easy ciphers

Easy Ciphers Tools:
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popular ciphers:

nequaquamque

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inappreciatively

greater

tsumebite

gynecium

cambios

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caingang

tenojoki

tortulous

liscusque

planuria

laughworthy

seeliger

locatamque


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: sigfrid
cipher variations:
tjhgsje ukihtkf vljiulg wmkjvmh xnlkwni
yomlxoj zpnmypk aqonzql brpoarm csqpbsn
dtrqcto eusrdup fvtsevq gwutfwr hxvugxs
iywvhyt jzxwizu kayxjav lbzykbw mcazlcx
ndbamdy oecbnez pfdcofa qgedpgb rhfeqhc

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: sigfrid
Cipher: hrtuirw

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: sigfrid
Cipher: BAAAB ABAAA AABBA AABAB BAAAA ABAAA AAABB

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: sigfrid
cipher variations:
tjhgsjedztqazknpfaipqxfrkqfwhvduyvcrlpeglilrnywruvhzieha
fxlsmxgpnxcunmzdjmcdsjtvwktyukihtkfeaurbaloqgbjqrygslrgx
iwevzwdsmqfhmjmsozxsvwiajfibgymtnyhqoydvonaekndetkuwxluz
vljiulgfbvscbmprhckrszhtmshyjxfwaxetnrginkntpaytwxjbkgjc
hznuozirpzewpobfloefulvxymvawmkjvmhgcwtdcnqsidlstaiuntiz
kygxbyfuoshjolouqbzuxykclhkdiaovpajsqafxqpcgmpfgvmwyznwb
xnlkwnihdxuedortjemtubjvoujalzhyczgvptikpmpvrcavyzldmile
jbpwqbktrbgyrqdhnqghwnxzaoxcyomlxojieyvfepsukfnuvckwpvkb
maizdahwqujlqnqwsdbwzamenjmfkcqxrcluschzsreiorhixoyabpyd
zpnmypkjfzwgfqtvlgovwdlxqwlcnbjaebixrvkmrorxtecxabnfokng
ldrysdmvtdiatsfjpsijypzbcqzeaqonzqlkgaxhgruwmhpwxemyrxmd
ockbfcjyswlnspsyufdybcogplohmesztenwuejbutgkqtjkzqacdraf
brpoarmlhbyihsvxniqxyfnzsynepdlcgdkztxmotqtzvgezcdphqmpi
nftaufoxvfkcvuhlruklarbdesbgcsqpbsnmiczjitwyojryzgoatzof
qemdhelauynpuruawhfadeqirnqjogubvgpywgldwvimsvlmbsceftch
dtrqctonjdakjuxzpkszahpbuapgrfneifmbvzoqvsvbxigbefrjsork
phvcwhqzxhmexwjntwmnctdfgudieusrdupokeblkvyaqltabiqcvbqh
sgofjgncwaprwtwcyjhcfgsktpslqiwdxirayinfyxkouxnodueghvej
fvtsevqplfcmlwzbrmubcjrdwcrithpgkhodxbqsxuxdzkidghtluqtm
rjxeyjsbzjogzylpvyopevfhiwfkgwutfwrqmgdnmxacsnvcdksexdsj
uiqhlipeycrtyvyealjehiumvrunskyfzktcakphazmqwzpqfwgijxgl
hxvugxsrnheonybdtowdeltfyetkvjrimjqfzdsuzwzfbmkfijvnwsvo
tlzgaludblqibanrxaqrgxhjkyhmiywvhytsoifpozceupxefmugzful
wksjnkrgaetvaxagcnlgjkwoxtwpumahbmvecmrjcbosybrshyiklzin
jzxwizutpjgqpadfvqyfgnvhagvmxltkolshbfuwbybhdomhklxpyuxq
vnbicnwfdnskdcptzcstizjlmajokayxjavuqkhrqbegwrzghowibhwn
ymulpmticgvxczciepnilmyqzvyrwocjdoxgeotledquadtujakmnbkp
lbzykbwvrlisrcfhxsahipxjcixoznvmqnujdhwydadjfqojmnzrawzs
xpdkepyhfpumfervbeuvkblnoclqmcazlcxwsmjtsdgiytbijqykdjyp
aownrovkeixzebekgrpknoasbxatyqelfqzigqvngfswcfvwlcmopdmr
ndbamdyxtnkutehjzucjkrzlekzqbpxospwlfjyafcflhsqlopbtcybu
zrfmgrajhrwohgtxdgwxmdnpqensoecbnezyuolvufikavdklsamflar
cqyptqxmgkzbgdgmitrmpqcudzcvasgnhsbkisxpihuyehxyneoqrfot
pfdcofazvpmwvgjlbwelmtbngmbsdrzqurynhlachehnjusnqrdveadw
bthoitcljtyqjivzfiyzofprsgpuqgedpgbawqnxwhkmcxfmnucohnct
esarvszoimbdifiokvtorsewfbexcuipjudmkuzrkjwagjzapgqsthqv
rhfeqhcbxroyxilndygnovdpioduftbswtapjncejgjplwupstfxgcfy
dvjqkvenlvaslkxbhkabqhrtuirwsigfridcyspzyjmoezhopweqjpev
guctxubqkodfkhkqmxvqtugyhdgzewkrlwfomwbtmlycilbcrisuvjsx

