easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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ashdod

fulness

atropal

tensify

reenclosed

clauderamus

laparohysteropexy


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: grouchy
cipher variations:
hspvdiz itqweja jurxfkb kvsyglc lwtzhmd
mxuaine nyvbjof ozwckpg paxdlqh qbyemri
rczfnsj sdagotk tebhpul ufciqvm vgdjrwn
wheksxo xifltyp yjgmuzq zkhnvar aliowbs
bmjpxct cnkqydu dolrzev epmsafw fqntbgx

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: grouchy
Cipher: tilfxsb

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: grouchy
Cipher: AABBA BAAAA ABBAB BAABB AAABA AABBB 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: grouchy
cipher variations:
hspvdiztarjhwvfitxlkrrqvlpyndyxztmjpgznxafnwdpfcxzefdjqt
lmhrnepxujfrsljcltvghvknhzuditqwejaubskixwgjuymlssrwmqzo
ezyaunkqhaoybgoxeqgdyafgekrumnisofqyvkgstmkdmuwhiwloiave
jurxfkbvctljyxhkvznmttsxnrapfazbvolribpzchpyfrhezbghflsv
nojtpgrzwlhtunlenvxijxmpjbwfkvsyglcwdumkzyilwaonuutyosbq
gbacwpmsjcqadiqzgsifachigmtwopkuqhsaxmiuvomfowyjkynqkcxg
lwtzhmdxevnlazjmxbpovvuzptcrhcbdxqntkdrbejrahtjgbdijhnux
pqlvritbynjvwpngpxzklzorldyhmxuaineyfwombaknycqpwwvaquds
idceyroulescfksbiukhcejkiovyqrmwsjuczokwxqohqyalmapsmezi
nyvbjofzgxpncblozdrqxxwbrvetjedfzspvmftdgltcjvlidfkljpwz
rsnxtkvdaplxyrpirzbmnbqtnfajozwckpgahyqodcmpaesryyxcswfu
kfegatqwnguehmudkwmjeglmkqxastoyulwebqmyzsqjsacnocruogbk
paxdlqhbizrpednqbftszzydtxgvlgfhburxohvfinvelxnkfhmnlryb
tupzvmxfcrnzatrktbdopdsvphclqbyemricjasqfeorcgutaazeuyhw
mhgicvsypiwgjowfmyolginomszcuvqawnygdsoabuslucepqetwqidm
rczfnsjdkbtrgfpsdhvubbafvzixnihjdwtzqjxhkpxgnzpmhjopntad
vwrbxozhetpbcvtmvdfqrfuxrjensdagotkelcushgqteiwvccbgwajy
ojikexuarkyilqyhoaqnikpqoubewxscypaifuqcdwunwegrsgvyskfo
tebhpulfmdvtihrufjxwddchxbkzpkjlfyvbslzjmrzipbrojlqrpvcf
xytdzqbjgvrdexvoxfhsthwztlgpufciqvmgnewujisvgkyxeediycla
qlkmgzwctmaknsajqcspkmrsqwdgyzuearckhwsefywpygituixaumhq
vgdjrwnhofxvkjtwhlzyffejzdmbrmlnhaxdunblotbkrdtqlnstrxeh
zavfbsdlixtfgzxqzhjuvjybvnirwheksxoipgywlkuximazggfkaenc
snmoibyevocmpuclseurmotusyfiabwgctemjyughayraikvwkzcwojs
xifltypjqhzxmlvyjnbahhglbfodtonpjczfwpdnqvdmtfvsnpuvtzgj
bcxhdufnkzvhibzsbjlwxladxpktyjgmuzqkriaynmwzkocbiihmcgpe
upoqkdagxqeorwenugwtoqvwuahkcdyievgolawijcatckmxymbeyqlu
zkhnvarlsjbzonxalpdcjjindhqfvqprlebhyrfpsxfovhxuprwxvbil
dezjfwhpmbxjkdbudlnyzncfzrmvaliowbsmtkcapoybmqedkkjoeirg
wrqsmfcizsgqtygpwiyvqsxywcjmefakgxiqncyklecvemozaodgasnw
bmjpxctnuldbqpzcnrfellkpfjshxsrtngdjathruzhqxjzwrtyzxdkn
fgblhyjrodzlmfdwfnpabpehbtoxcnkqyduovmecrqadosgfmmlqgkti
ytsuohekbuisvairykaxsuzayeloghcmizkspeamngexgoqbcqficupy
dolrzevpwnfdsrbepthgnnmrhlujzutvpiflcvjtwbjszlbytvabzfmp
hidnjaltqfbnohfyhprcdrgjdvqzepmsafwqxogetscfquihoonsimvk
avuwqjgmdwkuxcktamczuwbcagnqijeokbmurgcopigziqsdeshkewra
fqntbgxryphfutdgrvjippotjnwlbwvxrkhnexlvydlubndavxcdbhor
jkfplcnvshdpqjhajrteftilfxsbgrouchyszqigvuehswkjqqpukoxm
cxwysliofymwzemvcoebwydecipsklgqmdowtieqrkibksufgujmgytc

