easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

microcomputers

hoers

brotocrystal

cordona

fohat

virag

baldmoney

frese

pandentur

echinoderidae

hedgepeth

gaddingly

ruddell

siliconize

djura

staiger

jonquille

retrobuccal


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: fandrich
cipher variations:
gboesjdi hcpftkej idqgulfk jerhvmgl kfsiwnhm
lgtjxoin mhukypjo nivlzqkp ojwmarlq pkxnbsmr
qlyoctns rmzpduot snaqevpu tobrfwqv upcsgxrw
vqdthysx wreuizty xsfvjauz ytgwkbva zuhxlcwb
aviymdxc bwjzneyd cxkaofze dylbpgaf ezmcqhbg

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: fandrich
Cipher: uzmwirxs

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: fandrich
Cipher: AABAB AAAAA ABBAA AAABB BAAAA ABAAA AAABA AABBB

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: fandrich
cipher variations:
gboesjdiqbokazhwaboqiplkkbowqfpyubocyvtmeboiglxaybouwrfciboaehjq
sbogmxnecbomunrsmboscdvgwboyktzuhcpftkejrcplbaixbcprjqmllcpxrgqz
vcpdzwunfcpjhmybzcpvxsgdjcpbfikrtcphnyofdcpnvostncptdewhxcpzluav
idqgulfksdqmcbjycdqskrnmmdqyshrawdqeaxvogdqkinzcadqwythekdqcgjls
udqiozpgedqowptuodquefxiydqamvbwjerhvmglterndckzdertlsonnerztisb
xerfbywpherljoadberxzuiflerdhkmtverjpaqhferpxquvpervfgyjzerbnwcx
kfsiwnhmufsoedlaefsumtpoofsaujtcyfsgczxqifsmkpbecfsyavjgmfseilnu
wfskqbrigfsqyrvwqfswghzkafscoxdylgtjxoinvgtpfembfgtvnuqppgtbvkud
zgthdayrjgtnlqcfdgtzbwkhngtfjmovxgtlrcsjhgtrzswxrgtxhialbgtdpyez
mhukypjowhuqgfncghuwovrqqhucwlveahuiebzskhuomrdgehuacxliohugknpw
yhumsdtkihusatxyshuyijbmchueqzfanivlzqkpxivrhgodhivxpwsrrivdxmwf
bivjfcatlivpnsehfivbdymjpivhloqxzivnteuljivtbuyztivzjkcndivfragb
ojwmarlqyjwsihpeijwyqxtssjweynxgcjwkgdbumjwqotfigjwceznkqjwimpry
ajwoufvmkjwucvzaujwakldoejwgsbhcpkxnbsmrzkxtjiqfjkxzryuttkxfzoyh
dkxlhecvnkxrpugjhkxdfaolrkxjnqszbkxpvgwnlkxvdwabvkxblmepfkxhtcid
qlyoctnsalyukjrgklyaszvuulygapzielymifdwolysqvhkilyegbpmslykorta
clyqwhxomlywexbcwlycmnfqglyiudjermzpduotbmzvlkshlmzbtawvvmzhbqaj
fmznjgexpmztrwiljmzfhcqntmzlpsubdmzrxiypnmzxfycdxmzdnogrhmzjvekf
snaqevpucnawmltimnacubxwwnaicrbkgnaokhfyqnausxjmknagidrounamqtvc
enasyjzqonaygzdeynaeophsinakwflgtobrfwqvdobxnmujnobdvcyxxobjdscl
hobpligzrobvtyknlobhjespvobnruwdfobtzkarpobzhaefzobfpqitjoblxgmh
upcsgxrwepcyonvkopcewdzyypcketdmipcqmjhaspcwuzlompcikftqwpcosvxe
gpcualbsqpcaibfgapcgqrjukpcmyhnivqdthysxfqdzpowlpqdfxeazzqdlfuen
jqdrnkibtqdxvampnqdjlgurxqdptwyfhqdvbmctrqdbjcghbqdhrskvlqdnzioj
wreuiztygreaqpxmqregyfbaaremgvfokresoljcureywbnqorekmhvsyrequxzg
irewcndusreckdhicreistlwmreoajpkxsfvjauzhsfbrqynrsfhzgcbbsfnhwgp
lsftpmkdvsfzxcorpsflniwtzsfrvyahjsfxdoevtsfdleijdsfjtumxnsfpbkql
ytgwkbvaitgcsrzostgiahdcctgoixhqmtguqnlewtgaydpsqtgmojxuatgswzbi
ktgyepfwutgemfjketgkuvnyotgqclrmzuhxlcwbjuhdtsaptuhjbiedduhpjyir
nuhvromfxuhbzeqtruhnpkyvbuhtxacjluhzfqgxvuhfngklfuhlvwozpuhrdmsn
aviymdxckvieutbquvikcjfeeviqkzjsoviwspngyvicafrusvioqlzwcviuybdk
mviagrhywvigohlmgvimwxpaqvisentobwjzneydlwjfvucrvwjldkgffwjrlakt
pwjxtqohzwjdbgsvtwjprmaxdwjvzcelnwjbhsizxwjhpimnhwjnxyqbrwjtfoup
cxkaofzemxkgwvdswxkmelhggxksmbluqxkyurpiaxkechtwuxkqsnbyexkwadfm
oxkcitjayxkiqjnoixkoyzrcsxkugpvqdylbpgafnylhxwetxylnfmihhyltncmv
rylzvsqjbylfdiuxvylrtoczfylxbegnpyldjukbzyljrkopjylpzasdtylvhqwr
ezmcqhbgozmiyxfuyzmognjiizmuodnwszmawtrkczmgejvywzmsupdagzmycfho
qzmekvlcazmkslpqkzmqabteuzmwirxsfandrichpanjzygvzanphokjjanvpeox
tanbxusldanhfkwzxantvqebhanzdgipranflwmdbanltmqrlanrbcufvanxjsyt

