easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

ultrarapid

infrarenal

persolvant

armourers

gwynn

beathbdp

wasteproof

klostermann

tsunoense

uncriticised

santarosabeach

interfacial

effeminandorum

omphalophlebitis

maurader

nomismata

cashmere

unsnaffled


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: arserant
cipher variations:
bstfsbou ctugtcpv duvhudqw evwiverx fwxjwfsy
gxykxgtz hyzlyhua izamzivb jabnajwc kbcobkxd
lcdpclye mdeqdmzf nefrenag ofgsfobh pghtgpci
qhiuhqdj rijvirek sjkwjsfl tklxktgm ulmyluhn
vmnzmvio wnoanwjp xopboxkq ypqcpylr zqrdqzms

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: arserant
Cipher: zihvizmg

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: arserant
Cipher: AAAAA BAAAA BAAAB AABAA BAAAA AAAAA ABBAA BAABA

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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: arserant
cipher variations:
bstfsboubadnabogbinvibosbqxdqboebyhlyboqbgrtgbocbwljwboabevrebom
bmfzmboybuphubokbczpcbowbkjxkboictugtcpvcbeobcphcjowjcptcryercpf
czimzcprchsuhcpdcxmkxcpbcfwsfcpncngancpzcvqivcplcdaqdcpxclkylcpj
duvhudqwdcfpcdqidkpxkdqudszfsdqgdajnadqsditvidqedynlydqcdgxtgdqo
dohbodqadwrjwdqmdebredqydmlzmdqkevwiverxedgqderjelqylervetagterh
ebkobertejuwjerfezomzerdehyuherpepicperbexskxernefcsferzenmanerl
fwxjwfsyfehrefskfmrzmfswfubhufsifclpcfsufkvxkfsgfapnafsefizvifsq
fqjdqfscfytlyfsofgdtgfsafonbofsmgxykxgtzgfisfgtlgnsangtxgvcivgtj
gdmqdgtvglwylgthgbqobgtfgjawjgtrgrkergtdgzumzgtpgheuhgtbgpocpgtn
hyzlyhuahgjtghumhotbohuyhwdjwhukhenrehuwhmxzmhuihcrpchughkbxkhus
hslfshuehavnahuqhifvihuchqpdqhuoizamzivbihkuhivnipucpivzixekxivl
ifosfivxinyanivjidsqdivhilcylivtitmgtivfibwobivrijgwjivdirqerivp
jabnajwcjilvijwojqvdqjwajyflyjwmjgptgjwyjozbojwkjetrejwijmdzmjwu
junhujwgjcxpcjwsjkhxkjwejsrfsjwqkbcobkxdkjmwjkxpkrwerkxbkzgmzkxn
khquhkxzkpacpkxlkfusfkxjkneankxvkvoivkxhkdyqdkxtkliylkxfktsgtkxr
lcdpclyelknxklyqlsxfslyclahnalyolirvilyalqbdqlymlgvtglyklofbolyw
lwpjwlyilezrelyulmjzmlygluthulysmdeqdmzfmloylmzrmtygtmzdmbiobmzp
mjswjmzbmrcermznmhwuhmzlmpgcpmzxmxqkxmzjmfasfmzvmnkanmzhmvuivmzt
nefrenagnmpzmnasnuzhunaencjpcnaqnktxknacnsdfsnaonixvinamnqhdqnay
nyrlynakngbtgnawnolbonainwvjwnauofgsfobhonqanobtovaivobfodkqdobr
oluylobdotegtobpojywjobnorierobzozsmzoblohcuhobxopmcpobjoxwkxobv
pghtgpciporbopcupwbjwpcgpelrepcspmvzmpcepufhupcqpkzxkpcopsjfspca
patnapcmpidvipcypqndqpckpyxlypcwqhiuhqdjqpscpqdvqxckxqdhqfmsfqdt
qnwanqdfqvgivqdrqlaylqdpqtkgtqdbqbuobqdnqjewjqdzqroerqdlqzymzqdx
rijvirekrqtdqrewrydlyreirgntgreuroxboregrwhjwresrmbzmreqrulhurec
rcvpcreorkfxkrearspfsremraznareysjkwjsflsruersfxszemzsfjshouhsfv
spycpsfhsxikxsftsncansfrsvmivsfdsdwqdsfpslgylsfbstqgtsfnsbaobsfz
tklxktgmtsvfstgytafnatgktipvitgwtqzdqtgityjlytgutodbotgstwnjwtge
texretgqtmhzmtgcturhutgotcbpctgaulmyluhnutwgtuhzubgobuhlujqwjuhx
uraeruhjuzkmzuhvupecpuhtuxokxuhfufysfuhrunianuhduvsivuhpudcqduhb
vmnzmviovuxhuviavchpcvimvkrxkviyvsbfsvikvalnaviwvqfdqviuvyplyvig
vgztgvisvojbovievwtjwviqvedrevicwnoanwjpwvyivwjbwdiqdwjnwlsylwjz
wtcgtwjlwbmobwjxwrgerwjvwzqmzwjhwhauhwjtwpkcpwjfwxukxwjrwfesfwjd
xopboxkqxwzjwxkcxejrexkoxmtzmxkaxudhuxkmxcnpcxkyxshfsxkwxarnaxki
xibvixkuxqldqxkgxyvlyxksxgftgxkeypqcpylryxakxyldyfksfylpynuanylb
yveivylnydoqdylzytigtylxybsobyljyjcwjylvyrmerylhyzwmzyltyhguhylf
zqrdqzmszyblyzmezgltgzmqzovbozmczwfjwzmozeprezmazujhuzmyzctpczmk
zkdxkzmwzsnfszmizaxnazmuzihvizmgarserantazcmzanfahmuhanrapwcpand
axgkxanpafqsfanbavkivanzaduqdanlaleylanxatogtanjabyobanvajiwjanh

