easy ciphers

Easy Ciphers Tools:
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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: loughry
cipher variations:
mpvhisz nqwijta orxjkub psyklvc qtzlmwd
ruamnxe svbnoyf twcopzg uxdpqah vyeqrbi
wzfrscj xagstdk ybhtuel zciuvfm adjvwgn
bekwxho cflxyip dgmyzjq ehnzakr fioabls
gjpbcmt hkqcdnu ilrdeov jmsefpw kntfgqx

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.)
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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: loughry
Cipher: olftsib

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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: loughry

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Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: loughry
cipher variations:

The decryption function is

where a - 1 is the modular multiplicative inverse of a modulo m. I.e., it satisfies the equation

The multiplicative inverse of a only exists if a and m are coprime. Hence without the restriction on a decryption might not be possible. It can be shown as follows that decryption function is the inverse of the encryption function,

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ROT13 Cipher
Applying ROT13 to a piece of text merely requires examining its alphabetic characters and replacing each one by the letter 13 places further along in the alphabet, wrapping back to the beginning if necessary. A becomes N, B becomes O, and so on up to M, which becomes Z, then the sequence continues at the beginning of the alphabet: N becomes A, O becomes B, and so on to Z, which becomes M. Only those letters which occur in the English alphabet are affected; numbers, symbols, whitespace, and all other characters are left unchanged. Because there are 26 letters in the English alphabet and 26 = 2 * 13, the ROT13 function is its own inverse:

ROT13(ROT13(x)) = x for any basic Latin-alphabet text x

An example plaintext to ciphertext using ROT13:

Plain: loughry
Cipher: ybhtuel

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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: loughry
Cipher: 13435422322445

Extended Methods:
Method #1

Plaintext: loughry
method variations:

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

Read more ...
Method #3

Plaintext: loughry
method variations:
sximgte ximgtes imgtesx
mgtesxi gtesxim tesximg

