easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

sermoner

metamorphous

laxatque

endoplastule

limnograph

hplslh

sithebe

samogitian

sulawesi

devastations

extraconstellated

smeech

tisswood

levabamque

uncini

tremelliform

kazem

hooded


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: tereret
cipher variations:
ufsfsfu vgtgtgv whuhuhw xivivix yjwjwjy
zkxkxkz alylyla bmzmzmb cnananc dobobod
epcpcpe fqdqdqf grererg hsfsfsh itgtgti
juhuhuj kvivivk lwjwjwl mxkxkxm nylylyn
ozmzmzo pananap qbobobq rcpcpcr sdqdqds

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: tereret
Cipher: gvivivg

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: tereret
Cipher: BAABA AABAA BAAAA AABAA BAAAA AABAA BAABA

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: tereret
cipher variations:
ufsfsfugnanangsvivivsedqdqdeqlylylqctgtgtcajwjwjamrererm
yzmzmzykhuhuhkwpcpcpwixkxkxivgtgtgvhobobohtwjwjwtfereref
rmzmzmrduhuhudbkxkxkbnsfsfsnzananazlivivilxqdqdqxjylylyj
whuhuhwipcpcpiuxkxkxugfsfsfgsnananseviviveclylylcotgtgto
abobobamjwjwjmyrererykzmzmzkxivivixjqdqdqjvylylyvhgtgtgh
tobobotfwjwjwfdmzmzmdpuhuhupbcpcpcbnkxkxknzsfsfszlananal
yjwjwjykrererkwzmzmzwihuhuhiupcpcpugxkxkxgenananeqvivivq
cdqdqdcolylyloatgtgtambobobmzkxkxkzlsfsfslxananaxjivivij
vqdqdqvhylylyhfobobofrwjwjwrdereredpmzmzmpbuhuhubncpcpcn
alylylamtgtgtmybobobykjwjwjkwrererwizmzmzigpcpcpgsxkxkxs
efsfsfeqnananqcvivivcodqdqdobmzmzmbnuhuhunzcpcpczlkxkxkl
xsfsfsxjananajhqdqdqhtylylytfgtgtgfrobobordwjwjwdpererep
cnanancovivivoadqdqdamlylylmytgtgtykbobobkirereriuzmzmzu
ghuhuhgspcpcpsexkxkxeqfsfsfqdobobodpwjwjwpbererebnmzmzmn
zuhuhuzlcpcpcljsfsfsjvananavhivivihtqdqdqtfylylyfrgtgtgr
epcpcpeqxkxkxqcfsfsfconananoavivivamdqdqdmktgtgtkwbobobw
ijwjwjiurererugzmzmzgshuhuhsfqdqdqfrylylyrdgtgtgdpobobop
bwjwjwbnererenluhuhulxcpcpcxjkxkxkjvsfsfsvhananahtivivit
grerergszmzmzsehuhuheqpcpcpqcxkxkxcofsfsfomvivivmydqdqdy
klylylkwtgtgtwibobobiujwjwjuhsfsfshtananatfivivifrqdqdqr
dylylydpgtgtgpnwjwjwnzererezlmzmzmlxuhuhuxjcpcpcjvkxkxkv
itgtgtiubobobugjwjwjgsrerersezmzmzeqhuhuhqoxkxkxoafsfsfa
mnananmyvivivykdqdqdkwlylylwjuhuhujvcpcpcvhkxkxkhtsfsfst
fananafrivivirpylylypbgtgtgbnobobonzwjwjwzlererelxmzmzmx
kvivivkwdqdqdwilylyliutgtgtugbobobgsjwjwjsqzmzmzqchuhuhc
opcpcpoaxkxkxamfsfsfmynananylwjwjwlxererexjmzmzmjvuhuhuv
hcpcpchtkxkxktrananardivividpqdqdqpbylylybngtgtgnzoboboz
mxkxkxmyfsfsfyknanankwvivivwidqdqdiulylylusbobobsejwjwje
qrererqczmzmzcohuhuhoapcpcpanylylynzgtgtgzlobobolxwjwjwx
jererejvmzmzmvtcpcpctfkxkxkfrsfsfsrdananadpivivipbqdqdqb
ozmzmzoahuhuhampcpcpmyxkxkxykfsfsfkwnananwudqdqduglylylg
stgtgtsebobobeqjwjwjqcrerercpananapbivivibnqdqdqnzylylyz
lgtgtglxoboboxvererevhmzmzmhtuhuhutfcpcpcfrkxkxkrdsfsfsd
qbobobqcjwjwjcorereroazmzmzamhuhuhmypcpcpywfsfsfwinanani
uvivivugdqdqdgslylylsetgtgtercpcpcrdkxkxkdpsfsfspbananab
nivivinzqdqdqzxgtgtgxjobobojvwjwjwvhererehtmzmzmtfuhuhuf
sdqdqdselylyleqtgtgtqcbobobcojwjwjoarererayhuhuhykpcpcpk
wxkxkxwifsfsfiunananugvivivgtereretfmzmzmfruhuhurdcpcpcd
pkxkxkpbsfsfsbzivivizlqdqdqlxylylyxjgtgtgjvobobovhwjwjwh