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,

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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: arserant
Cipher: nefrenag

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: arserant
Cipher: 1124345124113344

Extended Methods:
Method #1

Plaintext: arserant
method variations:
fwxkwfsylbcpblxdqghugqcivmnzmvho

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a r s e r a n t 
1 2 3 5 2 1 3 4 
1 4 4 1 4 1 3 4 
They are then read out in rows:
1235213414414134
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: arserant
Cipher: fxbsqdds

Read more ...
Method #3

Plaintext: arserant
method variations:
foyfdlsd oyfdlsdf yfdlsdfo
fdlsdfoy dlsdfoyf lsdfoyfd
sdfoyfdl dfoyfdls

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: arserant

first 5040 cipher variations(40320 total)
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aarterns aartersn aartenrs aartensr aartesnr aartesrn aarersnt aarerstn aarernst aarernts aarertns
aarertsn aaresrnt aaresrtn aaresnrt aaresntr aarestnr aarestrn aarensrt aarenstr aarenrst aarenrts
aarentrs aarentsr aaretsnr aaretsrn aaretnsr aaretnrs aaretrns aaretrsn aarresnt aarrestn aarrenst
aarrents aarretns aarretsn aarrsent aarrsetn aarrsnet aarrsnte aarrstne aarrsten aarrnset aarrnste
aarrnest aarrnets aarrntes aarrntse aarrtsne aarrtsen aarrtnse aarrtnes aarrtens aarrtesn aarsrent
aarsretn aarsrnet aarsrnte aarsrtne aarsrten aarsernt aarsertn aarsenrt aarsentr aarsetnr aarsetrn
aarsnert aarsnetr aarsnret aarsnrte aarsntre aarsnter aarstenr aarstern aarstner aarstnre aarstrne
aarstren aarnrset aarnrste aarnrest aarnrets aarnrtes aarnrtse aarnsret aarnsrte aarnsert aarnsetr
aarnster aarnstre aarnesrt aarnestr aarnerst aarnerts aarnetrs aarnetsr aarntser aarntsre aarntesr
aarnters aarntres aarntrse aartrsne aartrsen aartrnse aartrnes aartrens aartresn aartsrne aartsren
aartsnre aartsner aartsenr aartsern aartnsre aartnser aartnrse aartnres aartners aartnesr aartesnr
aartesrn aartensr aartenrs aarterns aartersn aanerrst aanerrts aanersrt aanerstr aanertsr aanertrs
aanerrst aanerrts aanersrt aanerstr aanertsr aanertrs aanesrrt aanesrtr aanesrrt aanesrtr aanestrr
aanestrr aanetrsr aanetrrs aanetsrr aanetsrr aanetrsr aanetrrs aanrerst aanrerts aanresrt aanrestr
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aanrsetr aanrsret aanrsrte aanrstre aanrster aanrtesr aanrters aanrtser aanrtsre aanrtrse aanrtres
aansrret aansrrte aansrert aansretr aansrter aansrtre aansrret aansrrte aansrert aansretr aansrter
aansrtre aanserrt aansertr aanserrt aansertr aansetrr aansetrr aanstrer aanstrre aansterr aansterr
aanstrer aanstrre aantrrse aantrres aantrsre aantrser aantresr aantrers aantrrse aantrres aantrsre
aantrser aantresr aantrers aantsrre aantsrer aantsrre aantsrer aantserr aantserr aantersr aanterrs
