easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

cclxiiiqve

landocrat

hallerman

brachygraphical

traheresque

lignoque

geraniaceae

linquentisque

scray

signat

amygdalolith

benevolence

jehoiachin

lafauci

roebling

subnuclei

rethreads

sentinellike


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: heinously
cipher variations:
ifjopvtmz jgkpqwuna khlqrxvob limrsywpc mjnstzxqd
nkotuayre olpuvbzsf pmqvwcatg qnrwxdbuh rosxyecvi
sptyzfdwj tquzagexk urvabhfyl vswbcigzm wtxcdjhan
xuydekibo yvzefljcp zwafgmkdq axbghnler bychiomfs
czdijpngt daejkqohu ebfklrpiv fcglmsqjw gdhmntrkx

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: heinously
Cipher: svrmlfhob

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: heinously
Cipher: AABBB AABAA ABAAA ABBAA ABBAB BAABB BAAAB ABABA BABBA

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: heinously
cipher variations:
ifjopvtmzwnzorjdivkvpotxnerydfovlxanmlvoxzhwjatloznrsfcjrodplkxqrhofdvgt
ezxohrfcpshnojfpylgpdoltzuhuxtonhjqdjgkpqwunaxoapskejwlwqpuyofszegpwmybo
nmwpyaixkbumpaostgdkspeqmlyrsipgewhufaypisgdqtiopkgqzmhqepmuavivyupoikre
khlqrxvobypbqtlfkxmxrqvzpgtafhqxnzcponxqzbjylcvnqbptuheltqfrnmzstjqhfxiv
gbzqjtherujpqlhranirfqnvbwjwzvqpjlsflimrsywpczqcrumglynysrwaqhubgiryoadq
poyrackzmdworcquvifmurgsonatukrigyjwhcarkuifsvkqrmisbojsgrowcxkxawrqkmtg
mjnstzxqdardsvnhmzoztsxbrivchjszpberqpzsbdlanexpsdrvwjgnvshtpobuvlsjhzkx
idbslvjgtwlrsnjtcpkthspxdylybxsrlnuhnkotuayrebsetwoinapautycsjwdiktaqcfs
rqatcembofyqteswxkhowtiuqpcvwmtkialyjectmwkhuxmstokudqluitqyezmzcytsmovi
olpuvbzsfctfuxpjobqbvuzdtkxejlubrdgtsrbudfncpgzruftxylipxujvrqdwxnuljbmz
kfdunxlivyntuplvermvjurzfanadzutnpwjpmqvwcatgdugvyqkpcrcwvaeulyfkmvcsehu
tscvegodqhasvguyzmjqyvkwsrexyovmkcnalgevoymjwzouvqmwfsnwkvsagbobeavuoqxk
qnrwxdbuhevhwzrlqdsdxwbfvmzglnwdtfivutdwfhperibtwhvzankrzwlxtsfyzpwnldob
mhfwpznkxapvwrnxgtoxlwtbhcpcfbwvprylrosxyecvifwixasmreteyxcgwnahmoxeugjw
vuexgiqfsjcuxiwabolsaxmyutgzaqxomepcnigxqaolybqwxsoyhupymxucidqdgcxwqszm
sptyzfdwjgxjybtnsfufzydhxobinpyfvhkxwvfyhjrgtkdvyjxbcpmtbynzvuhabrypnfqd
ojhyrbpmzcrxytpzivqznyvdjerehdyxrtantquzagexkhykzcuotgvgazeiypcjoqzgwily
xwgzikshulewzkycdqnuczoawvibcszqogrepkizscqnadsyzuqajwraozwekfsfiezysubo
urvabhfylizladvpuhwhbafjzqdkprahxjmzyxhajltivmfxalzderovdapbxwjcdtarphsf
qljatdrobetzavrbkxsbpaxflgtgjfaztvcpvswbcigzmjambewqvixicbgkarelqsbiykna
zyibkmujwngybmaefspwebqcyxkdeubsqitgrmkbuespcfuabwsclytcqbygmhuhkgbauwdq
wtxcdjhankbncfxrwjyjdchlbsfmrtcjzlobazjclnvkxohzcnbfgtqxfcrdzylefvctrjuh
snlcvftqdgvbcxtdmzudrczhnivilhcbvxerxuydekibolcodgysxkzkedimctgnsudkampc
bakdmowlypiadocghurygdseazmfgwduskvitomdwgurehwcdyuenavesdaiojwjmidcwyfs
yvzefljcpmdpehztylalfejnduhotvelbnqdcblenpxmzqjbepdhivszhetfbanghxevtlwj
upnexhvsfixdezvfobwftebjpkxknjedxzgtzwafgmkdqneqfiauzmbmgfkoevipuwfmcore
dcmfoqynarkcfqeijwtaifugcbohiyfwumxkvqofyiwtgjyefawgpcxgufckqlylokfeyahu
axbghnlerofrgjbvancnhglpfwjqvxgndpsfedngprzobsldgrfjkxubjgvhdcpijzgxvnyl
wrpgzjxuhkzfgbxhqdyhvgdlrmzmplgfzbivbychiomfspgshkcwbodoihmqgxkrwyhoeqtg
feohqsapctmehsgklyvckhwiedqjkahywozmxsqhakyvilaghcyireziwhemsnanqmhgacjw
czdijpngtqhtildxcpepjinrhylsxzipfruhgfpirtbqdunfithlmzwdlixjferklbizxpan
ytriblzwjmbhidzjsfajxifntobornihbdkxdaejkqohuriujmeydqfqkjosizmtyajqgsvi
hgqjsucrevogjuimnaxemjykgfslmcjayqbozusjcmaxkncijeaktgbkyjgoupcpsojicely
ebfklrpivsjvknfzergrlkptjanuzbkrhtwjihrktvdsfwphkvjnobyfnkzlhgtmndkbzrcp
avtkdnbylodjkfbluhclzkhpvqdqtpkjdfmzfcglmsqjwtkwlogafshsmlqukbovaclsiuxk
jisluwetgxqilwkopczgolamihunoelcasdqbwuleoczmpeklgcmvidmaliqwreruqlkegna
gdhmntrkxulxmphbgtitnmrvlcpwbdmtjvylkjtmvxfuhyrjmxlpqdahpmbnjivopfmdbter
cxvmfpdanqflmhdnwjenbmjrxsfsvrmlfhobheinouslyvmynqichujuonswmdqxcenukwzm
lkunwygvizsknymqrebiqncokjwpqgnecufsdywngqeborgmnieoxkfocnksytgtwsnmgipc

