easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

venum

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musis

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nephremia

sophistical

quercibus

saganash

dixissent

properitoneal

cuddled

referanturque


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: shaanxi
cipher variations:
tibboyj ujccpzk vkddqal wleerbm xmffscn
ynggtdo zohhuep apiivfq bqjjwgr crkkxhs
dsllyit etmmzju funnakv gvooblw hwppcmx
ixqqdny jyrreoz kzssfpa lattgqb mbuuhrc
ncvvisd odwwjte pexxkuf qfyylvg rgzzmwh

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: shaanxi
Cipher: hszzmcr

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: shaanxi
Cipher: BAAAB AABBB AAAAA AAAAA ABBAA BABAB ABAAA

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: shaanxi
cipher variations:
tibboyjdwbbosznkbbompxybbogfhmbboavrabboullcbboirvqbboch
febbowxpsbboqnzgbbokdjubboetujccpzkexccptaolccpnqyzccphg
inccpbwsbccpvmmdccpjswrccpdigfccpxyqtccproahccplekvccpfu
vkddqalfyddqubpmddqorzaddqihjoddqcxtcddqwnneddqktxsddqej
hgddqyzruddqspbiddqmflwddqgvwleerbmgzeervcqneerpsabeerji
kpeerdyudeerxoofeerluyteerfkiheerzasveertqcjeerngmxeerhw
xmffscnhaffswdroffsqtbcffskjlqffsezveffsyppgffsmvzuffsgl
jiffsabtwffsurdkffsohnyffsixynggtdoibggtxespggtrucdggtlk
mrggtfawfggtzqqhggtnwavggthmkjggtbcuxggtvselggtpiozggtjy
zohhuepjchhuyftqhhusvdehhumlnshhugbxghhuarrihhuoxbwhhuin
lkhhucdvyhhuwtfmhhuqjpahhukzapiivfqkdiivzguriivtwefiivnm
otiivhcyhiivbssjiivpycxiivjomliivdewziivxugniivrkqbiivla
bqjjwgrlejjwahvsjjwuxfgjjwonpujjwidzijjwcttkjjwqzdyjjwkp
nmjjwefxajjwyvhojjwslrcjjwmbcrkkxhsmfkkxbiwtkkxvyghkkxpo
qvkkxjeajkkxduulkkxraezkkxlqonkkxfgybkkxzwipkkxtmsdkkxnc
dsllyitngllycjxullywzhillyqprwllykfbkllyevvmllysbfallymr
pollyghzcllyaxjqllyuntellyodetmmzjuohmmzdkyvmmzxaijmmzrq
sxmmzlgclmmzfwwnmmztcgbmmznsqpmmzhiadmmzbykrmmzvoufmmzpe
funnakvpinnaelzwnnaybjknnasrtynnamhdmnnagxxonnaudhcnnaot
rqnnaijbennaczlsnnawpvgnnaqfgvooblwqjoobfmaxoobzckloobts
uzoobnienoobhyypoobveidoobpusroobjkcfoobdamtoobxqwhoobrg
hwppcmxrkppcgnbyppcadlmppcutvappcojfoppcizzqppcwfjeppcqv
tsppckldgppcebnuppcyrxippcshixqqdnyslqqdhoczqqdbemnqqdvu
wbqqdpkgpqqdjaarqqdxgkfqqdrwutqqdlmehqqdfcovqqdzsyjqqdti
jyrreoztmrreipdarrecfnorrewvxcrreqlhqrrekbbsrreyhlgrresx
vurremnfirregdpwrreatzkrreujkzssfpaunssfjqebssfdgopssfxw
ydssfrmirssflcctssfzimhssftywvssfnogjssfheqxssfbualssfvk
lattgqbvottgkrfcttgehpqttgyxzettgsnjsttgmdduttgajnittguz
xwttgophkttgifryttgcvbmttgwlmbuuhrcwpuuhlsgduuhfiqruuhzy
afuuhtoktuuhneevuuhbkojuuhvayxuuhpqiluuhjgszuuhdwcnuuhxm
ncvvisdxqvvimthevvigjrsvviazbgvviupluvvioffwvviclpkvviwb
zyvviqrjmvvikhtavviexdovviynodwwjteyrwwjnuifwwjhkstwwjba
chwwjvqmvwwjpggxwwjdmqlwwjxcazwwjrsknwwjliubwwjfyepwwjzo
pexxkufzsxxkovjgxxkiltuxxkcbdixxkwrnwxxkqhhyxxkenrmxxkyd
baxxkstloxxkmjvcxxkgzfqxxkapqfyylvgatyylpwkhyyljmuvyyldc
ejyylxsoxyylriizyylfosnyylzecbyyltumpyylnkwdyylhagryylbq
rgzzmwhbuzzmqxlizzmknvwzzmedfkzzmytpyzzmsjjazzmgptozzmaf
dczzmuvnqzzmolxezzmibhszzmcrshaanxicvaanrymjaanlowxaanfe
glaanzuqzaantkkbaanhqupaanbgedaanvworaanpmyfaanjcitaands

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: shaanxi
Cipher: funnakv

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: shaanxi
Cipher: 34321111333542

Extended Methods:
Method #1

Plaintext: shaanxi
method variations:
xnffscocsllxhthxqqcnyncvvhsd

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s h a a n x i 
3 3 1 1 3 3 4 
4 2 1 1 3 5 2 
They are then read out in rows:
33113344211352
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: shaanxi
Cipher: nantblk

Read more ...
Method #3

Plaintext: shaanxi
method variations:
obalnum balnumo alnumob
lnumoba numobal umobaln
mobalnu

