easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

lipshutz

fortbridger

cadges

chambermaid

vivianne

lachi

avolio

bultong

hodgen

padlocked

rechoosing

lamentory

peshtigo

ellensburg

formativeness

repleat

buttonholes

usibus


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: chergui
cipher variations:
difshvj ejgtiwk fkhujxl glivkym hmjwlzn
inkxmao jolynbp kpmzocq lqnapdr mrobqes
nspcrft otqdsgu purethv qvsfuiw rwtgvjx
sxuhwky tyvixlz uzwjyma vaxkznb wbylaoc
xczmbpd ydancqe zebodrf afcpesg bgdqfth

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: chergui
Cipher: xsvitfr

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: chergui
Cipher: AAABA AABBB AABAA BAAAA AABBA BAABB ABAAA

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: chergui
cipher variations:
difshvjhwnatjzlkvifxppydqrlftmlydzvxatgpnlfcjwnprjqrezdh
nezmlrxrshuxfnvgpcjtdzuxkvhtejgtiwkixobukamlwjgyqqzersmg
unmzeawybuhqomgdkxoqskrsfaeiofanmsystivygowhqdkueavylwiu
fkhujxljypcvlbnmxkhzrrafstnhvonafbxzcvirpnhelyprtlstgbfj
pgbontztujwzhpxirelvfbwzmxjvglivkymkzqdwmconyliassbgtuoi
wpobgcyadwjsqoifmzqsumtuhcgkqhcpouauvkxaiqyjsfmwgcxanykw
hmjwlznlarexndpozmjbttchuvpjxqpchdzbexktrpjgnartvnuvidhl
ridqpvbvwlybjrzktgnxhdybozlxinkxmaombsfyoeqpankcuudivwqk
yrqdieacfylusqkhobsuwovwjeimsjerqwcwxmzcksaluhoyiezcpamy
jolynbpnctgzpfrqboldvvejwxrlzsrejfbdgzmvtrlipctvxpwxkfjn
tkfsrxdxynadltbmvipzjfadqbnzkpmzocqoduhaqgsrcpmewwfkxysm
atsfkgcehanwusmjqduwyqxylgkoulgtsyeyzobemucnwjqakgbercoa
lqnapdrpevibrhtsdqnfxxglyztnbutglhdfiboxvtnkrevxzryzmhlp
vmhutzfzapcfnvdoxkrblhcfsdpbmrobqesqfwjcsiuterogyyhmzauo
cvuhmiegjcpywuolsfwyaszanimqwnivuagabqdgowepylscmidgteqc
nspcrftrgxkdtjvufsphzzinabvpdwvinjfhkdqzxvpmtgxzbtabojnr
xojwvbhbcrehpxfqzmtdnjehufrdotqdsgushyleukwvgtqiaajobcwq
exwjokgileraywqnuhyacubcpkosypkxwcicdsfiqygranueokfivgse
purethvtizmfvlxwhurjbbkpcdxrfyxkplhjmfsbzxrovizbdvcdqlpt
zqlyxdjdetgjrzhsbovfplgjwhtfqvsfuiwujangwmyxivskcclqdeys
gzylqmikngtcayspwjacewdermquarmzyekefuhksaitcpwgqmhkxiug
rwtgvjxvkbohxnzyjwtlddmrefzthazmrnjlohudbztqxkbdfxefsnrv
bsnazflfgviltbjudqxhrnilyjvhsxuhwkywlcpiyoazkxumeensfgau
ibansokmpivecaurylcegyfgtoswctobagmghwjmuckveryisojmzkwi
tyvixlzxmdqjzpbalyvnffotghbvjcbotplnqjwfdbvszmdfhzghuptx
dupcbhnhixknvdlwfszjtpknalxjuzwjymaynerkaqcbmzwoggpuhicw
kdcpuqmorkxgecwtanegiahivquyevqdcioijylowemxgtakuqlobmyk
vaxkznbzofslbrdcnaxphhqvijdxledqvrnpslyhfdxubofhjbijwrvz
fwredjpjkzmpxfnyhublvrmpcnzlwbylaocapgtmcsedobyqiirwjkey
mferwsoqtmzigeyvcpgikcjkxswagxsfekqklanqygozivcmwsnqdoam
xczmbpdbqhundtfepczrjjsxklfzngfsxtprunajhfzwdqhjldklytxb
hytgflrlmborzhpajwdnxtorepbnydancqecrivoeugfqdaskktylmga
ohgtyuqsvobkigaxerikmelmzuycizuhgmsmncpsaiqbkxeoyupsfqco
zebodrfdsjwpfvhgrebtlluzmnhbpihuzvrtwpcljhbyfsjlnfmnavzd
javihntnodqtbjrclyfpzvqtgrdpafcpesgetkxqgwihsfcummvanoic
qjivawsuxqdmkiczgtkmognobwaekbwjiouoperucksdmzgqawruhseq
bgdqfthfulyrhxjitgdvnnwbopjdrkjwbxtvyrenljdahulnphopcxbf
lcxkjpvpqfsvdltenahrbxsvitfrcherguigvmzsiykjuhewooxcpqke
slkxcyuwzsfomkebivmoqipqdycgmdylkqwqrgtwemufobiscytwjugs

