easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

tabored

weightchaser

santz

atmosteal

senatoresque

aphorists

nominus

mayuree

unified

holked

cruces

randone

unwitless

nonprelatical

hypaethral

macrauchene

tripy

shiffer


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: referently
cipher variations:
sfgfsfoumz tghgtgpvna uhihuhqwob vijivirxpc wjkjwjsyqd
xklkxktzre ylmlyluasf zmnmzmvbtg anonanwcuh bopoboxdvi
cpqpcpyewj dqrqdqzfxk ersreragyl fstsfsbhzm gtutgtcian
huvuhudjbo ivwvivekcp jwxwjwfldq kxyxkxgmer lyzylyhnfs
mzazmziogt nabanajphu obcbobkqiv pcdcpclrjw qdedqdmskx

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: referently
Cipher: ivuvivmgob

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: referently
Cipher: BAAAA AABAA AABAB AABAA BAAAA AABAA ABBAA BAABA ABABA BABBA

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: referently
cipher variations:
sfgfsfoumzanqnanogivivavivoserqdkdqdoeanylulyloqwjgtetgtocsfwjyjwjoakxerireromgt
mzszmzoycpuhchuhokylcpmpcpowuhkxwxkxoiqdtghgtgpvnaborobophjwjwbwjwptfsrelerepfbo
zmvmzmprxkhufuhupdtgxkzkxkpblyfsjsfspnhunatanapzdqvidiviplzmdqnqdqpxvilyxylypjre
uhihuhqwobcpspcpqikxkxcxkxqugtsfmfsfqgcpanwnanqsylivgvivqeuhylalylqcmzgtktgtqoiv
obubobqaerwjejwjqmanerorerqywjmzyzmzqksfvijivirxpcdqtqdqrjlylydylyrvhutgngtgrhdq
boxobortzmjwhwjwrfvizmbmzmrdnahuluhurpjwpcvcpcrbfsxkfkxkrnbofspsfsrzxknazanarltg
wjkjwjsyqderurerskmzmzezmzswivuhohuhsiercpypcpsuankxixkxsgwjancnanseobivmvivsqkx
qdwdqdscgtylglylsocpgtqtgtsaylobabobsmuhxklkxktzrefsvsfstlnanafanatxjwvipivitjfs
dqzqdqtvbolyjylythxkbodobotfpcjwnwjwtrlyrexeretdhuzmhmzmtpdqhuruhutbzmpcbcpctnvi
ylmlyluasfgtwtgtumobobgbobuykxwjqjwjukgterareruwcpmzkzmzuiylcpepcpugqdkxoxkxusmz
sfyfsfueivaninanuqerivsvivucanqdcdqduowjzmnmzmvbtghuxuhuvnpcpchcpcvzlyxkrkxkvlhu
fsbsfsvxdqnalanavjzmdqfqdqvhrelypylyvtnatgzgtgvfjwbojobovrfsjwtwjwvdborederevpxk
anonanwcuhivyvivwoqdqdidqdwamzylslylwmivgtctgtwyerobmbobwkanergrerwisfmzqzmzwuob
uhahuhwgkxcpkpcpwsgtkxuxkxwecpsfefsfwqylbopoboxdvijwzwjwxprerejerexbnazmtmzmxnjw
huduhuxzfspcncpcxlbofshsfsxjtgnaranaxvpcvibivixhlydqlqdqxthulyvylyxfdqtgfgtgxrzm
cpqpcpyewjkxaxkxyqsfsfkfsfycobanunanyokxivevivyagtqdodqdymcpgtitgtykuhobsbobywqd
wjcjwjyimzermreryuivmzwzmzygeruhghuhysandqrqdqzfxklybylyzrtgtglgtgzdpcbovobozply
jwfwjwzbhureperezndqhujuhuzlvipctcpczxrexkdkxkzjnafsnsfszvjwnaxanazhfsvihiviztbo