aantesrr aantesrr aantersr aanterrs aaterrns aaterrsn aaternrs aaternsr aatersnr aatersrn aaterrns
aaterrsn aaternrs aaternsr aatersnr aatersrn aatenrrs aatenrsr aatenrrs aatenrsr aatensrr aatensrr
aatesrnr aatesrrn aatesnrr aatesnrr aatesrnr aatesrrn aatrerns aatrersn aatrenrs aatrensr aatresnr
aatresrn aatrrens aatrresn aatrrnes aatrrnse aatrrsne aatrrsen aatrnres aatrnrse aatrners aatrnesr
aatrnser aatrnsre aatrsrne aatrsren aatrsnre aatrsner aatrsenr aatrsern aatrrens aatrresn aatrrnes
aatrrnse aatrrsne aatrrsen aatrerns aatrersn aatrenrs aatrensr aatresnr aatresrn aatrners aatrnesr
aatrnres aatrnrse aatrnsre aatrnser aatrsenr aatrsern aatrsner aatrsnre aatrsrne aatrsren aatnrres
aatnrrse aatnrers aatnresr aatnrser aatnrsre aatnrres aatnrrse aatnrers aatnresr aatnrser aatnrsre
aatnerrs aatnersr aatnerrs aatnersr aatnesrr aatnesrr aatnsrer aatnsrre aatnserr aatnserr aatnsrer
aatnsrre aatsrrne aatsrren aatsrnre aatsrner aatsrenr aatsrern aatsrrne aatsrren aatsrnre aatsrner
aatsrenr aatsrern aatsnrre aatsnrer aatsnrre aatsnrer aatsnerr aatsnerr aatsernr aatserrn aatsenrr
aatsenrr aatsernr aatserrn anserart anseratr anserrat anserrta ansertra ansertar ansearrt anseartr
ansearrt anseartr anseatrr anseatrr anserart anseratr anserrat anserrta ansertra ansertar ansetarr
ansetarr ansetrar ansetrra ansetrra ansetrar ansreart ansreatr ansrerat ansrerta ansretra ansretar
ansraert ansraetr ansraret ansrarte ansratre ansrater ansrraet ansrrate ansrreat ansrreta ansrrtea
ansrrtae ansrtare ansrtaer ansrtrae ansrtrea ansrtera ansrtear ansarert ansaretr ansarret ansarrte
ansartre ansarter ansaerrt ansaertr ansaerrt ansaertr ansaetrr ansaetrr ansarert ansaretr ansarret
ansarrte ansartre ansarter ansaterr ansaterr ansatrer ansatrre ansatrre ansatrer ansrraet ansrrate
ansrreat ansrreta ansrrtea ansrrtae ansraret ansrarte ansraert ansraetr ansrater ansratre ansreart
ansreatr ansrerat ansrerta ansretra ansretar ansrtaer ansrtare ansrtear ansrtera ansrtrea ansrtrae
anstrare anstraer anstrrae anstrrea anstrera anstrear anstarre anstarer anstarre anstarer anstaerr
anstaerr anstrare anstraer anstrrae anstrrea anstrera anstrear anstearr anstearr ansterar ansterra
ansterra ansterar anesrart anesratr anesrrat anesrrta anesrtra anesrtar anesarrt anesartr anesarrt
anesartr anesatrr anesatrr anesrart anesratr anesrrat anesrrta anesrtra anesrtar anestarr anestarr
anestrar anestrra anestrra anestrar anersart anersatr anersrat anersrta anerstra anerstar anerasrt
anerastr anerarst anerarts aneratrs aneratsr anerrast anerrats anerrsat anerrsta anerrtsa anerrtas
anertars anertasr anertras anertrsa anertsra anertsar anearsrt anearstr anearrst anearrts aneartrs
aneartsr aneasrrt aneasrtr aneasrrt aneasrtr aneastrr aneastrr anearsrt anearstr anearrst anearrts
aneartrs aneartsr aneatsrr aneatsrr aneatrsr aneatrrs aneatrrs aneatrsr anerrast anerrats anerrsat