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: fandrich
Cipher: snaqevpu

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: fandrich
Cipher: 1211334124423132

Extended Methods:
Method #1

Plaintext: fandrich
method variations:
lfsiwohnqlxobtnsvqctgysxavhymdxc

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f a n d r i c h 
1 1 3 4 2 4 3 3 
2 1 3 1 4 2 1 2 
They are then read out in rows:
1134243321314212
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: fandrich
Cipher: asrnbcif

Read more ...
Method #3

Plaintext: fandrich
method variations:
blsftmlb lsftmlbb sftmlbbl
ftmlbbls tmlbblsf mlbblsft
lbblsftm bblsftml

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: fandrich

first 5040 cipher variations(40320 total)
fandrich fandrihc fandrcih fandrchi fandrhci fandrhic fandirch fandirhc fandicrh fandichr fandihcr
fandihrc fandcirh fandcihr fandcrih fandcrhi fandchri fandchir fandhicr fandhirc fandhcir fandhcri
fandhrci fandhric fanrdich fanrdihc fanrdcih fanrdchi fanrdhci fanrdhic fanridch fanridhc fanricdh
fanrichd fanrihcd fanrihdc fanrcidh fanrcihd fanrcdih fanrcdhi fanrchdi fanrchid fanrhicd fanrhidc
fanrhcid fanrhcdi fanrhdci fanrhdic fanirdch fanirdhc fanircdh fanirchd fanirhcd fanirhdc fanidrch
fanidrhc fanidcrh fanidchr fanidhcr fanidhrc fanicdrh fanicdhr fanicrdh fanicrhd fanichrd fanichdr
fanihdcr fanihdrc fanihcdr fanihcrd fanihrcd fanihrdc fancridh fancrihd fancrdih fancrdhi fancrhdi
fancrhid fancirdh fancirhd fancidrh fancidhr fancihdr fancihrd fancdirh fancdihr fancdrih fancdrhi
fancdhri fancdhir fanchidr fanchird fanchdir fanchdri fanchrdi fanchrid fanhricd fanhridc fanhrcid
fanhrcdi fanhrdci fanhrdic fanhircd fanhirdc fanhicrd fanhicdr fanhidcr fanhidrc fanhcird fanhcidr
fanhcrid fanhcrdi fanhcdri fanhcdir fanhdicr fanhdirc fanhdcir fanhdcri fanhdrci fanhdric fadnrich
fadnrihc fadnrcih fadnrchi fadnrhci fadnrhic fadnirch fadnirhc fadnicrh fadnichr fadnihcr fadnihrc
fadncirh fadncihr fadncrih fadncrhi fadnchri fadnchir fadnhicr fadnhirc fadnhcir fadnhcri fadnhrci
fadnhric fadrnich fadrnihc fadrncih fadrnchi fadrnhci fadrnhic fadrinch fadrinhc fadricnh fadrichn
fadrihcn fadrihnc fadrcinh fadrcihn fadrcnih fadrcnhi fadrchni fadrchin fadrhicn fadrhinc fadrhcin
fadrhcni fadrhnci fadrhnic fadirnch fadirnhc fadircnh fadirchn fadirhcn fadirhnc fadinrch fadinrhc
fadincrh fadinchr fadinhcr fadinhrc fadicnrh fadicnhr fadicrnh fadicrhn fadichrn fadichnr fadihncr