ersreragylmzczmzasuhuhmhuhaeqdcpwpcpaqmzkxgxkxacivsfqfsfaoerivkvivamwjqdudqdaysf
ylelylakobgtotgtawkxobybobaigtwjijwjaucpfstsfsbhzmnadanabtvivinivibfredqxqdqbrna
lyhylybdjwtgrgtgbpfsjwlwjwbnxkreverebztgzmfmzmblpchupuhubxlypczcpcbjhuxkjkxkbvdq
gtutgtcianobebobcuwjwjojwjcgsferyrercsobmzizmzcekxuhshuhcqgtkxmxkxcoylsfwfsfcauh
angnancmqdivqvivcymzqdadqdckivylklylcwerhuvuhudjbopcfcpcdvxkxkpkxkdhtgfszsfsdtpc
najanadflyvitividrhulynylydpzmtgxgtgdbvibohobodnrejwrwjwdznareberedljwzmlmzmdxfs
ivwvivekcpqdgdqdewylylqlyleiuhgtatgteuqdobkbobegmzwjujwjesivmzozmzeqanuhyhuhecwj
cpipcpeosfkxsxkxeaobsfcfsfemkxanmnaneygtjwxwjwfldqreherefxzmzmrmzmfjvihubuhufvre
pclcpcfhnaxkvkxkftjwnapanafrbovizivifdxkdqjqdqfptglytylyfbpctgdgtgfnlybonobofzhu
kxyxkxgmersfifsfgyanansnangkwjivcvivgwsfqdmdqdgiobylwlylgukxobqbobgscpwjajwjgeyl
erkrergquhmzuzmzgcqduhehuhgomzcpopcpgaivlyzylyhnfstgjgtghzbobotobohlxkjwdwjwhxtg
renerehjpczmxmzmhvlypcrcpchtdqxkbkxkhfzmfslsfshrvinavanahdrevifivihpnadqpqdqhbjw
mzazmziogtuhkhuhiacpcpupcpimylkxexkxiyuhsfofsfikqdanynaniwmzqdsdqdiuerylclyligan
gtmtgtiswjobwbobiesfwjgjwjiqoberqrerickxnabanajphuvilivijbdqdqvqdqjnzmlyfylyjzvi
tgpgtgjlrebozobojxnareterejvfszmdmzmjhbohunuhujtxkpcxcpcjftgxkhkxkjrpcfsrsfsjdly
obcbobkqivwjmjwjkcererwrerkoanmzgzmzkawjuhqhuhkmsfcpapcpkyobsfufsfkwgtanenankicp
ivovivkuylqdydqdkguhylilylksqdgtstgtkemzpcdcpclrjwxknkxkldfsfsxsfslpbonahanalbxk
virivilntgdqbqdqlzpctgvgtglxhubofoboljdqjwpwjwlvzmrezerelhvizmjmzmltrehutuhulfna
qdedqdmskxylolylmegtgtytgtmqcpobibobmcylwjsjwjmouhercrermaqduhwhuhmyivcpgpcpmker
kxqxkxmwansfafsfmiwjanknanmusfivuvivmgobreferentlyzmpmzmnfhuhuzuhunrdqpcjcpcndzm
xktkxknpvifsdsfsnbrevixivinzjwdqhqdqnlfslyrylynxbotgbgtgnjxkbolobonvtgjwvwjwnhpc

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: referently
Cipher: ersreragyl

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: referently
Cipher: 24511251245133441345

Extended Methods:
Method #1

Plaintext: referently
method variations:
wklkwksyqdbpqpbpxdviguvuguciaomzazmzhoft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r e f e r e n t l y 
2 5 1 5 2 5 3 4 1 4 
4 1 2 1 4 1 3 4 3 5 
They are then read out in rows:
25152534144121413435
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: referently
Cipher: wvwsqdbdsx

Read more ...
Method #3

Plaintext: referently
method variations:
yawfylsdsk awfylsdsky wfylsdskya
fylsdskyaw ylsdskyawf lsdskyawfy
sdskyawfyl dskyawfyls skyawfylsd
kyawfylsds