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: grouchy
Cipher: tebhpul

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: grouchy
Cipher: 22244354313245

Extended Methods:
Method #1

Plaintext: grouchy
method variations:
mwtzhndrbyensiwgdksxobmipxct

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
g r o u c h y 
2 2 4 5 3 3 4 
2 4 3 4 1 2 5 
They are then read out in rows:
22453342434125
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: grouchy
Cipher: gyniodw

Read more ...
Method #3

Plaintext: grouchy
method variations:
gtxolrk txolrkg xolrkgt
olrkgtx lrkgtxo rkgtxol
kgtxolr

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: grouchy

all 5040 cipher variations:
grouchy groucyh grouhcy grouhyc grouyhc grouych grocuhy grocuyh grochuy grochyu grocyhu
grocyuh grohcuy grohcyu grohucy grohuyc grohyuc grohycu groychu groycuh groyhcu groyhuc
groyuhc groyuch gruochy gruocyh gruohcy gruohyc gruoyhc gruoych grucohy grucoyh gruchoy
gruchyo grucyho grucyoh gruhcoy gruhcyo gruhocy gruhoyc gruhyoc gruhyco gruycho gruycoh
gruyhco gruyhoc gruyohc gruyoch grcuohy grcuoyh grcuhoy grcuhyo grcuyho grcuyoh grcouhy
grcouyh grcohuy grcohyu grcoyhu grcoyuh grchouy grchoyu grchuoy grchuyo grchyuo grchyou
grcyohu grcyouh grcyhou grcyhuo grcyuho grcyuoh grhucoy grhucyo grhuocy grhuoyc grhuyoc
grhuyco grhcuoy grhcuyo grhcouy grhcoyu grhcyou grhcyuo grhocuy grhocyu grhoucy grhouyc
grhoyuc grhoycu grhycou grhycuo grhyocu grhyouc grhyuoc grhyuco gryucho gryucoh gryuhco
gryuhoc gryuohc gryuoch grycuho grycuoh grychuo grychou grycohu grycouh gryhcuo gryhcou
gryhuco gryhuoc gryhouc gryhocu gryochu gryocuh gryohcu gryohuc gryouhc gryouch goruchy
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cuygroh cuyghro cuyghor cuygohr cuygorh cuyhgro cuyhgor cuyhrgo cuyhrog cuyhorg cuyhogr
cuyoghr cuyogrh cuyohgr cuyohrg cuyorhg cuyorgh cgourhy cgouryh cgouhry cgouhyr cgouyhr
cgouyrh cgoruhy cgoruyh cgorhuy cgorhyu cgoryhu cgoryuh cgohruy cgohryu cgohury cgohuyr
cgohyur cgohyru cgoyrhu cgoyruh cgoyhru cgoyhur cgoyuhr cgoyurh cguorhy cguoryh cguohry
cguohyr cguoyhr cguoyrh cgurohy cguroyh cgurhoy cgurhyo cguryho cguryoh cguhroy cguhryo
cguhory cguhoyr cguhyor cguhyro cguyrho cguyroh cguyhro cguyhor cguyohr cguyorh cgruohy
cgruoyh cgruhoy cgruhyo cgruyho cgruyoh cgrouhy cgrouyh cgrohuy cgrohyu cgroyhu cgroyuh