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: chergui
Cipher: purethv

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: chergui
Cipher: 31325124225442

Extended Methods:
Method #1

Plaintext: chergui
method variations:
hnkwmzonspbretsxugwkyxczmbpd

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath: 
c h e r g u i 
3 3 5 2 2 5 4 
1 2 1 4 2 4 2
They are then read out in rows:
33522541214242
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: chergui
Cipher: nkwdbii

Read more ...
Method #3

Plaintext: chergui
method variations:
lwfiwtm wfiwtml fiwtmlw
iwtmlwf wtmlwfi tmlwfiw
mlwfiwt

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: chergui

all 5040 cipher variations:
chergui chergiu cherugi cheruig cheriug cherigu chegrui chegriu cheguri cheguir chegiur
chegiru cheugri cheugir cheurgi cheurig cheuirg cheuigr cheigur cheigru cheiugr cheiurg
cheirug cheirgu chregui chregiu chreugi chreuig chreiug chreigu chrgeui chrgeiu chrguei
chrguie chrgiue chrgieu chrugei chrugie chruegi chrueig chruieg chruige chrigue chrigeu
chriuge chriueg chrieug chriegu chgreui chgreiu chgruei chgruie chgriue chgrieu chgerui
chgeriu chgeuri chgeuir chgeiur chgeiru chgueri chgueir chgurei chgurie chguire chguier
chgieur chgieru chgiuer chgiure chgirue chgireu churgei churgie churegi chureig churieg
churige chugrei chugrie chugeri chugeir chugier chugire chuegri chuegir chuergi chuerig
chueirg chueigr chuiger chuigre chuiegr chuierg chuireg chuirge chirgue chirgeu chiruge
chirueg chireug chiregu chigrue chigreu chigure chiguer chigeur chigeru chiugre chiuger
chiurge chiureg chiuerg chiuegr chiegur chiegru chieugr chieurg chierug chiergu cehrgui
cehrgiu cehrugi cehruig cehriug cehrigu cehgrui cehgriu cehguri cehguir cehgiur cehgiru
cehugri cehugir cehurgi cehurig cehuirg cehuigr cehigur cehigru cehiugr cehiurg cehirug
cehirgu cerhgui cerhgiu cerhugi cerhuig cerhiug cerhigu cerghui cerghiu cerguhi cerguih
cergiuh cergihu cerughi cerugih ceruhgi ceruhig ceruihg ceruigh ceriguh cerighu ceriugh
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ceghuri ceghuir ceghiur ceghiru ceguhri ceguhir cegurhi cegurih ceguirh ceguihr cegihur
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ceuhigr ceuighr ceuigrh ceuihgr ceuihrg ceuirhg ceuirgh ceirguh ceirghu ceirugh ceiruhg
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ceiurhg ceiuhrg ceiuhgr ceihgur ceihgru ceihugr ceihurg ceihrug ceihrgu crehgui crehgiu
crehugi crehuig crehiug crehigu creghui creghiu creguhi creguih cregiuh cregihu creughi
creugih creuhgi creuhig creuihg creuigh creiguh creighu creiugh creiuhg creihug creihgu
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gciehru gcieuhr gcieurh gcieruh gcierhu guerchi guercih guerhci guerhic guerihc guerich