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: sigfrid
Cipher: fvtsevq

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: sigfrid
Cipher: 34422212244241

Extended Methods:
Method #1

Plaintext: sigfrid
method variations:
xomlwoictrqbtohywvgytndbamdy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s i g f r i d 
3 4 2 1 2 4 4 
4 2 2 2 4 2 1 
They are then read out in rows:
34212444222421
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: sigfrid
Cipher: sbrtgrb

Read more ...
Method #3

Plaintext: sigfrid
method variations:
tgbgtrl gbgtrlt bgtrltg
gtrltgb trltgbg rltgbgt
ltgbgtr

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: sigfrid

all 5040 cipher variations:
sigfrid sigfrdi sigfird sigfidr sigfdir sigfdri sigrfid sigrfdi sigrifd sigridf sigrdif
sigrdfi sigirfd sigirdf sigifrd sigifdr sigidfr sigidrf sigdrif sigdrfi sigdirf sigdifr
sigdfir sigdfri sifgrid sifgrdi sifgird sifgidr sifgdir sifgdri sifrgid sifrgdi sifrigd
sifridg sifrdig sifrdgi sifirgd sifirdg sifigrd sifigdr sifidgr sifidrg sifdrig sifdrgi
sifdirg sifdigr sifdgir sifdgri sirfgid sirfgdi sirfigd sirfidg sirfdig sirfdgi sirgfid
sirgfdi sirgifd sirgidf sirgdif sirgdfi sirigfd sirigdf sirifgd sirifdg siridfg siridgf
sirdgif sirdgfi sirdigf sirdifg sirdfig sirdfgi siifrgd siifrdg siifgrd siifgdr siifdgr
siifdrg siirfgd siirfdg siirgfd siirgdf siirdgf siirdfg siigrfd siigrdf siigfrd siigfdr
siigdfr siigdrf siidrgf siidrfg siidgrf siidgfr siidfgr siidfrg sidfrig sidfrgi sidfirg
sidfigr sidfgir sidfgri sidrfig sidrfgi sidrifg sidrigf sidrgif sidrgfi sidirfg sidirgf
sidifrg sidifgr sidigfr sidigrf sidgrif sidgrfi sidgirf sidgifr sidgfir sidgfri sgifrid
sgifrdi sgifird sgifidr sgifdir sgifdri sgirfid sgirfdi sgirifd sgiridf sgirdif sgirdfi
sgiirfd sgiirdf sgiifrd sgiifdr sgiidfr sgiidrf sgidrif sgidrfi sgidirf sgidifr sgidfir
sgidfri sgfirid sgfirdi sgfiird sgfiidr sgfidir sgfidri sgfriid sgfridi sgfriid sgfridi
sgfrdii sgfrdii sgfirid sgfirdi sgfiird sgfiidr sgfidir sgfidri sgfdrii sgfdrii sgfdiri
sgfdiir sgfdiir sgfdiri sgrfiid sgrfidi sgrfiid sgrfidi sgrfdii sgrfdii sgrifid sgrifdi
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sfgiird sfgiidr sfgidir sfgidri sfgriid sfgridi sfgriid sfgridi sfgrdii sfgrdii sfgirid
sfgirdi sfgiird sfgiidr sfgidir sfgidri sfgdrii sfgdrii sfgdiri sfgdiir sfgdiir sfgdiri
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sfiridg sfirgid sfirgdi sfirdgi sfirdig sfigrid sfigrdi sfigird sfigidr sfigdir sfigdri
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srfdgii srifgid srifgdi srifigd srifidg srifdig srifdgi srigfid srigfdi srigifd srigidf
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srdifig srdifgi srdiifg srdiigf srdigif srdigfi srdiifg srdiigf srdifig srdifgi srdigfi