cgrhouy cgrhoyu cgrhuoy cgrhuyo cgrhyuo cgrhyou cgryohu cgryouh cgryhou cgryhuo cgryuho
cgryuoh cghuroy cghuryo cghuory cghuoyr cghuyor cghuyro cghruoy cghruyo cghrouy cghroyu
cghryou cghryuo cghoruy cghoryu cghoury cghouyr cghoyur cghoyru cghyrou cghyruo cghyoru
cghyour cghyuor cghyuro cgyurho cgyuroh cgyuhro cgyuhor cgyuohr cgyuorh cgyruho cgyruoh
cgyrhuo cgyrhou cgyrohu cgyrouh cgyhruo cgyhrou cgyhuro cgyhuor cgyhour cgyhoru cgyorhu
cgyoruh cgyohru cgyohur cgyouhr cgyourh chougry chougyr chourgy chouryg chouyrg chouygr
chogury choguyr chogruy chogryu chogyru chogyur chorguy chorgyu chorugy choruyg choryug
chorygu choygru choygur choyrgu choyrug choyurg choyugr chuogry chuogyr chuorgy chuoryg
chuoyrg chuoygr chugory chugoyr chugroy chugryo chugyro chugyor churgoy churgyo churogy
churoyg churyog churygo chuygro chuygor chuyrgo chuyrog chuyorg chuyogr chguory chguoyr
chguroy chguryo chguyro chguyor chgoury chgouyr chgoruy chgoryu chgoyru chgoyur chgrouy
chgroyu chgruoy chgruyo chgryuo chgryou chgyoru chgyour chgyrou chgyruo chgyuro chgyuor
chrugoy chrugyo chruogy chruoyg chruyog chruygo chrguoy chrguyo chrgouy chrgoyu chrgyou
chrgyuo chroguy chrogyu chrougy chrouyg chroyug chroygu chrygou chryguo chryogu chryoug
chryuog chryugo chyugro chyugor chyurgo chyurog chyuorg chyuogr chyguro chyguor chygruo
chygrou chygoru chygour chyrguo chyrgou chyrugo chyruog chyroug chyrogu chyogru chyogur
chyorgu chyorug chyourg chyougr cyoughr cyougrh cyouhgr cyouhrg cyourhg cyourgh cyoguhr
cyogurh cyoghur cyoghru cyogrhu cyogruh cyohgur cyohgru cyohugr cyohurg cyohrug cyohrgu
cyorghu cyorguh cyorhgu cyorhug cyoruhg cyorugh cyuoghr cyuogrh cyuohgr cyuohrg cyuorhg
cyuorgh cyugohr cyugorh cyughor cyughro cyugrho cyugroh cyuhgor cyuhgro cyuhogr cyuhorg
cyuhrog cyuhrgo cyurgho cyurgoh cyurhgo cyurhog cyurohg cyurogh cyguohr cyguorh cyguhor
cyguhro cygurho cyguroh cygouhr cygourh cygohur cygohru cygorhu cygoruh cyghour cyghoru
cyghuor cyghuro cyghruo cyghrou cygrohu cygrouh cygrhou cygrhuo cygruho cygruoh cyhugor
cyhugro cyhuogr cyhuorg cyhurog cyhurgo cyhguor cyhguro cyhgour cyhgoru cyhgrou cyhgruo
cyhogur cyhogru cyhougr cyhourg cyhorug cyhorgu cyhrgou cyhrguo cyhrogu cyhroug cyhruog
cyhrugo cyrugho cyrugoh cyruhgo cyruhog cyruohg cyruogh cyrguho cyrguoh cyrghuo cyrghou
cyrgohu cyrgouh cyrhguo cyrhgou cyrhugo cyrhuog cyrhoug cyrhogu cyroghu cyroguh cyrohgu
