easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

fremontite

hiemavique

homogonous

sugarcoat

credam

filially

urochordate

disarmer

vocabamus

pycnium

yerth

coloring

vlissigen

infinitudes

pervomayski

incredulities

umeko

solvable


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: ivanhoe
cipher variations:
jwboipf kxcpjqg lydqkrh mzerlsi nafsmtj
obgtnuk pchuovl qdivpwm rejwqxn sfkxryo
tglyszp uhmztaq vinaubr wjobvcs xkpcwdt
ylqdxeu zmreyfv ansfzgw botgahx cpuhbiy
dqvicjz erwjdka fsxkelb gtylfmc huzmgnd

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: ivanhoe
Cipher: rezmslv

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: ivanhoe
Cipher: ABAAA BBBAB AAAAA ABBAA AABBB ABBAB AABAA

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: ivanhoe
cipher variations:
jwboipfzmbowrnpcboktvfsboyvdvibomxllyboaztrebocdjhuboqfr
xkboehznabosjhdqboglptgbounxkxcpjqgancpxsoqdcpluwgtcpzwe
wjcpnymmzcpbausfcpdekivcprgsylcpfiaobcptkiercphmquhcpvoy
lydqkrhbodqytpredqmvxhudqaxfxkdqoznnadqcbvtgdqefljwdqsht
zmdqgjbpcdquljfsdqinrvidqwpzmzerlsicperzuqsfernwyiverbyg
ylerpaooberdcwuherfgmkxertiuanerhkcqdervmkgterjoswjerxqa
nafsmtjdqfsavrtgfsoxzjwfsczhzmfsqbppcfsedxvifsghnlyfsujv
bofsildrefswnlhufskptxkfsyrbobgtnukergtbwsuhgtpyakxgtdai
angtrcqqdgtfeywjgthiomzgtvkwcpgtjmesfgtxomivgtlquylgtzsc
pchuovlfshucxtvihuqzblyhuebjbohusdrrehugfzxkhuijpnahuwlx
dqhuknftghuypnjwhumrvzmhuatdqdivpwmgtivdyuwjivracmzivfck
cpivtessfivhgaylivjkqobivxmyerivloguhivzqokxivnswanivbue
rejwqxnhujwezvxkjwsbdnajwgdldqjwufttgjwihbzmjwklrpcjwynz
fsjwmphvijwarplyjwotxbojwcvfsfkxryoivkxfawylkxtceobkxhem
erkxvguuhkxjicankxlmsqdkxzoagtkxnqiwjkxbsqmzkxpuycpkxdwg
tglyszpjwlygbxzmlyudfpclyifnfslywhvvilykjdbolymntrelyapb
hulyorjxklyctrnalyqvzdqlyexhuhmztaqkxmzhcyanmzvegqdmzjgo
gtmzxiwwjmzlkecpmznousfmzbqcivmzpskylmzdusobmzrwaermzfyi
vinaubrlynaidzbonawfhrenakhphunayjxxknamlfdqnaopvtgnacrd
jwnaqtlzmnaevtpcnasxbfsnagzjwjobvcsmzobjeacpobxgisfobliq
ivobzkyylobnmgerobpqwuhobdsekxobrumanobfwuqdobtycgtobhak
xkpcwdtnapckfbdqpcyhjtgpcmjrjwpcalzzmpconhfspcqrxvipcetf
lypcsvnbopcgxvrepcuzdhupciblylqdxeuobqdlgcerqdzikuhqdnks
kxqdbmaanqdpoigtqdrsywjqdfugmzqdtwocpqdhywsfqdvaeivqdjcm
zmreyfvpcremhdfsreajlvireoltlyrecnbboreqpjhurestzxkregvh
nareuxpdqreizxtgrewbfjwrekdnansfzgwqdsfniegtsfbkmwjsfpmu
mzsfdoccpsfrqkivsftuaylsfhwiobsfvyqersfjayuhsfxcgkxsfleo
botgahxretgojfhutgclnxktgqnvnatgepddqtgsrljwtguvbzmtgixj
pctgwzrfstgkbzvitgydhlytgmfpcpuhbiysfuhpkgivuhdmoyluhrow
obuhfqeeruhtsmkxuhvwcanuhjykqduhxasgtuhlcawjuhzeimzuhngq
dqvicjztgviqlhjwvienpzmvispxpcvigrffsviutnlyviwxdbovikzl
reviybthuvimdbxkviafjnaviohrerwjdkauhwjrmikxwjfoqanwjtqy
qdwjhsggtwjvuomzwjxyecpwjlamsfwjzcuivwjnecylwjbgkobwjpis
fsxkelbvixksnjlyxkgprboxkurzrexkithhuxkwvpnaxkyzfdqxkmbn
tgxkadvjwxkofdzmxkchlpcxkqjtgtylfmcwjyltokmzylhqscpylvsa
sfyljuiivylxwqobylzagerylncouhylbewkxylpgeanyldimqdylrku
huzmgndxkzmuplnazmirtdqzmwtbtgzmkvjjwzmyxrpczmabhfszmodp
vizmcfxlyzmqhfbozmejnrezmslvivanhoeylanvqmobanjsueranxuc
uhanlwkkxanzysqdanbcigtanpeqwjandgymzanrigcpanfkosfantmw