guecrhi guecrih guechri guechir guecihr guecirh guehcri guehcir guehrci guehric guehirc
guehicr gueichr gueicrh gueihcr gueihrc gueirhc gueirch gurechi gurecih gurehci gurehic
gureihc gureich gurcehi gurceih gurchei gurchie gurcihe gurcieh gurhcei gurhcie gurheci
gurheic gurhiec gurhice guriche guriceh gurihce gurihec guriehc guriech gucrehi gucreih
gucrhei gucrhie gucrihe gucrieh gucerhi gucerih gucehri gucehir guceihr guceirh gucheri
gucheir guchrei guchrie guchire guchier guciehr gucierh guciher gucihre gucirhe gucireh
guhrcei guhrcie guhreci guhreic guhriec guhrice guhcrei guhcrie guhceri guhceir guhcier
guhcire guhecri guhecir guherci guheric guheirc guheicr guhicer guhicre guhiecr guhierc
guhirec guhirce guirche guirceh guirhce guirhec guirehc guirech guicrhe guicreh guichre
guicher guicehr guicerh guihcre guihcer guihrce guihrec guiherc guihecr guiechr guiecrh
guiehcr guiehrc guierhc guierch giercuh gierchu gieruch gieruhc gierhuc gierhcu giecruh
giecrhu giecurh giecuhr giechur giechru gieucrh gieuchr gieurch gieurhc gieuhrc gieuhcr
giehcur giehcru giehucr giehurc giehruc giehrcu girecuh girechu gireuch gireuhc girehuc
girehcu girceuh gircehu gircueh gircuhe girchue gircheu giruceh giruche giruech giruehc
giruhec giruhce girhcue girhceu girhuce girhuec girheuc girhecu gicreuh gicrehu gicrueh
gicruhe gicrhue gicrheu giceruh gicerhu giceurh giceuhr gicehur gicehru gicuerh gicuehr
gicureh gicurhe gicuhre gicuher gicheur gicheru gichuer gichure gichrue gichreu giurceh
giurche giurech giurehc giurhec giurhce giucreh giucrhe giucerh giucehr giucher giuchre
giuecrh giuechr giuerch giuerhc giuehrc giuehcr giuhcer giuhcre giuhecr giuherc giuhrec
giuhrce gihrcue gihrceu gihruce gihruec gihreuc gihrecu gihcrue gihcreu gihcure gihcuer
gihceur gihceru gihucre gihucer gihurce gihurec gihuerc gihuecr gihecur gihecru giheucr
giheurc giheruc gihercu uhergci uhergic uhercgi uhercig uhericg uherigc uhegrci uhegric
uhegcri uhegcir uhegicr uhegirc uhecgri uhecgir uhecrgi uhecrig uhecirg uhecigr uheigcr
uheigrc uheicgr uheicrg uheircg uheirgc uhregci uhregic uhrecgi uhrecig uhreicg uhreigc
uhrgeci uhrgeic uhrgcei uhrgcie uhrgice uhrgiec uhrcgei uhrcgie uhrcegi uhrceig uhrcieg
uhrcige uhrigce uhrigec uhricge uhriceg uhriecg uhriegc uhgreci uhgreic uhgrcei uhgrcie
uhgrice uhgriec uhgerci uhgeric uhgecri uhgecir uhgeicr uhgeirc uhgceri uhgceir uhgcrei
uhgcrie uhgcire uhgcier uhgiecr uhgierc uhgicer uhgicre uhgirce uhgirec uhcrgei uhcrgie
uhcregi uhcreig uhcrieg uhcrige uhcgrei uhcgrie uhcgeri uhcgeir uhcgier uhcgire uhcegri
uhcegir uhcergi uhcerig uhceirg uhceigr uhciger uhcigre uhciegr uhcierg uhcireg uhcirge