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: tereret
Cipher: grererg

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: tereret
Cipher: 44512451245144

Extended Methods:
Method #1

Plaintext: tereret
method variations:
ykwkwkydpbpbpdiuguguiozmzmzo

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
t e r e r e t 
4 5 2 5 2 5 4 
4 1 4 1 4 1 4 
They are then read out in rows:
45252544141414
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: tereret
Cipher: ywwtqqq

Read more ...
Method #3

Plaintext: tereret
method variations:
yfyfyqt fyfyqty yfyqtyf
fyqtyfy yqtyfyf qtyfyfy
tyfyfyq

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: tereret

all 5040 cipher variations:
tereret tererte tereert tereetr tereter teretre terreet terrete terreet terrete terrtee
terrtee tereret tererte tereert tereetr tereter teretre tertree tertree tertere terteer
terteer tertere teerret teerrte teerert teeretr teerter teertre teerret teerrte teerert
teeretr teerter teertre teeerrt teeertr teeerrt teeertr teeetrr teeetrr teetrer teetrre
teeterr teeterr teetrer teetrre tereret tererte tereert tereetr tereter teretre terreet
terrete terreet terrete terrtee terrtee tereret tererte tereert tereetr tereter teretre
tertree tertree tertere terteer terteer tertere teeerrt teeertr teeerrt teeertr teeetrr
teeetrr teerert teeretr teerret teerrte teertre teerter teerret teerrte teerert teeretr
teerter teertre teetrre teetrer teetrre teetrer teeterr teeterr teterer teterre teteerr
teteerr teterer teterre tetreer tetrere tetreer tetrere tetrree tetrree teterer teterre
teteerr teteerr teterer teterre tetrree tetrree tetrere tetreer tetreer tetrere treeret
treerte treeert treeetr treeter treetre trereet trerete trereet trerete trertee trertee
treeret treerte treeert treeetr treeter treetre tretree tretree tretere treteer treteer
tretere treeret treerte treeert treeetr treeter treetre trereet trerete trereet trerete
trertee trertee treeret treerte treeert treeetr treeter treetre tretree tretree tretere
treteer treteer tretere trreeet trreete trreeet trreete trretee trretee trreeet trreete
trreeet trreete trretee trretee trreeet trreete trreeet trreete trretee trretee trrteee
trrteee trrteee trrteee trrteee trrteee treeret treerte treeert treeetr treeter treetre
trereet trerete trereet trerete trertee trertee treeret treerte treeert treeetr treeter
treetre tretree tretree tretere treteer treteer tretere trteree trteree trteere trteeer
trteeer trteere trtreee trtreee trtreee trtreee trtreee trtreee trteree trteree trteere
trteeer trteeer trteere trteree trteree trteere trteeer trteeer trteere tereret tererte
tereert tereetr tereter teretre terreet terrete terreet terrete terrtee terrtee tereret
tererte tereert tereetr tereter teretre tertree tertree tertere terteer terteer tertere
teerret teerrte teerert teeretr teerter teertre teerret teerrte teerert teeretr teerter
teertre teeerrt teeertr teeerrt teeertr teeetrr teeetrr teetrer teetrre teeterr teeterr
teetrer teetrre tereret tererte tereert tereetr tereter teretre terreet terrete terreet
terrete terrtee terrtee tereret tererte tereert tereetr tereter teretre tertree tertree
tertere terteer terteer tertere teeerrt teeertr teeerrt teeertr teeetrr teeetrr teerert
teeretr teerret teerrte teertre teerter teerret teerrte teerert teeretr teerter teertre