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: ivanhoe
Cipher: vinaubr

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: ivanhoe
Cipher: 42151133324351

Extended Methods:
Method #1

Plaintext: ivanhoe
method variations:
oafsntktflxsypylqcxdudqvhciz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
i v a n h o e 
4 1 1 3 3 4 5 
2 5 1 3 2 3 1 
They are then read out in rows:
41133452513231
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: ivanhoe
Cipher: dlskehc

Read more ...
Method #3

Plaintext: ivanhoe
method variations:
belnrxq elnrxqb lnrxqbe
nrxqbel rxqbeln xqbelnr
qbelnrx

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: ivanhoe

all 5040 cipher variations:
ivanhoe ivanheo ivanohe ivanoeh ivaneoh ivaneho ivahnoe ivahneo ivahone ivahoen ivaheon
ivaheno ivaohne ivaohen ivaonhe ivaoneh ivaoenh ivaoehn ivaehon ivaehno ivaeohn ivaeonh
ivaenoh ivaenho ivnahoe ivnaheo ivnaohe ivnaoeh ivnaeoh ivnaeho ivnhaoe ivnhaeo ivnhoae
ivnhoea ivnheoa ivnheao ivnohae ivnohea ivnoahe ivnoaeh ivnoeah ivnoeha ivnehoa ivnehao
ivneoha ivneoah ivneaoh ivneaho ivhnaoe ivhnaeo ivhnoae ivhnoea ivhneoa ivhneao ivhanoe
ivhaneo ivhaone ivhaoen ivhaeon ivhaeno ivhoane ivhoaen ivhonae ivhonea ivhoena ivhoean
ivheaon ivheano ivheoan ivheona ivhenoa ivhenao ivonhae ivonhea ivonahe ivonaeh ivoneah
ivoneha ivohnae ivohnea ivohane ivohaen ivohean ivohena ivoahne ivoahen ivoanhe ivoaneh
ivoaenh ivoaehn ivoehan ivoehna ivoeahn ivoeanh ivoenah ivoenha ivenhoa ivenhao ivenoha
ivenoah ivenaoh ivenaho ivehnoa ivehnao ivehona ivehoan ivehaon ivehano iveohna iveohan
iveonha iveonah iveoanh iveoahn iveahon iveahno iveaohn iveaonh iveanoh iveanho iavnhoe
iavnheo iavnohe iavnoeh iavneoh iavneho iavhnoe iavhneo iavhone iavhoen iavheon iavheno
iavohne iavohen iavonhe iavoneh iavoenh iavoehn iavehon iavehno iaveohn iaveonh iavenoh
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vonhiae vonhiea vonheia vonheai vonihae vonihea voniahe voniaeh vonieah vonieha vonehia
vonehai voneiha voneiah voneaih voneahi vohnaie vohnaei vohniae vohniea vohneia vohneai
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voineah voineha voihnae voihnea voihane voihaen voihean voihena voiahne voiahen voianhe
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veanhoi veanhio veanohi veanoih veanioh veaniho veahnoi veahnio veahoni veahoin veahion
veahino veaohni veaohin veaonhi veaonih veaoinh veaoihn veaihon veaihno veaiohn veaionh
veainoh veainho venahoi venahio venaohi venaoih venaioh venaiho venhaoi venhaio venhoai
venhoia venhioa venhiao venohai venohia venoahi venoaih venoiah venoiha venihoa venihao
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veinoah veinaoh veinaho veihnoa veihnao veihona veihoan veihaon veihano veiohna veiohan
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aeviohn aevionh aevinoh aevinho nvaihoe nvaiheo nvaiohe nvaioeh nvaieoh nvaieho nvahioe