uhirgce uhirgec uhircge uhirceg uhirecg uhiregc uhigrce uhigrec uhigcre uhigcer uhigecr
uhigerc uhicgre uhicger uhicrge uhicreg uhicerg uhicegr uhiegcr uhiegrc uhiecgr uhiecrg
uhiercg uhiergc uehrgci uehrgic uehrcgi uehrcig uehricg uehrigc uehgrci uehgric uehgcri
uehgcir uehgicr uehgirc uehcgri uehcgir uehcrgi uehcrig uehcirg uehcigr uehigcr uehigrc
uehicgr uehicrg uehircg uehirgc uerhgci uerhgic uerhcgi uerhcig uerhicg uerhigc uerghci
uerghic uergchi uergcih uergich uergihc uercghi uercgih uerchgi uerchig uercihg uercigh
uerigch uerighc uericgh uerichg uerihcg uerihgc uegrhci uegrhic uegrchi uegrcih uegrich
uegrihc ueghrci ueghric ueghcri ueghcir ueghicr ueghirc uegchri uegchir uegcrhi uegcrih
uegcirh uegcihr uegihcr uegihrc uegichr uegicrh uegirch uegirhc uecrghi uecrgih uecrhgi
uecrhig uecrihg uecrigh uecgrhi uecgrih uecghri uecghir uecgihr uecgirh uechgri uechgir
uechrgi uechrig uechirg uechigr uecighr uecigrh uecihgr uecihrg uecirhg uecirgh ueirgch
ueirghc ueircgh ueirchg ueirhcg ueirhgc ueigrch ueigrhc ueigcrh ueigchr ueighcr ueighrc
ueicgrh ueicghr ueicrgh ueicrhg ueichrg ueichgr ueihgcr ueihgrc ueihcgr ueihcrg ueihrcg
ueihrgc urehgci urehgic urehcgi urehcig urehicg urehigc ureghci ureghic uregchi uregcih
uregich uregihc urecghi urecgih urechgi urechig urecihg urecigh ureigch ureighc ureicgh
ureichg ureihcg ureihgc urhegci urhegic urhecgi urhecig urheicg urheigc urhgeci urhgeic
urhgcei urhgcie urhgice urhgiec urhcgei urhcgie urhcegi urhceig urhcieg urhcige urhigce
urhigec urhicge urhiceg urhiecg urhiegc urgheci urgheic urghcei urghcie urghice urghiec
urgehci urgehic urgechi urgecih urgeich urgeihc urgcehi urgceih urgchei urgchie urgcihe
urgcieh urgiech urgiehc urgiceh urgiche urgihce urgihec urchgei urchgie urchegi urcheig
urchieg urchige urcghei urcghie urcgehi urcgeih urcgieh urcgihe urceghi urcegih urcehgi
urcehig urceihg urceigh urcigeh urcighe urciegh urciehg urciheg urcihge urihgce urihgec
urihcge urihceg urihecg urihegc urighce urighec urigche urigceh urigech urigehc uricghe
uricgeh urichge uricheg uricehg uricegh uriegch urieghc uriecgh uriechg uriehcg uriehgc
ugerhci ugerhic ugerchi ugercih ugerich ugerihc ugehrci ugehric ugehcri ugehcir ugehicr
ugehirc ugechri ugechir ugecrhi ugecrih ugecirh ugecihr ugeihcr ugeihrc ugeichr ugeicrh
ugeirch ugeirhc ugrehci ugrehic ugrechi ugrecih ugreich ugreihc ugrheci ugrheic ugrhcei
ugrhcie ugrhice ugrhiec ugrchei ugrchie ugrcehi ugrceih ugrcieh ugrcihe ugrihce ugrihec
ugriche ugriceh ugriech ugriehc ughreci ughreic ughrcei ughrcie ughrice ughriec ugherci
ugheric ughecri ughecir ugheicr ugheirc ughceri ughceir ughcrei ughcrie ughcire ughcier
ughiecr ughierc ughicer ughicre ughirce ughirec ugcrhei ugcrhie ugcrehi ugcreih ugcrieh