teetrre teetrer teetrre teetrer teeterr teeterr teterer teterre teteerr teteerr teterer
teterre tetreer tetrere tetreer tetrere tetrree tetrree teterer teterre teteerr teteerr
teterer teterre tetrree tetrree tetrere tetreer tetreer tetrere trreeet trreete trreeet
trreete trretee trretee trreeet trreete trreeet trreete trretee trretee trreeet trreete
trreeet trreete trretee trretee trrteee trrteee trrteee trrteee trrteee trrteee trereet
trerete trereet trerete trertee trertee treeret treerte treeert treeetr treeter treetre
treeert treeetr treeret treerte treetre treeter treteer tretere treteer tretere tretree
tretree treeret treerte treeert treeetr treeter treetre trereet trerete trereet trerete
trertee trertee treeret treerte treeert treeetr treeter treetre tretree tretree tretere
treteer treteer tretere treeert treeetr treeret treerte treetre treeter treeert treeetr
treeret treerte treetre treeter trereet trerete trereet trerete trertee trertee tretere
treteer tretree tretree tretere treteer trteeer trteere trteeer trteere trteree trteree
trteeer trteere trteeer trteere trteree trteree trteeer trteere trteeer trteere trteree
trteree trtreee trtreee trtreee trtreee trtreee trtreee tereret tererte tereert tereetr
tereter teretre terreet terrete terreet terrete terrtee terrtee tereret tererte tereert
tereetr tereter teretre tertree tertree tertere terteer terteer tertere teerret teerrte
teerert teeretr teerter teertre teerret teerrte teerert teeretr teerter teertre teeerrt
teeertr teeerrt teeertr teeetrr teeetrr teetrer teetrre teeterr teeterr teetrer teetrre
tereret tererte tereert tereetr tereter teretre terreet terrete terreet terrete terrtee
terrtee tereret tererte tereert tereetr tereter teretre tertree tertree tertere terteer
terteer tertere teeerrt teeertr teeerrt teeertr teeetrr teeetrr teerert teeretr teerret
teerrte teertre teerter teerret teerrte teerert teeretr teerter teertre teetrre teetrer
teetrre teetrer teeterr teeterr teterer teterre teteerr teteerr teterer teterre tetreer
tetrere tetreer tetrere tetrree tetrree teterer teterre teteerr teteerr teterer teterre
tetrree tetrree tetrere tetreer tetreer tetrere ttreree ttreree ttreere ttreeer ttreeer
ttreere ttrreee ttrreee ttrreee ttrreee ttrreee ttrreee ttreree ttreree ttreere ttreeer
ttreeer ttreere ttreree ttreree ttreere ttreeer ttreeer ttreere tterree tterree tterere
ttereer ttereer tterere tterree tterree tterere ttereer ttereer tterere tteerre tteerer
tteerre tteerer tteeerr tteeerr tteerer tteerre tteeerr tteeerr tteerer tteerre ttreree
ttreree ttreere ttreeer ttreeer ttreere ttrreee ttrreee ttrreee ttrreee ttrreee ttrreee
ttreree ttreree ttreere ttreeer ttreeer ttreere ttreree ttreree ttreere ttreeer ttreeer
ttreere tteerre tteerer tteerre tteerer tteeerr tteeerr tterere ttereer tterree tterree
tterere ttereer tterree tterree tterere ttereer ttereer tterere tteerre tteerer tteerre
tteerer tteeerr tteeerr tteerer tteerre tteeerr tteeerr tteerer tteerre ttereer tterere
ttereer tterere tterree tterree tteerer tteerre tteeerr tteeerr tteerer tteerre tterree
tterree tterere ttereer ttereer tterere etreret etrerte etreert etreetr etreter etretre
etrreet etrrete etrreet etrrete etrrtee etrrtee etreret etrerte etreert etreetr etreter