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: heinously
Cipher: urvabhfyl

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: heinously
Cipher: 325142334354341345

Extended Methods:
Method #1

Plaintext: heinously
method variations:
nkostzxqdsptxyecvixuycdkhaoczdhipnft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
h e i n o u s l y 
3 5 4 3 4 5 3 1 4 
2 1 2 3 3 4 4 3 5 
They are then read out in rows:
354345314212334435
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: heinously
Cipher: xoycifntx

Read more ...
Method #3

Plaintext: heinously
method variations:
wqmsxodsp qmsxodspw msxodspwq
sxodspwqm xodspwqms odspwqmsx
dspwqmsxo spwqmsxod pwqmsxods

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: heinously

first 5040 cipher variations(362880 total)
heinously heinousyl heinoulsy heinoulys heinouyls heinouysl heinosuly heinosuyl heinosluy heinoslyu heinosylu
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henoyilus henoyiuls henoyiusl henuoisly henuoisyl henuoilsy henuoilys henuoiyls henuoiysl henuosily henuosiyl
henuosliy henuoslyi henuosyli henuosyil henuolsiy henuolsyi henuolisy henuoliys henuolyis henuolysi henuoysli
henuoysil henuoylsi henuoylis henuoyils henuoyisl henuiosly henuiosyl henuiolsy henuiolys henuioyls henuioysl
henuisoly henuisoyl henuisloy henuislyo henuisylo henuisyol henuilsoy henuilsyo henuilosy henuiloys henuilyos
henuilyso henuiyslo henuiysol henuiylso henuiylos henuiyols henuiyosl henusioly henusioyl henusiloy henusilyo
henusiylo henusiyol henusoily henusoiyl henusoliy henusolyi henusoyli henusoyil henusloiy henusloyi henuslioy
henusliyo henuslyio henuslyoi henusyoli henusyoil henusyloi henusylio henusyilo henusyiol henulisoy henulisyo
henuliosy henulioys henuliyos henuliyso henulsioy henulsiyo henulsoiy henulsoyi henulsyoi henulsyio henulosiy
henulosyi henuloisy henuloiys henuloyis henuloysi henulysoi henulysio henulyosi henulyois henulyios henulyiso
henuyislo henuyisol henuyilso henuyilos henuyiols henuyiosl henuysilo henuysiol henuyslio henuysloi henuysoli
henuysoil henuylsio henuylsoi henuyliso henuylios henuylois henuylosi henuyosli henuyosil henuyolsi henuyolis
henuyoils henuyoisl hensouily hensouiyl hensouliy hensoulyi hensouyli hensouyil hensoiuly hensoiuyl hensoiluy
hensoilyu hensoiylu hensoiyul hensoliuy hensoliyu hensoluiy hensoluyi hensolyui hensolyiu hensoyilu hensoyiul
hensoyliu hensoylui hensoyuli hensoyuil hensuoily hensuoiyl hensuoliy hensuolyi hensuoyli hensuoyil hensuioly
hensuioyl hensuiloy hensuilyo hensuiylo hensuiyol hensulioy hensuliyo hensuloiy hensuloyi hensulyoi hensulyio
hensuyilo hensuyiol hensuylio hensuyloi hensuyoli hensuyoil hensiuoly hensiuoyl hensiuloy hensiulyo hensiuylo
hensiuyol hensiouly hensiouyl hensioluy hensiolyu hensioylu hensioyul hensilouy hensiloyu hensiluoy hensiluyo
hensilyuo hensilyou hensiyolu hensiyoul hensiylou hensiyluo hensiyulo hensiyuol hensluioy hensluiyo hensluoiy
hensluoyi hensluyoi hensluyio hensliuoy hensliuyo hensliouy henslioyu hensliyou hensliyuo hensloiuy hensloiyu
henslouiy henslouyi hensloyui hensloyiu henslyiou henslyiuo henslyoiu henslyoui henslyuoi henslyuio hensyuilo
hensyuiol hensyulio hensyuloi hensyuoli hensyuoil hensyiulo hensyiuol hensyiluo hensyilou hensyiolu hensyioul
hensyliuo hensyliou hensyluio hensyluoi hensyloui hensyloiu hensyoilu hensyoiul hensyoliu hensyolui hensyouli
hensyouil henlousiy henlousyi henlouisy henlouiys henlouyis henlouysi henlosuiy henlosuyi henlosiuy henlosiyu