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: referently

first 5040 cipher variations(3628800 total)
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refreyteln refreytenl refreyltne refreylten refreylnte refreylnet refreylent refreyletn refreyetln refreyetnl refreyeltn
refreyelnt refreyenlt refreyentl refrneetly refrneetyl refrneelty refrneelyt refrneeylt refrneeytl refrnetely refrneteyl
refrnetley refrnetlye refrnetyle refrnetyel refrneltey refrneltye refrnelety refrneleyt refrnelyet refrnelyte refrneytle
refrneytel refrneylte refrneylet refrneyelt refrneyetl refrneetly refrneetyl refrneelty refrneelyt refrneeylt refrneeytl
refrnetely refrneteyl refrnetley refrnetlye refrnetyle refrnetyel refrneltey refrneltye refrnelety refrneleyt refrnelyet
refrnelyte refrneytle refrneytel refrneylte refrneylet refrneyelt refrneyetl refrnteely refrnteeyl refrnteley refrntelye
refrnteyle refrnteyel refrnteely refrnteeyl refrnteley refrntelye refrnteyle refrnteyel refrntleey refrntleye refrntleey
refrntleye refrntlyee refrntlyee refrntyele refrntyeel refrntylee refrntylee refrntyele refrntyeel refrnletey refrnletye
refrnleety refrnleeyt refrnleyet refrnleyte refrnlteey refrnlteye refrnlteey refrnlteye refrnltyee refrnltyee refrnletey
refrnletye refrnleety refrnleeyt refrnleyet refrnleyte refrnlytee refrnlytee refrnlyete refrnlyeet refrnlyeet refrnlyete
refrnyetle refrnyetel refrnyelte refrnyelet refrnyeelt refrnyeetl refrnytele refrnyteel refrnytlee refrnytlee refrnytele
refrnyteel refrnyltee refrnyltee refrnylete refrnyleet refrnyleet refrnylete refrnyetle refrnyetel refrnyelte refrnyelet
refrnyeelt refrnyeetl refrtenely refrteneyl refrtenley refrtenlye refrtenyle refrtenyel refrteenly refrteenyl refrteelny
refrteelyn refrteeyln refrteeynl refrteleny refrteleyn refrtelney refrtelnye refrtelyne refrtelyen refrteyeln refrteyenl
refrteylen refrteylne refrteynle refrteynel refrtneely refrtneeyl refrtneley refrtnelye refrtneyle refrtneyel refrtneely
refrtneeyl refrtneley refrtnelye refrtneyle refrtneyel refrtnleey refrtnleye refrtnleey refrtnleye refrtnlyee refrtnlyee
refrtnyele refrtnyeel refrtnylee refrtnylee refrtnyele refrtnyeel refrtenely refrteneyl refrtenley refrtenlye refrtenyle
refrtenyel refrteenly refrteenyl refrteelny refrteelyn refrteeyln refrteeynl refrteleny refrteleyn refrtelney refrtelnye
refrtelyne refrtelyen refrteyeln refrteyenl refrteylen refrteylne refrteynle refrteynel refrtlneey refrtlneye refrtlneey
refrtlneye refrtlnyee refrtlnyee refrtleney refrtlenye refrtleeny refrtleeyn refrtleyen refrtleyne refrtleeny refrtleeyn
refrtleney refrtlenye refrtleyne refrtleyen refrtlyeen refrtlyene refrtlyeen refrtlyene refrtlynee refrtlynee refrtynele
refrtyneel refrtynlee refrtynlee refrtynele refrtyneel refrtyenle refrtyenel refrtyelne refrtyelen refrtyeeln refrtyeenl
refrtylene refrtyleen refrtylnee refrtylnee refrtylene refrtyleen refrtyeeln refrtyeenl refrtyelen refrtyelne refrtyenle
refrtyenel refrlentey refrlentye refrlenety refrleneyt refrlenyet refrlenyte refrletney refrletnye refrleteny refrleteyn
refrletyen refrletyne refrleetny refrleetyn refrleenty refrleenyt refrleeynt refrleeytn refrleyten refrleytne refrleyetn
refrleyent refrleynet refrleynte refrlnetey refrlnetye refrlneety refrlneeyt refrlneyet refrlneyte refrlnteey refrlnteye
refrlnteey refrlnteye refrlntyee refrlntyee refrlnetey refrlnetye refrlneety refrlneeyt refrlneyet refrlneyte refrlnytee