cyrohug cyrouhg cyrough hroucgy hroucyg hrougcy hrougyc hrouygc hrouycg hrocugy hrocuyg
hrocguy hrocgyu hrocygu hrocyug hrogcuy hrogcyu hrogucy hroguyc hrogyuc hrogycu hroycgu
hroycug hroygcu hroyguc hroyugc hroyucg hruocgy hruocyg hruogcy hruogyc hruoygc hruoycg
hrucogy hrucoyg hrucgoy hrucgyo hrucygo hrucyog hrugcoy hrugcyo hrugocy hrugoyc hrugyoc
hrugyco hruycgo hruycog hruygco hruygoc hruyogc hruyocg hrcuogy hrcuoyg hrcugoy hrcugyo
hrcuygo hrcuyog hrcougy hrcouyg hrcoguy hrcogyu hrcoygu hrcoyug hrcgouy hrcgoyu hrcguoy
hrcguyo hrcgyuo hrcgyou hrcyogu hrcyoug hrcygou hrcyguo hrcyugo hrcyuog hrgucoy hrgucyo
hrguocy hrguoyc hrguyoc hrguyco hrgcuoy hrgcuyo hrgcouy hrgcoyu hrgcyou hrgcyuo hrgocuy
hrgocyu hrgoucy hrgouyc hrgoyuc hrgoycu hrgycou hrgycuo hrgyocu hrgyouc hrgyuoc hrgyuco
hryucgo hryucog hryugco hryugoc hryuogc hryuocg hrycugo hrycuog hrycguo hrycgou hrycogu
hrycoug hrygcuo hrygcou hryguco hryguoc hrygouc hrygocu hryocgu hryocug hryogcu hryoguc
hryougc hryoucg horucgy horucyg horugcy horugyc horuygc horuycg horcugy horcuyg horcguy
horcgyu horcygu horcyug horgcuy horgcyu horgucy horguyc horgyuc horgycu horycgu horycug
horygcu horyguc horyugc horyucg hourcgy hourcyg hourgcy hourgyc hourygc hourycg houcrgy
houcryg houcgry houcgyr houcygr houcyrg hougcry hougcyr hougrcy hougryc hougyrc hougycr
houycgr houycrg houygcr houygrc houyrgc houyrcg hocurgy hocuryg hocugry hocugyr hocuygr
hocuyrg hocrugy hocruyg hocrguy hocrgyu hocrygu hocryug hocgruy hocgryu hocgury hocguyr
hocgyur hocgyru hocyrgu hocyrug hocygru hocygur hocyugr hocyurg hogucry hogucyr hogurcy
hoguryc hoguyrc hoguycr hogcury hogcuyr hogcruy hogcryu hogcyru hogcyur hogrcuy hogrcyu
hogrucy hogruyc hogryuc hogrycu hogycru hogycur hogyrcu hogyruc hogyurc hogyucr hoyucgr
hoyucrg hoyugcr hoyugrc hoyurgc hoyurcg hoycugr hoycurg hoycgur hoycgru hoycrgu hoycrug
hoygcur hoygcru hoygucr hoygurc hoygruc hoygrcu hoyrcgu hoyrcug hoyrgcu hoyrguc hoyrugc
hoyrucg huorcgy huorcyg huorgcy huorgyc huorygc huorycg huocrgy huocryg huocgry huocgyr
huocygr huocyrg huogcry huogcyr huogrcy huogryc huogyrc huogycr huoycgr huoycrg huoygcr
huoygrc huoyrgc huoyrcg hurocgy hurocyg hurogcy hurogyc huroygc huroycg hurcogy hurcoyg
hurcgoy hurcgyo hurcygo hurcyog hurgcoy hurgcyo hurgocy hurgoyc hurgyoc hurgyco hurycgo