henlosyiu henlosyui henloisuy henloisyu henloiusy henloiuys henloiyus henloiysu henloysiu henloysui henloyisu
henloyius henloyuis henloyusi henluosiy henluosyi henluoisy henluoiys henluoyis henluoysi henlusoiy henlusoyi
henlusioy henlusiyo henlusyio henlusyoi henluisoy henluisyo henluiosy henluioys henluiyos henluiyso henluysio
henluysoi henluyiso henluyios henluyois henluyosi henlsuoiy henlsuoyi henlsuioy henlsuiyo henlsuyio henlsuyoi
henlsouiy henlsouyi henlsoiuy henlsoiyu henlsoyiu henlsoyui henlsiouy henlsioyu henlsiuoy henlsiuyo henlsiyuo
henlsiyou henlsyoiu henlsyoui henlsyiou henlsyiuo henlsyuio henlsyuoi henliusoy henliusyo henliuosy henliuoys
henliuyos henliuyso henlisuoy henlisuyo henlisouy henlisoyu henlisyou henlisyuo henliosuy henliosyu henliousy
henliouys henlioyus henlioysu henliysou henliysuo henliyosu henliyous henliyuos henliyuso henlyusio henlyusoi
henlyuiso henlyuios henlyuois henlyuosi henlysuio henlysuoi henlysiuo henlysiou henlysoiu henlysoui henlyisuo
henlyisou henlyiuso henlyiuos henlyious henlyiosu henlyosiu henlyosui henlyoisu henlyoius henlyouis henlyousi
henyousli henyousil henyoulsi henyoulis henyouils henyouisl henyosuli henyosuil henyoslui henyosliu henyosilu
henyosiul henyolsui henyolsiu henyolusi henyoluis henyolius henyolisu henyoislu henyoisul henyoilsu henyoilus
henyoiuls henyoiusl henyuosli henyuosil henyuolsi henyuolis henyuoils henyuoisl henyusoli henyusoil henyusloi
henyuslio henyusilo henyusiol henyulsoi henyulsio henyulosi henyulois henyulios henyuliso henyuislo henyuisol
henyuilso henyuilos henyuiols henyuiosl henysuoli henysuoil henysuloi henysulio henysuilo henysuiol henysouli
henysouil henysolui henysoliu henysoilu henysoiul henysloui henysloiu henysluoi henysluio henysliuo henysliou
henysiolu henysioul henysilou henysiluo henysiulo henysiuol henylusoi henylusio henyluosi henyluois henyluios
henyluiso henylsuoi henylsuio henylsoui henylsoiu henylsiou henylsiuo henylosui henylosiu henylousi henylouis
henyloius henyloisu henylisou henylisuo henyliosu henylious henyliuos henyliuso henyiuslo henyiusol henyiulso
henyiulos henyiuols henyiuosl henyisulo henyisuol henyisluo henyislou henyisolu henyisoul henyilsuo henyilsou
henyiluso henyiluos henyilous henyilosu henyioslu henyiosul henyiolsu henyiolus henyiouls henyiousl heoniusly
heoniusyl heoniulsy heoniulys heoniuyls heoniuysl heonisuly heonisuyl heonisluy heonislyu heonisylu heonisyul
heonilsuy heonilsyu heonilusy heoniluys heonilyus heonilysu heoniyslu heoniysul heoniylsu heoniylus heoniyuls
heoniyusl heonuisly heonuisyl heonuilsy heonuilys heonuiyls heonuiysl heonusily heonusiyl heonusliy heonuslyi
heonusyli heonusyil heonulsiy heonulsyi heonulisy heonuliys heonulyis heonulysi heonuysli heonuysil heonuylsi
heonuylis heonuyils heonuyisl heonsuily heonsuiyl heonsuliy heonsulyi heonsuyli heonsuyil heonsiuly heonsiuyl
heonsiluy heonsilyu heonsiylu heonsiyul heonsliuy heonsliyu heonsluiy heonsluyi heonslyui heonslyiu heonsyilu
heonsyiul heonsyliu heonsylui heonsyuli heonsyuil heonlusiy heonlusyi heonluisy heonluiys heonluyis heonluysi
heonlsuiy heonlsuyi heonlsiuy heonlsiyu heonlsyiu heonlsyui heonlisuy heonlisyu heonliusy heonliuys heonliyus
heonliysu heonlysiu heonlysui heonlyisu heonlyius heonlyuis heonlyusi heonyusli heonyusil heonyulsi heonyulis
heonyuils heonyuisl heonysuli heonysuil heonyslui heonysliu heonysilu heonysiul heonylsui heonylsiu heonylusi