refrlnytee refrlnyete refrlnyeet refrlnyeet refrlnyete refrltneey refrltneye refrltneey refrltneye refrltnyee refrltnyee
refrlteney refrltenye refrlteeny refrlteeyn refrlteyen refrlteyne refrlteeny refrlteeyn refrlteney refrltenye refrlteyne
refrlteyen refrltyeen refrltyene refrltyeen refrltyene refrltynee refrltynee refrlentey refrlentye refrlenety refrleneyt
refrlenyet refrlenyte refrletney refrletnye refrleteny refrleteyn refrletyen refrletyne refrleetny refrleetyn refrleenty
refrleenyt refrleeynt refrleeytn refrleyten refrleytne refrleyetn refrleyent refrleynet refrleynte refrlyntee refrlyntee
refrlynete refrlyneet refrlyneet refrlynete refrlytnee refrlytnee refrlytene refrlyteen refrlyteen refrlytene refrlyetne
refrlyeten refrlyente refrlyenet refrlyeent refrlyeetn refrlyeten refrlyetne refrlyeetn refrlyeent refrlyenet refrlyente
refryentle refryentel refryenlte refryenlet refryenelt refryenetl refryetnle refryetnel refryetlne refryetlen refryeteln
refryetenl refryeltne refryelten refryelnte refryelnet refryelent refryeletn refryeetln refryeetnl refryeeltn refryeelnt
refryeenlt refryeentl refrynetle refrynetel refrynelte refrynelet refryneelt refryneetl refryntele refrynteel refryntlee
refryntlee refryntele refrynteel refrynltee refrynltee refrynlete refrynleet refrynleet refrynlete refrynetle refrynetel
refrynelte refrynelet refryneelt refryneetl refrytnele refrytneel refrytnlee refrytnlee refrytnele refrytneel refrytenle
refrytenel refrytelne refrytelen refryteeln refryteenl refrytlene refrytleen refrytlnee refrytlnee refrytlene refrytleen
refryteeln refryteenl refrytelen refrytelne refrytenle refrytenel refrylntee refrylntee refrylnete refrylneet refrylneet
refrylnete refryltnee refryltnee refryltene refrylteen refrylteen refryltene refryletne refryleten refrylente refrylenet
refryleent refryleetn refryleten refryletne refryleetn refryleent refrylenet refrylente refryentle refryentel refryenlte
refryenlet refryenelt refryenetl refryetnle refryetnel refryetlne refryetlen refryeteln refryetenl refryeltne refryelten
refryelnte refryelnet refryelent refryeletn refryeetln refryeetnl refryeeltn refryeelnt refryeenlt refryeentl referently
referentyl referenlty referenlyt referenylt referenytl referetnly referetnyl referetlny referetlyn referetyln referetynl
refereltny refereltyn referelnty referelnyt referelynt referelytn refereytln refereytnl refereyltn refereylnt refereynlt
refereyntl refernetly refernetyl refernelty refernelyt referneylt referneytl referntely refernteyl referntley referntlye
referntyle referntyel refernltey refernltye refernlety refernleyt refernlyet refernlyte refernytle refernytel refernylte
refernylet refernyelt refernyetl refertnely refertneyl refertnley refertnlye refertnyle refertnyel refertenly refertenyl
refertelny refertelyn referteyln referteynl refertleny refertleyn refertlney refertlnye refertlyne refertlyen refertyeln
refertyenl refertylen refertylne refertynle refertynel referlntey referlntye referlnety referlneyt referlnyet referlnyte
referltney referltnye referlteny referlteyn referltyen referltyne referletny referletyn referlenty referlenyt referleynt
referleytn referlyten referlytne referlyetn referlyent referlynet referlynte referyntle referyntel referynlte referynlet