anerrsta anerrtsa anerrtas anerarst anerarts anerasrt anerastr aneratsr aneratrs anersart anersatr
anersrat anersrta anerstra anerstar anertasr anertars anertsar anertsra anertrsa anertras anetrars
anetrasr anetrras anetrrsa anetrsra anetrsar anetarrs anetarsr anetarrs anetarsr anetasrr anetasrr
anetrars anetrasr anetrras anetrrsa anetrsra anetrsar anetsarr anetsarr anetsrar anetsrra anetsrra
anetsrar anresart anresatr anresrat anresrta anrestra anrestar anreasrt anreastr anrearst anrearts
anreatrs anreatsr anrerast anrerats anrersat anrersta anrertsa anrertas anretars anretasr anretras
anretrsa anretsra anretsar anrseart anrseatr anrserat anrserta anrsetra anrsetar anrsaert anrsaetr
anrsaret anrsarte anrsatre anrsater anrsraet anrsrate anrsreat anrsreta anrsrtea anrsrtae anrstare
anrstaer anrstrae anrstrea anrstera anrstear anrasert anrasetr anrasret anrasrte anrastre anraster
anraesrt anraestr anraerst anraerts anraetrs anraetsr anrarest anrarets anrarset anrarste anrartse
anrartes anraters anratesr anratres anratrse anratsre anratser anrrsaet anrrsate anrrseat anrrseta
anrrstea anrrstae anrraset anrraste anrraest anrraets anrrates anrratse anrreast anrreats anrresat
anrresta anrretsa anrretas anrrtaes anrrtase anrrteas anrrtesa anrrtsea anrrtsae anrtsare anrtsaer
anrtsrae anrtsrea anrtsera anrtsear anrtasre anrtaser anrtarse anrtares anrtaers anrtaesr anrtrase
anrtraes anrtrsae anrtrsea anrtresa anrtreas anrtears anrteasr anrteras anrtersa anrtesra anrtesar
anaersrt anaerstr anaerrst anaerrts anaertrs anaertsr anaesrrt anaesrtr anaesrrt anaesrtr anaestrr
anaestrr anaersrt anaerstr anaerrst anaerrts anaertrs anaertsr anaetsrr anaetsrr anaetrsr anaetrrs
anaetrrs anaetrsr anaresrt anarestr anarerst anarerts anaretrs anaretsr anarsert anarsetr anarsret
anarsrte anarstre anarster anarrset anarrste anarrest anarrets anarrtes anarrtse anartsre anartser
anartrse anartres anarters anartesr anasrert anasretr anasrret anasrrte anasrtre anasrter anaserrt
anasertr anaserrt anasertr anasetrr anasetrr anasrert anasretr anasrret anasrrte anasrtre anasrter
anasterr anasterr anastrer anastrre anastrre anastrer anarrset anarrste anarrest anarrets anarrtes
anarrtse anarsret anarsrte anarsert anarsetr anarster anarstre anaresrt anarestr anarerst anarerts
anaretrs anaretsr anartser anartsre anartesr anarters anartres anartrse anatrsre anatrser anatrrse
anatrres anatrers anatresr anatsrre anatsrer anatsrre anatsrer anatserr anatserr anatrsre anatrser
anatrrse anatrres anatrers anatresr anatesrr anatesrr anatersr anaterrs anaterrs anatersr anrerast
anrerats anrersat anrersta anrertsa anrertas anrearst anrearts anreasrt anreastr anreatsr anreatrs
anresart anresatr anresrat anresrta anrestra anrestar anretasr anretars anretsar anretsra anretrsa