hurycog hurygco hurygoc huryogc huryocg hucrogy hucroyg hucrgoy hucrgyo hucrygo hucryog
hucorgy hucoryg hucogry hucogyr hucoygr hucoyrg hucgory hucgoyr hucgroy hucgryo hucgyro
hucgyor hucyogr hucyorg hucygor hucygro hucyrgo hucyrog hugrcoy hugrcyo hugrocy hugroyc
hugryoc hugryco hugcroy hugcryo hugcory hugcoyr hugcyor hugcyro hugocry hugocyr hugorcy
hugoryc hugoyrc hugoycr hugycor hugycro hugyocr hugyorc hugyroc hugyrco huyrcgo huyrcog
huyrgco huyrgoc huyrogc huyrocg huycrgo huycrog huycgro huycgor huycogr huycorg huygcro
huygcor huygrco huygroc huygorc huygocr huyocgr huyocrg huyogcr huyogrc huyorgc huyorcg
hcourgy hcouryg hcougry hcougyr hcouygr hcouyrg hcorugy hcoruyg hcorguy hcorgyu hcorygu
hcoryug hcogruy hcogryu hcogury hcoguyr hcogyur hcogyru hcoyrgu hcoyrug hcoygru hcoygur
hcoyugr hcoyurg hcuorgy hcuoryg hcuogry hcuogyr hcuoygr hcuoyrg hcurogy hcuroyg hcurgoy
hcurgyo hcurygo hcuryog hcugroy hcugryo hcugory hcugoyr hcugyor hcugyro hcuyrgo hcuyrog
hcuygro hcuygor hcuyogr hcuyorg hcruogy hcruoyg hcrugoy hcrugyo hcruygo hcruyog hcrougy
hcrouyg hcroguy hcrogyu hcroygu hcroyug hcrgouy hcrgoyu hcrguoy hcrguyo hcrgyuo hcrgyou
hcryogu hcryoug hcrygou hcryguo hcryugo hcryuog hcguroy hcguryo hcguory hcguoyr hcguyor
hcguyro hcgruoy hcgruyo hcgrouy hcgroyu hcgryou hcgryuo hcgoruy hcgoryu hcgoury hcgouyr
hcgoyur hcgoyru hcgyrou hcgyruo hcgyoru hcgyour hcgyuor hcgyuro hcyurgo hcyurog hcyugro
hcyugor hcyuogr hcyuorg hcyrugo hcyruog hcyrguo hcyrgou hcyrogu hcyroug hcygruo hcygrou
hcyguro hcyguor hcygour hcygoru hcyorgu hcyorug hcyogru hcyogur hcyougr hcyourg hgoucry
hgoucyr hgourcy hgouryc hgouyrc hgouycr hgocury hgocuyr hgocruy hgocryu hgocyru hgocyur
hgorcuy hgorcyu hgorucy hgoruyc hgoryuc hgorycu hgoycru hgoycur hgoyrcu hgoyruc hgoyurc
hgoyucr hguocry hguocyr hguorcy hguoryc hguoyrc hguoycr hgucory hgucoyr hgucroy hgucryo
hgucyro hgucyor hgurcoy hgurcyo hgurocy hguroyc hguryoc hguryco hguycro hguycor hguyrco
hguyroc hguyorc hguyocr hgcuory hgcuoyr hgcuroy hgcuryo hgcuyro hgcuyor hgcoury hgcouyr
hgcoruy hgcoryu hgcoyru hgcoyur hgcrouy hgcroyu hgcruoy hgcruyo hgcryuo hgcryou hgcyoru
hgcyour hgcyrou hgcyruo hgcyuro hgcyuor hgrucoy hgrucyo hgruocy hgruoyc hgruyoc hgruyco
hgrcuoy hgrcuyo hgrcouy hgrcoyu hgrcyou hgrcyuo hgrocuy hgrocyu hgroucy hgrouyc hgroyuc
hgroycu hgrycou hgrycuo hgryocu hgryouc hgryuoc hgryuco hgyucro hgyucor hgyurco hgyuroc