referynelt referynetl referytnle referytnel referytlne referytlen referyteln referytenl referyltne referylten referylnte
referylnet referylent referyletn referyetln referyetnl referyeltn referyelnt referyenlt referyentl refeerntly refeerntyl
refeernlty refeernlyt refeernylt refeernytl refeertnly refeertnyl refeertlny refeertlyn refeertyln refeertynl refeerltny
refeerltyn refeerlnty refeerlnyt refeerlynt refeerlytn refeerytln refeerytnl refeeryltn refeerylnt refeerynlt refeeryntl
refeenrtly refeenrtyl refeenrlty refeenrlyt refeenrylt refeenrytl refeentrly refeentryl refeentlry refeentlyr refeentylr
refeentyrl refeenltry refeenltyr refeenlrty refeenlryt refeenlyrt refeenlytr refeenytlr refeenytrl refeenyltr refeenylrt
refeenyrlt refeenyrtl refeetnrly refeetnryl refeetnlry refeetnlyr refeetnylr refeetnyrl refeetrnly refeetrnyl refeetrlny
refeetrlyn refeetryln refeetrynl refeetlrny refeetlryn refeetlnry refeetlnyr refeetlynr refeetlyrn refeetyrln refeetyrnl
refeetylrn refeetylnr refeetynlr refeetynrl refeelntry refeelntyr refeelnrty refeelnryt refeelnyrt refeelnytr refeeltnry
refeeltnyr refeeltrny refeeltryn refeeltyrn refeeltynr refeelrtny refeelrtyn refeelrnty refeelrnyt refeelrynt refeelrytn
refeelytrn refeelytnr refeelyrtn refeelyrnt refeelynrt refeelyntr refeeyntlr refeeyntrl refeeynltr refeeynlrt refeeynrlt
refeeynrtl refeeytnlr refeeytnrl refeeytlnr refeeytlrn refeeytrln refeeytrnl refeeyltnr refeeyltrn refeeylntr refeeylnrt
refeeylrnt refeeylrtn refeeyrtln refeeyrtnl refeeyrltn refeeyrlnt refeeyrnlt refeeyrntl refenertly refenertyl refenerlty
refenerlyt refenerylt refenerytl refenetrly refenetryl refenetlry refenetlyr refenetylr refenetyrl refeneltry refeneltyr
refenelrty refenelryt refenelyrt refenelytr refeneytlr refeneytrl refeneyltr refeneylrt refeneyrlt refeneyrtl refenretly
refenretyl refenrelty refenrelyt refenreylt refenreytl refenrtely refenrteyl refenrtley refenrtlye refenrtyle refenrtyel
refenrltey refenrltye refenrlety refenrleyt refenrlyet refenrlyte refenrytle refenrytel refenrylte refenrylet refenryelt
refenryetl refentrely refentreyl refentrley refentrlye refentryle refentryel refenterly refenteryl refentelry refentelyr
refenteylr refenteyrl refentlery refentleyr refentlrey refentlrye refentlyre refentlyer refentyelr refentyerl refentyler
refentylre refentyrle refentyrel refenlrtey refenlrtye refenlrety refenlreyt refenlryet refenlryte refenltrey refenltrye
refenltery refenlteyr refenltyer refenltyre refenletry refenletyr refenlerty refenleryt refenleyrt refenleytr refenlyter
refenlytre refenlyetr refenlyert refenlyret refenlyrte refenyrtle refenyrtel refenyrlte refenyrlet refenyrelt refenyretl
refenytrle refenytrel refenytlre refenytler refenytelr refenyterl refenyltre refenylter refenylrte refenylret refenylert
refenyletr refenyetlr refenyetrl refenyeltr refenyelrt refenyerlt refenyertl refetenrly refetenryl refetenlry refetenlyr
refetenylr refetenyrl refeternly refeternyl refeterlny refeterlyn refeteryln refeterynl refetelrny refetelryn refetelnry
refetelnyr refetelynr refetelyrn refeteyrln refeteyrnl refeteylrn refeteylnr refeteynlr refeteynrl refetnerly refetneryl
refetnelry refetnelyr refetneylr refetneyrl refetnrely refetnreyl refetnrley refetnrlye refetnryle refetnryel refetnlrey
refetnlrye refetnlery refetnleyr refetnlyer refetnlyre refetnyrle refetnyrel refetnylre refetnyler refetnyelr refetnyerl