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: shaanxi

all 5040 cipher variations:
shaanxi shaanix shaaxni shaaxin shaaixn shaainx shanaxi shanaix shanxai shanxia shanixa
shaniax shaxnai shaxnia shaxani shaxain shaxian shaxina shainxa shainax shaixna shaixan
shaiaxn shaianx shaanxi shaanix shaaxni shaaxin shaaixn shaainx shanaxi shanaix shanxai
shanxia shanixa shaniax shaxnai shaxnia shaxani shaxain shaxian shaxina shainxa shainax
shaixna shaixan shaiaxn shaianx shnaaxi shnaaix shnaxai shnaxia shnaixa shnaiax shnaaxi
shnaaix shnaxai shnaxia shnaixa shnaiax shnxaai shnxaia shnxaai shnxaia shnxiaa shnxiaa
shniaxa shniaax shnixaa shnixaa shniaxa shniaax shxanai shxania shxaani shxaain shxaian
shxaina shxnaai shxnaia shxnaai shxnaia shxniaa shxniaa shxanai shxania shxaani shxaain
shxaian shxaina shxinaa shxinaa shxiana shxiaan shxiaan shxiana shianxa shianax shiaxna
shiaxan shiaaxn shiaanx shinaxa shinaax shinxaa shinxaa shinaxa shinaax shixnaa shixnaa
shixana shixaan shixaan shixana shianxa shianax shiaxna shiaxan shiaaxn shiaanx sahanxi
sahanix sahaxni sahaxin sahaixn sahainx sahnaxi sahnaix sahnxai sahnxia sahnixa sahniax
sahxnai sahxnia sahxani sahxain sahxian sahxina sahinxa sahinax sahixna sahixan sahiaxn
sahianx saahnxi saahnix saahxni saahxin saahixn saahinx saanhxi saanhix saanxhi saanxih
saanixh saanihx saaxnhi saaxnih saaxhni saaxhin saaxihn saaxinh saainxh saainhx saaixnh
saaixhn saaihxn saaihnx sanahxi sanahix sanaxhi sanaxih sanaixh sanaihx sanhaxi sanhaix
sanhxai sanhxia sanhixa sanhiax sanxhai sanxhia sanxahi sanxaih sanxiah sanxiha sanihxa
sanihax sanixha sanixah saniaxh saniahx saxanhi saxanih saxahni saxahin saxaihn saxainh
saxnahi saxnaih saxnhai saxnhia saxniha saxniah saxhnai saxhnia saxhani saxhain saxhian
saxhina saxinha saxinah saxihna saxihan saxiahn saxianh saianxh saianhx saiaxnh saiaxhn
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hxansai hxansia hxanisa hxanias hxasnai hxasnia hxasani hxasain hxasian hxasina hxainsa
hxainas hxaisna hxaisan hxaiasn hxaians hxnaasi hxnaais hxnasai hxnasia hxnaisa hxnaias
hxnaasi hxnaais hxnasai hxnasia hxnaisa hxnaias hxnsaai hxnsaia hxnsaai hxnsaia hxnsiaa
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hiansax hiaxnas hiaxnsa hiaxans hiaxasn hiaxsan hiaxsna hiasnxa hiasnax hiasxna hiasxan
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hixasan hixasna hixsnaa hixsnaa hixsana hixsaan hixsaan hixsana hisanxa hisanax hisaxna
hisaxan hisaaxn hisaanx hisnaxa hisnaax hisnxaa hisnxaa hisnaxa hisnaax hisxnaa hisxnaa
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axsainh axsnahi axsnaih axsnhai axsnhia axsniha axsniah axshnai axshnia axshani axshain
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axniash axhansi axhanis axhasni axhasin axhaisn axhains axhnasi axhnais axhnsai axhnsia
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axhisan axhiasn axhians axianhs axiansh axiahns axiahsn axiashn axiasnh axinahs axinash
axinhas axinhsa axinsha axinsah axihnas axihnsa axihans axihasn axihsan axihsna axisnha
axisnah axishna axishan axisahn axisanh aisanxh aisanhx aisaxnh aisaxhn aisahxn aisahnx
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ahsxian ahsxina ahsinxa ahsinax ahsixna ahsixan ahsiaxn ahsianx ahnsaxi ahnsaix ahnsxai
ahnsxia ahnsixa ahnsiax ahnasxi ahnasix ahnaxsi ahnaxis ahnaixs ahnaisx ahnxasi ahnxais
ahnxsai ahnxsia ahnxisa ahnxias ahniaxs ahniasx ahnixas ahnixsa ahnisxa ahnisax ahxsnai
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ahxisna ahisnxa ahisnax ahisxna ahisxan ahisaxn ahisanx ahinsxa ahinsax ahinxsa ahinxas