etretre etrtree etrtree etrtere etrteer etrteer etrtere eterret eterrte eterert eteretr
eterter etertre eterret eterrte eterert eteretr eterter etertre eteerrt eteertr eteerrt
eteertr eteetrr eteetrr etetrer etetrre eteterr eteterr etetrer etetrre etreret etrerte
etreert etreetr etreter etretre etrreet etrrete etrreet etrrete etrrtee etrrtee etreret
etrerte etreert etreetr etreter etretre etrtree etrtree etrtere etrteer etrteer etrtere
eteerrt eteertr eteerrt eteertr eteetrr eteetrr eterert eteretr eterret eterrte etertre
eterter eterret eterrte eterert eteretr eterter etertre etetrre etetrer etetrre etetrer
eteterr eteterr etterer etterre etteerr etteerr etterer etterre ettreer ettrere ettreer
ettrere ettrree ettrree etterer etterre etteerr etteerr etterer etterre ettrree ettrree
ettrere ettreer ettreer ettrere erteret erterte erteert erteetr erteter ertetre ertreet
ertrete ertreet ertrete ertrtee ertrtee erteret erterte erteert erteetr erteter ertetre
erttree erttree erttere ertteer ertteer erttere eretret eretrte eretert eretetr eretter
erettre erertet erertte ererett ererett erertet erertte ereertt ereertt ereetrt ereettr
ereettr ereetrt eretret eretrte eretert eretetr eretter erettre erretet errette erreett
erreett erretet errette errteet errtete errteet errtete errttee errttee erretet errette
erreett erreett erretet errette errttee errttee errtete errteet errteet errtete ereertt
ereertt ereetrt ereettr ereettr ereetrt ererett ererett erertet erertte erertte erertet
eretret eretrte eretert eretetr eretter erettre eretrte eretret erettre eretter eretetr
eretert erteret erterte erteert erteetr erteter ertetre ertreet ertrete ertreet ertrete
ertrtee ertrtee erteret erterte erteert erteetr erteter ertetre erttree erttree erttere
ertteer ertteer erttere eertret eertrte eertert eertetr eertter eerttre eerrtet eerrtte
eerrett eerrett eerrtet eerrtte eerertt eerertt eeretrt eerettr eerettr eeretrt eertret
eertrte eertert eertetr eertter eerttre eetrret eetrrte eetrert eetretr eetrter eetrtre
eetrret eetrrte eetrert eetretr eetrter eetrtre eeterrt eetertr eeterrt eetertr eetetrr
eetetrr eettrer eettrre eetterr eetterr eettrer eettrre eertret eertrte eertert eertetr
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eetrter eetrtre erretet errette erreett erreett erretet errette errteet errtete errteet
errtete errttee errttee erretet errette erreett erreett erretet errette errttee errttee
errtete errteet errteet errtete erertet erertte ererett ererett erertet erertte eretret
eretrte eretert eretetr eretter erettre ereetrt ereettr ereertt ereertt ereetrt ereettr
eretter erettre eretetr eretert eretret eretrte erteret erterte erteert erteetr erteter
ertetre ertreet ertrete ertreet ertrete ertrtee ertrtee erteret erterte erteert erteetr
erteter ertetre erttree erttree erttere ertteer ertteer erttere ereetrt ereettr ereertt
ereertt ereetrt ereettr eretert eretetr eretret eretrte erettre eretter erertet erertte
ererett ererett erertet erertte erettre eretter eretrte eretret eretert eretetr erteter
ertetre erteetr erteert erteret erterte ertteer erttere ertteer erttere erttree erttree
erteter ertetre erteetr erteert erteret erterte ertrtee ertrtee ertrete ertreet ertreet
ertrete eerertt eerertt eeretrt eerettr eerettr eeretrt eerrett eerrett eerrtet eerrtte