refetrnely refetrneyl refetrnley refetrnlye refetrnyle refetrnyel refetrenly refetrenyl refetrelny refetrelyn refetreyln
refetreynl refetrleny refetrleyn refetrlney refetrlnye refetrlyne refetrlyen refetryeln refetryenl refetrylen refetrylne
refetrynle refetrynel refetlnrey refetlnrye refetlnery refetlneyr refetlnyer refetlnyre refetlrney refetlrnye refetlreny
refetlreyn refetlryen refetlryne refetlerny refetleryn refetlenry refetlenyr refetleynr refetleyrn refetlyren refetlyrne
refetlyern refetlyenr refetlyner refetlynre refetynrle refetynrel refetynlre refetynler refetynelr refetynerl refetyrnle
refetyrnel refetyrlne refetyrlen refetyreln refetyrenl refetylrne refetylren refetylnre refetylner refetylenr refetylern
refetyerln refetyernl refetyelrn refetyelnr refetyenlr refetyenrl refelentry refelentyr refelenrty refelenryt refelenyrt
refelenytr refeletnry refeletnyr refeletrny refeletryn refeletyrn refeletynr refelertny refelertyn refelernty refelernyt
refelerynt refelerytn refeleytrn refeleytnr refeleyrtn refeleyrnt refeleynrt refeleyntr refelnetry refelnetyr refelnerty
refelneryt refelneyrt refelneytr refelntery refelnteyr refelntrey refelntrye refelntyre refelntyer refelnrtey refelnrtye
refelnrety refelnreyt refelnryet refelnryte refelnytre refelnyter refelnyrte refelnyret refelnyert refelnyetr refeltnery
refeltneyr refeltnrey refeltnrye refeltnyre refeltnyer refeltenry refeltenyr refelterny refelteryn refelteyrn refelteynr
refeltreny refeltreyn refeltrney refeltrnye refeltryne refeltryen refeltyern refeltyenr refeltyren refeltyrne refeltynre
refeltyner refelrntey refelrntye refelrnety refelrneyt refelrnyet refelrnyte refelrtney refelrtnye refelrteny refelrteyn
refelrtyen refelrtyne refelretny refelretyn refelrenty refelrenyt refelreynt refelreytn refelryten refelrytne refelryetn
refelryent refelrynet refelrynte refelyntre refelynter refelynrte refelynret refelynert refelynetr refelytnre refelytner
refelytrne refelytren refelytern refelytenr refelyrtne refelyrten refelyrnte refelyrnet refelyrent refelyretn refelyetrn
refelyetnr refelyertn refelyernt refelyenrt refelyentr refeyentlr refeyentrl refeyenltr refeyenlrt refeyenrlt refeyenrtl
refeyetnlr refeyetnrl refeyetlnr refeyetlrn refeyetrln refeyetrnl refeyeltnr refeyeltrn refeyelntr refeyelnrt refeyelrnt
refeyelrtn refeyertln refeyertnl refeyerltn refeyerlnt refeyernlt refeyerntl refeynetlr refeynetrl refeyneltr refeynelrt
refeynerlt refeynertl refeyntelr refeynterl refeyntler refeyntlre refeyntrle refeyntrel refeynlter refeynltre refeynletr
refeynlert refeynlret refeynlrte refeynrtle refeynrtel refeynrlte refeynrlet refeynrelt refeynretl refeytnelr refeytnerl
refeytnler refeytnlre refeytnrle refeytnrel refeytenlr refeytenrl refeytelnr refeytelrn refeyterln refeyternl refeytlenr
refeytlern refeytlner refeytlnre refeytlrne refeytlren refeytreln refeytrenl refeytrlen refeytrlne refeytrnle refeytrnel
refeylnter refeylntre refeylnetr refeylnert refeylnret refeylnrte refeyltner refeyltnre refeyltenr refeyltern refeyltren
refeyltrne refeyletnr refeyletrn refeylentr refeylenrt refeylernt refeylertn refeylrten refeylrtne refeylretn refeylrent
refeylrnet refeylrnte refeyrntle refeyrntel refeyrnlte refeyrnlet refeyrnelt refeyrnetl refeyrtnle refeyrtnel refeyrtlne
refeyrtlen refeyrteln refeyrtenl refeyrltne refeyrlten refeyrlnte refeyrlnet refeyrlent refeyrletn refeyretln refeyretnl