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aasxinh aasinxh aasinhx aasixnh aasixhn aasihxn aasihnx aanshxi aanshix aansxhi aansxih
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aainhsx aaixnsh aaixnhs aaixsnh aaixshn aaixhsn aaixhns aaihnxs aaihnsx aaihxns aaihxsn
aaihsxn aaihsnx asahnxi asahnix asahxni asahxin asahixn asahinx asanhxi asanhix asanxhi
asanxih asanixh asanihx asaxnhi asaxnih asaxhni asaxhin asaxihn asaxinh asainxh asainhx
asaixnh asaixhn asaihxn asaihnx ashanxi ashanix ashaxni ashaxin ashaixn ashainx ashnaxi
ashnaix ashnxai ashnxia ashnixa ashniax ashxnai ashxnia ashxani ashxain ashxian ashxina
ashinxa ashinax ashixna ashixan ashiaxn ashianx asnhaxi asnhaix asnhxai asnhxia asnhixa
asnhiax asnahxi asnahix asnaxhi asnaxih asnaixh asnaihx asnxahi asnxaih asnxhai asnxhia
asnxiha asnxiah asniaxh asniahx asnixah asnixha asnihxa asnihax asxhnai asxhnia asxhani
asxhain asxhian asxhina asxnhai asxnhia asxnahi asxnaih asxniah asxniha asxanhi asxanih
asxahni asxahin asxaihn asxainh asxinah asxinha asxianh asxiahn asxihan asxihna asihnxa
asihnax asihxna asihxan asihaxn asihanx asinhxa asinhax asinxha asinxah asinaxh asinahx
asixnha asixnah asixhna asixhan asixahn asixanh asianxh asianhx asiaxnh asiaxhn asiahxn
asiahnx anashxi anashix anasxhi anasxih anasixh anasihx anahsxi anahsix anahxsi anahxis
anahixs anahisx anaxhsi anaxhis anaxshi anaxsih anaxish anaxihs anaihxs anaihsx anaixhs
anaixsh anaisxh anaishx ansahxi ansahix ansaxhi ansaxih ansaixh ansaihx anshaxi anshaix
anshxai anshxia anshixa anshiax ansxhai ansxhia ansxahi ansxaih ansxiah ansxiha ansihxa
ansihax ansixha ansixah ansiaxh ansiahx anhsaxi anhsaix anhsxai anhsxia anhsixa anhsiax
anhasxi anhasix anhaxsi anhaxis anhaixs anhaisx anhxasi anhxais anhxsai anhxsia anhxisa
anhxias anhiaxs anhiasx anhixas anhixsa anhisxa anhisax anxshai anxshia anxsahi anxsaih
anxsiah anxsiha anxhsai anxhsia anxhasi anxhais anxhias anxhisa anxahsi anxahis anxashi
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anisxha anisxah anisaxh anisahx anihsxa anihsax anihxsa anihxas anihaxs anihasx anixhsa
anixhas anixsha anixsah anixash anixahs aniahxs aniahsx aniaxhs aniaxsh aniasxh aniashx
axasnhi axasnih axashni axashin axasihn axasinh axanshi axansih axanhsi axanhis axanihs
axanish axahnsi axahnis axahsni axahsin axahisn axahins axainhs axainsh axaihns axaihsn
axaishn axaisnh axsanhi axsanih axsahni axsahin axsaihn axsainh axsnahi axsnaih axsnhai
axsnhia axsniha axsniah axshnai axshnia axshani axshain axshian axshina axsinha axsinah
axsihna axsihan axsiahn axsianh axnsahi axnsaih axnshai axnshia axnsiha axnsiah axnashi
axnasih axnahsi axnahis axnaihs axnaish axnhasi axnhais axnhsai axnhsia axnhisa axnhias
axniahs axniash axnihas axnihsa axnisha axnisah axhsnai axhsnia axhsani axhsain axhsian
axhsina axhnsai axhnsia axhnasi axhnais axhnias axhnisa axhansi axhanis axhasni axhasin
axhaisn axhains axhinas axhinsa axhians axhiasn axhisan axhisna axisnha axisnah axishna
axishan axisahn axisanh axinsha axinsah axinhsa axinhas axinahs axinash axihnsa axihnas
axihsna axihsan axihasn axihans axianhs axiansh axiahns axiahsn axiashn axiasnh aiasnxh
aiasnhx aiasxnh aiasxhn aiashxn aiashnx aiansxh aianshx aianxsh aianxhs aianhxs aianhsx
aiaxnsh aiaxnhs aiaxsnh aiaxshn aiaxhsn aiaxhns aiahnxs aiahnsx aiahxns aiahxsn aiahsxn
aiahsnx aisanxh aisanhx aisaxnh aisaxhn aisahxn aisahnx aisnaxh aisnahx aisnxah aisnxha
aisnhxa aisnhax aisxnah aisxnha aisxanh aisxahn aisxhan aisxhna aishnxa aishnax aishxna
aishxan aishaxn aishanx ainsaxh ainsahx ainsxah ainsxha ainshxa ainshax ainasxh ainashx