anretras anrreast anrreats anrresat anrresta anrretsa anrretas anrraest anrraets anrraset anrraste
anrratse anrrates anrrsaet anrrsate anrrseat anrrseta anrrstea anrrstae anrrtase anrrtaes anrrtsae
anrrtsea anrrtesa anrrteas anrarest anrarets anrarset anrarste anrartse anrartes anraerst anraerts
anraesrt anraestr anraetsr anraetrs anrasert anrasetr anrasret anrasrte anrastre anraster anratesr
anraters anratser anratsre anratrse anratres anrsraet anrsrate anrsreat anrsreta anrsrtea anrsrtae
anrsaret anrsarte anrsaert anrsaetr anrsater anrsatre anrseart anrseatr anrserat anrserta anrsetra
anrsetar anrstaer anrstare anrstear anrstera anrstrea anrstrae anrtrase anrtraes anrtrsae anrtrsea
anrtresa anrtreas anrtarse anrtares anrtasre anrtaser anrtaesr anrtaers anrtsare anrtsaer anrtsrae
anrtsrea anrtsera anrtsear anrteasr anrtears anrtesar anrtesra anrtersa anrteras anterars anterasr
anterras anterrsa antersra antersar antearrs antearsr antearrs antearsr anteasrr anteasrr anterars
anterasr anterras anterrsa antersra antersar antesarr antesarr antesrar antesrra antesrra antesrar
antrears antreasr antreras antrersa antresra antresar antraers antraesr antrares antrarse antrasre
antraser antrraes antrrase antrreas antrresa antrrsea antrrsae antrsare antrsaer antrsrae antrsrea
antrsera antrsear antarers antaresr antarres antarrse antarsre antarser antaerrs antaersr antaerrs
antaersr antaesrr antaesrr antarers antaresr antarres antarrse antarsre antarser antaserr antaserr
antasrer antasrre antasrre antasrer antrraes antrrase antrreas antrresa antrrsea antrrsae antrares
antrarse antraers antraesr antraser antrasre antrears antreasr antreras antrersa antresra antresar
antrsaer antrsare antrsear antrsera antrsrea antrsrae antsrare antsraer antsrrae antsrrea antsrera
antsrear antsarre antsarer antsarre antsarer antsaerr antsaerr antsrare antsraer antsrrae antsrrea
antsrera antsrear antsearr antsearr antserar antserra antserra antserar atseranr atserarn atsernar
atsernra atserrna atserran atsearnr atsearrn atseanrr atseanrr atsearnr atsearrn atsenarr atsenarr
atsenrar atsenrra atsenrra atsenrar atseranr atserarn atsernar atsernra atserrna atserran atsreanr
atsrearn atsrenar atsrenra atsrerna atsreran atsraenr atsraern atsraner atsranre atsrarne atsraren
atsrnaer atsrnare atsrnear atsrnera atsrnrea atsrnrae atsrrane atsrraen atsrrnae atsrrnea atsrrena
atsrrean atsarenr atsarern atsarner atsarnre atsarrne atsarren atsaernr atsaerrn atsaenrr atsaenrr
atsaernr atsaerrn atsanerr atsanerr atsanrer atsanrre atsanrre atsanrer atsarenr atsarern atsarner
atsarnre atsarrne atsarren atsnraer atsnrare atsnrear atsnrera atsnrrea atsnrrae atsnarer atsnarre
atsnaerr atsnaerr atsnarer atsnarre atsnearr atsnearr atsnerar atsnerra atsnerra atsnerar atsnraer
atsnrare atsnrear atsnrera atsnrrea atsnrrae atsrrane atsrraen atsrrnae atsrrnea atsrrena atsrrean