heonyluis heonylius heonylisu heonyislu heonyisul heonyilsu heonyilus heonyiuls heonyiusl heoinusly heoinusyl
heoinulsy heoinulys heoinuyls heoinuysl heoinsuly heoinsuyl heoinsluy heoinslyu heoinsylu heoinsyul heoinlsuy
heoinlsyu heoinlusy heoinluys heoinlyus heoinlysu heoinyslu heoinysul heoinylsu heoinylus heoinyuls heoinyusl
heoiunsly heoiunsyl heoiunlsy heoiunlys heoiunyls heoiunysl heoiusnly heoiusnyl heoiuslny heoiuslyn heoiusyln
heoiusynl heoiulsny heoiulsyn heoiulnsy heoiulnys heoiulyns heoiulysn heoiuysln heoiuysnl heoiuylsn heoiuylns
heoiuynls heoiuynsl heoisunly heoisunyl heoisulny heoisulyn heoisuyln heoisuynl heoisnuly heoisnuyl heoisnluy
heoisnlyu heoisnylu heoisnyul heoislnuy heoislnyu heoisluny heoisluyn heoislyun heoislynu heoisynlu heoisynul
heoisylnu heoisylun heoisyuln heoisyunl heoilusny heoilusyn heoilunsy heoilunys heoiluyns heoiluysn heoilsuny
heoilsuyn heoilsnuy heoilsnyu heoilsynu heoilsyun heoilnsuy heoilnsyu heoilnusy heoilnuys heoilnyus heoilnysu
heoilysnu heoilysun heoilynsu heoilynus heoilyuns heoilyusn heoiyusln heoiyusnl heoiyulsn heoiyulns heoiyunls
heoiyunsl heoiysuln heoiysunl heoiyslun heoiyslnu heoiysnlu heoiysnul heoiylsun heoiylsnu heoiylusn heoiyluns
heoiylnus heoiylnsu heoiynslu heoiynsul heoiynlsu heoiynlus heoiynuls heoiynusl heouinsly heouinsyl heouinlsy
heouinlys heouinyls heouinysl heouisnly heouisnyl heouislny heouislyn heouisyln heouisynl heouilsny heouilsyn
heouilnsy heouilnys heouilyns heouilysn heouiysln heouiysnl heouiylsn heouiylns heouiynls heouiynsl heounisly
heounisyl heounilsy heounilys heouniyls heouniysl heounsily heounsiyl heounsliy heounslyi heounsyli heounsyil
heounlsiy heounlsyi heounlisy heounliys heounlyis heounlysi heounysli heounysil heounylsi heounylis heounyils
heounyisl heousnily heousniyl heousnliy heousnlyi heousnyli heousnyil heousinly heousinyl heousilny heousilyn
heousiyln heousiynl heousliny heousliyn heouslniy heouslnyi heouslyni heouslyin heousyiln heousyinl heousylin
heousylni heousynli heousynil heoulnsiy heoulnsyi heoulnisy heoulniys heoulnyis heoulnysi heoulsniy heoulsnyi
heoulsiny heoulsiyn heoulsyin heoulsyni heoulisny heoulisyn heoulinsy heoulinys heouliyns heouliysn heoulysin
heoulysni heoulyisn heoulyins heoulynis heoulynsi heouynsli heouynsil heouynlsi heouynlis heouynils heouynisl
heouysnli heouysnil heouyslni heouyslin heouysiln heouysinl heouylsni heouylsin heouylnsi heouylnis heouylins
heouylisn heouyisln heouyisnl heouyilsn heouyilns heouyinls heouyinsl heosiunly heosiunyl heosiulny heosiulyn
heosiuyln heosiuynl heosinuly heosinuyl heosinluy heosinlyu heosinylu heosinyul heosilnuy heosilnyu heosiluny
heosiluyn heosilyun heosilynu heosiynlu heosiynul heosiylnu heosiylun heosiyuln heosiyunl heosuinly heosuinyl
heosuilny heosuilyn heosuiyln heosuiynl heosunily heosuniyl heosunliy heosunlyi heosunyli heosunyil heosulniy
heosulnyi heosuliny heosuliyn heosulyin heosulyni heosuynli heosuynil heosuylni heosuylin heosuyiln heosuyinl
heosnuily heosnuiyl heosnuliy heosnulyi heosnuyli heosnuyil heosniuly heosniuyl heosniluy heosnilyu heosniylu
heosniyul heosnliuy heosnliyu heosnluiy heosnluyi heosnlyui heosnlyiu heosnyilu heosnyiul heosnyliu heosnylui
heosnyuli heosnyuil heosluniy heoslunyi heosluiny heosluiyn heosluyin heosluyni heoslnuiy heoslnuyi heoslniuy
heoslniyu heoslnyiu heoslnyui heoslinuy heoslinyu heosliuny heosliuyn heosliyun heosliynu heoslyniu heoslynui