fadihnrc fadihcnr fadihcrn fadihrcn fadihrnc fadcrinh fadcrihn fadcrnih fadcrnhi fadcrhni fadcrhin
fadcirnh fadcirhn fadcinrh fadcinhr fadcihnr fadcihrn fadcnirh fadcnihr fadcnrih fadcnrhi fadcnhri
fadcnhir fadchinr fadchirn fadchnir fadchnri fadchrni fadchrin fadhricn fadhrinc fadhrcin fadhrcni
fadhrnci fadhrnic fadhircn fadhirnc fadhicrn fadhicnr fadhincr fadhinrc fadhcirn fadhcinr fadhcrin
fadhcrni fadhcnri fadhcnir fadhnicr fadhnirc fadhncir fadhncri fadhnrci fadhnric fardnich fardnihc
fardncih fardnchi fardnhci fardnhic fardinch fardinhc fardicnh fardichn fardihcn fardihnc fardcinh
fardcihn fardcnih fardcnhi fardchni fardchin fardhicn fardhinc fardhcin fardhcni fardhnci fardhnic
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farnihdc farncidh farncihd farncdih farncdhi farnchdi farnchid farnhicd farnhidc farnhcid farnhcdi
farnhdci farnhdic farindch farindhc farincdh farinchd farinhcd farinhdc faridnch faridnhc faridcnh
faridchn faridhcn faridhnc faricdnh faricdhn faricndh faricnhd farichnd farichdn farihdcn farihdnc
farihcdn farihcnd farihncd farihndc farcnidh farcnihd farcndih farcndhi farcnhdi farcnhid farcindh
farcinhd farcidnh farcidhn farcihdn farcihnd farcdinh farcdihn farcdnih farcdnhi farcdhni farcdhin
farchidn farchind farchdin farchdni farchndi farchnid farhnicd farhnidc farhncid farhncdi farhndci
farhndic farhincd farhindc farhicnd farhicdn farhidcn farhidnc farhcind farhcidn farhcnid farhcndi
farhcdni farhcdin farhdicn farhdinc farhdcin farhdcni farhdnci farhdnic faidrnch faidrnhc faidrcnh
faidrchn faidrhcn faidrhnc faidnrch faidnrhc faidncrh faidnchr faidnhcr faidnhrc faidcnrh faidcnhr
faidcrnh faidcrhn faidchrn faidchnr faidhncr faidhnrc faidhcnr faidhcrn faidhrcn faidhrnc fairdnch
fairdnhc fairdcnh fairdchn fairdhcn fairdhnc fairndch fairndhc fairncdh fairnchd fairnhcd fairnhdc
faircndh faircnhd faircdnh faircdhn fairchdn fairchnd fairhncd fairhndc fairhcnd fairhcdn fairhdcn
fairhdnc fainrdch fainrdhc fainrcdh fainrchd fainrhcd fainrhdc faindrch faindrhc faindcrh faindchr
faindhcr faindhrc faincdrh faincdhr faincrdh faincrhd fainchrd fainchdr fainhdcr fainhdrc fainhcdr
fainhcrd fainhrcd fainhrdc faicrndh faicrnhd faicrdnh faicrdhn faicrhdn faicrhnd faicnrdh faicnrhd
faicndrh faicndhr faicnhdr faicnhrd faicdnrh faicdnhr faicdrnh faicdrhn faicdhrn faicdhnr faichndr
faichnrd faichdnr faichdrn faichrdn faichrnd faihrncd faihrndc faihrcnd faihrcdn faihrdcn faihrdnc
faihnrcd faihnrdc faihncrd faihncdr faihndcr faihndrc faihcnrd faihcndr faihcrnd faihcrdn faihcdrn