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refnrtelye refnrteyle refnrteyel refnrteely refnrteeyl refnrteley refnrtelye refnrteyle refnrteyel refnrtleey refnrtleye
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refnyetrle refnyetrel refnyelter refnyeltre refnyeletr refnyelert refnyelret refnyelrte refnyertle refnyertel refnyerlte
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refleentyr refleenrty refleenryt refleenyrt refleenytr refleetnry refleetnyr refleetrny refleetryn refleetyrn refleetynr
refleertny refleertyn refleernty refleernyt refleerynt refleerytn refleeytrn refleeytnr refleeyrtn refleeyrnt refleeynrt
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refyenlter refyenlrte refyenlret refyenlert refyenletr refyenetlr refyenetrl refyeneltr refyenelrt refyenerlt refyenertl
refyetnrle refyetnrel refyetnlre refyetnler refyetnelr refyetnerl refyetrnle refyetrnel refyetrlne refyetrlen refyetreln
refyetrenl refyetlrne refyetlren refyetlnre refyetlner refyetlenr refyetlern refyeterln refyeternl refyetelrn refyetelnr
refyetenlr refyetenrl refyelntre refyelnter refyelnrte refyelnret refyelnert refyelnetr refyeltnre refyeltner refyeltrne
refyeltren refyeltern refyeltenr refyelrtne refyelrten refyelrnte refyelrnet refyelrent refyelretn refyeletrn refyeletnr
refyelertn refyelernt refyelenrt refyelentr refyeentlr refyeentrl refyeenltr refyeenlrt refyeenrlt refyeenrtl refyeetnlr
refyeetnrl refyeetlnr refyeetlrn refyeetrln refyeetrnl refyeeltnr refyeeltrn refyeelntr refyeelnrt refyeelrnt refyeelrtn
refyeertln refyeertnl refyeerltn refyeerlnt refyeernlt refyeerntl refynertle refynertel refynerlte refynerlet refynerelt
refyneretl refynetrle refynetrel refynetlre refynetler refynetelr refyneterl refyneltre refynelter refynelrte refynelret
refynelert refyneletr refyneetlr refyneetrl refyneeltr refyneelrt refyneerlt refyneertl refynretle refynretel refynrelte
refynrelet refynreelt refynreetl refynrtele refynrteel refynrtlee refynrtlee refynrtele refynrteel refynrltee refynrltee
refynrlete refynrleet refynrleet refynrlete refynretle refynretel refynrelte refynrelet refynreelt refynreetl refyntrele
refyntreel refyntrlee refyntrlee refyntrele refyntreel refynterle refynterel refyntelre refynteler refynteelr refynteerl
refyntlere refyntleer refyntlree refyntlree refyntlere refyntleer refynteelr refynteerl refynteler refyntelre refynterle
refynterel refynlrtee refynlrtee refynlrete refynlreet refynlreet refynlrete refynltree refynltree refynltere refynlteer
refynlteer refynltere refynletre refynleter refynlerte refynleret refynleert refynleetr refynleter refynletre refynleetr
refynleert refynleret refynlerte refynertle refynertel refynerlte refynerlet refynerelt refyneretl refynetrle refynetrel
refynetlre refynetler refynetelr refyneterl refyneltre refynelter refynelrte refynelret refynelert refyneletr refyneetlr
refyneetrl refyneeltr refyneelrt refyneerlt refyneertl refytenrle refytenrel refytenlre refytenler refytenelr refytenerl
refyternle refyternel refyterlne refyterlen refytereln refyterenl refytelrne refytelren refytelnre refytelner refytelenr
refytelern refyteerln refyteernl refyteelrn refyteelnr refyteenlr refyteenrl refytnerle refytnerel refytnelre refytneler
refytneelr refytneerl refytnrele refytnreel refytnrlee refytnrlee refytnrele refytnreel refytnlree refytnlree refytnlere