ainaxsh ainaxhs ainahxs ainahsx ainxash ainxahs ainxsah ainxsha ainxhsa ainxhas ainhaxs
ainhasx ainhxas ainhxsa ainhsxa ainhsax aixsnah aixsnha aixsanh aixsahn aixshan aixshna
aixnsah aixnsha aixnash aixnahs aixnhas aixnhsa aixansh aixanhs aixasnh aixashn aixahsn
aixahns aixhnas aixhnsa aixhans aixhasn aixhsan aixhsna aihsnxa aihsnax aihsxna aihsxan
aihsaxn aihsanx aihnsxa aihnsax aihnxsa aihnxas aihnaxs aihnasx aihxnsa aihxnas aihxsna
aihxsan aihxasn aihxans aihanxs aihansx aihaxns aihaxsn aihasxn aihasnx nhaasxi nhaasix
nhaaxsi nhaaxis nhaaixs nhaaisx nhasaxi nhasaix nhasxai nhasxia nhasixa nhasiax nhaxsai
nhaxsia nhaxasi nhaxais nhaxias nhaxisa nhaisxa nhaisax nhaixsa nhaixas nhaiaxs nhaiasx
nhaasxi nhaasix nhaaxsi nhaaxis nhaaixs nhaaisx nhasaxi nhasaix nhasxai nhasxia nhasixa
nhasiax nhaxsai nhaxsia nhaxasi nhaxais nhaxias nhaxisa nhaisxa nhaisax nhaixsa nhaixas
nhaiaxs nhaiasx nhsaaxi nhsaaix nhsaxai nhsaxia nhsaixa nhsaiax nhsaaxi nhsaaix nhsaxai
nhsaxia nhsaixa nhsaiax nhsxaai nhsxaia nhsxaai nhsxaia nhsxiaa nhsxiaa nhsiaxa nhsiaax
nhsixaa nhsixaa nhsiaxa nhsiaax nhxasai nhxasia nhxaasi nhxaais nhxaias nhxaisa nhxsaai
nhxsaia nhxsaai nhxsaia nhxsiaa nhxsiaa nhxasai nhxasia nhxaasi nhxaais nhxaias nhxaisa
nhxisaa nhxisaa nhxiasa nhxiaas nhxiaas nhxiasa nhiasxa nhiasax nhiaxsa nhiaxas nhiaaxs
nhiaasx nhisaxa nhisaax nhisxaa nhisxaa nhisaxa nhisaax nhixsaa nhixsaa nhixasa nhixaas
nhixaas nhixasa nhiasxa nhiasax nhiaxsa nhiaxas nhiaaxs nhiaasx nahasxi nahasix nahaxsi
nahaxis nahaixs nahaisx nahsaxi nahsaix nahsxai nahsxia nahsixa nahsiax nahxsai nahxsia
nahxasi nahxais nahxias nahxisa nahisxa nahisax nahixsa nahixas nahiaxs nahiasx naahsxi
naahsix naahxsi naahxis naahixs naahisx naashxi naashix naasxhi naasxih naasixh naasihx
naaxshi naaxsih naaxhsi naaxhis naaxihs naaxish naaisxh naaishx naaixsh naaixhs naaihxs
naaihsx nasahxi nasahix nasaxhi nasaxih nasaixh nasaihx nashaxi nashaix nashxai nashxia
nashixa nashiax nasxhai nasxhia nasxahi nasxaih nasxiah nasxiha nasihxa nasihax nasixha
nasixah nasiaxh nasiahx naxashi naxasih naxahsi naxahis naxaihs naxaish naxsahi naxsaih
naxshai naxshia naxsiha naxsiah naxhsai naxhsia naxhasi naxhais naxhias naxhisa naxisha
naxisah naxihsa naxihas naxiahs naxiash naiasxh naiashx naiaxsh naiaxhs naiahxs naiahsx
naisaxh naisahx naisxah naisxha naishxa naishax naixsah naixsha naixash naixahs naixhas
naixhsa naihsxa naihsax naihxsa naihxas naihaxs naihasx naahsxi naahsix naahxsi naahxis
naahixs naahisx naashxi naashix naasxhi naasxih naasixh naasihx naaxshi naaxsih naaxhsi
naaxhis naaxihs naaxish naaisxh naaishx naaixsh naaixhs naaihxs naaihsx nahasxi nahasix
nahaxsi nahaxis nahaixs nahaisx nahsaxi nahsaix nahsxai nahsxia nahsixa nahsiax nahxsai
nahxsia nahxasi nahxais nahxias nahxisa nahisxa nahisax nahixsa nahixas nahiaxs nahiasx
nashaxi nashaix nashxai nashxia nashixa nashiax nasahxi nasahix nasaxhi nasaxih nasaixh
nasaihx nasxahi nasxaih nasxhai nasxhia nasxiha nasxiah nasiaxh nasiahx nasixah nasixha
nasihxa nasihax naxhsai naxhsia naxhasi naxhais naxhias naxhisa naxshai naxshia naxsahi
naxsaih naxsiah naxsiha naxashi naxasih naxahsi naxahis naxaihs naxaish naxisah naxisha
naxiash naxiahs naxihas naxihsa naihsxa naihsax naihxsa naihxas naihaxs naihasx naishxa
naishax naisxha naisxah naisaxh naisahx naixsha naixsah naixhsa naixhas naixahs naixash
naiasxh naiashx naiaxsh naiaxhs naiahxs naiahsx nsaahxi nsaahix nsaaxhi nsaaxih nsaaixh
nsaaihx nsahaxi nsahaix nsahxai nsahxia nsahixa nsahiax nsaxhai nsaxhia nsaxahi nsaxaih
nsaxiah nsaxiha nsaihxa nsaihax nsaixha nsaixah nsaiaxh nsaiahx nsaahxi nsaahix nsaaxhi