hgyuorc hgyuocr hgycuro hgycuor hgycruo hgycrou hgycoru hgycour hgyrcuo hgyrcou hgyruco
hgyruoc hgyrouc hgyrocu hgyocru hgyocur hgyorcu hgyoruc hgyourc hgyoucr hyoucgr hyoucrg
hyougcr hyougrc hyourgc hyourcg hyocugr hyocurg hyocgur hyocgru hyocrgu hyocrug hyogcur
hyogcru hyogucr hyogurc hyogruc hyogrcu hyorcgu hyorcug hyorgcu hyorguc hyorugc hyorucg
hyuocgr hyuocrg hyuogcr hyuogrc hyuorgc hyuorcg hyucogr hyucorg hyucgor hyucgro hyucrgo
hyucrog hyugcor hyugcro hyugocr hyugorc hyugroc hyugrco hyurcgo hyurcog hyurgco hyurgoc
hyurogc hyurocg hycuogr hycuorg hycugor hycugro hycurgo hycurog hycougr hycourg hycogur
hycogru hycorgu hycorug hycgour hycgoru hycguor hycguro hycgruo hycgrou hycrogu hycroug
hycrgou hycrguo hycrugo hycruog hygucor hygucro hyguocr hyguorc hyguroc hygurco hygcuor
hygcuro hygcour hygcoru hygcrou hygcruo hygocur hygocru hygoucr hygourc hygoruc hygorcu
hygrcou hygrcuo hygrocu hygrouc hygruoc hygruco hyrucgo hyrucog hyrugco hyrugoc hyruogc
hyruocg hyrcugo hyrcuog hyrcguo hyrcgou hyrcogu hyrcoug hyrgcuo hyrgcou hyrguco hyrguoc
hyrgouc hyrgocu hyrocgu hyrocug hyrogcu hyroguc hyrougc hyroucg yrouchg yroucgh yrouhcg
yrouhgc yroughc yrougch yrocuhg yrocugh yrochug yrochgu yrocghu yrocguh yrohcug yrohcgu
yrohucg yrohugc yrohguc yrohgcu yrogchu yrogcuh yroghcu yroghuc yroguhc yroguch yruochg
yruocgh yruohcg yruohgc yruoghc yruogch yrucohg yrucogh yruchog yruchgo yrucgho yrucgoh
yruhcog yruhcgo yruhocg yruhogc yruhgoc yruhgco yrugcho yrugcoh yrughco yrughoc yrugohc
yrugoch yrcuohg yrcuogh yrcuhog yrcuhgo yrcugho yrcugoh yrcouhg yrcough yrcohug yrcohgu
yrcoghu yrcoguh yrchoug yrchogu yrchuog yrchugo yrchguo yrchgou yrcgohu yrcgouh yrcghou
yrcghuo yrcguho yrcguoh yrhucog yrhucgo yrhuocg yrhuogc yrhugoc yrhugco yrhcuog yrhcugo
yrhcoug yrhcogu yrhcgou yrhcguo yrhocug yrhocgu yrhoucg yrhougc yrhoguc yrhogcu yrhgcou
yrhgcuo yrhgocu yrhgouc yrhguoc yrhguco yrgucho yrgucoh yrguhco yrguhoc yrguohc yrguoch
yrgcuho yrgcuoh yrgchuo yrgchou yrgcohu yrgcouh yrghcuo yrghcou yrghuco yrghuoc yrghouc
yrghocu yrgochu yrgocuh yrgohcu yrgohuc yrgouhc yrgouch yoruchg yorucgh yoruhcg yoruhgc
yorughc yorugch yorcuhg yorcugh yorchug yorchgu yorcghu yorcguh yorhcug yorhcgu yorhucg
yorhugc yorhguc yorhgcu yorgchu yorgcuh yorghcu yorghuc yorguhc yorguch yourchg yourcgh