refytnleer refytnleer refytnlere refytnerle refytnerel refytnelre refytneler refytneelr refytneerl refytrnele refytrneel
refytrnlee refytrnlee refytrnele refytrneel refytrenle refytrenel refytrelne refytrelen refytreeln refytreenl refytrlene
refytrleen refytrlnee refytrlnee refytrlene refytrleen refytreeln refytreenl refytrelen refytrelne refytrenle refytrenel
refytlnree refytlnree refytlnere refytlneer refytlneer refytlnere refytlrnee refytlrnee refytlrene refytlreen refytlreen
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refyterlen refytereln refyterenl refytelrne refytelren refytelnre refytelner refytelenr refytelern refyteerln refyteernl
refyteelrn refyteelnr refyteenlr refyteenrl refylentre refylenter refylenrte refylenret refylenert refylenetr refyletnre
refyletner refyletrne refyletren refyletern refyletenr refylertne refylerten refylernte refylernet refylerent refyleretn
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refylneetr refylntere refylnteer refylntree refylntree refylntere refylnteer refylnrtee refylnrtee refylnrete refylnreet
refylnreet refylnrete refylnetre refylneter refylnerte refylneret refylneert refylneetr refyltnere refyltneer refyltnree
refyltnree refyltnere refyltneer refyltenre refyltener refylterne refylteren refylteern refylteenr refyltrene refyltreen
refyltrnee refyltrnee refyltrene refyltreen refylteern refylteenr refylteren refylterne refyltenre refyltener refylrntee
refylrntee refylrnete refylrneet refylrneet refylrnete refylrtnee refylrtnee refylrtene refylrteen refylrteen refylrtene
refylretne refylreten refylrente refylrenet refylreent refylreetn refylreten refylretne refylreetn refylreent refylrenet
refylrente refylentre refylenter refylenrte refylenret refylenert refylenetr refyletnre refyletner refyletrne refyletren
refyletern refyletenr refylertne refylerten refylernte refylernet refylerent refyleretn refyleetrn refyleetnr refyleertn
refyleernt refyleenrt refyleentr refyeentlr refyeentrl refyeenltr refyeenlrt refyeenrlt refyeenrtl refyeetnlr refyeetnrl
refyeetlnr refyeetlrn refyeetrln refyeetrnl refyeeltnr refyeeltrn refyeelntr refyeelnrt refyeelrnt refyeelrtn refyeertln
refyeertnl refyeerltn refyeerlnt refyeernlt refyeerntl refyenetlr refyenetrl refyeneltr refyenelrt refyenerlt refyenertl
refyentelr refyenterl refyentler refyentlre refyentrle refyentrel refyenlter refyenltre refyenletr refyenlert refyenlret
refyenlrte refyenrtle refyenrtel refyenrlte refyenrlet refyenrelt refyenretl refyetnelr refyetnerl refyetnler refyetnlre
refyetnrle refyetnrel refyetenlr refyetenrl refyetelnr refyetelrn refyeterln refyeternl refyetlenr refyetlern refyetlner
refyetlnre refyetlrne refyetlren refyetreln refyetrenl refyetrlen refyetrlne refyetrnle refyetrnel refyelnter refyelntre
refyelnetr refyelnert refyelnret refyelnrte refyeltner refyeltnre refyeltenr refyeltern refyeltren refyeltrne refyeletnr
refyeletrn refyelentr refyelenrt refyelernt refyelertn refyelrten refyelrtne refyelretn refyelrent refyelrnet refyelrnte
refyerntle refyerntel refyernlte refyernlet refyernelt refyernetl refyertnle refyertnel refyertlne refyertlen refyerteln
refyertenl refyerltne refyerlten refyerlnte refyerlnet refyerlent refyerletn refyeretln refyeretnl refyereltn refyerelnt
refyerenlt refyerentl

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History of cryptography
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