srdigif srdgiif srdgifi srdgiif srdgifi srdgfii srdgfii sigfrid sigfrdi sigfird sigfidr
sigfdir sigfdri sigrfid sigrfdi sigrifd sigridf sigrdif sigrdfi sigirfd sigirdf sigifrd
sigifdr sigidfr sigidrf sigdrif sigdrfi sigdirf sigdifr sigdfir sigdfri sifgrid sifgrdi
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sirfgid sirfgdi sirfigd sirfidg sirfdig sirfdgi sirgfid sirgfdi sirgifd sirgidf sirgdif
sirgdfi sirigfd sirigdf sirifgd sirifdg siridfg siridgf sirdgif sirdgfi sirdigf sirdifg
sirdfig sirdfgi siifrgd siifrdg siifgrd siifgdr siifdgr siifdrg siirfgd siirfdg siirgfd
siirgdf siirdgf siirdfg siigrfd siigrdf siigfrd siigfdr siigdfr siigdrf siidrgf siidrfg
siidgrf siidgfr siidfgr siidfrg sidfrig sidfrgi sidfirg sidfigr sidfgir sidfgri sidrfig
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sidgrif sidgrfi sidgirf sidgifr sidgfir sidgfri sdgfrii sdgfrii sdgfiri sdgfiir sdgfiir
sdgfiri sdgrfii sdgrfii sdgrifi sdgriif sdgriif sdgrifi sdgirfi sdgirif sdgifri sdgifir
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sdigrfi sdigirf sdigifr sdigfir sdigfri isgfrid isgfrdi isgfird isgfidr isgfdir isgfdri
isgrfid isgrfdi isgrifd isgridf isgrdif isgrdfi isgirfd isgirdf isgifrd isgifdr isgidfr
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isfgdir isfgdri isfrgid isfrgdi isfrigd isfridg isfrdig isfrdgi isfirgd isfirdg isfigrd
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isrigdf isrifgd isrifdg isridfg isridgf isrdgif isrdgfi isrdigf isrdifg isrdfig isrdfgi
isifrgd isifrdg isifgrd isifgdr isifdgr isifdrg isirfgd isirfdg isirgfd isirgdf isirdgf
isirdfg isigrfd isigrdf isigfrd isigfdr isigdfr isigdrf isidrgf isidrfg isidgrf isidgfr
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isdgirf isdgifr isdgfir isdgfri igsfrid igsfrdi igsfird igsfidr igsfdir igsfdri igsrfid
igsrfdi igsrifd igsridf igsrdif igsrdfi igsirfd igsirdf igsifrd igsifdr igsidfr igsidrf
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irifgds irifdgs irifdsg irisfgd irisfdg irisgfd irisgdf irisdgf irisdfg irigsfd irigsdf
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irdisfg irdisgf irdifsg irdifgs irdigfs irdigsf irdgsif irdgsfi irdgisf irdgifs irdgfis
irdgfsi iigfrsd iigfrds iigfsrd iigfsdr iigfdsr iigfdrs iigrfsd iigrfds iigrsfd iigrsdf
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rsfgidi rsfgdii rsfgdii rsfigid rsfigdi rsfiigd rsfiidg rsfidig rsfidgi rsfiigd rsfiidg
rsfigid rsfigdi rsfidgi rsfidig rsfdiig rsfdigi rsfdiig rsfdigi rsfdgii rsfdgii rsifgid
rsifgdi rsifigd rsifidg rsifdig rsifdgi rsigfid rsigfdi rsigifd rsigidf rsigdif rsigdfi
rsiigfd rsiigdf rsiifgd rsiifdg rsiidfg rsiidgf rsidgif rsidgfi rsidigf rsidifg rsidfig
rsidfgi rsifigd rsifidg rsifgid rsifgdi rsifdgi rsifdig rsiifgd rsiifdg rsiigfd rsiigdf