heoslyinu heoslyiun heoslyuin heoslyuni heosyunli heosyunil heosyulni heosyulin heosyuiln heosyuinl heosynuli
heosynuil heosynlui heosynliu heosynilu heosyniul heosylnui heosylniu heosyluni heosyluin heosyliun heosylinu
heosyinlu heosyinul heosyilnu heosyilun heosyiuln heosyiunl heoliusny heoliusyn heoliunsy heoliunys heoliuyns
heoliuysn heolisuny heolisuyn heolisnuy heolisnyu heolisynu heolisyun heolinsuy heolinsyu heolinusy heolinuys
heolinyus heolinysu heoliysnu heoliysun heoliynsu heoliynus heoliyuns heoliyusn heoluisny heoluisyn heoluinsy
heoluinys heoluiyns heoluiysn heolusiny heolusiyn heolusniy heolusnyi heolusyni heolusyin heolunsiy heolunsyi
heolunisy heoluniys heolunyis heolunysi heoluysni heoluysin heoluynsi heoluynis heoluyins heoluyisn heolsuiny
heolsuiyn heolsuniy heolsunyi heolsuyni heolsuyin heolsiuny heolsiuyn heolsinuy heolsinyu heolsiynu heolsiyun
heolsniuy heolsniyu heolsnuiy heolsnuyi heolsnyui heolsnyiu heolsyinu heolsyiun heolsyniu heolsynui heolsyuni
heolsyuin heolnusiy heolnusyi heolnuisy heolnuiys heolnuyis heolnuysi heolnsuiy heolnsuyi heolnsiuy heolnsiyu
heolnsyiu heolnsyui heolnisuy heolnisyu heolniusy heolniuys heolniyus heolniysu heolnysiu heolnysui heolnyisu
heolnyius heolnyuis heolnyusi heolyusni heolyusin heolyunsi heolyunis heolyuins heolyuisn heolysuni heolysuin
heolysnui heolysniu heolysinu heolysiun heolynsui heolynsiu heolynusi heolynuis heolynius heolynisu heolyisnu
heolyisun heolyinsu heolyinus heolyiuns heolyiusn heoyiusln heoyiusnl heoyiulsn heoyiulns heoyiunls heoyiunsl
heoyisuln heoyisunl heoyislun heoyislnu heoyisnlu heoyisnul heoyilsun heoyilsnu heoyilusn heoyiluns heoyilnus
heoyilnsu heoyinslu heoyinsul heoyinlsu heoyinlus heoyinuls heoyinusl heoyuisln heoyuisnl heoyuilsn heoyuilns
heoyuinls heoyuinsl heoyusiln heoyusinl heoyuslin heoyuslni heoyusnli heoyusnil heoyulsin heoyulsni heoyulisn
heoyulins heoyulnis heoyulnsi heoyunsli heoyunsil heoyunlsi heoyunlis heoyunils heoyunisl heoysuiln heoysuinl
heoysulin heoysulni heoysunli heoysunil heoysiuln heoysiunl heoysilun heoysilnu heoysinlu heoysinul heoysliun
heoyslinu heoysluin heoysluni heoyslnui heoyslniu heoysnilu heoysniul heoysnliu heoysnlui heoysnuli heoysnuil
heoylusin heoylusni heoyluisn heoyluins heoylunis heoylunsi heoylsuin heoylsuni heoylsiun heoylsinu heoylsniu
heoylsnui heoylisun heoylisnu heoyliusn heoyliuns heoylinus heoylinsu heoylnsiu heoylnsui heoylnisu heoylnius
heoylnuis heoylnusi heoynusli heoynusil heoynulsi heoynulis heoynuils heoynuisl heoynsuli heoynsuil heoynslui
heoynsliu heoynsilu heoynsiul heoynlsui heoynlsiu heoynlusi heoynluis heoynlius heoynlisu heoynislu heoynisul
heoynilsu heoynilus heoyniuls heoyniusl heunoisly heunoisyl heunoilsy heunoilys heunoiyls heunoiysl heunosily
heunosiyl heunosliy heunoslyi heunosyli heunosyil heunolsiy heunolsyi heunolisy heunoliys heunolyis heunolysi
heunoysli heunoysil heunoylsi heunoylis heunoyils heunoyisl heuniosly heuniosyl heuniolsy heuniolys heunioyls
heunioysl heunisoly heunisoyl heunisloy heunislyo heunisylo heunisyol heunilsoy heunilsyo heunilosy heuniloys
heunilyos heunilyso heuniyslo heuniysol heuniylso heuniylos heuniyols heuniyosl heunsioly heunsioyl heunsiloy
heunsilyo heunsiylo heunsiyol heunsoily heunsoiyl heunsoliy heunsolyi heunsoyli heunsoyil heunsloiy heunsloyi
heunslioy heunsliyo heunslyio heunslyoi heunsyoli heunsyoil heunsyloi heunsylio heunsyilo heunsyiol heunlisoy