ugcrihe ugchrei ugchrie ugcheri ugcheir ugchier ugchire ugcehri ugcehir ugcerhi ugcerih
ugceirh ugceihr ugciher ugcihre ugciehr ugcierh ugcireh ugcirhe ugirhce ugirhec ugirche
ugirceh ugirech ugirehc ugihrce ugihrec ugihcre ugihcer ugihecr ugiherc ugichre ugicher
ugicrhe ugicreh ugicerh ugicehr ugiehcr ugiehrc ugiechr ugiecrh ugierch ugierhc ucerghi
ucergih ucerhgi ucerhig ucerihg ucerigh ucegrhi ucegrih uceghri uceghir ucegihr ucegirh
ucehgri ucehgir ucehrgi ucehrig ucehirg ucehigr uceighr uceigrh uceihgr uceihrg uceirhg
uceirgh ucreghi ucregih ucrehgi ucrehig ucreihg ucreigh ucrgehi ucrgeih ucrghei ucrghie
ucrgihe ucrgieh ucrhgei ucrhgie ucrhegi ucrheig ucrhieg ucrhige ucrighe ucrigeh ucrihge
ucriheg ucriehg ucriegh ucgrehi ucgreih ucgrhei ucgrhie ucgrihe ucgrieh ucgerhi ucgerih
ucgehri ucgehir ucgeihr ucgeirh ucgheri ucgheir ucghrei ucghrie ucghire ucghier ucgiehr
ucgierh ucgiher ucgihre ucgirhe ucgireh uchrgei uchrgie uchregi uchreig uchrieg uchrige
uchgrei uchgrie uchgeri uchgeir uchgier uchgire uchegri uchegir uchergi ucherig ucheirg
ucheigr uchiger uchigre uchiegr uchierg uchireg uchirge ucirghe ucirgeh ucirhge ucirheg
ucirehg uciregh ucigrhe ucigreh ucighre ucigher ucigehr ucigerh ucihgre ucihger ucihrge
ucihreg uciherg ucihegr ucieghr uciegrh uciehgr uciehrg ucierhg uciergh uiergch uierghc
uiercgh uierchg uierhcg uierhgc uiegrch uiegrhc uiegcrh uiegchr uieghcr uieghrc uiecgrh
uiecghr uiecrgh uiecrhg uiechrg uiechgr uiehgcr uiehgrc uiehcgr uiehcrg uiehrcg uiehrgc
uiregch uireghc uirecgh uirechg uirehcg uirehgc uirgech uirgehc uirgceh uirgche uirghce
uirghec uircgeh uircghe uircegh uircehg uircheg uirchge uirhgce uirhgec uirhcge uirhceg
uirhecg uirhegc uigrech uigrehc uigrceh uigrche uigrhce uigrhec uigerch uigerhc uigecrh
uigechr uigehcr uigehrc uigcerh uigcehr uigcreh uigcrhe uigchre uigcher uighecr uigherc
uighcer uighcre uighrce uighrec uicrgeh uicrghe uicregh uicrehg uicrheg uicrhge uicgreh
uicgrhe uicgerh uicgehr uicgher uicghre uicegrh uiceghr uicergh uicerhg uicehrg uicehgr
uichger uichgre uichegr uicherg uichreg uichrge uihrgce uihrgec uihrcge uihrceg uihrecg
uihregc uihgrce uihgrec uihgcre uihgcer uihgecr uihgerc uihcgre uihcger uihcrge uihcreg
uihcerg uihcegr uihegcr uihegrc uihecgr uihecrg uihercg uihergc iherguc ihergcu iherugc
iherucg ihercug ihercgu ihegruc ihegrcu ihegurc ihegucr ihegcur ihegcru iheugrc iheugcr
iheurgc iheurcg iheucrg iheucgr ihecgur ihecgru ihecugr ihecurg ihecrug ihecrgu ihreguc
ihregcu ihreugc ihreucg ihrecug ihrecgu ihrgeuc ihrgecu ihrguec ihrguce ihrgcue ihrgceu
ihrugec ihrugce ihruegc ihruecg ihruceg ihrucge ihrcgue ihrcgeu ihrcuge ihrcueg ihrceug
ihrcegu ihgreuc ihgrecu ihgruec ihgruce ihgrcue ihgrceu ihgeruc ihgercu ihgeurc ihgeucr