rsiidgf rsiidfg rsigifd rsigidf rsigfid rsigfdi rsigdfi rsigdif rsidigf rsidifg rsidgif
rsidgfi rsidfgi rsidfig rsdfiig rsdfigi rsdfiig rsdfigi rsdfgii rsdfgii rsdifig rsdifgi
rsdiifg rsdiigf rsdigif rsdigfi rsdiifg rsdiigf rsdifig rsdifgi rsdigfi rsdigif rsdgiif
rsdgifi rsdgiif rsdgifi rsdgfii rsdgfii rigfsid rigfsdi rigfisd rigfids rigfdis rigfdsi
rigsfid rigsfdi rigsifd rigsidf rigsdif rigsdfi rigisfd rigisdf rigifsd rigifds rigidfs
rigidsf rigdsif rigdsfi rigdisf rigdifs rigdfis rigdfsi rifgsid rifgsdi rifgisd rifgids
rifgdis rifgdsi rifsgid rifsgdi rifsigd rifsidg rifsdig rifsdgi rifisgd rifisdg rifigsd
rifigds rifidgs rifidsg rifdsig rifdsgi rifdisg rifdigs rifdgis rifdgsi risfgid risfgdi
risfigd risfidg risfdig risfdgi risgfid risgfdi risgifd risgidf risgdif risgdfi risigfd
risigdf risifgd risifdg risidfg risidgf risdgif risdgfi risdigf risdifg risdfig risdfgi
riifsgd riifsdg riifgsd riifgds riifdgs riifdsg riisfgd riisfdg riisgfd riisgdf riisdgf
riisdfg riigsfd riigsdf riigfsd riigfds riigdfs riigdsf riidsgf riidsfg riidgsf riidgfs
riidfgs riidfsg ridfsig ridfsgi ridfisg ridfigs ridfgis ridfgsi ridsfig ridsfgi ridsifg
ridsigf ridsgif ridsgfi ridisfg ridisgf ridifsg ridifgs ridigfs ridigsf ridgsif ridgsfi
ridgisf ridgifs ridgfis ridgfsi rdgfsii rdgfsii rdgfisi rdgfiis rdgfiis rdgfisi rdgsfii
rdgsfii rdgsifi rdgsiif rdgsiif rdgsifi rdgisfi rdgisif rdgifsi rdgifis rdgiifs rdgiisf
rdgisif rdgisfi rdgiisf rdgiifs rdgifis rdgifsi rdfgsii rdfgsii rdfgisi rdfgiis rdfgiis
rdfgisi rdfsgii rdfsgii rdfsigi rdfsiig rdfsiig rdfsigi rdfisgi rdfisig rdfigsi rdfigis
rdfiigs rdfiisg rdfisig rdfisgi rdfiisg rdfiigs rdfigis rdfigsi rdsfgii rdsfgii rdsfigi
rdsfiig rdsfiig rdsfigi rdsgfii rdsgfii rdsgifi rdsgiif rdsgiif rdsgifi rdsigfi rdsigif
rdsifgi rdsifig rdsiifg rdsiigf rdsigif rdsigfi rdsiigf rdsiifg rdsifig rdsifgi rdifsgi
rdifsig rdifgsi rdifgis rdifigs rdifisg rdisfgi rdisfig rdisgfi rdisgif rdisigf rdisifg
rdigsfi rdigsif rdigfsi rdigfis rdigifs rdigisf rdiisgf rdiisfg rdiigsf rdiigfs rdiifgs
rdiifsg rdifsig rdifsgi rdifisg rdifigs rdifgis rdifgsi rdisfig rdisfgi rdisifg rdisigf
rdisgif rdisgfi rdiisfg rdiisgf rdiifsg rdiifgs rdiigfs rdiigsf rdigsif rdigsfi rdigisf
rdigifs rdigfis rdigfsi iigfrsd iigfrds iigfsrd iigfsdr iigfdsr iigfdrs iigrfsd iigrfds
iigrsfd iigrsdf iigrdsf iigrdfs iigsrfd iigsrdf iigsfrd iigsfdr iigsdfr iigsdrf iigdrsf
iigdrfs iigdsrf iigdsfr iigdfsr iigdfrs iifgrsd iifgrds iifgsrd iifgsdr iifgdsr iifgdrs
iifrgsd iifrgds iifrsgd iifrsdg iifrdsg iifrdgs iifsrgd iifsrdg iifsgrd iifsgdr iifsdgr
iifsdrg iifdrsg iifdrgs iifdsrg iifdsgr iifdgsr iifdgrs iirfgsd iirfgds iirfsgd iirfsdg
iirfdsg iirfdgs iirgfsd iirgfds iirgsfd iirgsdf iirgdsf iirgdfs iirsgfd iirsgdf iirsfgd
iirsfdg iirsdfg iirsdgf iirdgsf iirdgfs iirdsgf iirdsfg iirdfsg iirdfgs iisfrgd iisfrdg