heunlisyo heunliosy heunlioys heunliyos heunliyso heunlsioy heunlsiyo heunlsoiy heunlsoyi heunlsyoi heunlsyio
heunlosiy heunlosyi heunloisy heunloiys heunloyis heunloysi heunlysoi heunlysio heunlyosi heunlyois heunlyios
heunlyiso heunyislo heunyisol heunyilso heunyilos heunyiols heunyiosl heunysilo heunysiol heunyslio heunysloi
heunysoli heunysoil heunylsio heunylsoi heunyliso heunylios heunylois heunylosi heunyosli heunyosil heunyolsi
heunyolis heunyoils heunyoisl heuonisly heuonisyl heuonilsy heuonilys heuoniyls heuoniysl heuonsily heuonsiyl
heuonsliy heuonslyi heuonsyli heuonsyil heuonlsiy heuonlsyi heuonlisy heuonliys heuonlyis heuonlysi heuonysli
heuonysil heuonylsi heuonylis heuonyils heuonyisl heuoinsly heuoinsyl heuoinlsy heuoinlys heuoinyls heuoinysl
heuoisnly heuoisnyl heuoislny heuoislyn heuoisyln heuoisynl heuoilsny heuoilsyn heuoilnsy heuoilnys heuoilyns
heuoilysn heuoiysln heuoiysnl heuoiylsn heuoiylns heuoiynls heuoiynsl heuosinly heuosinyl heuosilny heuosilyn
heuosiyln heuosiynl heuosnily heuosniyl heuosnliy heuosnlyi heuosnyli heuosnyil heuoslniy heuoslnyi heuosliny
heuosliyn heuoslyin heuoslyni heuosynli heuosynil heuosylni heuosylin heuosyiln heuosyinl heuolisny heuolisyn
heuolinsy heuolinys heuoliyns heuoliysn heuolsiny heuolsiyn heuolsniy heuolsnyi heuolsyni heuolsyin heuolnsiy
heuolnsyi heuolnisy heuolniys heuolnyis heuolnysi heuolysni heuolysin heuolynsi heuolynis heuolyins heuolyisn
heuoyisln heuoyisnl heuoyilsn heuoyilns heuoyinls heuoyinsl heuoysiln heuoysinl heuoyslin heuoyslni heuoysnli
heuoysnil heuoylsin heuoylsni heuoylisn heuoylins heuoylnis heuoylnsi heuoynsli heuoynsil heuoynlsi heuoynlis
heuoynils heuoynisl heuionsly heuionsyl heuionlsy heuionlys heuionyls heuionysl heuiosnly heuiosnyl heuioslny
heuioslyn heuiosyln heuiosynl heuiolsny heuiolsyn heuiolnsy heuiolnys heuiolyns heuiolysn heuioysln heuioysnl
heuioylsn heuioylns heuioynls heuioynsl heuinosly heuinosyl heuinolsy heuinolys heuinoyls heuinoysl heuinsoly
heuinsoyl heuinsloy heuinslyo heuinsylo heuinsyol heuinlsoy heuinlsyo heuinlosy heuinloys heuinlyos heuinlyso
heuinyslo heuinysol heuinylso heuinylos heuinyols heuinyosl heuisnoly heuisnoyl heuisnloy heuisnlyo heuisnylo
heuisnyol heuisonly heuisonyl heuisolny heuisolyn heuisoyln heuisoynl heuislony heuisloyn heuislnoy heuislnyo
heuislyno heuislyon heuisyoln heuisyonl heuisylon heuisylno heuisynlo heuisynol heuilnsoy heuilnsyo heuilnosy
heuilnoys heuilnyos heuilnyso heuilsnoy heuilsnyo heuilsony heuilsoyn heuilsyon heuilsyno heuilosny heuilosyn
heuilonsy heuilonys heuiloyns heuiloysn heuilyson heuilysno heuilyosn heuilyons heuilynos heuilynso heuiynslo
heuiynsol heuiynlso heuiynlos heuiynols heuiynosl heuiysnlo heuiysnol heuiyslno heuiyslon heuiysoln heuiysonl
heuiylsno heuiylson heuiylnso heuiylnos heuiylons heuiylosn heuiyosln heuiyosnl heuiyolsn heuiyolns heuiyonls
heuiyonsl heusoinly heusoinyl heusoilny heusoilyn heusoiyln heusoiynl heusonily heusoniyl heusonliy heusonlyi
heusonyli heusonyil heusolniy heusolnyi heusoliny heusoliyn heusolyin heusolyni heusoynli heusoynil heusoylni
heusoylin heusoyiln heusoyinl heusionly heusionyl heusiolny heusiolyn heusioyln heusioynl heusinoly heusinoyl
heusinloy heusinlyo heusinylo heusinyol heusilnoy heusilnyo heusilony heusiloyn heusilyon heusilyno heusiynlo
heusiynol heusiylno heusiylon heusiyoln heusiyonl heusnioly heusnioyl heusniloy heusnilyo heusniylo heusniyol