ihgecur ihgecru ihguerc ihguecr ihgurec ihgurce ihgucre ihgucer ihgceur ihgceru ihgcuer
ihgcure ihgcrue ihgcreu ihurgec ihurgce ihuregc ihurecg ihurceg ihurcge ihugrec ihugrce
ihugerc ihugecr ihugcer ihugcre ihuegrc ihuegcr ihuergc ihuercg ihuecrg ihuecgr ihucger
ihucgre ihucegr ihucerg ihucreg ihucrge ihcrgue ihcrgeu ihcruge ihcrueg ihcreug ihcregu
ihcgrue ihcgreu ihcgure ihcguer ihcgeur ihcgeru ihcugre ihcuger ihcurge ihcureg ihcuerg
ihcuegr ihcegur ihcegru ihceugr ihceurg ihcerug ihcergu iehrguc iehrgcu iehrugc iehrucg
iehrcug iehrcgu iehgruc iehgrcu iehgurc iehgucr iehgcur iehgcru iehugrc iehugcr iehurgc
iehurcg iehucrg iehucgr iehcgur iehcgru iehcugr iehcurg iehcrug iehcrgu ierhguc ierhgcu
ierhugc ierhucg ierhcug ierhcgu ierghuc ierghcu ierguhc ierguch iergcuh iergchu ierughc
ierugch ieruhgc ieruhcg ieruchg ierucgh iercguh iercghu iercugh iercuhg ierchug ierchgu
iegrhuc iegrhcu iegruhc iegruch iegrcuh iegrchu ieghruc ieghrcu ieghurc ieghucr ieghcur
ieghcru ieguhrc ieguhcr iegurhc iegurch iegucrh ieguchr iegchur iegchru iegcuhr iegcurh
iegcruh iegcrhu ieurghc ieurgch ieurhgc ieurhcg ieurchg ieurcgh ieugrhc ieugrch ieughrc
ieughcr ieugchr ieugcrh ieuhgrc ieuhgcr ieuhrgc ieuhrcg ieuhcrg ieuhcgr ieucghr ieucgrh
ieuchgr ieuchrg ieucrhg ieucrgh iecrguh iecrghu iecrugh iecruhg iecrhug iecrhgu iecgruh
iecgrhu iecgurh iecguhr iecghur iecghru iecugrh iecughr iecurgh iecurhg iecuhrg iecuhgr
iechgur iechgru iechugr iechurg iechrug iechrgu irehguc irehgcu irehugc irehucg irehcug
irehcgu ireghuc ireghcu ireguhc ireguch iregcuh iregchu ireughc ireugch ireuhgc ireuhcg
ireuchg ireucgh irecguh irecghu irecugh irecuhg irechug irechgu irheguc irhegcu irheugc
irheucg irhecug irhecgu irhgeuc irhgecu irhguec irhguce irhgcue irhgceu irhugec irhugce
irhuegc irhuecg irhuceg irhucge irhcgue irhcgeu irhcuge irhcueg irhceug irhcegu irgheuc
irghecu irghuec irghuce irghcue irghceu irgehuc irgehcu irgeuhc irgeuch irgecuh irgechu
irguehc irguech irguhec irguhce irguche irguceh irgceuh irgcehu irgcueh irgcuhe irgchue
irgcheu iruhgec iruhgce iruhegc iruhecg iruhceg iruhcge irughec irughce irugehc irugech
irugceh irugche irueghc iruegch iruehgc iruehcg iruechg iruecgh irucgeh irucghe irucegh
irucehg irucheg iruchge irchgue irchgeu irchuge irchueg ircheug irchegu ircghue ircgheu
ircguhe ircgueh ircgeuh ircgehu ircughe ircugeh ircuhge ircuheg ircuehg ircuegh irceguh
irceghu irceugh irceuhg ircehug ircehgu igerhuc igerhcu igeruhc igeruch igercuh igerchu
igehruc igehrcu igehurc igehucr igehcur igehcru igeuhrc igeuhcr igeurhc igeurch igeucrh
igeuchr igechur igechru igecuhr igecurh igecruh igecrhu igrehuc igrehcu igreuhc igreuch
igrecuh igrechu igrheuc igrhecu igrhuec igrhuce igrhcue igrhceu igruhec igruhce igruehc