eerrtte eerrtet eertret eertrte eertert eertetr eertter eerttre eertrte eertret eerttre
eertter eertetr eertert eeerrtt eeerrtt eeertrt eeerttr eeerttr eeertrt eeerrtt eeerrtt
eeertrt eeerttr eeerttr eeertrt eeetrrt eeetrtr eeetrrt eeetrtr eeettrr eeettrr eeetrtr
eeetrrt eeettrr eeettrr eeetrtr eeetrrt eerertt eerertt eeretrt eerettr eerettr eeretrt
eerrett eerrett eerrtet eerrtte eerrtte eerrtet eertret eertrte eertert eertetr eertter
eerttre eertrte eertret eerttre eertter eertetr eertert eeterrt eetertr eeterrt eetertr
eetetrr eetetrr eetrert eetretr eetrret eetrrte eetrtre eetrter eetrret eetrrte eetrert
eetretr eetrter eetrtre eettrre eettrer eettrre eettrer eetterr eetterr eetertr eeterrt
eetetrr eetetrr eetertr eeterrt eetretr eetrert eetrter eetrtre eetrrte eetrret eettrer
eettrre eetterr eetterr eettrer eettrre eetrrte eetrret eetrtre eetrter eetretr eetrert
etreret etrerte etreert etreetr etreter etretre etrreet etrrete etrreet etrrete etrrtee
etrrtee etreret etrerte etreert etreetr etreter etretre etrtree etrtree etrtere etrteer
etrteer etrtere eterret eterrte eterert eteretr eterter etertre eterret eterrte eterert
eteretr eterter etertre eteerrt eteertr eteerrt eteertr eteetrr eteetrr etetrer etetrre
eteterr eteterr etetrer etetrre etreret etrerte etreert etreetr etreter etretre etrreet
etrrete etrreet etrrete etrrtee etrrtee etreret etrerte etreert etreetr etreter etretre
etrtree etrtree etrtere etrteer etrteer etrtere eteerrt eteertr eteerrt eteertr eteetrr
eteetrr eterert eteretr eterret eterrte etertre eterter eterret eterrte eterert eteretr
eterter etertre etetrre etetrer etetrre etetrer eteterr eteterr etterer etterre etteerr
etteerr etterer etterre ettreer ettrere ettreer ettrere ettrree ettrree etterer etterre
etteerr etteerr etterer etterre ettrree ettrree ettrere ettreer ettreer ettrere reteret
reterte reteert reteetr reteter retetre retreet retrete retreet retrete retrtee retrtee
reteret reterte reteert reteetr reteter retetre rettree rettree rettere retteer retteer
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reerett reerett reertet reertte reertte reertet reetret reetrte reetert reetetr reetter
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reteter retetre retreet retrete retreet retrete retrtee retrtee reteret reterte reteert
reteetr reteter retetre rettree rettree rettere retteer retteer rettere rteeret rteerte
rteeert rteeetr rteeter rteetre rtereet rterete rtereet rterete rtertee rtertee rteeret
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reteert reteetr reteter retetre rettree rettree rettere retteer retteer rettere reetret
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reeertt reeertt reeetrt reeettr reeettr reeetrt reetret reetrte reetert reetetr reetter
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reertet reertte reertte reertet reetret reetrte reetert reetetr reetter reettre reetrte
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retreet retrete retreet retrete retrtee retrtee reteret reterte reteert reteetr reteter
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retreet retrete retrtee retrtee reteret reterte reteert reteetr reteter retetre rettree
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eerrtte eerrett eerrett eerrtet eerrtte eerertt eerertt eeretrt eerettr eerettr eeretrt