iisfgrd iisfgdr iisfdgr iisfdrg iisrfgd iisrfdg iisrgfd iisrgdf iisrdgf iisrdfg iisgrfd
iisgrdf iisgfrd iisgfdr iisgdfr iisgdrf iisdrgf iisdrfg iisdgrf iisdgfr iisdfgr iisdfrg
iidfrsg iidfrgs iidfsrg iidfsgr iidfgsr iidfgrs iidrfsg iidrfgs iidrsfg iidrsgf iidrgsf
iidrgfs iidsrfg iidsrgf iidsfrg iidsfgr iidsgfr iidsgrf iidgrsf iidgrfs iidgsrf iidgsfr
iidgfsr iidgfrs igifrsd igifrds igifsrd igifsdr igifdsr igifdrs igirfsd igirfds igirsfd
igirsdf igirdsf igirdfs igisrfd igisrdf igisfrd igisfdr igisdfr igisdrf igidrsf igidrfs
igidsrf igidsfr igidfsr igidfrs igfirsd igfirds igfisrd igfisdr igfidsr igfidrs igfrisd
igfrids igfrsid igfrsdi igfrdsi igfrdis igfsrid igfsrdi igfsird igfsidr igfsdir igfsdri
igfdrsi igfdris igfdsri igfdsir igfdisr igfdirs igrfisd igrfids igrfsid igrfsdi igrfdsi
igrfdis igrifsd igrifds igrisfd igrisdf igridsf igridfs igrsifd igrsidf igrsfid igrsfdi
igrsdfi igrsdif igrdisf igrdifs igrdsif igrdsfi igrdfsi igrdfis igsfrid igsfrdi igsfird
igsfidr igsfdir igsfdri igsrfid igsrfdi igsrifd igsridf igsrdif igsrdfi igsirfd igsirdf
igsifrd igsifdr igsidfr igsidrf igsdrif igsdrfi igsdirf igsdifr igsdfir igsdfri igdfrsi
igdfris igdfsri igdfsir igdfisr igdfirs igdrfsi igdrfis igdrsfi igdrsif igdrisf igdrifs
igdsrfi igdsrif igdsfri igdsfir igdsifr igdsirf igdirsf igdirfs igdisrf igdisfr igdifsr
igdifrs ifgirsd ifgirds ifgisrd ifgisdr ifgidsr ifgidrs ifgrisd ifgrids ifgrsid ifgrsdi
ifgrdsi ifgrdis ifgsrid ifgsrdi ifgsird ifgsidr ifgsdir ifgsdri ifgdrsi ifgdris ifgdsri
ifgdsir ifgdisr ifgdirs ifigrsd ifigrds ifigsrd ifigsdr ifigdsr ifigdrs ifirgsd ifirgds
ifirsgd ifirsdg ifirdsg ifirdgs ifisrgd ifisrdg ifisgrd ifisgdr ifisdgr ifisdrg ifidrsg
ifidrgs ifidsrg ifidsgr ifidgsr ifidgrs ifrigsd ifrigds ifrisgd ifrisdg ifridsg ifridgs
ifrgisd ifrgids ifrgsid ifrgsdi ifrgdsi ifrgdis ifrsgid ifrsgdi ifrsigd ifrsidg ifrsdig
ifrsdgi ifrdgsi ifrdgis ifrdsgi ifrdsig ifrdisg ifrdigs ifsirgd ifsirdg ifsigrd ifsigdr
ifsidgr ifsidrg ifsrigd ifsridg ifsrgid ifsrgdi ifsrdgi ifsrdig ifsgrid ifsgrdi ifsgird
ifsgidr ifsgdir ifsgdri ifsdrgi ifsdrig ifsdgri ifsdgir ifsdigr ifsdirg ifdirsg ifdirgs
ifdisrg ifdisgr ifdigsr ifdigrs ifdrisg ifdrigs ifdrsig ifdrsgi ifdrgsi ifdrgis ifdsrig
ifdsrgi ifdsirg ifdsigr ifdsgir ifdsgri ifdgrsi ifdgris ifdgsri ifdgsir ifdgisr ifdgirs
irgfisd irgfids irgfsid irgfsdi irgfdsi irgfdis irgifsd irgifds irgisfd irgisdf irgidsf
irgidfs irgsifd irgsidf irgsfid irgsfdi irgsdfi irgsdif irgdisf irgdifs irgdsif irgdsfi
irgdfsi irgdfis irfgisd irfgids irfgsid irfgsdi irfgdsi irfgdis irfigsd irfigds irfisgd
irfisdg irfidsg irfidgs irfsigd irfsidg irfsgid irfsgdi irfsdgi irfsdig irfdisg irfdigs
irfdsig irfdsgi irfdgsi irfdgis irifgsd irifgds irifsgd irifsdg irifdsg irifdgs irigfsd