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: loughry

all 5040 cipher variations:
loughry loughyr lougrhy lougryh lougyrh lougyhr louhgry louhgyr louhrgy louhryg louhyrg
louhygr lourhgy lourhyg lourghy lourgyh lourygh louryhg louyhrg louyhgr louyrhg louyrgh
louygrh louyghr loguhry loguhyr logurhy loguryh loguyrh loguyhr loghury loghuyr loghruy
loghryu loghyru loghyur logrhuy logrhyu logruhy logruyh logryuh logryhu logyhru logyhur
logyrhu logyruh logyurh logyuhr lohgury lohguyr lohgruy lohgryu lohgyru lohgyur lohugry
lohugyr lohurgy lohuryg lohuyrg lohuygr lohrugy lohruyg lohrguy lohrgyu lohrygu lohryug
lohyurg lohyugr lohyrug lohyrgu lohygru lohygur lorghuy lorghyu lorguhy lorguyh lorgyuh
lorgyhu lorhguy lorhgyu lorhugy lorhuyg lorhyug lorhygu loruhgy loruhyg lorughy lorugyh
loruygh loruyhg loryhug loryhgu loryuhg loryugh loryguh loryghu loyghru loyghur loygrhu
loygruh loygurh loyguhr loyhgru loyhgur loyhrgu loyhrug loyhurg loyhugr loyrhgu loyrhug
loyrghu loyrguh loyrugh loyruhg loyuhrg loyuhgr loyurhg loyurgh loyugrh loyughr luoghry
luoghyr luogrhy luogryh luogyrh luogyhr luohgry luohgyr luohrgy luohryg luohyrg luohygr
luorhgy luorhyg luorghy luorgyh luorygh luoryhg luoyhrg luoyhgr luoyrhg luoyrgh luoygrh
luoyghr lugohry lugohyr lugorhy lugoryh lugoyrh lugoyhr lughory lughoyr lughroy lughryo
lughyro lughyor lugrhoy lugrhyo lugrohy lugroyh lugryoh lugryho lugyhro lugyhor lugyrho
lugyroh lugyorh lugyohr luhgory luhgoyr luhgroy luhgryo luhgyro luhgyor luhogry luhogyr
luhorgy luhoryg luhoyrg luhoygr luhrogy luhroyg luhrgoy luhrgyo luhrygo luhryog luhyorg
luhyogr luhyrog luhyrgo luhygro luhygor lurghoy lurghyo lurgohy lurgoyh lurgyoh lurgyho
lurhgoy lurhgyo lurhogy lurhoyg lurhyog lurhygo lurohgy lurohyg luroghy lurogyh luroygh
luroyhg luryhog luryhgo luryohg luryogh lurygoh lurygho luyghro luyghor luygrho luygroh
luygorh luygohr luyhgro luyhgor luyhrgo luyhrog luyhorg luyhogr luyrhgo luyrhog luyrgho
luyrgoh luyrogh luyrohg luyohrg luyohgr luyorhg luyorgh luyogrh luyoghr lguohry lguohyr
lguorhy lguoryh lguoyrh lguoyhr lguhory lguhoyr lguhroy lguhryo lguhyro lguhyor lgurhoy
lgurhyo lgurohy lguroyh lguryoh lguryho lguyhro lguyhor lguyrho lguyroh lguyorh lguyohr
lgouhry lgouhyr lgourhy lgouryh lgouyrh lgouyhr lgohury lgohuyr lgohruy lgohryu lgohyru
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hourlyg hourgly hourgyl hourygl hourylg houylrg houylgr houyrlg houyrgl houygrl houyglr
hogulry hogulyr hogurly hoguryl hoguyrl hoguylr hoglury hogluyr hoglruy hoglryu hoglyru
hoglyur hogrluy hogrlyu hogruly hogruyl hogryul hogrylu hogylru hogylur hogyrlu hogyrul
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hlorugy hloruyg hlorguy hlorgyu hlorygu hloryug hloyurg hloyugr hloyrug hloyrgu hloygru