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navhoie navhoei navheoi navheio navohie navohei navoihe navoieh navoeih navoehi navehoi
navehio naveohi naveoih naveioh naveiho naivhoe naivheo naivohe naivoeh naiveoh naiveho
naihvoe naihveo naihove naihoev naiheov naihevo naiohve naiohev naiovhe naioveh naioevh
naioehv naiehov naiehvo naieohv naieovh naievoh naievho nahivoe nahiveo nahiove nahioev
nahieov nahievo nahvioe nahvieo nahvoie nahvoei nahveoi nahveio nahovie nahovei nahoive
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naeihov naeihvo naeiohv naeiovh naeivoh naeivho naehiov naehivo naehoiv naehovi naehvoi
naehvio naeohiv naeohvi naeoihv naeoivh naeovih naeovhi naevhoi naevhio naevohi naevoih
naevioh naeviho niavhoe niavheo niavohe niavoeh niaveoh niaveho niahvoe niahveo niahove
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nivehoa nivehao niveoha niveoah niveaoh niveaho nihvaoe nihvaeo nihvoae nihvoea nihveoa
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nioavhe nioaveh nioaevh nioaehv nioehav nioehva nioeahv nioeavh nioevah nioevha nievhoa
nievhao nievoha nievoah nievaoh nievaho niehvoa niehvao niehova niehoav niehaov niehavo
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noaihve noaihev noaivhe noaiveh noaievh noaiehv noahive noahiev noahvie noahvei noahevi
noaheiv noavhie noavhei noavihe noavieh noaveih noavehi noaehvi noaehiv noaevhi noaevih
noaeivh noaeihv noiahve noiahev noiavhe noiaveh noiaevh noiaehv noihave noihaev noihvae
noihvea noiheva noiheav noivhae noivhea noivahe noivaeh noiveah noiveha noiehva noiehav
noievha noievah noieavh noieahv nohiave nohiaev nohivae nohivea nohieva nohieav nohaive
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neaihvo neaiohv neaiovh neaivoh neaivho neahiov neahivo neahoiv neahovi neahvoi neahvio
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nehvaio nehvoai nehvoia nehvioa nehviao neoihav neoihva neoiahv neoiavh neoivah neoivha
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neoavhi neovhai neovhia neovahi neovaih neoviah neoviha nevihoa nevihao nevioha nevioah
neviaoh neviaho nevhioa nevhiao nevhoia nevhoai nevhaoi nevhaio nevohia nevohai nevoiha
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havonie havonei havoeni havoein haveion haveino haveoin haveoni havenoi havenio hanvioe
hanvieo hanvoie hanvoei hanveoi hanveio hanivoe haniveo haniove hanioev hanieov hanievo
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haiveon haiveno haiovne haioven haionve haionev haioenv haioevn haievon haievno haieovn
haieonv haienov haienvo haonive haoniev haonvie haonvei haonevi haoneiv haoinve haoinev
haoivne haoiven haoievn haoienv haovine haovien haovnie haovnei haoveni haovein haoeivn
haoeinv haoevin haoevni haoenvi haoeniv haeniov haenivo haenoiv haenovi haenvoi haenvio
haeinov haeinvo haeionv haeiovn haeivon haeivno haeoinv haeoivn haeoniv haeonvi haeovni
haeovin haevion haevino haevoin haevoni haevnoi haevnio hnavioe hnavieo hnavoie hnavoei