irigfds irigsfd irigsdf irigdsf irigdfs irisgfd irisgdf irisfgd irisfdg irisdfg irisdgf
iridgsf iridgfs iridsgf iridsfg iridfsg iridfgs irsfigd irsfidg irsfgid irsfgdi irsfdgi
irsfdig irsifgd irsifdg irsigfd irsigdf irsidgf irsidfg irsgifd irsgidf irsgfid irsgfdi
irsgdfi irsgdif irsdigf irsdifg irsdgif irsdgfi irsdfgi irsdfig irdfisg irdfigs irdfsig
irdfsgi irdfgsi irdfgis irdifsg irdifgs irdisfg irdisgf irdigsf irdigfs irdsifg irdsigf
irdsfig irdsfgi irdsgfi irdsgif irdgisf irdgifs irdgsif irdgsfi irdgfsi irdgfis isgfrid
isgfrdi isgfird isgfidr isgfdir isgfdri isgrfid isgrfdi isgrifd isgridf isgrdif isgrdfi
isgirfd isgirdf isgifrd isgifdr isgidfr isgidrf isgdrif isgdrfi isgdirf isgdifr isgdfir
isgdfri isfgrid isfgrdi isfgird isfgidr isfgdir isfgdri isfrgid isfrgdi isfrigd isfridg
isfrdig isfrdgi isfirgd isfirdg isfigrd isfigdr isfidgr isfidrg isfdrig isfdrgi isfdirg
isfdigr isfdgir isfdgri isrfgid isrfgdi isrfigd isrfidg isrfdig isrfdgi isrgfid isrgfdi
isrgifd isrgidf isrgdif isrgdfi isrigfd isrigdf isrifgd isrifdg isridfg isridgf isrdgif
isrdgfi isrdigf isrdifg isrdfig isrdfgi isifrgd isifrdg isifgrd isifgdr isifdgr isifdrg
isirfgd isirfdg isirgfd isirgdf isirdgf isirdfg isigrfd isigrdf isigfrd isigfdr isigdfr
isigdrf isidrgf isidrfg isidgrf isidgfr isidfgr isidfrg isdfrig isdfrgi isdfirg isdfigr
isdfgir isdfgri isdrfig isdrfgi isdrifg isdrigf isdrgif isdrgfi isdirfg isdirgf isdifrg
isdifgr isdigfr isdigrf isdgrif isdgrfi isdgirf isdgifr isdgfir isdgfri idgfrsi idgfris
idgfsri idgfsir idgfisr idgfirs idgrfsi idgrfis idgrsfi idgrsif idgrisf idgrifs idgsrfi
idgsrif idgsfri idgsfir idgsifr idgsirf idgirsf idgirfs idgisrf idgisfr idgifsr idgifrs
idfgrsi idfgris idfgsri idfgsir idfgisr idfgirs idfrgsi idfrgis idfrsgi idfrsig idfrisg
idfrigs idfsrgi idfsrig idfsgri idfsgir idfsigr idfsirg idfirsg idfirgs idfisrg idfisgr
idfigsr idfigrs idrfgsi idrfgis idrfsgi idrfsig idrfisg idrfigs idrgfsi idrgfis idrgsfi
idrgsif idrgisf idrgifs idrsgfi idrsgif idrsfgi idrsfig idrsifg idrsigf idrigsf idrigfs
idrisgf idrisfg idrifsg idrifgs idsfrgi idsfrig idsfgri idsfgir idsfigr idsfirg idsrfgi
idsrfig idsrgfi idsrgif idsrigf idsrifg idsgrfi idsgrif idsgfri idsgfir idsgifr idsgirf
idsirgf idsirfg idsigrf idsigfr idsifgr idsifrg idifrsg idifrgs idifsrg idifsgr idifgsr
idifgrs idirfsg idirfgs idirsfg idirsgf idirgsf idirgfs idisrfg idisrgf idisfrg idisfgr
idisgfr idisgrf idigrsf idigrfs idigsrf idigsfr idigfsr idigfrs digfris digfrsi digfirs
digfisr digfsir digfsri digrfis digrfsi digrifs digrisf digrsif digrsfi digirfs digirsf
digifrs digifsr digisfr digisrf digsrif digsrfi digsirf digsifr digsfir digsfri difgris
difgrsi difgirs difgisr difgsir difgsri difrgis difrgsi difrigs difrisg difrsig difrsgi
difirgs difirsg difigrs difigsr difisgr difisrg difsrig difsrgi difsirg difsigr difsgir