hloygur hlrgouy hlrgoyu hlrguoy hlrguyo hlrgyuo hlrgyou hlroguy hlrogyu hlrougy hlrouyg
hlroyug hlroygu hlruogy hlruoyg hlrugoy hlrugyo hlruygo hlruyog hlryoug hlryogu hlryuog
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hlyuogr hlyurog hlyurgo hlyugro hlyugor hrugloy hruglyo hrugoly hrugoyl hrugyol hrugylo
hrulgoy hrulgyo hrulogy hruloyg hrulyog hrulygo hruolgy hruolyg hruogly hruogyl hruoygl
hruoylg hruylog hruylgo hruyolg hruyogl hruygol hruyglo hrguloy hrgulyo hrguoly hrguoyl
hrguyol hrguylo hrgluoy hrgluyo hrglouy hrgloyu hrglyou hrglyuo hrgoluy hrgolyu hrgouly
hrgouyl hrgoyul hrgoylu hrgylou hrgyluo hrgyolu hrgyoul hrgyuol hrgyulo hrlguoy hrlguyo
hrlgouy hrlgoyu hrlgyou hrlgyuo hrlugoy hrlugyo hrluogy hrluoyg hrluyog hrluygo hrlougy
hrlouyg hrloguy hrlogyu hrloygu hrloyug hrlyuog hrlyugo hrlyoug hrlyogu hrlygou hrlyguo
hrogluy hroglyu hroguly hroguyl hrogyul hrogylu hrolguy hrolgyu hrolugy hroluyg hrolyug
hrolygu hroulgy hroulyg hrougly hrougyl hrouygl hrouylg hroylug hroylgu hroyulg hroyugl
hroygul hroyglu hryglou hrygluo hrygolu hrygoul hryguol hrygulo hrylgou hrylguo hrylogu
hryloug hryluog hrylugo hryolgu hryolug hryoglu hryogul hryougl hryoulg hryulog hryulgo
hryuolg hryuogl hryugol hryuglo hyuglro hyuglor hyugrlo hyugrol hyugorl hyugolr hyulgro
hyulgor hyulrgo hyulrog hyulorg hyulogr hyurlgo hyurlog hyurglo hyurgol hyurogl hyurolg
hyuolrg hyuolgr hyuorlg hyuorgl hyuogrl hyuoglr hygulro hygulor hygurlo hygurol hyguorl
hyguolr hygluro hygluor hyglruo hyglrou hygloru hyglour hygrluo hygrlou hygrulo hygruol
hygroul hygrolu hygolru hygolur hygorlu hygorul hygourl hygoulr hylguro hylguor hylgruo
hylgrou hylgoru hylgour hylugro hylugor hylurgo hylurog hyluorg hyluogr hylrugo hylruog
hylrguo hylrgou hylrogu hylroug hylourg hylougr hylorug hylorgu hylogru hylogur hyrgluo
hyrglou hyrgulo hyrguol hyrgoul hyrgolu hyrlguo hyrlgou hyrlugo hyrluog hyrloug hyrlogu
hyrulgo hyrulog hyruglo hyrugol hyruogl hyruolg hyrolug hyrolgu hyroulg hyrougl hyrogul
hyroglu hyoglru hyoglur hyogrlu hyogrul hyogurl hyogulr hyolgru hyolgur hyolrgu hyolrug
hyolurg hyolugr hyorlgu hyorlug hyorglu hyorgul hyorugl hyorulg hyoulrg hyoulgr hyourlg
hyourgl hyougrl hyouglr roughly roughyl rouglhy rouglyh rougylh rougyhl rouhgly rouhgyl
rouhlgy rouhlyg rouhylg rouhygl roulhgy roulhyg roulghy roulgyh roulygh roulyhg rouyhlg
rouyhgl rouylhg rouylgh rouyglh rouyghl roguhly roguhyl rogulhy rogulyh roguylh roguyhl
roghuly roghuyl roghluy roghlyu roghylu roghyul roglhuy roglhyu rogluhy rogluyh roglyuh
roglyhu rogyhlu rogyhul rogylhu rogyluh rogyulh rogyuhl rohguly rohguyl rohgluy rohglyu
rohgylu rohgyul rohugly rohugyl rohulgy rohulyg rohuylg rohuygl rohlugy rohluyg rohlguy
rohlgyu rohlygu rohlyug rohyulg rohyugl rohylug rohylgu rohyglu rohygul rolghuy rolghyu
