicsnie
lygicsnei lygicsine lygicsien lygicsein lygicseni lygcsenii lygcsenii lygcseini lygcseiin lygcseiin lygcseini
lygcsneii lygcsneii lygcsniei lygcsniie lygcsniie lygcsniei lygcsinei lygcsinie lygcsieni lygcsiein lygcsiien
lygcsiine lygcsinie lygcsinei lygcsiine lygcsiien lygcsiein lygcsieni lygcesnii lygcesnii lygcesini lygcesiin
lygcesiin lygcesini lygcensii lygcensii lygcenisi lygceniis lygceniis lygcenisi lygceinsi lygceinis lygceisni
lygceisin lygceiisn lygceiins lygceinis lygceinsi lygceiins lygceiisn lygceisin lygceisni lygcnesii lygcnesii
lygcneisi lygcneiis lygcneiis lygcneisi lygcnseii lygcnseii lygcnsiei lygcnsiie lygcnsiie lygcnsiei lygcnisei
lygcnisie lygcniesi lygcnieis lygcniies lygcniise lygcnisie lygcnisei lygcniise lygcniies lygcnieis lygcniesi
lygciensi lygcienis lygciesni lygciesin lygcieisn lygcieins lygcinesi lygcineis lygcinsei lygcinsie lygcinise
lygcinies lygcisnei lygcisnie lygciseni lygcisein lygcisien lygcisine lygciinse lygciines lygciisne lygciisen
lygciiesn lygciiens lygcienis lygciensi lygcieins lygcieisn lygciesin lygciesni lygcineis lygcinesi lygcinies
lygcinise lygcinsie lygcinsei lygciines lygciinse lygciiens lygciiesn lygciisen lygciisne lygcisnie lygcisnei
lygcisine lygcisien lygcisein lygciseni lyeigsnic lyeigsnci lyeigsinc lyeigsicn lyeigscin lyeigscni lyeignsic
lyeignsci lyeignisc lyeignics lyeigncis lyeigncsi lyeiginsc lyeigincs lyeigisnc lyeigiscn lyeigicsn lyeigicns
lyeigcnis lyeigcnsi lyeigcins lyeigcisn lyeigcsin lyeigcsni lyeisgnic lyeisgnci lyeisginc lyeisgicn lyeisgcin
lyeisgcni lyeisngic lyeisngci lyeisnigc lyeisnicg lyeisncig lyeisncgi lyeisingc lyeisincg lyeisignc lyeisigcn
lyeisicgn lyeisicng lyeiscnig lyeiscngi lyeiscing lyeiscign lyeiscgin lyeiscgni lyeinsgic lyeinsgci lyeinsigc
lyeinsicg lyeinscig lyeinscgi lyeingsic lyeingsci lyeingisc lyeingics lyeingcis lyeingcsi lyeinigsc lyeinigcs
lyeinisgc lyeiniscg lyeinicsg lyeinicgs lyeincgis lyeincgsi lyeincigs lyeincisg lyeincsig lyeincsgi lyeiisngc
lyeiisncg lyeiisgnc lyeiisgcn lyeiiscgn lyeiiscng lyeiinsgc lyeiinscg lyeiingsc lyeiingcs lyeiincgs lyeiincsg
lyeiignsc lyeiigncs lyeiigsnc lyeiigscn lyeiigcsn lyeiigcns lyeiicngs lyeiicnsg lyeiicgns lyeiicgsn lyeiicsgn
lyeiicsng lyeicsnig lyeicsngi lyeicsing lyeicsign lyeicsgin lyeicsgni lyeicnsig lyeicnsgi lyeicnisg lyeicnigs
lyeicngis lyeicngsi lyeicinsg lyeicings lyeicisng lyeicisgn lyeicigsn lyeicigns lyeicgnis lyeicgnsi lyeicgins
lyeicgisn lyeicgsin lyeicgsni lyegisnic lyegisnci lyegisinc lyegisicn lyegiscin lyegiscni lyeginsic lyeginsci
lyeginisc lyeginics lyegincis lyegincsi lyegiinsc lyegiincs lyegiisnc lyegiiscn lyegiicsn lyegiicns lyegicnis
lyegicnsi lyegicins lyegicisn lyegicsin lyegicsni lyegsinic lyegsinci lyegsiinc lyegsiicn lyegsicin lyegsicni
lyegsniic lyegsnici lyegsniic lyegsnici lyegsncii lyegsncii lyegsinic lyegsinci lyegsiinc lyegsiicn lyegsicin
lyegsicni lyegscnii lyegscnii lyegscini lyegsciin lyegsciin lyegscini lyegnsiic lyegnsici lyegnsiic lyegnsici