hnaveoi hnaveio hnaivoe hnaiveo hnaiove hnaioev hnaieov hnaievo hnaoive hnaoiev hnaovie
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hnivaoe hnivaeo hnivoae hnivoea hniveoa hniveao hniavoe hniaveo hniaove hniaoev hniaeov
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hneaiov hneaivo hneaoiv hneaovi hneavoi hneavio hianvoe hianveo hianove hianoev hianeov
hianevo hiavnoe hiavneo hiavone hiavoen hiaveon hiaveno hiaovne hiaoven hiaonve hiaonev
hiaoenv hiaoevn hiaevon hiaevno hiaeovn hiaeonv hiaenov hiaenvo hinavoe hinaveo hinaove
hinaoev hinaeov hinaevo hinvaoe hinvaeo hinvoae hinvoea hinveoa hinveao hinovae hinovea
hinoave hinoaev hinoeav hinoeva hinevoa hinevao hineova hineoav hineaov hineavo hivnaoe
hivnaeo hivnoae hivnoea hivneoa hivneao hivanoe hivaneo hivaone hivaoen hivaeon hivaeno
hivoane hivoaen hivonae hivonea hivoena hivoean hiveaon hiveano hiveoan hiveona hivenoa
hivenao hionvae hionvea hionave hionaev hioneav hioneva hiovnae hiovnea hiovane hiovaen
hiovean hiovena hioavne hioaven hioanve hioanev hioaenv hioaevn hioevan hioevna hioeavn
hioeanv hioenav hioenva hienvoa hienvao hienova hienoav hienaov hienavo hievnoa hievnao
hievona hievoan hievaon hievano hieovna hieovan hieonva hieonav hieoanv hieoavn hieavon
hieavno hieaovn hieaonv hieanov hieanvo hoanive hoaniev hoanvie hoanvei hoanevi hoaneiv
hoainve hoainev hoaivne hoaiven hoaievn hoaienv hoavine hoavien hoavnie hoavnei hoaveni
hoavein hoaeivn hoaeinv hoaevin hoaevni hoaenvi hoaeniv honaive honaiev honavie honavei
honaevi honaeiv honiave honiaev honivae honivea honieva honieav honviae honviea honvaie
honvaei honveai honveia honeiva honeiav honevia honevai honeavi honeaiv hoinave hoinaev
hoinvae hoinvea hoineva hoineav hoianve hoianev hoiavne hoiaven hoiaevn hoiaenv hoivane
hoivaen hoivnae hoivnea hoivena hoivean hoieavn hoieanv hoievan hoievna hoienva hoienav
hovniae hovniea hovnaie hovnaei hovneai hovneia hovinae hovinea hoviane hoviaen hoviean
hoviena hovaine hovaien hovanie hovanei hovaeni hovaein hoveian hoveina hoveain hoveani
hovenai hovenia hoeniva hoeniav hoenvia hoenvai hoenavi hoenaiv hoeinva hoeinav hoeivna
hoeivan hoeiavn hoeianv hoevina hoevian hoevnia hoevnai hoevani hoevain hoeaivn hoeainv
hoeavin hoeavni hoeanvi hoeaniv heaniov heanivo heanoiv heanovi heanvoi heanvio heainov
heainvo heaionv heaiovn heaivon heaivno heaoinv heaoivn heaoniv heaonvi heaovni heaovin
heavion heavino heavoin heavoni heavnoi heavnio henaiov henaivo henaoiv henaovi henavoi
henavio heniaov heniavo henioav heniova henivoa henivao henoiav henoiva henoaiv henoavi
henovai henovia henvioa henviao henvoia henvoai henvaoi henvaio heinaov heinavo heinoav
heinova heinvoa heinvao heianov heianvo heiaonv heiaovn heiavon heiavno heioanv heioavn
heionav heionva heiovna heiovan heivaon heivano heivoan heivona heivnoa heivnao heoniav
heoniva heonaiv heonavi heonvai heonvia heoinav heoinva heoianv heoiavn heoivan heoivna
heoainv heoaivn heoaniv heoanvi heoavni heoavin heovian heovina heovain heovani heovnai