rolguhy rolguyh rolgyuh rolgyhu rolhguy rolhgyu rolhugy rolhuyg rolhyug rolhygu roluhgy
roluhyg rolughy rolugyh roluygh roluyhg rolyhug rolyhgu rolyuhg rolyugh rolyguh rolyghu
royghlu royghul royglhu roygluh roygulh royguhl royhglu royhgul royhlgu royhlug royhulg
royhugl roylhgu roylhug roylghu roylguh roylugh royluhg royuhlg royuhgl royulhg royulgh
royuglh royughl ruoghly ruoghyl ruoglhy ruoglyh ruogylh ruogyhl ruohgly ruohgyl ruohlgy
ruohlyg ruohylg ruohygl ruolhgy ruolhyg ruolghy ruolgyh ruolygh ruolyhg ruoyhlg ruoyhgl
ruoylhg ruoylgh ruoyglh ruoyghl rugohly rugohyl rugolhy rugolyh rugoylh rugoyhl rugholy
rughoyl rughloy rughlyo rughylo rughyol ruglhoy ruglhyo ruglohy rugloyh ruglyoh ruglyho
rugyhlo rugyhol rugylho rugyloh rugyolh rugyohl ruhgoly ruhgoyl ruhgloy ruhglyo ruhgylo
ruhgyol ruhogly ruhogyl ruholgy ruholyg ruhoylg ruhoygl ruhlogy ruhloyg ruhlgoy ruhlgyo
ruhlygo ruhlyog ruhyolg ruhyogl ruhylog ruhylgo ruhyglo ruhygol rulghoy rulghyo rulgohy
rulgoyh rulgyoh rulgyho rulhgoy rulhgyo rulhogy rulhoyg rulhyog rulhygo rulohgy rulohyg
ruloghy rulogyh ruloygh ruloyhg rulyhog rulyhgo rulyohg rulyogh rulygoh rulygho ruyghlo
ruyghol ruyglho ruygloh ruygolh ruygohl ruyhglo ruyhgol ruyhlgo ruyhlog ruyholg ruyhogl
ruylhgo ruylhog ruylgho ruylgoh ruylogh ruylohg ruyohlg ruyohgl ruyolhg ruyolgh ruyoglh
ruyoghl rguohly rguohyl rguolhy rguolyh rguoylh rguoyhl rguholy rguhoyl rguhloy rguhlyo
rguhylo rguhyol rgulhoy rgulhyo rgulohy rguloyh rgulyoh rgulyho rguyhlo rguyhol rguylho
rguyloh rguyolh rguyohl rgouhly rgouhyl rgoulhy rgoulyh rgouylh rgouyhl rgohuly rgohuyl
rgohluy rgohlyu rgohylu rgohyul rgolhuy rgolhyu rgoluhy rgoluyh rgolyuh rgolyhu rgoyhlu
rgoyhul rgoylhu rgoyluh rgoyulh rgoyuhl rghouly rghouyl rgholuy rgholyu rghoylu rghoyul
rghuoly rghuoyl rghuloy rghulyo rghuylo rghuyol rghluoy rghluyo rghlouy rghloyu rghlyou
rghlyuo rghyulo rghyuol rghyluo rghylou rghyolu rghyoul rglohuy rglohyu rglouhy rglouyh
rgloyuh rgloyhu rglhouy rglhoyu rglhuoy rglhuyo rglhyuo rglhyou rgluhoy rgluhyo rgluohy
rgluoyh rgluyoh rgluyho rglyhuo rglyhou rglyuho rglyuoh rglyouh rglyohu rgyohlu rgyohul
rgyolhu rgyoluh rgyoulh rgyouhl rgyholu rgyhoul rgyhlou rgyhluo rgyhulo rgyhuol rgylhou
rgylhuo rgylohu rgylouh rgyluoh rgyluho rgyuhlo rgyuhol rgyulho rgyuloh rgyuolh rgyuohl
rhugoly rhugoyl rhugloy rhuglyo rhugylo rhugyol rhuogly rhuogyl rhuolgy rhuolyg rhuoylg
rhuoygl rhulogy rhuloyg rhulgoy rhulgyo rhulygo rhulyog rhuyolg rhuyogl rhuylog rhuylgo
rhuyglo rhuygol rhguoly rhguoyl rhguloy rhgulyo rhguylo rhguyol rhgouly rhgouyl rhgoluy
rhgolyu rhgoylu rhgoyul rhglouy rhgloyu rhgluoy rhgluyo rhglyuo rhglyou rhgyolu rhgyoul
rhgylou rhgyluo rhgyulo rhgyuol rhoguly rhoguyl rhogluy rhoglyu rhogylu rhogyul rhougly