nsaaxih nsaaixh nsaaihx nsahaxi nsahaix nsahxai nsahxia nsahixa nsahiax nsaxhai nsaxhia
nsaxahi nsaxaih nsaxiah nsaxiha nsaihxa nsaihax nsaixha nsaixah nsaiaxh nsaiahx nshaaxi
nshaaix nshaxai nshaxia nshaixa nshaiax nshaaxi nshaaix nshaxai nshaxia nshaixa nshaiax
nshxaai nshxaia nshxaai nshxaia nshxiaa nshxiaa nshiaxa nshiaax nshixaa nshixaa nshiaxa
nshiaax nsxahai nsxahia nsxaahi nsxaaih nsxaiah nsxaiha nsxhaai nsxhaia nsxhaai nsxhaia
nsxhiaa nsxhiaa nsxahai nsxahia nsxaahi nsxaaih nsxaiah nsxaiha nsxihaa nsxihaa nsxiaha
nsxiaah nsxiaah nsxiaha nsiahxa nsiahax nsiaxha nsiaxah nsiaaxh nsiaahx nsihaxa nsihaax
nsihxaa nsihxaa nsihaxa nsihaax nsixhaa nsixhaa nsixaha nsixaah nsixaah nsixaha nsiahxa
nsiahax nsiaxha nsiaxah nsiaaxh nsiaahx nxaashi nxaasih nxaahsi nxaahis nxaaihs nxaaish
nxasahi nxasaih nxashai nxashia nxasiha nxasiah nxahsai nxahsia nxahasi nxahais nxahias
nxahisa nxaisha nxaisah nxaihsa nxaihas nxaiahs nxaiash nxaashi nxaasih nxaahsi nxaahis
nxaaihs nxaaish nxasahi nxasaih nxashai nxashia nxasiha nxasiah nxahsai nxahsia nxahasi
nxahais nxahias nxahisa nxaisha nxaisah nxaihsa nxaihas nxaiahs nxaiash nxsaahi nxsaaih
nxsahai nxsahia nxsaiha nxsaiah nxsaahi nxsaaih nxsahai nxsahia nxsaiha nxsaiah nxshaai
nxshaia nxshaai nxshaia nxshiaa nxshiaa nxsiaha nxsiaah nxsihaa nxsihaa nxsiaha nxsiaah
nxhasai nxhasia nxhaasi nxhaais nxhaias nxhaisa nxhsaai nxhsaia nxhsaai nxhsaia nxhsiaa
nxhsiaa nxhasai nxhasia nxhaasi nxhaais nxhaias nxhaisa nxhisaa nxhisaa nxhiasa nxhiaas
nxhiaas nxhiasa nxiasha nxiasah nxiahsa nxiahas nxiaahs nxiaash nxisaha nxisaah nxishaa
nxishaa nxisaha nxisaah nxihsaa nxihsaa nxihasa nxihaas nxihaas nxihasa nxiasha nxiasah
nxiahsa nxiahas nxiaahs nxiaash niaasxh niaashx niaaxsh niaaxhs niaahxs niaahsx niasaxh
niasahx niasxah niasxha niashxa niashax niaxsah niaxsha niaxash niaxahs niaxhas niaxhsa
niahsxa niahsax niahxsa niahxas niahaxs niahasx niaasxh niaashx niaaxsh niaaxhs niaahxs
niaahsx niasaxh niasahx niasxah niasxha niashxa niashax niaxsah niaxsha niaxash niaxahs
niaxhas niaxhsa niahsxa niahsax niahxsa niahxas niahaxs niahasx nisaaxh nisaahx nisaxah
nisaxha nisahxa nisahax nisaaxh nisaahx nisaxah nisaxha nisahxa nisahax nisxaah nisxaha
nisxaah nisxaha nisxhaa nisxhaa nishaxa nishaax nishxaa nishxaa nishaxa nishaax nixasah
nixasha nixaash nixaahs nixahas nixahsa nixsaah nixsaha nixsaah nixsaha nixshaa nixshaa
nixasah nixasha nixaash nixaahs nixahas nixahsa nixhsaa nixhsaa nixhasa nixhaas nixhaas
nixhasa nihasxa nihasax nihaxsa nihaxas nihaaxs nihaasx nihsaxa nihsaax nihsxaa nihsxaa
nihsaxa nihsaax nihxsaa nihxsaa nihxasa nihxaas nihxaas nihxasa nihasxa nihasax nihaxsa
nihaxas nihaaxs nihaasx xhaansi xhaanis xhaasni xhaasin xhaaisn xhaains xhanasi xhanais
xhansai xhansia xhanisa xhanias xhasnai xhasnia xhasani xhasain xhasian xhasina xhainsa
xhainas xhaisna xhaisan xhaiasn xhaians xhaansi xhaanis xhaasni xhaasin xhaaisn xhaains
xhanasi xhanais xhansai xhansia xhanisa xhanias xhasnai xhasnia xhasani xhasain xhasian
xhasina xhainsa xhainas xhaisna xhaisan xhaiasn xhaians xhnaasi xhnaais xhnasai xhnasia
xhnaisa xhnaias xhnaasi xhnaais xhnasai xhnasia xhnaisa xhnaias xhnsaai xhnsaia xhnsaai
xhnsaia xhnsiaa xhnsiaa xhniasa xhniaas xhnisaa xhnisaa xhniasa xhniaas xhsanai xhsania
xhsaani xhsaain xhsaian xhsaina xhsnaai xhsnaia xhsnaai xhsnaia xhsniaa xhsniaa xhsanai
xhsania xhsaani xhsaain xhsaian xhsaina xhsinaa xhsinaa xhsiana xhsiaan xhsiaan xhsiana
xhiansa xhianas xhiasna xhiasan xhiaasn xhiaans xhinasa xhinaas xhinsaa xhinsaa xhinasa