heusnoily heusnoiyl heusnoliy heusnolyi heusnoyli heusnoyil heusnloiy heusnloyi heusnlioy heusnliyo heusnlyio
heusnlyoi heusnyoli heusnyoil heusnyloi heusnylio heusnyilo heusnyiol heuslinoy heuslinyo heusliony heuslioyn
heusliyon heusliyno heuslnioy heuslniyo heuslnoiy heuslnoyi heuslnyoi heuslnyio heusloniy heuslonyi heusloiny
heusloiyn heusloyin heusloyni heuslynoi heuslynio heuslyoni heuslyoin heuslyion heuslyino heusyinlo heusyinol
heusyilno heusyilon heusyioln heusyionl heusynilo heusyniol heusynlio heusynloi heusynoli heusynoil heusylnio
heusylnoi heusylino heusylion heusyloin heusyloni heusyonli heusyonil heusyolni heusyolin heusyoiln heusyoinl
heuloisny heuloisyn heuloinsy heuloinys heuloiyns heuloiysn heulosiny heulosiyn heulosniy heulosnyi heulosyni
heulosyin heulonsiy heulonsyi heulonisy heuloniys heulonyis heulonysi heuloysni heuloysin heuloynsi heuloynis
heuloyins heuloyisn heuliosny heuliosyn heulionsy heulionys heulioyns heulioysn heulisony heulisoyn heulisnoy
heulisnyo heulisyno heulisyon heulinsoy heulinsyo heulinosy heulinoys heulinyos heulinyso heuliysno heuliyson
heuliynso heuliynos heuliyons heuliyosn heulsiony heulsioyn heulsinoy heulsinyo heulsiyno heulsiyon heulsoiny
heulsoiyn heulsoniy heulsonyi heulsoyni heulsoyin heulsnoiy heulsnoyi heulsnioy heulsniyo heulsnyio heulsnyoi
heulsyoni heulsyoin heulsynoi heulsynio heulsyino heulsyion heulnisoy heulnisyo heulniosy heulnioys heulniyos
heulniyso heulnsioy heulnsiyo heulnsoiy heulnsoyi heulnsyoi heulnsyio heulnosiy heulnosyi heulnoisy heulnoiys
heulnoyis heulnoysi heulnysoi heulnysio heulnyosi heulnyois heulnyios heulnyiso heulyisno heulyison heulyinso
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heyolinsu heyolinus heyoliuns heyoliusn heyoiusln heyoiusnl heyoiulsn heyoiulns heyoiunls heyoiunsl heyoisuln
heyoisunl heyoislun heyoislnu heyoisnlu heyoisnul heyoilsun heyoilsnu heyoilusn heyoiluns heyoilnus heyoilnsu
heyoinslu heyoinsul heyoinlsu heyoinlus heyoinuls heyoinusl heyuonsli heyuonsil heyuonlsi heyuonlis heyuonils
heyuonisl heyuosnli heyuosnil heyuoslni heyuoslin heyuosiln heyuosinl heyuolsni heyuolsin heyuolnsi heyuolnis
heyuolins heyuolisn heyuoisln heyuoisnl heyuoilsn heyuoilns heyuoinls heyuoinsl heyunosli heyunosil heyunolsi
heyunolis heyunoils heyunoisl heyunsoli heyunsoil heyunsloi heyunslio heyunsilo heyunsiol heyunlsoi heyunlsio
heyunlosi heyunlois heyunlios heyunliso heyunislo heyunisol heyunilso heyunilos heyuniols heyuniosl heyusnoli
heyusnoil heyusnloi heyusnlio heyusnilo heyusniol heyusonli heyusonil heyusolni heyusolin heyusoiln heyusoinl
heyusloni heyusloin heyuslnoi heyuslnio heyuslino heyuslion heyusioln heyusionl heyusilon heyusilno heyusinlo
heyusinol heyulnsoi heyulnsio heyulnosi heyulnois heyulnios heyulniso heyulsnoi heyulsnio heyulsoni heyulsoin
heyulsion heyulsino heyulosni heyulosin heyulonsi heyulonis heyuloins heyuloisn heyulison heyulisno heyuliosn
heyulions heyulinos heyulinso heyuinslo heyuinsol heyuinlso heyuinlos heyuinols heyuinosl heyuisnlo heyuisnol
heyuislno heyuislon heyuisoln heyuisonl heyuilsno heyuilson heyuilnso heyuilnos heyuilons heyuilosn heyuiosln
heyuiosnl heyuiolsn heyuiolns heyuionls heyuionsl heysounli heysounil heysoulni heysoulin heysouiln heysouinl
heysonuli heysonuil heysonlui heysonliu heysonilu heysoniul heysolnui heysolniu heysoluni heysoluin heysoliun
heysolinu heysoinlu heysoinul heysoilnu heysoilun heysoiuln heysoiunl heysuonli heysuonil heysuolni heysuolin