rhougyl rhoulgy rhoulyg rhouylg rhouygl rholugy rholuyg rholguy rholgyu rholygu rholyug
rhoyulg rhoyugl rhoylug rhoylgu rhoyglu rhoygul rhlgouy rhlgoyu rhlguoy rhlguyo rhlgyuo
rhlgyou rhloguy rhlogyu rhlougy rhlouyg rhloyug rhloygu rhluogy rhluoyg rhlugoy rhlugyo
rhluygo rhluyog rhlyoug rhlyogu rhlyuog rhlyugo rhlyguo rhlygou rhygolu rhygoul rhyglou
rhygluo rhygulo rhyguol rhyoglu rhyogul rhyolgu rhyolug rhyoulg rhyougl rhylogu rhyloug
rhylgou rhylguo rhylugo rhyluog rhyuolg rhyuogl rhyulog rhyulgo rhyuglo rhyugol rlughoy
rlughyo rlugohy rlugoyh rlugyoh rlugyho rluhgoy rluhgyo rluhogy rluhoyg rluhyog rluhygo
rluohgy rluohyg rluoghy rluogyh rluoygh rluoyhg rluyhog rluyhgo rluyohg rluyogh rluygoh
rluygho rlguhoy rlguhyo rlguohy rlguoyh rlguyoh rlguyho rlghuoy rlghuyo rlghouy rlghoyu
rlghyou rlghyuo rlgohuy rlgohyu rlgouhy rlgouyh rlgoyuh rlgoyhu rlgyhou rlgyhuo rlgyohu
rlgyouh rlgyuoh rlgyuho rlhguoy rlhguyo rlhgouy rlhgoyu rlhgyou rlhgyuo rlhugoy rlhugyo
rlhuogy rlhuoyg rlhuyog rlhuygo rlhougy rlhouyg rlhoguy rlhogyu rlhoygu rlhoyug rlhyuog
rlhyugo rlhyoug rlhyogu rlhygou rlhyguo rloghuy rloghyu rloguhy rloguyh rlogyuh rlogyhu
rlohguy rlohgyu rlohugy rlohuyg rlohyug rlohygu rlouhgy rlouhyg rloughy rlougyh rlouygh
rlouyhg rloyhug rloyhgu rloyuhg rloyugh rloyguh rloyghu rlyghou rlyghuo rlygohu rlygouh
rlyguoh rlyguho rlyhgou rlyhguo rlyhogu rlyhoug rlyhuog rlyhugo rlyohgu rlyohug rlyoghu
rlyoguh rlyough rlyouhg rlyuhog rlyuhgo rlyuohg rlyuogh rlyugoh rlyugho ryughlo ryughol
ryuglho ryugloh ryugolh ryugohl ryuhglo ryuhgol ryuhlgo ryuhlog ryuholg ryuhogl ryulhgo
ryulhog ryulgho ryulgoh ryulogh ryulohg ryuohlg ryuohgl ryuolhg ryuolgh ryuoglh ryuoghl
ryguhlo ryguhol rygulho ryguloh ryguolh ryguohl ryghulo ryghuol ryghluo ryghlou rygholu
ryghoul ryglhuo ryglhou rygluho rygluoh ryglouh ryglohu rygohlu rygohul rygolhu rygoluh
rygoulh rygouhl ryhgulo ryhguol ryhgluo ryhglou ryhgolu ryhgoul ryhuglo ryhugol ryhulgo
ryhulog ryhuolg ryhuogl ryhlugo ryhluog ryhlguo ryhlgou ryhlogu ryhloug ryhoulg ryhougl
ryholug ryholgu ryhoglu ryhogul rylghuo rylghou rylguho rylguoh rylgouh rylgohu rylhguo
rylhgou rylhugo rylhuog rylhoug rylhogu ryluhgo ryluhog rylugho rylugoh ryluogh ryluohg
rylohug rylohgu rylouhg rylough ryloguh ryloghu ryoghlu ryoghul ryoglhu ryogluh ryogulh
ryoguhl ryohglu ryohgul ryohlgu ryohlug ryohulg ryohugl ryolhgu ryolhug ryolghu ryolguh
ryolugh ryoluhg ryouhlg ryouhgl ryoulhg ryoulgh ryouglh ryoughl youghrl youghlr yougrhl
yougrlh youglrh youglhr youhgrl youhglr youhrgl youhrlg youhlrg youhlgr yourhgl yourhlg
yourghl yourglh yourlgh yourlhg youlhrg youlhgr youlrhg youlrgh youlgrh youlghr yoguhrl
yoguhlr yogurhl yogurlh yogulrh yogulhr yoghurl yoghulr yoghrul yoghrlu yoghlru yoghlur
yogrhul yogrhlu yogruhl yogrulh yogrluh yogrlhu yoglhru yoglhur yoglrhu yoglruh yoglurh