xhinaas xhisnaa xhisnaa xhisana xhisaan xhisaan xhisana xhiansa xhianas xhiasna xhiasan
xhiaasn xhiaans xahansi xahanis xahasni xahasin xahaisn xahains xahnasi xahnais xahnsai
xahnsia xahnisa xahnias xahsnai xahsnia xahsani xahsain xahsian xahsina xahinsa xahinas
xahisna xahisan xahiasn xahians xaahnsi xaahnis xaahsni xaahsin xaahisn xaahins xaanhsi
xaanhis xaanshi xaansih xaanish xaanihs xaasnhi xaasnih xaashni xaashin xaasihn xaasinh
xaainsh xaainhs xaaisnh xaaishn xaaihsn xaaihns xanahsi xanahis xanashi xanasih xanaish
xanaihs xanhasi xanhais xanhsai xanhsia xanhisa xanhias xanshai xanshia xansahi xansaih
xansiah xansiha xanihsa xanihas xanisha xanisah xaniash xaniahs xasanhi xasanih xasahni
xasahin xasaihn xasainh xasnahi xasnaih xasnhai xasnhia xasniha xasniah xashnai xashnia
xashani xashain xashian xashina xasinha xasinah xasihna xasihan xasiahn xasianh xaiansh
xaianhs xaiasnh xaiashn xaiahsn xaiahns xainash xainahs xainsah xainsha xainhsa xainhas
xaisnah xaisnha xaisanh xaisahn xaishan xaishna xaihnsa xaihnas xaihsna xaihsan xaihasn
xaihans xaahnsi xaahnis xaahsni xaahsin xaahisn xaahins xaanhsi xaanhis xaanshi xaansih
xaanish xaanihs xaasnhi xaasnih xaashni xaashin xaasihn xaasinh xaainsh xaainhs xaaisnh
xaaishn xaaihsn xaaihns xahansi xahanis xahasni xahasin xahaisn xahains xahnasi xahnais
xahnsai xahnsia xahnisa xahnias xahsnai xahsnia xahsani xahsain xahsian xahsina xahinsa
xahinas xahisna xahisan xahiasn xahians xanhasi xanhais xanhsai xanhsia xanhisa xanhias
xanahsi xanahis xanashi xanasih xanaish xanaihs xansahi xansaih xanshai xanshia xansiha
xansiah xaniash xaniahs xanisah xanisha xanihsa xanihas xashnai xashnia xashani xashain
xashian xashina xasnhai xasnhia xasnahi xasnaih xasniah xasniha xasanhi xasanih xasahni
xasahin xasaihn xasainh xasinah xasinha xasianh xasiahn xasihan xasihna xaihnsa xaihnas
xaihsna xaihsan xaihasn xaihans xainhsa xainhas xainsha xainsah xainash xainahs xaisnha
xaisnah xaishna xaishan xaisahn xaisanh xaiansh xaianhs xaiasnh xaiashn xaiahsn xaiahns
xnaahsi xnaahis xnaashi xnaasih xnaaish xnaaihs xnahasi xnahais xnahsai xnahsia xnahisa
xnahias xnashai xnashia xnasahi xnasaih xnasiah xnasiha xnaihsa xnaihas xnaisha xnaisah
xnaiash xnaiahs xnaahsi xnaahis xnaashi xnaasih xnaaish xnaaihs xnahasi xnahais xnahsai
xnahsia xnahisa xnahias xnashai xnashia xnasahi xnasaih xnasiah xnasiha xnaihsa xnaihas
xnaisha xnaisah xnaiash xnaiahs xnhaasi xnhaais xnhasai xnhasia xnhaisa xnhaias xnhaasi
xnhaais xnhasai xnhasia xnhaisa xnhaias xnhsaai xnhsaia xnhsaai xnhsaia xnhsiaa xnhsiaa
xnhiasa xnhiaas xnhisaa xnhisaa xnhiasa xnhiaas xnsahai xnsahia xnsaahi xnsaaih xnsaiah
xnsaiha xnshaai xnshaia xnshaai xnshaia xnshiaa xnshiaa xnsahai xnsahia xnsaahi xnsaaih
xnsaiah xnsaiha xnsihaa xnsihaa xnsiaha xnsiaah xnsiaah xnsiaha xniahsa xniahas xniasha
xniasah xniaash xniaahs xnihasa xnihaas xnihsaa xnihsaa xnihasa xnihaas xnishaa xnishaa
xnisaha xnisaah xnisaah xnisaha xniahsa xniahas xniasha xniasah xniaash xniaahs xsaanhi
xsaanih xsaahni xsaahin xsaaihn xsaainh xsanahi xsanaih xsanhai xsanhia xsaniha xsaniah
xsahnai xsahnia xsahani xsahain xsahian xsahina xsainha xsainah xsaihna xsaihan xsaiahn
xsaianh xsaanhi xsaanih xsaahni xsaahin xsaaihn xsaainh xsanahi xsanaih xsanhai xsanhia
xsaniha xsaniah xsahnai xsahnia xsahani xsahain xsahian xsahina xsainha xsainah xsaihna
xsaihan xsaiahn xsaianh xsnaahi xsnaaih xsnahai xsnahia xsnaiha xsnaiah xsnaahi xsnaaih
xsnahai xsnahia xsnaiha xsnaiah xsnhaai xsnhaia xsnhaai xsnhaia xsnhiaa xsnhiaa xsniaha
xsniaah xsnihaa xsnihaa xsniaha xsniaah xshanai xshania xshaani xshaain xshaian xshaina