lyegnscii lyegnscii lyegnisic lyegnisci lyegniisc lyegniics lyegnicis lyegnicsi lyegniisc lyegniics lyegnisic
lyegnisci lyegnicsi lyegnicis lyegnciis lyegncisi lyegnciis lyegncisi lyegncsii lyegncsii lyegisnic lyegisnci
lyegisinc lyegisicn lyegiscin lyegiscni lyeginsic lyeginsci lyeginisc lyeginics lyegincis lyegincsi lyegiinsc
lyegiincs lyegiisnc lyegiiscn lyegiicsn lyegiicns lyegicnis lyegicnsi lyegicins lyegicisn lyegicsin lyegicsni
lyegcsnii lyegcsnii lyegcsini lyegcsiin lyegcsiin lyegcsini lyegcnsii lyegcnsii lyegcnisi lyegcniis lyegcniis
lyegcnisi lyegcinsi lyegcinis lyegcisni lyegcisin lyegciisn lyegciins lyegcinis lyegcinsi lyegciins lyegciisn
lyegcisin lyegcisni lyesginic lyesginci lyesgiinc lyesgiicn lyesgicin lyesgicni lyesgniic lyesgnici lyesgniic
lyesgnici lyesgncii lyesgncii lyesginic lyesginci lyesgiinc lyesgiicn lyesgicin lyesgicni lyesgcnii lyesgcnii
lyesgcini lyesgciin lyesgciin lyesgcini lyesignic lyesignci lyesiginc lyesigicn lyesigcin lyesigcni lyesingic
lyesingci lyesinigc lyesinicg lyesincig lyesincgi lyesiingc lyesiincg lyesiignc lyesiigcn lyesiicgn lyesiicng
lyesicnig lyesicngi lyesicing lyesicign lyesicgin lyesicgni lyesnigic lyesnigci lyesniigc lyesniicg lyesnicig
lyesnicgi lyesngiic lyesngici lyesngiic lyesngici lyesngcii lyesngcii lyesnigic lyesnigci lyesniigc lyesniicg
lyesnicig lyesnicgi lyesncgii lyesncgii lyesncigi lyesnciig lyesnciig lyesncigi lyesiingc lyesiincg lyesiignc
lyesiigcn lyesiicgn lyesiicng lyesinigc lyesinicg lyesingic lyesingci lyesincgi lyesincig lyesignic lyesignci
lyesiginc lyesigicn lyesigcin lyesigcni lyesicngi lyesicnig lyesicgni lyesicgin lyesicign lyesicing lyescinig
lyescingi lyesciing lyesciign lyescigin lyescigni lyescniig lyescnigi lyescniig lyescnigi lyescngii lyescngii
lyescinig lyescingi lyesciing lyesciign lyescigin lyescigni lyescgnii lyescgnii lyescgini lyescgiin lyescgiin
lyescgini lyengsiic lyengsici lyengsiic lyengsici lyengscii lyengscii lyengisic lyengisci lyengiisc lyengiics
lyengicis lyengicsi lyengiisc lyengiics lyengisic lyengisci lyengicsi lyengicis lyengciis lyengcisi lyengciis
lyengcisi lyengcsii lyengcsii lyensgiic lyensgici lyensgiic lyensgici lyensgcii lyensgcii lyensigic lyensigci
lyensiigc lyensiicg lyensicig lyensicgi lyensiigc lyensiicg lyensigic lyensigci lyensicgi lyensicig lyensciig
lyenscigi lyensciig lyenscigi lyenscgii lyenscgii lyenisgic lyenisgci lyenisigc lyenisicg lyeniscig lyeniscgi
lyenigsic lyenigsci lyenigisc lyenigics lyenigcis lyenigcsi lyeniigsc lyeniigcs lyeniisgc lyeniiscg lyeniicsg
lyeniicgs lyenicgis lyenicgsi lyenicigs lyenicisg lyenicsig lyenicsgi lyenisigc lyenisicg lyenisgic lyenisgci
lyeniscgi lyeniscig lyeniisgc lyeniiscg lyeniigsc lyeniigcs lyeniicgs lyeniicsg lyenigisc lyenigics lyenigsic
lyenigsci lyenigcsi lyenigcis lyenicigs lyenicisg lyenicgis lyenicgsi lyenicsgi lyenicsig lyencsiig lyencsigi
lyencsiig lyencsigi lyencsgii lyencsgii lyencisig lyencisgi lyenciisg lyenciigs lyencigis lyencigsi lyenciisg