yogluhr yohgurl yohgulr yohgrul yohgrlu yohglru yohglur yohugrl yohuglr yohurgl yohurlg
yohulrg yohulgr yohrugl yohrulg yohrgul yohrglu yohrlgu yohrlug yohlurg yohlugr yohlrug
yohlrgu yohlgru yohlgur yorghul yorghlu yorguhl yorgulh yorgluh yorglhu yorhgul yorhglu
yorhugl yorhulg yorhlug yorhlgu yoruhgl yoruhlg yorughl yoruglh yorulgh yorulhg yorlhug
yorlhgu yorluhg yorlugh yorlguh yorlghu yolghru yolghur yolgrhu yolgruh yolgurh yolguhr
yolhgru yolhgur yolhrgu yolhrug yolhurg yolhugr yolrhgu yolrhug yolrghu yolrguh yolrugh
yolruhg yoluhrg yoluhgr yolurhg yolurgh yolugrh yolughr yuoghrl yuoghlr yuogrhl yuogrlh
yuoglrh yuoglhr yuohgrl yuohglr yuohrgl yuohrlg yuohlrg yuohlgr yuorhgl yuorhlg yuorghl
yuorglh yuorlgh yuorlhg yuolhrg yuolhgr yuolrhg yuolrgh yuolgrh yuolghr yugohrl yugohlr
yugorhl yugorlh yugolrh yugolhr yughorl yugholr yughrol yughrlo yughlro yughlor yugrhol
yugrhlo yugrohl yugrolh yugrloh yugrlho yuglhro yuglhor yuglrho yuglroh yuglorh yuglohr
yuhgorl yuhgolr yuhgrol yuhgrlo yuhglro yuhglor yuhogrl yuhoglr yuhorgl yuhorlg yuholrg
yuholgr yuhrogl yuhrolg yuhrgol yuhrglo yuhrlgo yuhrlog yuhlorg yuhlogr yuhlrog yuhlrgo
yuhlgro yuhlgor yurghol yurghlo yurgohl yurgolh yurgloh yurglho yurhgol yurhglo yurhogl
yurholg yurhlog yurhlgo yurohgl yurohlg yuroghl yuroglh yurolgh yurolhg yurlhog yurlhgo
yurlohg yurlogh yurlgoh yurlgho yulghro yulghor yulgrho yulgroh yulgorh yulgohr yulhgro
yulhgor yulhrgo yulhrog yulhorg yulhogr yulrhgo yulrhog yulrgho yulrgoh yulrogh yulrohg
yulohrg yulohgr yulorhg yulorgh yulogrh yuloghr yguohrl yguohlr yguorhl yguorlh yguolrh
yguolhr yguhorl yguholr yguhrol yguhrlo yguhlro yguhlor ygurhol ygurhlo ygurohl ygurolh
ygurloh ygurlho ygulhro ygulhor ygulrho ygulroh ygulorh ygulohr ygouhrl ygouhlr ygourhl
ygourlh ygoulrh ygoulhr ygohurl ygohulr ygohrul ygohrlu ygohlru ygohlur ygorhul ygorhlu
ygoruhl ygorulh ygorluh ygorlhu ygolhru ygolhur ygolrhu ygolruh ygolurh ygoluhr yghourl
yghoulr yghorul yghorlu ygholru ygholur yghuorl yghuolr yghurol yghurlo yghulro yghulor
yghruol yghrulo yghroul yghrolu yghrlou yghrluo yghluro yghluor yghlruo yghlrou yghloru
yghlour ygrohul ygrohlu ygrouhl ygroulh ygroluh ygrolhu ygrhoul ygrholu ygrhuol ygrhulo
ygrhluo ygrhlou ygruhol ygruhlo ygruohl ygruolh ygruloh ygrulho ygrlhuo ygrlhou ygrluho
ygrluoh ygrlouh ygrlohu yglohru yglohur yglorhu ygloruh yglourh yglouhr yglhoru yglhour
yglhrou yglhruo yglhuro yglhuor yglrhou yglrhuo yglrohu yglrouh yglruoh yglruho ygluhro
ygluhor yglurho ygluroh ygluorh ygluohr yhugorl yhugolr yhugrol yhugrlo yhuglro yhuglor
yhuogrl yhuoglr yhuorgl yhuorlg yhuolrg yhuolgr yhurogl yhurolg yhurgol yhurglo yhurlgo
yhurlog yhulorg yhulogr yhulrog yhulrgo yhulgro yhulgor yhguorl yhguolr yhgurol yhgurlo