heovnia hevnioa hevniao hevnoia hevnoai hevnaoi hevnaio hevinoa hevinao heviona hevioan
heviaon heviano hevoina hevoian hevonia hevonai hevoani hevoain hevaion hevaino hevaoin
hevaoni hevanoi hevanio ovanhie ovanhei ovanihe ovanieh ovaneih ovanehi ovahnie ovahnei
ovahine ovahien ovahein ovaheni ovaihne ovaihen ovainhe ovaineh ovaienh ovaiehn ovaehin
ovaehni ovaeihn ovaeinh ovaenih ovaenhi ovnahie ovnahei ovnaihe ovnaieh ovnaeih ovnaehi
ovnhaie ovnhaei ovnhiae ovnhiea ovnheia ovnheai ovnihae ovnihea ovniahe ovniaeh ovnieah
ovnieha ovnehia ovnehai ovneiha ovneiah ovneaih ovneahi ovhnaie ovhnaei ovhniae ovhniea
ovhneia ovhneai ovhanie ovhanei ovhaine ovhaien ovhaein ovhaeni ovhiane ovhiaen ovhinae
ovhinea ovhiena ovhiean ovheain ovheani ovheian ovheina ovhenia ovhenai ovinhae ovinhea
ovinahe ovinaeh ovineah ovineha ovihnae ovihnea ovihane ovihaen ovihean ovihena oviahne
oviahen ovianhe ovianeh oviaenh oviaehn oviehan oviehna ovieahn ovieanh ovienah ovienha
ovenhia ovenhai oveniha oveniah ovenaih ovenahi ovehnia ovehnai ovehina ovehian ovehain
ovehani oveihna oveihan oveinha oveinah oveianh oveiahn oveahin oveahni oveaihn oveainh
oveanih oveanhi oavnhie oavnhei oavnihe oavnieh oavneih oavnehi oavhnie oavhnei oavhine
oavhien oavhein oavheni oavihne oavihen oavinhe oavineh oavienh oaviehn oavehin oavehni
oaveihn oaveinh oavenih oavenhi oanvhie oanvhei oanvihe oanvieh oanveih oanvehi oanhvie
oanhvei oanhive oanhiev oanheiv oanhevi oanihve oanihev oanivhe oaniveh oanievh oaniehv
oanehiv oanehvi oaneihv oaneivh oanevih oanevhi oahnvie oahnvei oahnive oahniev oahneiv
oahnevi oahvnie oahvnei oahvine oahvien oahvein oahveni oahivne oahiven oahinve oahinev
oahienv oahievn oahevin oahevni oaheivn oaheinv oaheniv oahenvi oainhve oainhev oainvhe
oainveh oainevh oainehv oaihnve oaihnev oaihvne oaihven oaihevn oaihenv oaivhne oaivhen
oaivnhe oaivneh oaivenh oaivehn oaiehvn oaiehnv oaievhn oaievnh oaienvh oaienhv oaenhiv
oaenhvi oaenihv oaenivh oaenvih oaenvhi oaehniv oaehnvi oaehinv oaehivn oaehvin oaehvni
oaeihnv oaeihvn oaeinhv oaeinvh oaeivnh oaeivhn oaevhin oaevhni oaevihn oaevinh oaevnih
oaevnhi onavhie onavhei onavihe onavieh onaveih onavehi onahvie onahvei onahive onahiev
onaheiv onahevi onaihve onaihev onaivhe onaiveh onaievh onaiehv onaehiv onaehvi onaeihv
onaeivh onaevih onaevhi onvahie onvahei onvaihe onvaieh onvaeih onvaehi onvhaie onvhaei
onvhiae onvhiea onvheia onvheai onvihae onvihea onviahe onviaeh onvieah onvieha onvehia
onvehai onveiha onveiah onveaih onveahi onhvaie onhvaei onhviae onhviea onhveia onhveai
onhavie onhavei onhaive onhaiev onhaeiv onhaevi onhiave onhiaev onhivae onhivea onhieva
onhieav onheaiv onheavi onheiav onheiva onhevia onhevai onivhae onivhea onivahe onivaeh
oniveah oniveha onihvae onihvea onihave onihaev oniheav oniheva oniahve oniahev oniavhe
oniaveh oniaevh oniaehv oniehav oniehva onieahv onieavh onievah onievha onevhia onevhai
oneviha oneviah onevaih onevahi onehvia onehvai onehiva onehiav onehaiv onehavi oneihva