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erteret ertetre erteter erteetr erteert ertrete ertreet ertrtee ertrtee ertrete ertreet
erttree erttree erttere ertteer ertteer erttere erterte erteret ertetre erteter erteetr
erteert eerertt eerertt eeretrt eerettr eerettr eeretrt eerrett eerrett eerrtet eerrtte
eerrtte eerrtet eertret eertrte eertert eertetr eertter eerttre eertrte eertret eerttre
eertter eertetr eertert eeerrtt eeerrtt eeertrt eeerttr eeerttr eeertrt eeerrtt eeerrtt
eeertrt eeerttr eeerttr eeertrt eeetrrt eeetrtr eeetrrt eeetrtr eeettrr eeettrr eeetrtr
eeetrrt eeettrr eeettrr eeetrtr eeetrrt eerertt eerertt eeretrt eerettr eerettr eeretrt
eerrett eerrett eerrtet eerrtte eerrtte eerrtet eertret eertrte eertert eertetr eertter
eerttre eertrte eertret eerttre eertter eertetr eertert eeterrt eetertr eeterrt eetertr
eetetrr eetetrr eetrert eetretr eetrret eetrrte eetrtre eetrter eetrret eetrrte eetrert
eetretr eetrter eetrtre eettrre eettrer eettrre eettrer eetterr eetterr eetertr eeterrt
eetetrr eetetrr eetertr eeterrt eetretr eetrert eetrter eetrtre eetrrte eetrret eettrer
eettrre eetterr eetterr eettrer eettrre eetrrte eetrret eetrtre eetrter eetretr eetrert
erreett erreett erretet errette errette erretet erreett erreett erretet errette errette
erretet errteet errtete errteet errtete errttee errttee errtete errteet errttee errttee
errtete errteet ererett ererett erertet erertte erertte erertet ereertt ereertt ereetrt
ereettr ereettr ereetrt eretert eretetr eretret eretrte erettre eretter eretetr eretert
eretter erettre eretrte eretret ereertt ereertt ereetrt ereettr ereettr ereetrt ererett
ererett erertet erertte erertte erertet eretret eretrte eretert eretetr eretter erettre
eretrte eretret erettre eretter eretetr eretert erteert erteetr erteret erterte ertetre
erteter erteert erteetr erteret erterte ertetre erteter ertreet ertrete ertreet ertrete
ertrtee ertrtee erttere ertteer erttree erttree erttere ertteer erteetr erteert erteter
ertetre erterte erteret erteetr erteert erteter ertetre erterte erteret ertteer erttere
ertteer erttere erttree erttree ertrete ertreet ertrtee ertrtee ertrete ertreet etreret
etrerte etreert etreetr etreter etretre etrreet etrrete etrreet etrrete etrrtee etrrtee
etreret etrerte etreert etreetr etreter etretre etrtree etrtree etrtere etrteer etrteer
etrtere eterret eterrte eterert eteretr eterter etertre eterret eterrte eterert eteretr
eterter etertre eteerrt eteertr eteerrt eteertr eteetrr eteetrr etetrer etetrre eteterr
eteterr etetrer etetrre etreret etrerte etreert etreetr etreter etretre etrreet etrrete
etrreet etrrete etrrtee etrrtee etreret etrerte etreert etreetr etreter etretre etrtree
etrtree etrtere etrteer etrteer etrtere eteerrt eteertr eteerrt eteertr eteetrr eteetrr
eterert eteretr eterret eterrte etertre eterter eterret eterrte eterert eteretr eterter
etertre etetrre etetrer etetrre etetrer eteterr eteterr etterer etterre etteerr etteerr
etterer etterre ettreer ettrere ettreer ettrere ettrree ettrree etterer etterre etteerr
etteerr etterer etterre ettrree ettrree ettrere ettreer ettreer ettrere etrerte etreret
etretre etreter etreetr etreert etrrete etrreet etrrtee etrrtee etrrete etrreet etrtree
etrtree etrtere etrteer etrteer etrtere etrerte etreret etretre etreter etreetr etreert