lyenciigs lyencisig lyencisgi lyencigsi lyencigis lyencgiis lyencgisi lyencgiis lyencgisi lyencgsii lyencgsii
lyeigsnic lyeigsnci lyeigsinc lyeigsicn lyeigscin lyeigscni lyeignsic lyeignsci lyeignisc lyeignics lyeigncis
lyeigncsi lyeiginsc lyeigincs lyeigisnc lyeigiscn lyeigicsn lyeigicns lyeigcnis lyeigcnsi lyeigcins lyeigcisn
lyeigcsin lyeigcsni lyeisgnic lyeisgnci lyeisginc lyeisgicn lyeisgcin lyeisgcni lyeisngic lyeisngci lyeisnigc
lyeisnicg lyeisncig lyeisncgi lyeisingc lyeisincg lyeisignc lyeisigcn lyeisicgn lyeisicng lyeiscnig lyeiscngi
lyeiscing lyeiscign lyeiscgin lyeiscgni lyeinsgic lyeinsgci lyeinsigc lyeinsicg lyeinscig lyeinscgi lyeingsic
lyeingsci lyeingisc lyeingics lyeingcis lyeingcsi lyeinigsc lyeinigcs lyeinisgc lyeiniscg lyeinicsg lyeinicgs
lyeincgis lyeincgsi lyeincigs lyeincisg lyeincsig lyeincsgi lyeiisngc lyeiisncg lyeiisgnc lyeiisgcn lyeiiscgn
lyeiiscng lyeiinsgc lyeiinscg lyeiingsc lyeiingcs lyeiincgs lyeiincsg lyeiignsc lyeiigncs lyeiigsnc lyeiigscn
lyeiigcsn lyeiigcns lyeiicngs lyeiicnsg lyeiicgns lyeiicgsn lyeiicsgn lyeiicsng lyeicsnig lyeicsngi lyeicsing
lyeicsign lyeicsgin lyeicsgni lyeicnsig lyeicnsgi lyeicnisg lyeicnigs lyeicngis lyeicngsi lyeicinsg lyeicings
lyeicisng lyeicisgn lyeicigsn lyeicigns lyeicgnis lyeicgnsi lyeicgins lyeicgisn lyeicgsin lyeicgsni lyecgsnii
lyecgsnii lyecgsini lyecgsiin lyecgsiin lyecgsini lyecgnsii lyecgnsii lyecgnisi lyecgniis lyecgniis lyecgnisi
lyecginsi lyecginis lyecgisni lyecgisin lyecgiisn lyecgiins lyecginis lyecginsi lyecgiins lyecgiisn lyecgisin
lyecgisni lyecsgnii lyecsgnii lyecsgini lyecsgiin lyecsgiin lyecsgini lyecsngii lyecsngii lyecsnigi lyecsniig
lyecsniig lyecsnigi lyecsingi lyecsinig lyecsigni lyecsigin lyecsiign lyecsiing lyecsinig lyecsingi lyecsiing
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lyceinsgi lyceinsig lyceignis lyceignsi lyceigins lyceigisn lyceigsin lyceigsni lyceisngi lyceisnig lyceisgni
lyceisgin lyceisign lyceising lycesinig lycesingi lycesiing lycesiign lycesigin lycesigni lycesniig lycesnigi
lycesniig lycesnigi lycesngii lycesngii lycesinig lycesingi lycesiing lycesiign lycesigin lycesigni lycesgnii
lycesgnii lycesgini lycesgiin lycesgiin lycesgini lycngeiis lycngeisi lycngeiis lycngeisi lycngesii lycngesii
lycngieis lycngiesi lycngiies lycngiise lycngisie lycngisei lycngiies lycngiise lycngieis lycngiesi lycngisei
lycngisie lycngsiie lycngsiei lycngsiie lycngsiei lycngseii lycngseii lycnegiis lycnegisi lycnegiis lycnegisi
lycnegsii lycnegsii lycneigis lycneigsi lycneiigs lycneiisg lycneisig lycneisgi lycneiigs lycneiisg lycneigis
lycneigsi lycneisgi lycneisig lycnesiig lycnesigi lycnesiig lycnesigi lycnesgii lycnesgii lycniegis lycniegsi
lycnieigs lycnieisg lycniesig lycniesgi lycnigeis lycnigesi lycnigies lycnigise lycnigsie lycnigsei lycniiges
lycniigse lycniiegs lycniiesg lycniiseg lycniisge lycnisgie lycnisgei lycnisige lycnisieg lycniseig lycnisegi