oneihav oneivha oneivah oneiavh oneiahv oneahiv oneahvi oneaihv oneaivh oneavih oneavhi
ohanvie ohanvei ohanive ohaniev ohaneiv ohanevi ohavnie ohavnei ohavine ohavien ohavein
ohaveni ohaivne ohaiven ohainve ohainev ohaienv ohaievn ohaevin ohaevni ohaeivn ohaeinv
ohaeniv ohaenvi ohnavie ohnavei ohnaive ohnaiev ohnaeiv ohnaevi ohnvaie ohnvaei ohnviae
ohnviea ohnveia ohnveai ohnivae ohnivea ohniave ohniaev ohnieav ohnieva ohnevia ohnevai
ohneiva ohneiav ohneaiv ohneavi ohvnaie ohvnaei ohvniae ohvniea ohvneia ohvneai ohvanie
ohvanei ohvaine ohvaien ohvaein ohvaeni ohviane ohviaen ohvinae ohvinea ohviena ohviean
ohveain ohveani ohveian ohveina ohvenia ohvenai ohinvae ohinvea ohinave ohinaev ohineav
ohineva ohivnae ohivnea ohivane ohivaen ohivean ohivena ohiavne ohiaven ohianve ohianev
ohiaenv ohiaevn ohievan ohievna ohieavn ohieanv ohienav ohienva ohenvia ohenvai oheniva
oheniav ohenaiv ohenavi ohevnia ohevnai ohevina ohevian ohevain ohevani oheivna oheivan
oheinva oheinav oheianv oheiavn oheavin oheavni oheaivn oheainv oheaniv oheanvi oianhve
oianhev oianvhe oianveh oianevh oianehv oiahnve oiahnev oiahvne oiahven oiahevn oiahenv
oiavhne oiavhen oiavnhe oiavneh oiavenh oiavehn oiaehvn oiaehnv oiaevhn oiaevnh oiaenvh
oiaenhv oinahve oinahev oinavhe oinaveh oinaevh oinaehv oinhave oinhaev oinhvae oinhvea
oinheva oinheav oinvhae oinvhea oinvahe oinvaeh oinveah oinveha oinehva oinehav oinevha
oinevah oineavh oineahv oihnave oihnaev oihnvae oihnvea oihneva oihneav oihanve oihanev
oihavne oihaven oihaevn oihaenv oihvane oihvaen oihvnae oihvnea oihvena oihvean oiheavn
oiheanv oihevan oihevna oihenva oihenav oivnhae oivnhea oivnahe oivnaeh oivneah oivneha
oivhnae oivhnea oivhane oivhaen oivhean oivhena oivahne oivahen oivanhe oivaneh oivaenh
oivaehn oivehan oivehna oiveahn oiveanh oivenah oivenha oienhva oienhav oienvha oienvah
oienavh oienahv oiehnva oiehnav oiehvna oiehvan oiehavn oiehanv oievhna oievhan oievnha
oievnah oievanh oievahn oieahvn oieahnv oieavhn oieavnh oieanvh oieanhv oeanhiv oeanhvi
oeanihv oeanivh oeanvih oeanvhi oeahniv oeahnvi oeahinv oeahivn oeahvin oeahvni oeaihnv
oeaihvn oeainhv oeainvh oeaivnh oeaivhn oeavhin oeavhni oeavihn oeavinh oeavnih oeavnhi
oenahiv oenahvi oenaihv oenaivh oenavih oenavhi oenhaiv oenhavi oenhiav oenhiva oenhvia
oenhvai oenihav oenihva oeniahv oeniavh oenivah oenivha oenvhia oenvhai oenviha oenviah
oenvaih oenvahi oehnaiv oehnavi oehniav oehniva oehnvia oehnvai oehaniv oehanvi oehainv
oehaivn oehavin oehavni oehianv oehiavn oehinav oehinva oehivna oehivan oehvain oehvani
oehvian oehvina oehvnia oehvnai oeinhav oeinhva oeinahv oeinavh oeinvah oeinvha oeihnav
oeihnva oeihanv oeihavn oeihvan oeihvna oeiahnv oeiahvn oeianhv oeianvh oeiavnh oeiavhn
oeivhan oeivhna oeivahn oeivanh oeivnah oeivnha oevnhia oevnhai oevniha oevniah oevnaih
oevnahi oevhnia oevhnai oevhina oevhian oevhain oevhani oevihna oevihan oevinha oevinah