yourhcg yourhgc yourghc yourgch youcrhg youcrgh youchrg youchgr youcghr youcgrh youhcrg
youhcgr youhrcg youhrgc youhgrc youhgcr yougchr yougcrh youghcr youghrc yougrhc yougrch
yocurhg yocurgh yocuhrg yocuhgr yocughr yocugrh yocruhg yocrugh yocrhug yocrhgu yocrghu
yocrguh yochrug yochrgu yochurg yochugr yochgur yochgru yocgrhu yocgruh yocghru yocghur
yocguhr yocgurh yohucrg yohucgr yohurcg yohurgc yohugrc yohugcr yohcurg yohcugr yohcrug
yohcrgu yohcgru yohcgur yohrcug yohrcgu yohrucg yohrugc yohrguc yohrgcu yohgcru yohgcur
yohgrcu yohgruc yohgurc yohgucr yoguchr yogucrh yoguhcr yoguhrc yogurhc yogurch yogcuhr
yogcurh yogchur yogchru yogcrhu yogcruh yoghcur yoghcru yoghucr yoghurc yoghruc yoghrcu
yogrchu yogrcuh yogrhcu yogrhuc yogruhc yogruch yuorchg yuorcgh yuorhcg yuorhgc yuorghc
yuorgch yuocrhg yuocrgh yuochrg yuochgr yuocghr yuocgrh yuohcrg yuohcgr yuohrcg yuohrgc
yuohgrc yuohgcr yuogchr yuogcrh yuoghcr yuoghrc yuogrhc yuogrch yurochg yurocgh yurohcg
yurohgc yuroghc yurogch yurcohg yurcogh yurchog yurchgo yurcgho yurcgoh yurhcog yurhcgo
yurhocg yurhogc yurhgoc yurhgco yurgcho yurgcoh yurghco yurghoc yurgohc yurgoch yucrohg
yucrogh yucrhog yucrhgo yucrgho yucrgoh yucorhg yucorgh yucohrg yucohgr yucoghr yucogrh
yuchorg yuchogr yuchrog yuchrgo yuchgro yuchgor yucgohr yucgorh yucghor yucghro yucgrho
yucgroh yuhrcog yuhrcgo yuhrocg yuhrogc yuhrgoc yuhrgco yuhcrog yuhcrgo yuhcorg yuhcogr
yuhcgor yuhcgro yuhocrg yuhocgr yuhorcg yuhorgc yuhogrc yuhogcr yuhgcor yuhgcro yuhgocr
yuhgorc yuhgroc yuhgrco yugrcho yugrcoh yugrhco yugrhoc yugrohc yugroch yugcrho yugcroh
yugchro yugchor yugcohr yugcorh yughcro yughcor yughrco yughroc yughorc yughocr yugochr
yugocrh yugohcr yugohrc yugorhc yugorch ycourhg ycourgh ycouhrg ycouhgr ycoughr ycougrh
ycoruhg ycorugh ycorhug ycorhgu ycorghu ycorguh ycohrug ycohrgu ycohurg ycohugr ycohgur
ycohgru ycogrhu ycogruh ycoghru ycoghur ycoguhr ycogurh ycuorhg ycuorgh ycuohrg ycuohgr
ycuoghr ycuogrh ycurohg ycurogh ycurhog ycurhgo ycurgho ycurgoh ycuhrog ycuhrgo ycuhorg
ycuhogr ycuhgor ycuhgro ycugrho ycugroh ycughro ycughor ycugohr ycugorh ycruohg ycruogh
ycruhog ycruhgo ycrugho ycrugoh ycrouhg ycrough ycrohug ycrohgu ycroghu ycroguh ycrhoug
ycrhogu ycrhuog ycrhugo ycrhguo ycrhgou ycrgohu ycrgouh ycrghou ycrghuo ycrguho ycrguoh
ychurog ychurgo ychuorg ychuogr ychugor ychugro ychruog ychrugo ychroug ychrogu ychrgou