heysuoiln heysuoinl heysunoli heysunoil heysunloi heysunlio heysunilo heysuniol heysulnoi heysulnio heysuloni
heysuloin heysulion heysulino heysuinlo heysuinol heysuilno heysuilon heysuioln heysuionl heysnuoli heysnuoil
heysnuloi heysnulio heysnuilo heysnuiol heysnouli heysnouil heysnolui heysnoliu heysnoilu heysnoiul heysnloui
heysnloiu heysnluoi heysnluio heysnliuo heysnliou heysniolu heysnioul heysnilou heysniluo heysniulo heysniuol
heyslunoi heyslunio heysluoni heysluoin heysluion heysluino heyslnuoi heyslnuio heyslnoui heyslnoiu heyslniou
heyslniuo heyslonui heysloniu heyslouni heyslouin heysloiun heysloinu heyslinou heyslinuo heyslionu heyslioun
heysliuon heysliuno heysiunlo heysiunol heysiulno heysiulon heysiuoln heysiuonl heysinulo heysinuol heysinluo
heysinlou heysinolu heysinoul heysilnuo heysilnou heysiluno heysiluon heysiloun heysilonu heysionlu heysionul
heysiolnu heysiolun heysiouln heysiounl heylousni heylousin heylounsi heylounis heylouins heylouisn heylosuni
heylosuin heylosnui heylosniu heylosinu heylosiun heylonsui heylonsiu heylonusi heylonuis heylonius heylonisu
heyloisnu heyloisun heyloinsu heyloinus heyloiuns heyloiusn heyluosni heyluosin heyluonsi heyluonis heyluoins
heyluoisn heylusoni heylusoin heylusnoi heylusnio heylusino heylusion heylunsoi heylunsio heylunosi heylunois
heylunios heyluniso heyluisno heyluison heyluinso heyluinos heyluions heyluiosn heylsuoni heylsuoin heylsunoi
heylsunio heylsuino heylsuion heylsouni heylsouin heylsonui heylsoniu heylsoinu heylsoiun heylsnoui heylsnoiu
heylsnuoi heylsnuio heylsniuo heylsniou heylsionu heylsioun heylsinou heylsinuo heylsiuno heylsiuon heylnusoi
heylnusio heylnuosi heylnuois heylnuios heylnuiso heylnsuoi heylnsuio heylnsoui heylnsoiu heylnsiou heylnsiuo
heylnosui heylnosiu heylnousi heylnouis heylnoius heylnoisu heylnisou heylnisuo heylniosu heylnious heylniuos
heylniuso heyliusno heyliuson heyliunso heyliunos heyliuons heyliuosn heylisuno heylisuon heylisnuo heylisnou
heylisonu heylisoun heylinsuo heylinsou heylinuso heylinuos heylinous heylinosu heyliosnu heyliosun heylionsu
heylionus heyliouns heyliousn heyiousln heyiousnl heyioulsn heyioulns heyiounls heyiounsl heyiosuln heyiosunl
heyioslun heyioslnu heyiosnlu heyiosnul heyiolsun heyiolsnu heyiolusn heyioluns heyiolnus heyiolnsu heyionslu
heyionsul heyionlsu heyionlus heyionuls heyionusl heyiuosln heyiuosnl heyiuolsn heyiuolns heyiuonls heyiuonsl
heyiusoln heyiusonl heyiuslon heyiuslno heyiusnlo heyiusnol heyiulson heyiulsno heyiulosn heyiulons heyiulnos
heyiulnso heyiunslo heyiunsol heyiunlso heyiunlos heyiunols heyiunosl heyisuoln heyisuonl heyisulon heyisulno
heyisunlo heyisunol heyisouln heyisounl heyisolun heyisolnu heyisonlu heyisonul heyisloun heyislonu heyisluon
heyisluno heyislnuo heyislnou heyisnolu heyisnoul heyisnlou heyisnluo heyisnulo heyisnuol heyiluson heyilusno
heyiluosn heyiluons heyilunos heyilunso heyilsuon heyilsuno heyilsoun heyilsonu heyilsnou heyilsnuo heyilosun
heyilosnu heyilousn heyilouns heyilonus heyilonsu heyilnsou heyilnsuo heyilnosu heyilnous heyilnuos heyilnuso
heyinuslo heyinusol heyinulso heyinulos heyinuols heyinuosl heyinsulo heyinsuol heyinsluo heyinslou heyinsolu
heyinsoul heyinlsuo heyinlsou heyinluso heyinluos heyinlous heyinlosu heyinoslu heyinosul heyinolsu heyinolus
heyinouls heyinousl

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History of cryptography
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