lycnieigs lycnieisg lycniegis lycniegsi lycniesgi lycniesig lycniiegs lycniiesg lycniiges lycniigse lycniisge
lycniiseg lycnigies lycnigise lycnigeis lycnigesi lycnigsei lycnigsie lycnisige lycnisieg lycnisgie lycnisgei
lycnisegi lycniseig lycnseiig lycnseigi lycnseiig lycnseigi lycnsegii lycnsegii lycnsieig lycnsiegi lycnsiieg
lycnsiige lycnsigie lycnsigei lycnsiieg lycnsiige lycnsieig lycnsiegi lycnsigei lycnsigie lycnsgiie lycnsgiei
lycnsgiie lycnsgiei lycnsgeii lycnsgeii lycigenis lycigensi lycigeins lycigeisn lycigesin lycigesni lycigneis
lycignesi lycignies lycignise lycignsie lycignsei lycigines lyciginse lycigiens lycigiesn lycigisen lycigisne
lycigsnie lycigsnei lycigsine lycigsien lycigsein lycigseni lyciegnis lyciegnsi lyciegins lyciegisn lyciegsin
lyciegsni lyciengis lyciengsi lycienigs lycienisg lyciensig lyciensgi lycieings lycieinsg lycieigns lycieigsn
lycieisgn lycieisng lyciesnig lyciesngi lyciesing lyciesign lyciesgin lyciesgni lycinegis lycinegsi lycineigs
lycineisg lycinesig lycinesgi lycingeis lycingesi lycingies lycingise lycingsie lycingsei lyciniges lycinigse
lyciniegs lyciniesg lyciniseg lycinisge lycinsgie lycinsgei lycinsige lycinsieg lycinseig lycinsegi lyciiengs
lyciiensg lyciiegns lyciiegsn lyciiesgn lyciiesng lyciinegs lyciinesg lyciinges lyciingse lyciinsge lyciinseg
lyciignes lyciignse lyciigens lyciigesn lyciigsen lyciigsne lyciisnge lyciisneg lyciisgne lyciisgen lyciisegn
lyciiseng lycisenig lycisengi lyciseing lyciseign lycisegin lycisegni lycisneig lycisnegi lycisnieg lycisnige
lycisngie lycisngei lycisineg lycisinge lycisieng lycisiegn lycisigen lycisigne lycisgnie lycisgnei lycisgine
lycisgien lycisgein lycisgeni lycsgenii lycsgenii lycsgeini lycsgeiin lycsgeiin lycsgeini lycsgneii lycsgneii
lycsgniei lycsgniie lycsgniie lycsgniei lycsginei lycsginie lycsgieni lycsgiein lycsgiien lycsgiine lycsginie
lycsginei lycsgiine lycsgiien lycsgiein lycsgieni lycsegnii lycsegnii lycsegini lycsegiin lycsegiin lycsegini
lycsengii lycsengii lycsenigi lycseniig lycseniig lycsenigi lycseingi lycseinig lycseigni lycseigin lycseiign
lycseiing lycseinig lycseingi lycseiing lycseiign lycseigin lycseigni lycsnegii lycsnegii lycsneigi lycsneiig
lycsneiig lycsneigi lycsngeii lycsngeii lycsngiei lycsngiie lycsngiie lycsngiei lycsnigei lycsnigie lycsniegi
lycsnieig lycsniieg lycsniige lycsnigie lycsnigei lycsniige lycsniieg lycsnieig lycsniegi lycsiengi lycsienig
lycsiegni lycsiegin lycsieign lycsieing lycsinegi lycsineig lycsingei lycsingie lycsinige lycsinieg lycsignei
lycsignie lycsigeni lycsigein lycsigien lycsigine lycsiinge lycsiineg lycsiigne lycsiigen lycsiiegn lycsiieng
lycsienig lycsiengi lycsieing lycsieign lycsiegin lycsiegni lycsineig lycsinegi lycsinieg lycsinige lycsingie
lycsingei lycsiineg lycsiinge lycsiieng lycsiiegn lycsiigen lycsiigne lycsignie lycsignei lycsigine lycsigien
lycsigein lycsigeni

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History of cryptography
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