atsrarne atsraren atsranre atsraner atsraenr atsraern atsrnare atsrnaer atsrnrae atsrnrea atsrnera
atsrnear atsreanr atsrearn atsrenar atsrenra atsrerna atsreran atesranr atesrarn atesrnar atesrnra
atesrrna atesrran atesarnr atesarrn atesanrr atesanrr atesarnr atesarrn atesnarr atesnarr atesnrar
atesnrra atesnrra atesnrar atesranr atesrarn atesrnar atesrnra atesrrna atesrran atersanr atersarn
atersnar atersnra atersrna atersran aterasnr aterasrn ateransr ateranrs aterarns aterarsn aternasr
aternars aternsar aternsra aternrsa aternras aterrans aterrasn aterrnas aterrnsa aterrsna aterrsan
atearsnr atearsrn atearnsr atearnrs atearrns atearrsn ateasrnr ateasrrn ateasnrr ateasnrr ateasrnr
ateasrrn ateansrr ateansrr ateanrsr ateanrrs ateanrrs ateanrsr atearsnr atearsrn atearnsr atearnrs
atearrns atearrsn atenrasr atenrars atenrsar atenrsra atenrrsa atenrras atenarsr atenarrs atenasrr
atenasrr atenarsr atenarrs atensarr atensarr atensrar atensrra atensrra atensrar atenrasr atenrars
atenrsar atenrsra atenrrsa atenrras aterrans aterrasn aterrnas aterrnsa aterrsna aterrsan aterarns
aterarsn ateranrs ateransr aterasnr aterasrn aternars aternasr aternras aternrsa aternsra aternsar
atersanr atersarn atersnar atersnra atersrna atersran atresanr atresarn atresnar atresnra atresrna
atresran atreasnr atreasrn atreansr atreanrs atrearns atrearsn atrenasr atrenars atrensar atrensra
atrenrsa atrenras atrerans atrerasn atrernas atrernsa atrersna atrersan atrseanr atrsearn atrsenar
atrsenra atrserna atrseran atrsaenr atrsaern atrsaner atrsanre atrsarne atrsaren atrsnaer atrsnare
atrsnear atrsnera atrsnrea atrsnrae atrsrane atrsraen atrsrnae atrsrnea atrsrena atrsrean atrasenr
atrasern atrasner atrasnre atrasrne atrasren atraesnr atraesrn atraensr atraenrs atraerns atraersn
atranesr atraners atranser atransre atranrse atranres atrarens atraresn atrarnes atrarnse atrarsne
atrarsen atrnsaer atrnsare atrnsear atrnsera atrnsrea atrnsrae atrnaser atrnasre atrnaesr atrnaers
atrnares atrnarse atrneasr atrnears atrnesar atrnesra atrnersa atrneras atrnraes atrnrase atrnreas
atrnresa atrnrsea atrnrsae atrrsane atrrsaen atrrsnae atrrsnea atrrsena atrrsean atrrasne atrrasen
atrranse atrranes atrraens atrraesn atrrnase atrrnaes atrrnsae atrrnsea atrrnesa atrrneas atrreans
atrreasn atrrenas atrrensa atrresna atrresan ataersnr ataersrn ataernsr ataernrs ataerrns ataerrsn
ataesrnr ataesrrn ataesnrr ataesnrr ataesrnr ataesrrn ataensrr ataensrr ataenrsr ataenrrs ataenrrs
ataenrsr ataersnr ataersrn ataernsr ataernrs ataerrns ataerrsn ataresnr ataresrn atarensr atarenrs
atarerns atarersn atarsenr atarsern atarsner atarsnre atarsrne atarsren atarnser atarnsre atarnesr
atarners atarnres atarnrse atarrsne atarrsen atarrnse atarrnes atarrens atarresn atasrenr atasrern
atasrner atasrnre atasrrne atasrren atasernr ataserrn atasenrr atasenrr atasernr ataserrn atasnerr