faihcdnr faihdncr faihdnrc faihdcnr faihdcrn faihdrcn faihdrnc facdrinh facdrihn facdrnih facdrnhi
facdrhni facdrhin facdirnh facdirhn facdinrh facdinhr facdihnr facdihrn facdnirh facdnihr facdnrih
facdnrhi facdnhri facdnhir facdhinr facdhirn facdhnir facdhnri facdhrni facdhrin facrdinh facrdihn
facrdnih facrdnhi facrdhni facrdhin facridnh facridhn facrindh facrinhd facrihnd facrihdn facrnidh
facrnihd facrndih facrndhi facrnhdi facrnhid facrhind facrhidn facrhnid facrhndi facrhdni facrhdin
facirdnh facirdhn facirndh facirnhd facirhnd facirhdn facidrnh facidrhn facidnrh facidnhr facidhnr
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facihrnd facihrdn facnridh facnrihd facnrdih facnrdhi facnrhdi facnrhid facnirdh facnirhd facnidrh
facnidhr facnihdr facnihrd facndirh facndihr facndrih facndrhi facndhri facndhir facnhidr facnhird
facnhdir facnhdri facnhrdi facnhrid fachrind fachridn fachrnid fachrndi fachrdni fachrdin fachirnd
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fachdinr fachdirn fachdnir fachdnri fachdrni fachdrin fahdricn fahdrinc fahdrcin fahdrcni fahdrnci
fahdrnic fahdircn fahdirnc fahdicrn fahdicnr fahdincr fahdinrc fahdcirn fahdcinr fahdcrin fahdcrni
fahdcnri fahdcnir fahdnicr fahdnirc fahdncir fahdncri fahdnrci fahdnric fahrdicn fahrdinc fahrdcin
fahrdcni fahrdnci fahrdnic fahridcn fahridnc fahricdn fahricnd fahrincd fahrindc fahrcidn fahrcind
fahrcdin fahrcdni fahrcndi fahrcnid fahrnicd fahrnidc fahrncid fahrncdi fahrndci fahrndic fahirdcn
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fahcindr fahcinrd fahcdirn fahcdinr fahcdrin fahcdrni fahcdnri fahcdnir fahcnidr fahcnird fahcndir
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fahnicrd fahnicdr fahnidcr fahnidrc fahncird fahncidr fahncrid fahncrdi fahncdri fahncdir fahndicr
fahndirc fahndcir fahndcri fahndrci fahndric fnadrich fnadrihc fnadrcih fnadrchi fnadrhci fnadrhic
fnadirch fnadirhc fnadicrh fnadichr fnadihcr fnadihrc fnadcirh fnadcihr fnadcrih fnadcrhi fnadchri
fnadchir fnadhicr fnadhirc fnadhcir fnadhcri fnadhrci fnadhric fnardich fnardihc fnardcih fnardchi
fnardhci fnardhic fnaridch fnaridhc fnaricdh fnarichd fnarihcd fnarihdc fnarcidh fnarcihd fnarcdih
fnarcdhi fnarchdi fnarchid fnarhicd fnarhidc fnarhcid fnarhcdi fnarhdci fnarhdic fnairdch fnairdhc
fnaircdh fnairchd fnairhcd fnairhdc fnaidrch fnaidrhc fnaidcrh fnaidchr fnaidhcr fnaidhrc fnaicdrh
fnaicdhr fnaicrdh fnaicrhd fnaichrd fnaichdr fnaihdcr fnaihdrc fnaihcdr fnaihcrd fnaihrcd fnaihrdc