oevianh oeviahn oevahin oevahni oevaihn oevainh oevanih oevanhi evanhoi evanhio evanohi
evanoih evanioh evaniho evahnoi evahnio evahoni evahoin evahion evahino evaohni evaohin
evaonhi evaonih evaoinh evaoihn evaihon evaihno evaiohn evaionh evainoh evainho evnahoi
evnahio evnaohi evnaoih evnaioh evnaiho evnhaoi evnhaio evnhoai evnhoia evnhioa evnhiao
evnohai evnohia evnoahi evnoaih evnoiah evnoiha evnihoa evnihao evnioha evnioah evniaoh
evniaho evhnaoi evhnaio evhnoai evhnoia evhnioa evhniao evhanoi evhanio evhaoni evhaoin
evhaion evhaino evhoani evhoain evhonai evhonia evhoina evhoian evhiaon evhiano evhioan
evhiona evhinoa evhinao evonhai evonhia evonahi evonaih evoniah evoniha evohnai evohnia
evohani evohain evohian evohina evoahni evoahin evoanhi evoanih evoainh evoaihn evoihan
evoihna evoiahn evoianh evoinah evoinha evinhoa evinhao evinoha evinoah evinaoh evinaho
evihnoa evihnao evihona evihoan evihaon evihano eviohna eviohan evionha evionah evioanh
evioahn eviahon eviahno eviaohn eviaonh evianoh evianho eavnhoi eavnhio eavnohi eavnoih
eavnioh eavniho eavhnoi eavhnio eavhoni eavhoin eavhion eavhino eavohni eavohin eavonhi
eavonih eavoinh eavoihn eavihon eavihno eaviohn eavionh eavinoh eavinho eanvhoi eanvhio
eanvohi eanvoih eanvioh eanviho eanhvoi eanhvio eanhovi eanhoiv eanhiov eanhivo eanohvi
eanohiv eanovhi eanovih eanoivh eanoihv eanihov eanihvo eaniohv eaniovh eanivoh eanivho
eahnvoi eahnvio eahnovi eahnoiv eahniov eahnivo eahvnoi eahvnio eahvoni eahvoin eahvion
eahvino eahovni eahovin eahonvi eahoniv eahoinv eahoivn eahivon eahivno eahiovn eahionv
eahinov eahinvo eaonhvi eaonhiv eaonvhi eaonvih eaonivh eaonihv eaohnvi eaohniv eaohvni
eaohvin eaohivn eaohinv eaovhni eaovhin eaovnhi eaovnih eaovinh eaovihn eaoihvn eaoihnv
eaoivhn eaoivnh eaoinvh eaoinhv eainhov eainhvo eainohv eainovh eainvoh eainvho eaihnov
eaihnvo eaihonv eaihovn eaihvon eaihvno eaiohnv eaiohvn eaionhv eaionvh eaiovnh eaiovhn
eaivhon eaivhno eaivohn eaivonh eaivnoh eaivnho enavhoi enavhio enavohi enavoih enavioh
enaviho enahvoi enahvio enahovi enahoiv enahiov enahivo enaohvi enaohiv enaovhi enaovih
enaoivh enaoihv enaihov enaihvo enaiohv enaiovh enaivoh enaivho envahoi envahio envaohi
envaoih envaioh envaiho envhaoi envhaio envhoai envhoia envhioa envhiao envohai envohia
envoahi envoaih envoiah envoiha envihoa envihao envioha envioah enviaoh enviaho enhvaoi
enhvaio enhvoai enhvoia enhvioa enhviao enhavoi enhavio enhaovi enhaoiv enhaiov enhaivo
enhoavi enhoaiv enhovai enhovia enhoiva enhoiav enhiaov enhiavo enhioav enhiova enhivoa
enhivao enovhai enovhia enovahi enovaih enoviah enoviha enohvai enohvia enohavi enohaiv
enohiav enohiva enoahvi enoahiv enoavhi enoavih enoaivh enoaihv enoihav enoihva enoiahv
enoiavh enoivah enoivha enivhoa enivhao enivoha enivoah enivaoh enivaho enihvoa enihvao
enihova enihoav enihaov enihavo eniohva eniohav eniovha eniovah enioavh enioahv eniahov
eniahvo eniaohv eniaovh eniavoh eniavho ehanvoi ehanvio ehanovi ehanoiv ehaniov ehanivo