eterrte eterret etertre eterter eteretr eterert eterrte eterret etertre eterter eteretr
eterert etetrre etetrer etetrre etetrer eteterr eteterr eteertr eteerrt eteetrr eteetrr
eteertr eteerrt etrerte etreret etretre etreter etreetr etreert etrrete etrreet etrrtee
etrrtee etrrete etrreet etrtree etrtree etrtere etrteer etrteer etrtere etrerte etreret
etretre etreter etreetr etreert etterre etterer etterre etterer etteerr etteerr ettrere
ettreer ettrree ettrree ettrere ettreer ettrree ettrree ettrere ettreer ettreer ettrere
etterre etterer etterre etterer etteerr etteerr eteertr eteerrt eteetrr eteetrr eteertr
eteerrt eteretr eterert eterter etertre eterrte eterret etetrer etetrre eteterr eteterr
etetrer etetrre eterrte eterret etertre eterter eteretr eterert tereret tererte tereert
tereetr tereter teretre terreet terrete terreet terrete terrtee terrtee tereret tererte
tereert tereetr tereter teretre tertree tertree tertere terteer terteer tertere teerret
teerrte teerert teeretr teerter teertre teerret teerrte teerert teeretr teerter teertre
teeerrt teeertr teeerrt teeertr teeetrr teeetrr teetrer teetrre teeterr teeterr teetrer
teetrre tereret tererte tereert tereetr tereter teretre terreet terrete terreet terrete
terrtee terrtee tereret tererte tereert tereetr tereter teretre tertree tertree tertere
terteer terteer tertere teeerrt teeertr teeerrt teeertr teeetrr teeetrr teerert teeretr
teerret teerrte teertre teerter teerret teerrte teerert teeretr teerter teertre teetrre
teetrer teetrre teetrer teeterr teeterr teterer teterre teteerr teteerr teterer teterre
tetreer tetrere tetreer tetrere tetrree tetrree teterer teterre teteerr teteerr teterer
teterre tetrree tetrree tetrere tetreer tetreer tetrere treeret treerte treeert treeetr
treeter treetre trereet trerete trereet trerete trertee trertee treeret treerte treeert
treeetr treeter treetre tretree tretree tretere treteer treteer tretere treeret treerte
treeert treeetr treeter treetre trereet trerete trereet trerete trertee trertee treeret
treerte treeert treeetr treeter treetre tretree tretree tretere treteer treteer tretere
trreeet trreete trreeet trreete trretee trretee trreeet trreete trreeet trreete trretee
trretee trreeet trreete trreeet trreete trretee trretee trrteee trrteee trrteee trrteee
trrteee trrteee treeret treerte treeert treeetr treeter treetre trereet trerete trereet
trerete trertee trertee treeret treerte treeert treeetr treeter treetre tretree tretree
tretere treteer treteer tretere trteree trteree trteere trteeer trteeer trteere trtreee
trtreee trtreee trtreee trtreee trtreee trteree trteree trteere trteeer trteeer trteere
trteree trteree trteere trteeer trteeer trteere tereret tererte tereert tereetr tereter
teretre terreet terrete terreet terrete terrtee terrtee tereret tererte tereert tereetr
tereter teretre tertree tertree tertere terteer terteer tertere teerret teerrte teerert
teeretr teerter teertre teerret teerrte teerert teeretr teerter teertre teeerrt teeertr
teeerrt teeertr teeetrr teeetrr teetrer teetrre teeterr teeterr teetrer teetrre tereret
tererte tereert tereetr tereter teretre terreet terrete terreet terrete terrtee terrtee
tereret tererte tereert tereetr tereter teretre tertree tertree tertere terteer terteer
tertere teeerrt teeertr teeerrt teeertr teeetrr teeetrr teerert teeretr teerret teerrte