fnacridh fnacrihd fnacrdih fnacrdhi fnacrhdi fnacrhid fnacirdh fnacirhd fnacidrh fnacidhr fnacihdr
fnacihrd fnacdirh fnacdihr fnacdrih fnacdrhi fnacdhri fnacdhir fnachidr fnachird fnachdir fnachdri
fnachrdi fnachrid fnahricd fnahridc fnahrcid fnahrcdi fnahrdci fnahrdic fnahircd fnahirdc fnahicrd
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fnahdcir fnahdcri fnahdrci fnahdric fndarich fndarihc fndarcih fndarchi fndarhci fndarhic fndairch
fndairhc fndaicrh fndaichr fndaihcr fndaihrc fndacirh fndacihr fndacrih fndacrhi fndachri fndachir
fndahicr fndahirc fndahcir fndahcri fndahrci fndahric fndraich fndraihc fndracih fndrachi fndrahci
fndrahic fndriach fndriahc fndricah fndricha fndrihca fndrihac fndrciah fndrciha fndrcaih fndrcahi
fndrchai fndrchia fndrhica fndrhiac fndrhcia fndrhcai fndrhaci fndrhaic fndirach fndirahc fndircah
fndircha fndirhca fndirhac fndiarch fndiarhc fndiacrh fndiachr fndiahcr fndiahrc fndicarh fndicahr
fndicrah fndicrha fndichra fndichar fndihacr fndiharc fndihcar fndihcra fndihrca fndihrac fndcriah
fndcriha fndcraih fndcrahi fndcrhai fndcrhia fndcirah fndcirha fndciarh fndciahr fndcihar fndcihra
fndcairh fndcaihr fndcarih fndcarhi fndcahri fndcahir fndchiar fndchira fndchair fndchari fndchrai
fndchria fndhrica fndhriac fndhrcia fndhrcai fndhraci fndhraic fndhirca fndhirac fndhicra fndhicar
fndhiacr fndhiarc fndhcira fndhciar fndhcria fndhcrai fndhcari fndhcair fndhaicr fndhairc fndhacir
fndhacri fndharci fndharic fnrdaich fnrdaihc fnrdacih fnrdachi fnrdahci fnrdahic fnrdiach fnrdiahc
fnrdicah fnrdicha fnrdihca fnrdihac fnrdciah fnrdciha fnrdcaih fnrdcahi fnrdchai fnrdchia fnrdhica
fnrdhiac fnrdhcia fnrdhcai fnrdhaci fnrdhaic fnradich fnradihc fnradcih fnradchi fnradhci fnradhic
fnraidch fnraidhc fnraicdh fnraichd fnraihcd fnraihdc fnracidh fnracihd fnracdih fnracdhi fnrachdi
fnrachid fnrahicd fnrahidc fnrahcid fnrahcdi fnrahdci fnrahdic fnriadch fnriadhc fnriacdh fnriachd
fnriahcd fnriahdc fnridach fnridahc fnridcah fnridcha fnridhca fnridhac fnricdah fnricdha fnricadh
fnricahd fnrichad fnrichda fnrihdca fnrihdac fnrihcda fnrihcad fnrihacd fnrihadc fnrcaidh fnrcaihd
fnrcadih fnrcadhi fnrcahdi fnrcahid fnrciadh fnrciahd fnrcidah fnrcidha fnrcihda fnrcihad fnrcdiah
fnrcdiha fnrcdaih fnrcdahi fnrcdhai fnrcdhia fnrchida fnrchiad fnrchdia fnrchdai fnrchadi fnrchaid
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fhicardn fhicarnd fhiarncd fhiarndc fhiarcnd fhiarcdn fhiardcn fhiardnc fhianrcd fhianrdc fhiancrd