atasnerr atasnrer atasnrre atasnrre atasnrer atasrenr atasrern atasrner atasrnre atasrrne atasrren
atanrser atanrsre atanresr atanrers atanrres atanrrse atansrer atansrre atanserr atanserr atansrer
atansrre atanesrr atanesrr atanersr atanerrs atanerrs atanersr atanrser atanrsre atanresr atanrers
atanrres atanrrse atarrsne atarrsen atarrnse atarrnes atarrens atarresn atarsrne atarsren atarsnre
atarsner atarsenr atarsern atarnsre atarnser atarnrse atarnres atarners atarnesr ataresnr ataresrn
atarensr atarenrs atarerns atarersn atnerasr atnerars atnersar atnersra atnerrsa atnerras atnearsr
atnearrs atneasrr atneasrr atnearsr atnearrs atnesarr atnesarr atnesrar atnesrra atnesrra atnesrar
atnerasr atnerars atnersar atnersra atnerrsa atnerras atnreasr atnrears atnresar atnresra atnrersa
atnreras atnraesr atnraers atnraser atnrasre atnrarse atnrares atnrsaer atnrsare atnrsear atnrsera
atnrsrea atnrsrae atnrrase atnrraes atnrrsae atnrrsea atnrresa atnrreas atnaresr atnarers atnarser
atnarsre atnarrse atnarres atnaersr atnaerrs atnaesrr atnaesrr atnaersr atnaerrs atnaserr atnaserr
atnasrer atnasrre atnasrre atnasrer atnaresr atnarers atnarser atnarsre atnarrse atnarres atnsraer
atnsrare atnsrear atnsrera atnsrrea atnsrrae atnsarer atnsarre atnsaerr atnsaerr atnsarer atnsarre
atnsearr atnsearr atnserar atnserra atnserra atnserar atnsraer atnsrare atnsrear atnsrera atnsrrea
atnsrrae atnrrase atnrraes atnrrsae atnrrsea atnrresa atnrreas atnrarse atnrares atnrasre atnraser
atnraesr atnraers atnrsare atnrsaer atnrsrae atnrsrea atnrsera atnrsear atnreasr atnrears atnresar
atnresra atnrersa atnreras atrerans atrerasn atrernas atrernsa atrersna atrersan atrearns atrearsn
atreanrs atreansr atreasnr atreasrn atrenars atrenasr atrenras atrenrsa atrensra atrensar atresanr
atresarn atresnar atresnra atresrna atresran atrreans atrreasn atrrenas atrrensa atrresna atrresan
atrraens atrraesn atrranes atrranse atrrasne atrrasen atrrnaes atrrnase atrrneas atrrnesa atrrnsea
atrrnsae atrrsane atrrsaen atrrsnae atrrsnea atrrsena atrrsean atrarens atraresn atrarnes atrarnse
atrarsne atrarsen atraerns atraersn atraenrs atraensr atraesnr atraesrn atraners atranesr atranres
atranrse atransre atranser atrasenr atrasern atrasner atrasnre atrasrne atrasren atrnraes atrnrase
atrnreas atrnresa atrnrsea atrnrsae atrnares atrnarse atrnaers atrnaesr atrnaser atrnasre atrnears
atrneasr atrneras atrnersa atrnesra atrnesar atrnsaer atrnsare atrnsear atrnsera atrnsrea atrnsrae
atrsrane atrsraen atrsrnae atrsrnea atrsrena atrsrean atrsarne atrsaren atrsanre atrsaner atrsaenr
atrsaern atrsnare atrsnaer atrsnrae atrsnrea atrsnera atrsnear atrseanr atrsearn atrsenar atrsenra
atrserna atrseran

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History of cryptography
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