xshnaai xshnaia xshnaai xshnaia xshniaa xshniaa xshanai xshania xshaani xshaain xshaian
xshaina xshinaa xshinaa xshiana xshiaan xshiaan xshiana xsianha xsianah xsiahna xsiahan
xsiaahn xsiaanh xsinaha xsinaah xsinhaa xsinhaa xsinaha xsinaah xsihnaa xsihnaa xsihana
xsihaan xsihaan xsihana xsianha xsianah xsiahna xsiahan xsiaahn xsiaanh xiaansh xiaanhs
xiaasnh xiaashn xiaahsn xiaahns xianash xianahs xiansah xiansha xianhsa xianhas xiasnah
xiasnha xiasanh xiasahn xiashan xiashna xiahnsa xiahnas xiahsna xiahsan xiahasn xiahans
xiaansh xiaanhs xiaasnh xiaashn xiaahsn xiaahns xianash xianahs xiansah xiansha xianhsa
xianhas xiasnah xiasnha xiasanh xiasahn xiashan xiashna xiahnsa xiahnas xiahsna xiahsan
xiahasn xiahans xinaash xinaahs xinasah xinasha xinahsa xinahas xinaash xinaahs xinasah
xinasha xinahsa xinahas xinsaah xinsaha xinsaah xinsaha xinshaa xinshaa xinhasa xinhaas
xinhsaa xinhsaa xinhasa xinhaas xisanah xisanha xisaanh xisaahn xisahan xisahna xisnaah
xisnaha xisnaah xisnaha xisnhaa xisnhaa xisanah xisanha xisaanh xisaahn xisahan xisahna
xishnaa xishnaa xishana xishaan xishaan xishana xihansa xihanas xihasna xihasan xihaasn
xihaans xihnasa xihnaas xihnsaa xihnsaa xihnasa xihnaas xihsnaa xihsnaa xihsana xihsaan
xihsaan xihsana xihansa xihanas xihasna xihasan xihaasn xihaans ihaanxs ihaansx ihaaxns
ihaaxsn ihaasxn ihaasnx ihanaxs ihanasx ihanxas ihanxsa ihansxa ihansax ihaxnas ihaxnsa
ihaxans ihaxasn ihaxsan ihaxsna ihasnxa ihasnax ihasxna ihasxan ihasaxn ihasanx ihaanxs
ihaansx ihaaxns ihaaxsn ihaasxn ihaasnx ihanaxs ihanasx ihanxas ihanxsa ihansxa ihansax
ihaxnas ihaxnsa ihaxans ihaxasn ihaxsan ihaxsna ihasnxa ihasnax ihasxna ihasxan ihasaxn
ihasanx ihnaaxs ihnaasx ihnaxas ihnaxsa ihnasxa ihnasax ihnaaxs ihnaasx ihnaxas ihnaxsa
ihnasxa ihnasax ihnxaas ihnxasa ihnxaas ihnxasa ihnxsaa ihnxsaa ihnsaxa ihnsaax ihnsxaa
ihnsxaa ihnsaxa ihnsaax ihxanas ihxansa ihxaans ihxaasn ihxasan ihxasna ihxnaas ihxnasa
ihxnaas ihxnasa ihxnsaa ihxnsaa ihxanas ihxansa ihxaans ihxaasn ihxasan ihxasna ihxsnaa
ihxsnaa ihxsana ihxsaan ihxsaan ihxsana ihsanxa ihsanax ihsaxna ihsaxan ihsaaxn ihsaanx
ihsnaxa ihsnaax ihsnxaa ihsnxaa ihsnaxa ihsnaax ihsxnaa ihsxnaa ihsxana ihsxaan ihsxaan
ihsxana ihsanxa ihsanax ihsaxna ihsaxan ihsaaxn ihsaanx iahanxs iahansx iahaxns iahaxsn
iahasxn iahasnx iahnaxs iahnasx iahnxas iahnxsa iahnsxa iahnsax iahxnas iahxnsa iahxans
iahxasn iahxsan iahxsna iahsnxa iahsnax iahsxna iahsxan iahsaxn iahsanx iaahnxs iaahnsx
iaahxns iaahxsn iaahsxn iaahsnx iaanhxs iaanhsx iaanxhs iaanxsh iaansxh iaanshx iaaxnhs
iaaxnsh iaaxhns iaaxhsn iaaxshn iaaxsnh iaasnxh iaasnhx iaasxnh iaasxhn iaashxn iaashnx
ianahxs ianahsx ianaxhs ianaxsh ianasxh ianashx ianhaxs ianhasx ianhxas ianhxsa ianhsxa
ianhsax ianxhas ianxhsa ianxahs ianxash ianxsah ianxsha ianshxa ianshax iansxha iansxah
iansaxh iansahx iaxanhs iaxansh iaxahns iaxahsn iaxashn iaxasnh iaxnahs iaxnash iaxnhas
iaxnhsa iaxnsha iaxnsah iaxhnas iaxhnsa iaxhans iaxhasn iaxhsan iaxhsna iaxsnha iaxsnah
iaxshna iaxshan iaxsahn iaxsanh iasanxh iasanhx iasaxnh iasaxhn iasahxn iasahnx iasnaxh
iasnahx iasnxah iasnxha iasnhxa iasnhax iasxnah iasxnha iasxanh iasxahn iasxhan iasxhna
iashnxa iashnax iashxna iashxan iashaxn iashanx iaahnxs iaahnsx iaahxns iaahxsn iaahsxn
iaahsnx iaanhxs iaanhsx iaanxhs iaanxsh iaansxh iaanshx iaaxnhs iaaxnsh iaaxhns iaaxhsn
iaaxshn iaaxsnh iaasnxh iaasnhx iaasxnh iaasxhn iaashxn iaashnx iahanxs iahansx iahaxns
iahaxsn iahasxn iahasnx iahnaxs iahnasx iahnxas iahnxsa iahnsxa iahnsax iahxnas iahxnsa
iahxans iahxasn iahxsan iahxsna iahsnxa iahsnax iahsxna iahsxan iahsaxn iahsanx ianhaxs