difsgri dirfgis dirfgsi dirfigs dirfisg dirfsig dirfsgi dirgfis dirgfsi dirgifs dirgisf
dirgsif dirgsfi dirigfs dirigsf dirifgs dirifsg dirisfg dirisgf dirsgif dirsgfi dirsigf
dirsifg dirsfig dirsfgi diifrgs diifrsg diifgrs diifgsr diifsgr diifsrg diirfgs diirfsg
diirgfs diirgsf diirsgf diirsfg diigrfs diigrsf diigfrs diigfsr diigsfr diigsrf diisrgf
diisrfg diisgrf diisgfr diisfgr diisfrg disfrig disfrgi disfirg disfigr disfgir disfgri
disrfig disrfgi disrifg disrigf disrgif disrgfi disirfg disirgf disifrg disifgr disigfr
disigrf disgrif disgrfi disgirf disgifr disgfir disgfri dgifris dgifrsi dgifirs dgifisr
dgifsir dgifsri dgirfis dgirfsi dgirifs dgirisf dgirsif dgirsfi dgiirfs dgiirsf dgiifrs
dgiifsr dgiisfr dgiisrf dgisrif dgisrfi dgisirf dgisifr dgisfir dgisfri dgfiris dgfirsi
dgfiirs dgfiisr dgfisir dgfisri dgfriis dgfrisi dgfriis dgfrisi dgfrsii dgfrsii dgfiris
dgfirsi dgfiirs dgfiisr dgfisir dgfisri dgfsrii dgfsrii dgfsiri dgfsiir dgfsiir dgfsiri
dgrfiis dgrfisi dgrfiis dgrfisi dgrfsii dgrfsii dgrifis dgrifsi dgriifs dgriisf dgrisif
dgrisfi dgriifs dgriisf dgrifis dgrifsi dgrisfi dgrisif dgrsiif dgrsifi dgrsiif dgrsifi
dgrsfii dgrsfii dgifris dgifrsi dgifirs dgifisr dgifsir dgifsri dgirfis dgirfsi dgirifs
dgirisf dgirsif dgirsfi dgiirfs dgiirsf dgiifrs dgiifsr dgiisfr dgiisrf dgisrif dgisrfi
dgisirf dgisifr dgisfir dgisfri dgsfrii dgsfrii dgsfiri dgsfiir dgsfiir dgsfiri dgsrfii
dgsrfii dgsrifi dgsriif dgsriif dgsrifi dgsirfi dgsirif dgsifri dgsifir dgsiifr dgsiirf
dgsirif dgsirfi dgsiirf dgsiifr dgsifir dgsifri dfgiris dfgirsi dfgiirs dfgiisr dfgisir
dfgisri dfgriis dfgrisi dfgriis dfgrisi dfgrsii dfgrsii dfgiris dfgirsi dfgiirs dfgiisr
dfgisir dfgisri dfgsrii dfgsrii dfgsiri dfgsiir dfgsiir dfgsiri dfigris dfigrsi dfigirs
dfigisr dfigsir dfigsri dfirgis dfirgsi dfirigs dfirisg dfirsig dfirsgi dfiirgs dfiirsg
dfiigrs dfiigsr dfiisgr dfiisrg dfisrig dfisrgi dfisirg dfisigr dfisgir dfisgri dfrigis
dfrigsi dfriigs dfriisg dfrisig dfrisgi dfrgiis dfrgisi dfrgiis dfrgisi dfrgsii dfrgsii
dfrigis dfrigsi dfriigs dfriisg dfrisig dfrisgi dfrsgii dfrsgii dfrsigi dfrsiig dfrsiig
dfrsigi dfiirgs dfiirsg dfiigrs dfiigsr dfiisgr dfiisrg dfirigs dfirisg dfirgis dfirgsi
dfirsgi dfirsig dfigris dfigrsi dfigirs dfigisr dfigsir dfigsri dfisrgi dfisrig dfisgri
dfisgir dfisigr dfisirg dfsirig dfsirgi dfsiirg dfsiigr dfsigir dfsigri dfsriig dfsrigi
dfsriig dfsrigi dfsrgii dfsrgii dfsirig dfsirgi dfsiirg dfsiigr dfsigir dfsigri dfsgrii
dfsgrii dfsgiri dfsgiir dfsgiir dfsgiri drgfiis drgfisi drgfiis drgfisi drgfsii drgfsii
drgifis drgifsi drgiifs drgiisf drgisif drgisfi drgiifs drgiisf drgifis drgifsi drgisfi
drgisif drgsiif drgsifi drgsiif drgsifi drgsfii drgsfii drfgiis drfgisi drfgiis drfgisi