teertre teerter teerret teerrte teerert teeretr teerter teertre teetrre teetrer teetrre
teetrer teeterr teeterr teterer teterre teteerr teteerr teterer teterre tetreer tetrere
tetreer tetrere tetrree tetrree teterer teterre teteerr teteerr teterer teterre tetrree
tetrree tetrere tetreer tetreer tetrere trreeet trreete trreeet trreete trretee trretee
trreeet trreete trreeet trreete trretee trretee trreeet trreete trreeet trreete trretee
trretee trrteee trrteee trrteee trrteee trrteee trrteee trereet trerete trereet trerete
trertee trertee treeret treerte treeert treeetr treeter treetre treeert treeetr treeret
treerte treetre treeter treteer tretere treteer tretere tretree tretree treeret treerte
treeert treeetr treeter treetre trereet trerete trereet trerete trertee trertee treeret
treerte treeert treeetr treeter treetre tretree tretree tretere treteer treteer tretere
treeert treeetr treeret treerte treetre treeter treeert treeetr treeret treerte treetre
treeter trereet trerete trereet trerete trertee trertee tretere treteer tretree tretree
tretere treteer trteeer trteere trteeer trteere trteree trteree trteeer trteere trteeer
trteere trteree trteree trteeer trteere trteeer trteere trteree trteree trtreee trtreee
trtreee trtreee trtreee trtreee tereret tererte tereert tereetr tereter teretre terreet
terrete terreet terrete terrtee terrtee tereret tererte tereert tereetr tereter teretre
tertree tertree tertere terteer terteer tertere teerret teerrte teerert teeretr teerter
teertre teerret teerrte teerert teeretr teerter teertre teeerrt teeertr teeerrt teeertr
teeetrr teeetrr teetrer teetrre teeterr teeterr teetrer teetrre tereret tererte tereert
tereetr tereter teretre terreet terrete terreet terrete terrtee terrtee tereret tererte
tereert tereetr tereter teretre tertree tertree tertere terteer terteer tertere teeerrt
teeertr teeerrt teeertr teeetrr teeetrr teerert teeretr teerret teerrte teertre teerter
teerret teerrte teerert teeretr teerter teertre teetrre teetrer teetrre teetrer teeterr
teeterr teterer teterre teteerr teteerr teterer teterre tetreer tetrere tetreer tetrere
tetrree tetrree teterer teterre teteerr teteerr teterer teterre tetrree tetrree tetrere
tetreer tetreer tetrere ttreree ttreree ttreere ttreeer ttreeer ttreere ttrreee ttrreee
ttrreee ttrreee ttrreee ttrreee ttreree ttreree ttreere ttreeer ttreeer ttreere ttreree
ttreree ttreere ttreeer ttreeer ttreere tterree tterree tterere ttereer ttereer tterere
tterree tterree tterere ttereer ttereer tterere tteerre tteerer tteerre tteerer tteeerr
tteeerr tteerer tteerre tteeerr tteeerr tteerer tteerre ttreree ttreree ttreere ttreeer
ttreeer ttreere ttrreee ttrreee ttrreee ttrreee ttrreee ttrreee ttreree ttreree ttreere
ttreeer ttreeer ttreere ttreree ttreree ttreere ttreeer ttreeer ttreere tteerre tteerer
tteerre tteerer tteeerr tteeerr tterere ttereer tterree tterree tterere ttereer tterree
tterree tterere ttereer ttereer tterere tteerre tteerer tteerre tteerer tteeerr tteeerr
tteerer tteerre tteeerr tteeerr tteerer tteerre ttereer tterere ttereer tterere tterree
tterree tteerer tteerre tteeerr tteeerr tteerer tteerre tterree tterree tterere ttereer
ttereer tterere

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History of cryptography
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