ianhasx ianhxas ianhxsa ianhsxa ianhsax ianahxs ianahsx ianaxhs ianaxsh ianasxh ianashx
ianxahs ianxash ianxhas ianxhsa ianxsha ianxsah iansaxh iansahx iansxah iansxha ianshxa
ianshax iaxhnas iaxhnsa iaxhans iaxhasn iaxhsan iaxhsna iaxnhas iaxnhsa iaxnahs iaxnash
iaxnsah iaxnsha iaxanhs iaxansh iaxahns iaxahsn iaxashn iaxasnh iaxsnah iaxsnha iaxsanh
iaxsahn iaxshan iaxshna iashnxa iashnax iashxna iashxan iashaxn iashanx iasnhxa iasnhax
iasnxha iasnxah iasnaxh iasnahx iasxnha iasxnah iasxhna iasxhan iasxahn iasxanh iasanxh
iasanhx iasaxnh iasaxhn iasahxn iasahnx inaahxs inaahsx inaaxhs inaaxsh inaasxh inaashx
inahaxs inahasx inahxas inahxsa inahsxa inahsax inaxhas inaxhsa inaxahs inaxash inaxsah
inaxsha inashxa inashax inasxha inasxah inasaxh inasahx inaahxs inaahsx inaaxhs inaaxsh
inaasxh inaashx inahaxs inahasx inahxas inahxsa inahsxa inahsax inaxhas inaxhsa inaxahs
inaxash inaxsah inaxsha inashxa inashax inasxha inasxah inasaxh inasahx inhaaxs inhaasx
inhaxas inhaxsa inhasxa inhasax inhaaxs inhaasx inhaxas inhaxsa inhasxa inhasax inhxaas
inhxasa inhxaas inhxasa inhxsaa inhxsaa inhsaxa inhsaax inhsxaa inhsxaa inhsaxa inhsaax
inxahas inxahsa inxaahs inxaash inxasah inxasha inxhaas inxhasa inxhaas inxhasa inxhsaa
inxhsaa inxahas inxahsa inxaahs inxaash inxasah inxasha inxshaa inxshaa inxsaha inxsaah
inxsaah inxsaha insahxa insahax insaxha insaxah insaaxh insaahx inshaxa inshaax inshxaa
inshxaa inshaxa inshaax insxhaa insxhaa insxaha insxaah insxaah insxaha insahxa insahax
insaxha insaxah insaaxh insaahx ixaanhs ixaansh ixaahns ixaahsn ixaashn ixaasnh ixanahs
ixanash ixanhas ixanhsa ixansha ixansah ixahnas ixahnsa ixahans ixahasn ixahsan ixahsna
ixasnha ixasnah ixashna ixashan ixasahn ixasanh ixaanhs ixaansh ixaahns ixaahsn ixaashn
ixaasnh ixanahs ixanash ixanhas ixanhsa ixansha ixansah ixahnas ixahnsa ixahans ixahasn
ixahsan ixahsna ixasnha ixasnah ixashna ixashan ixasahn ixasanh ixnaahs ixnaash ixnahas
ixnahsa ixnasha ixnasah ixnaahs ixnaash ixnahas ixnahsa ixnasha ixnasah ixnhaas ixnhasa
ixnhaas ixnhasa ixnhsaa ixnhsaa ixnsaha ixnsaah ixnshaa ixnshaa ixnsaha ixnsaah ixhanas
ixhansa ixhaans ixhaasn ixhasan ixhasna ixhnaas ixhnasa ixhnaas ixhnasa ixhnsaa ixhnsaa
ixhanas ixhansa ixhaans ixhaasn ixhasan ixhasna ixhsnaa ixhsnaa ixhsana ixhsaan ixhsaan
ixhsana ixsanha ixsanah ixsahna ixsahan ixsaahn ixsaanh ixsnaha ixsnaah ixsnhaa ixsnhaa
ixsnaha ixsnaah ixshnaa ixshnaa ixshana ixshaan ixshaan ixshana ixsanha ixsanah ixsahna
ixsahan ixsaahn ixsaanh isaanxh isaanhx isaaxnh isaaxhn isaahxn isaahnx isanaxh isanahx
isanxah isanxha isanhxa isanhax isaxnah isaxnha isaxanh isaxahn isaxhan isaxhna isahnxa
isahnax isahxna isahxan isahaxn isahanx isaanxh isaanhx isaaxnh isaaxhn isaahxn isaahnx
isanaxh isanahx isanxah isanxha isanhxa isanhax isaxnah isaxnha isaxanh isaxahn isaxhan
isaxhna isahnxa isahnax isahxna isahxan isahaxn isahanx isnaaxh isnaahx isnaxah isnaxha
isnahxa isnahax isnaaxh isnaahx isnaxah isnaxha isnahxa isnahax isnxaah isnxaha isnxaah
isnxaha isnxhaa isnxhaa isnhaxa isnhaax isnhxaa isnhxaa isnhaxa isnhaax isxanah isxanha
isxaanh isxaahn isxahan isxahna isxnaah isxnaha isxnaah isxnaha isxnhaa isxnhaa isxanah
isxanha isxaanh isxaahn isxahan isxahna isxhnaa isxhnaa isxhana isxhaan isxhaan isxhana
ishanxa ishanax ishaxna ishaxan ishaaxn ishaanx ishnaxa ishnaax ishnxaa ishnxaa ishnaxa
ishnaax ishxnaa ishxnaa ishxana ishxaan ishxaan ishxana ishanxa ishanax ishaxna ishaxan
ishaaxn ishaanx

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History of cryptography
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