ychrguo ychorug ychorgu ychourg ychougr ychogur ychogru ychgrou ychgruo ychgoru ychgour
ychguor ychguro ycgurho ycguroh ycguhro ycguhor ycguohr ycguorh ycgruho ycgruoh ycgrhuo
ycgrhou ycgrohu ycgrouh ycghruo ycghrou ycghuro ycghuor ycghour ycghoru ycgorhu ycgoruh
ycgohru ycgohur ycgouhr ycgourh yhoucrg yhoucgr yhourcg yhourgc yhougrc yhougcr yhocurg
yhocugr yhocrug yhocrgu yhocgru yhocgur yhorcug yhorcgu yhorucg yhorugc yhorguc yhorgcu
yhogcru yhogcur yhogrcu yhogruc yhogurc yhogucr yhuocrg yhuocgr yhuorcg yhuorgc yhuogrc
yhuogcr yhucorg yhucogr yhucrog yhucrgo yhucgro yhucgor yhurcog yhurcgo yhurocg yhurogc
yhurgoc yhurgco yhugcro yhugcor yhugrco yhugroc yhugorc yhugocr yhcuorg yhcuogr yhcurog
yhcurgo yhcugro yhcugor yhcourg yhcougr yhcorug yhcorgu yhcogru yhcogur yhcroug yhcrogu
yhcruog yhcrugo yhcrguo yhcrgou yhcgoru yhcgour yhcgrou yhcgruo yhcguro yhcguor yhrucog
yhrucgo yhruocg yhruogc yhrugoc yhrugco yhrcuog yhrcugo yhrcoug yhrcogu yhrcgou yhrcguo
yhrocug yhrocgu yhroucg yhrougc yhroguc yhrogcu yhrgcou yhrgcuo yhrgocu yhrgouc yhrguoc
yhrguco yhgucro yhgucor yhgurco yhguroc yhguorc yhguocr yhgcuro yhgcuor yhgcruo yhgcrou
yhgcoru yhgcour yhgrcuo yhgrcou yhgruco yhgruoc yhgrouc yhgrocu yhgocru yhgocur yhgorcu
yhgoruc yhgourc yhgoucr ygouchr ygoucrh ygouhcr ygouhrc ygourhc ygourch ygocuhr ygocurh
ygochur ygochru ygocrhu ygocruh ygohcur ygohcru ygohucr ygohurc ygohruc ygohrcu ygorchu
ygorcuh ygorhcu ygorhuc ygoruhc ygoruch yguochr yguocrh yguohcr yguohrc yguorhc yguorch
ygucohr ygucorh yguchor yguchro ygucrho ygucroh yguhcor yguhcro yguhocr yguhorc yguhroc
yguhrco ygurcho ygurcoh ygurhco ygurhoc ygurohc yguroch ygcuohr ygcuorh ygcuhor ygcuhro
ygcurho ygcuroh ygcouhr ygcourh ygcohur ygcohru ygcorhu ygcoruh ygchour ygchoru ygchuor
ygchuro ygchruo ygchrou ygcrohu ygcrouh ygcrhou ygcrhuo ygcruho ygcruoh yghucor yghucro
yghuocr yghuorc yghuroc yghurco yghcuor yghcuro yghcour yghcoru yghcrou yghcruo yghocur
yghocru yghoucr yghourc yghoruc yghorcu yghrcou yghrcuo yghrocu yghrouc yghruoc yghruco
ygrucho ygrucoh ygruhco ygruhoc ygruohc ygruoch ygrcuho ygrcuoh ygrchuo ygrchou ygrcohu
ygrcouh ygrhcuo ygrhcou ygrhuco ygrhuoc ygrhouc ygrhocu ygrochu ygrocuh ygrohcu ygrohuc
ygrouhc ygrouch

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History of cryptography
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