igruech igruceh igruche igrchue igrcheu igrcuhe igrcueh igrceuh igrcehu ighreuc ighrecu
ighruec ighruce ighrcue ighrceu igheruc ighercu igheurc igheucr ighecur ighecru ighuerc
ighuecr ighurec ighurce ighucre ighucer ighceur ighceru ighcuer ighcure ighcrue ighcreu
igurhec igurhce igurehc igurech igurceh igurche iguhrec iguhrce iguherc iguhecr iguhcer
iguhcre iguehrc iguehcr iguerhc iguerch iguecrh iguechr igucher iguchre igucehr igucerh
igucreh igucrhe igcrhue igcrheu igcruhe igcrueh igcreuh igcrehu igchrue igchreu igchure
igchuer igcheur igcheru igcuhre igcuher igcurhe igcureh igcuerh igcuehr igcehur igcehru
igceuhr igceurh igceruh igcerhu iuerghc iuergch iuerhgc iuerhcg iuerchg iuercgh iuegrhc
iuegrch iueghrc iueghcr iuegchr iuegcrh iuehgrc iuehgcr iuehrgc iuehrcg iuehcrg iuehcgr
iuecghr iuecgrh iuechgr iuechrg iuecrhg iuecrgh iureghc iuregch iurehgc iurehcg iurechg
iurecgh iurgehc iurgech iurghec iurghce iurgche iurgceh iurhgec iurhgce iurhegc iurhecg
iurhceg iurhcge iurcghe iurcgeh iurchge iurcheg iurcehg iurcegh iugrehc iugrech iugrhec
iugrhce iugrche iugrceh iugerhc iugerch iugehrc iugehcr iugechr iugecrh iugherc iughecr
iughrec iughrce iughcre iughcer iugcehr iugcerh iugcher iugchre iugcrhe iugcreh iuhrgec
iuhrgce iuhregc iuhrecg iuhrceg iuhrcge iuhgrec iuhgrce iuhgerc iuhgecr iuhgcer iuhgcre
iuhegrc iuhegcr iuhergc iuhercg iuhecrg iuhecgr iuhcger iuhcgre iuhcegr iuhcerg iuhcreg
iuhcrge iucrghe iucrgeh iucrhge iucrheg iucrehg iucregh iucgrhe iucgreh iucghre iucgher
iucgehr iucgerh iuchgre iuchger iuchrge iuchreg iucherg iuchegr iuceghr iucegrh iucehgr
iucehrg iucerhg iucergh icerguh icerghu icerugh iceruhg icerhug icerhgu icegruh icegrhu
icegurh iceguhr iceghur iceghru iceugrh iceughr iceurgh iceurhg iceuhrg iceuhgr icehgur
icehgru icehugr icehurg icehrug icehrgu icreguh icreghu icreugh icreuhg icrehug icrehgu
icrgeuh icrgehu icrgueh icrguhe icrghue icrgheu icrugeh icrughe icruegh icruehg icruheg
icruhge icrhgue icrhgeu icrhuge icrhueg icrheug icrhegu icgreuh icgrehu icgrueh icgruhe
icgrhue icgrheu icgeruh icgerhu icgeurh icgeuhr icgehur icgehru icguerh icguehr icgureh
icgurhe icguhre icguher icgheur icgheru icghuer icghure icghrue icghreu icurgeh icurghe
icuregh icurehg icurheg icurhge icugreh icugrhe icugerh icugehr icugher icughre icuegrh
icueghr icuergh icuerhg icuehrg icuehgr icuhger icuhgre icuhegr icuherg icuhreg icuhrge
ichrgue ichrgeu ichruge ichrueg ichreug ichregu ichgrue ichgreu ichgure ichguer ichgeur
ichgeru ichugre ichuger ichurge ichureg ichuerg ichuegr ichegur ichegru icheugr icheurg
icherug ichergu

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History of cryptography
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