fhiancdr fhiandcr fhiandrc fhiacnrd fhiacndr fhiacrnd fhiacrdn fhiacdrn fhiacdnr fhiadncr fhiadnrc
fhiadcnr fhiadcrn fhiadrcn fhiadrnc fhcdrina fhcdrian fhcdrnia fhcdrnai fhcdrani fhcdrain fhcdirna
fhcdiran fhcdinra fhcdinar fhcdianr fhcdiarn fhcdnira fhcdniar fhcdnria fhcdnrai fhcdnari fhcdnair
fhcdainr fhcdairn fhcdanir fhcdanri fhcdarni fhcdarin fhcrdina fhcrdian fhcrdnia fhcrdnai fhcrdani
fhcrdain fhcridna fhcridan fhcrinda fhcrinad fhcriand fhcriadn fhcrnida fhcrniad fhcrndia fhcrndai
fhcrnadi fhcrnaid fhcraind fhcraidn fhcranid fhcrandi fhcradni fhcradin fhcirdna fhcirdan fhcirnda
fhcirnad fhcirand fhciradn fhcidrna fhcidran fhcidnra fhcidnar fhcidanr fhcidarn fhcindra fhcindar
fhcinrda fhcinrad fhcinard fhcinadr fhciadnr fhciadrn fhciandr fhcianrd fhciarnd fhciardn fhcnrida
fhcnriad fhcnrdia fhcnrdai fhcnradi fhcnraid fhcnirda fhcnirad fhcnidra fhcnidar fhcniadr fhcniard
fhcndira fhcndiar fhcndria fhcndrai fhcndari fhcndair fhcnaidr fhcnaird fhcnadir fhcnadri fhcnardi
fhcnarid fhcarind fhcaridn fhcarnid fhcarndi fhcardni fhcardin fhcairnd fhcairdn fhcainrd fhcaindr
fhcaidnr fhcaidrn fhcanird fhcanidr fhcanrid fhcanrdi fhcandri fhcandir fhcadinr fhcadirn fhcadnir
fhcadnri fhcadrni fhcadrin fhadricn fhadrinc fhadrcin fhadrcni fhadrnci fhadrnic fhadircn fhadirnc
fhadicrn fhadicnr fhadincr fhadinrc fhadcirn fhadcinr fhadcrin fhadcrni fhadcnri fhadcnir fhadnicr
fhadnirc fhadncir fhadncri fhadnrci fhadnric fhardicn fhardinc fhardcin fhardcni fhardnci fhardnic
fharidcn fharidnc fharicdn fharicnd fharincd fharindc fharcidn fharcind fharcdin fharcdni fharcndi
fharcnid fharnicd fharnidc fharncid fharncdi fharndci fharndic fhairdcn fhairdnc fhaircdn fhaircnd
fhairncd fhairndc fhaidrcn fhaidrnc fhaidcrn fhaidcnr fhaidncr fhaidnrc fhaicdrn fhaicdnr fhaicrdn
fhaicrnd fhaicnrd fhaicndr fhaindcr fhaindrc fhaincdr fhaincrd fhainrcd fhainrdc fhacridn fhacrind
fhacrdin fhacrdni fhacrndi fhacrnid fhacirdn fhacirnd fhacidrn fhacidnr fhacindr fhacinrd fhacdirn
fhacdinr fhacdrin fhacdrni fhacdnri fhacdnir fhacnidr fhacnird fhacndir fhacndri fhacnrdi fhacnrid
fhanricd fhanridc fhanrcid fhanrcdi fhanrdci fhanrdic fhanircd fhanirdc fhanicrd fhanicdr fhanidcr
fhanidrc fhancird fhancidr fhancrid fhancrdi fhancdri fhancdir fhandicr fhandirc fhandcir fhandcri
fhandrci fhandric

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History of cryptography
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