drfgsii drfgsii drfigis drfigsi drfiigs drfiisg drfisig drfisgi drfiigs drfiisg drfigis
drfigsi drfisgi drfisig drfsiig drfsigi drfsiig drfsigi drfsgii drfsgii drifgis drifgsi
drifigs drifisg drifsig drifsgi drigfis drigfsi drigifs drigisf drigsif drigsfi driigfs
driigsf driifgs driifsg driisfg driisgf drisgif drisgfi drisigf drisifg drisfig drisfgi
drifigs drifisg drifgis drifgsi drifsgi drifsig driifgs driifsg driigfs driigsf driisgf
driisfg drigifs drigisf drigfis drigfsi drigsfi drigsif drisigf drisifg drisgif drisgfi
drisfgi drisfig drsfiig drsfigi drsfiig drsfigi drsfgii drsfgii drsifig drsifgi drsiifg
drsiigf drsigif drsigfi drsiifg drsiigf drsifig drsifgi drsigfi drsigif drsgiif drsgifi
drsgiif drsgifi drsgfii drsgfii digfris digfrsi digfirs digfisr digfsir digfsri digrfis
digrfsi digrifs digrisf digrsif digrsfi digirfs digirsf digifrs digifsr digisfr digisrf
digsrif digsrfi digsirf digsifr digsfir digsfri difgris difgrsi difgirs difgisr difgsir
difgsri difrgis difrgsi difrigs difrisg difrsig difrsgi difirgs difirsg difigrs difigsr
difisgr difisrg difsrig difsrgi difsirg difsigr difsgir difsgri dirfgis dirfgsi dirfigs
dirfisg dirfsig dirfsgi dirgfis dirgfsi dirgifs dirgisf dirgsif dirgsfi dirigfs dirigsf
dirifgs dirifsg dirisfg dirisgf dirsgif dirsgfi dirsigf dirsifg dirsfig dirsfgi diifrgs
diifrsg diifgrs diifgsr diifsgr diifsrg diirfgs diirfsg diirgfs diirgsf diirsgf diirsfg
diigrfs diigrsf diigfrs diigfsr diigsfr diigsrf diisrgf diisrfg diisgrf diisgfr diisfgr
diisfrg disfrig disfrgi disfirg disfigr disfgir disfgri disrfig disrfgi disrifg disrigf
disrgif disrgfi disirfg disirgf disifrg disifgr disigfr disigrf disgrif disgrfi disgirf
disgifr disgfir disgfri dsgfrii dsgfrii dsgfiri dsgfiir dsgfiir dsgfiri dsgrfii dsgrfii
dsgrifi dsgriif dsgriif dsgrifi dsgirfi dsgirif dsgifri dsgifir dsgiifr dsgiirf dsgirif
dsgirfi dsgiirf dsgiifr dsgifir dsgifri dsfgrii dsfgrii dsfgiri dsfgiir dsfgiir dsfgiri
dsfrgii dsfrgii dsfrigi dsfriig dsfriig dsfrigi dsfirgi dsfirig dsfigri dsfigir dsfiigr
dsfiirg dsfirig dsfirgi dsfiirg dsfiigr dsfigir dsfigri dsrfgii dsrfgii dsrfigi dsrfiig
dsrfiig dsrfigi dsrgfii dsrgfii dsrgifi dsrgiif dsrgiif dsrgifi dsrigfi dsrigif dsrifgi
dsrifig dsriifg dsriigf dsrigif dsrigfi dsriigf dsriifg dsrifig dsrifgi dsifrgi dsifrig
dsifgri dsifgir dsifigr dsifirg dsirfgi dsirfig dsirgfi dsirgif dsirigf dsirifg dsigrfi
dsigrif dsigfri dsigfir dsigifr dsigirf dsiirgf dsiirfg dsiigrf dsiigfr dsiifgr dsiifrg
dsifrig dsifrgi dsifirg dsifigr dsifgir dsifgri dsirfig dsirfgi dsirifg dsirigf dsirgif
dsirgfi dsiirfg dsiirgf dsiifrg dsiifgr dsiigfr dsiigrf dsigrif dsigrfi dsigirf dsigifr
dsigfir dsigfri

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History of cryptography
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