yhgulro yhgulor yhgourl yhgoulr yhgorul yhgorlu yhgolru yhgolur yhgroul yhgrolu yhgruol
yhgrulo yhgrluo yhgrlou yhgloru yhglour yhglrou yhglruo yhgluro yhgluor yhogurl yhogulr
yhogrul yhogrlu yhoglru yhoglur yhougrl yhouglr yhourgl yhourlg yhoulrg yhoulgr yhorugl
yhorulg yhorgul yhorglu yhorlgu yhorlug yholurg yholugr yholrug yholrgu yholgru yholgur
yhrgoul yhrgolu yhrguol yhrgulo yhrgluo yhrglou yhrogul yhroglu yhrougl yhroulg yhrolug
yhrolgu yhruogl yhruolg yhrugol yhruglo yhrulgo yhrulog yhrloug yhrlogu yhrluog yhrlugo
yhrlguo yhrlgou yhlgoru yhlgour yhlgrou yhlgruo yhlguro yhlguor yhlogru yhlogur yhlorgu
yhlorug yhlourg yhlougr yhlrogu yhlroug yhlrgou yhlrguo yhlrugo yhlruog yhluorg yhluogr
yhlurog yhlurgo yhlugro yhlugor yrughol yrughlo yrugohl yrugolh yrugloh yruglho yruhgol
yruhglo yruhogl yruholg yruhlog yruhlgo yruohgl yruohlg yruoghl yruoglh yruolgh yruolhg
yrulhog yrulhgo yrulohg yrulogh yrulgoh yrulgho yrguhol yrguhlo yrguohl yrguolh yrguloh
yrgulho yrghuol yrghulo yrghoul yrgholu yrghlou yrghluo yrgohul yrgohlu yrgouhl yrgoulh
yrgoluh yrgolhu yrglhou yrglhuo yrglohu yrglouh yrgluoh yrgluho yrhguol yrhgulo yrhgoul
yrhgolu yrhglou yrhgluo yrhugol yrhuglo yrhuogl yrhuolg yrhulog yrhulgo yrhougl yrhoulg
yrhogul yrhoglu yrholgu yrholug yrhluog yrhlugo yrhloug yrhlogu yrhlgou yrhlguo yroghul
yroghlu yroguhl yrogulh yrogluh yroglhu yrohgul yrohglu yrohugl yrohulg yrohlug yrohlgu
yrouhgl yrouhlg yroughl yrouglh yroulgh yroulhg yrolhug yrolhgu yroluhg yrolugh yrolguh
yrolghu yrlghou yrlghuo yrlgohu yrlgouh yrlguoh yrlguho yrlhgou yrlhguo yrlhogu yrlhoug
yrlhuog yrlhugo yrlohgu yrlohug yrloghu yrloguh yrlough yrlouhg yrluhog yrluhgo yrluohg
yrluogh yrlugoh yrlugho ylughro ylughor ylugrho ylugroh ylugorh ylugohr yluhgro yluhgor
yluhrgo yluhrog yluhorg yluhogr ylurhgo ylurhog ylurgho ylurgoh ylurogh ylurohg yluohrg
yluohgr yluorhg yluorgh yluogrh yluoghr ylguhro ylguhor ylgurho ylguroh ylguorh ylguohr
ylghuro ylghuor ylghruo ylghrou ylghoru ylghour ylgrhuo ylgrhou ylgruho ylgruoh ylgrouh
ylgrohu ylgohru ylgohur ylgorhu ylgoruh ylgourh ylgouhr ylhguro ylhguor ylhgruo ylhgrou
ylhgoru ylhgour ylhugro ylhugor ylhurgo ylhurog ylhuorg ylhuogr ylhrugo ylhruog ylhrguo
ylhrgou ylhrogu ylhroug ylhourg ylhougr ylhorug ylhorgu ylhogru ylhogur ylrghuo ylrghou
ylrguho ylrguoh ylrgouh ylrgohu ylrhguo ylrhgou ylrhugo ylrhuog ylrhoug ylrhogu ylruhgo
ylruhog ylrugho ylrugoh ylruogh ylruohg ylrohug ylrohgu ylrouhg ylrough ylroguh ylroghu
yloghru yloghur ylogrhu ylogruh ylogurh yloguhr ylohgru ylohgur ylohrgu ylohrug ylohurg
ylohugr ylorhgu ylorhug ylorghu ylorguh ylorugh yloruhg ylouhrg ylouhgr ylourhg ylourgh
ylougrh yloughr

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History of cryptography
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