ehavnoi ehavnio ehavoni ehavoin ehavion ehavino ehaovni ehaovin ehaonvi ehaoniv ehaoinv
ehaoivn ehaivon ehaivno ehaiovn ehaionv ehainov ehainvo ehnavoi ehnavio ehnaovi ehnaoiv
ehnaiov ehnaivo ehnvaoi ehnvaio ehnvoai ehnvoia ehnvioa ehnviao ehnovai ehnovia ehnoavi
ehnoaiv ehnoiav ehnoiva ehnivoa ehnivao ehniova ehnioav ehniaov ehniavo ehvnaoi ehvnaio
ehvnoai ehvnoia ehvnioa ehvniao ehvanoi ehvanio ehvaoni ehvaoin ehvaion ehvaino ehvoani
ehvoain ehvonai ehvonia ehvoina ehvoian ehviaon ehviano ehvioan ehviona ehvinoa ehvinao
ehonvai ehonvia ehonavi ehonaiv ehoniav ehoniva ehovnai ehovnia ehovani ehovain ehovian
ehovina ehoavni ehoavin ehoanvi ehoaniv ehoainv ehoaivn ehoivan ehoivna ehoiavn ehoianv
ehoinav ehoinva ehinvoa ehinvao ehinova ehinoav ehinaov ehinavo ehivnoa ehivnao ehivona
ehivoan ehivaon ehivano ehiovna ehiovan ehionva ehionav ehioanv ehioavn ehiavon ehiavno
ehiaovn ehiaonv ehianov ehianvo eoanhvi eoanhiv eoanvhi eoanvih eoanivh eoanihv eoahnvi
eoahniv eoahvni eoahvin eoahivn eoahinv eoavhni eoavhin eoavnhi eoavnih eoavinh eoavihn
eoaihvn eoaihnv eoaivhn eoaivnh eoainvh eoainhv eonahvi eonahiv eonavhi eonavih eonaivh
eonaihv eonhavi eonhaiv eonhvai eonhvia eonhiva eonhiav eonvhai eonvhia eonvahi eonvaih
eonviah eonviha eonihva eonihav eonivha eonivah eoniavh eoniahv eohnavi eohnaiv eohnvai
eohnvia eohniva eohniav eohanvi eohaniv eohavni eohavin eohaivn eohainv eohvani eohvain
eohvnai eohvnia eohvina eohvian eohiavn eohianv eohivan eohivna eohinva eohinav eovnhai
eovnhia eovnahi eovnaih eovniah eovniha eovhnai eovhnia eovhani eovhain eovhian eovhina
eovahni eovahin eovanhi eovanih eovainh eovaihn eovihan eovihna eoviahn eovianh eovinah
eovinha eoinhva eoinhav eoinvha eoinvah eoinavh eoinahv eoihnva eoihnav eoihvna eoihvan
eoihavn eoihanv eoivhna eoivhan eoivnha eoivnah eoivanh eoivahn eoiahvn eoiahnv eoiavhn
eoiavnh eoianvh eoianhv eianhov eianhvo eianohv eianovh eianvoh eianvho eiahnov eiahnvo
eiahonv eiahovn eiahvon eiahvno eiaohnv eiaohvn eiaonhv eiaonvh eiaovnh eiaovhn eiavhon
eiavhno eiavohn eiavonh eiavnoh eiavnho einahov einahvo einaohv einaovh einavoh einavho
einhaov einhavo einhoav einhova einhvoa einhvao einohav einohva einoahv einoavh einovah
einovha einvhoa einvhao einvoha einvoah einvaoh einvaho eihnaov eihnavo eihnoav eihnova
eihnvoa eihnvao eihanov eihanvo eihaonv eihaovn eihavon eihavno eihoanv eihoavn eihonav
eihonva eihovna eihovan eihvaon eihvano eihvoan eihvona eihvnoa eihvnao eionhav eionhva
eionahv eionavh eionvah eionvha eiohnav eiohnva eiohanv eiohavn eiohvan eiohvna eioahnv
eioahvn eioanhv eioanvh eioavnh eioavhn eiovhan eiovhna eiovahn eiovanh eiovnah eiovnha
eivnhoa eivnhao eivnoha eivnoah eivnaoh eivnaho eivhnoa eivhnao eivhona eivhoan eivhaon
eivhano eivohna eivohan eivonha eivonah eivoanh eivoahn eivahon eivahno eivaohn eivaonh
eivanoh eivanho

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History of cryptography
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