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: quiroga
cipher variations:
rvjsphb swktqic txlurjd uymvske vznwtlf
waoxumg xbpyvnh ycqzwoi zdraxpj aesbyqk
bftczrl cgudasm dhvebtn eiwfcuo fjxgdvp
gkyhewq hlzifxr imajgys jnbkhzt kocliau
lpdmjbv mqenkcw nrfoldx osgpmey pthqnfz

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: quiroga
Cipher: jfriltz

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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: quiroga

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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: quiroga
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: quiroga
Cipher: dhvebtn

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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: quiroga
Cipher: 14544224432211

Extended Methods:
Method #1

Plaintext: quiroga
method variations:

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

Read more ...
Method #3

Plaintext: quiroga
method variations:
ytgthba tgthbay gthbayt
thbaytg hbaytgt baytgth

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: quiroga

all 5040 cipher variations:
quiroga quiroag quirgoa quirgao quirago quiraog quiorga quiorag quiogra quiogar quioagr
quioarg quigora quigoar quigroa quigrao quigaro quigaor quiaogr quiaorg quiagor quiagro
quiargo quiarog qurioga qurioag qurigoa qurigao quriago quriaog quroiga quroiag qurogia
qurogai quroagi quroaig qurgoia qurgoai qurgioa qurgiao qurgaio qurgaoi quraogi quraoig
quragoi quragio quraigo quraiog quoriga quoriag quorgia quorgai quoragi quoraig quoirga
quoirag quoigra quoigar quoiagr quoiarg quogira quogiar quogria quograi quogari quogair
quoaigr quoairg quoagir quoagri quoargi quoarig qugroia qugroai qugrioa qugriao qugraio
qugraoi qugoria qugorai qugoira qugoiar qugoair qugoari qugiora qugioar qugiroa qugirao
qugiaro qugiaor qugaoir qugaori qugaior qugairo qugario qugaroi quarogi quaroig quargoi
quargio quarigo quariog quaorgi quaorig quaogri quaogir quaoigr quaoirg quagori quagoir
quagroi quagrio quagiro quagior quaiogr quaiorg quaigor quaigro quairgo quairog qiuroga
qiuroag qiurgoa qiurgao qiurago qiuraog qiuorga qiuorag qiuogra qiuogar qiuoagr qiuoarg
qiugora qiugoar qiugroa qiugrao qiugaro qiugaor qiuaogr qiuaorg qiuagor qiuagro qiuargo
qiuarog qiruoga qiruoag qirugoa qirugao qiruago qiruaog qirouga qirouag qirogua qirogau
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qiraguo qiraugo qirauog qioruga qioruag qiorgua qiorgau qioragu qioraug qiourga qiourag
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qiagruo qiaguro qiaguor qiauogr qiauorg qiaugor qiaugro qiaurgo qiaurog qriuoga qriuoag
qriugoa qriugao qriuago qriuaog qriouga qriouag qriogua qriogau qrioagu qrioaug qrigoua
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ogruiaq ogruaiq ogruaqi ograqui ograqiu ograuqi ograuiq ograiuq ograiqu ogqriua ogqriau
ogqruia ogqruai ogqraui ogqraiu ogqirua ogqirau ogqiura ogqiuar ogqiaur ogqiaru ogquira
ogquiar ogquria ogqurai ogquari ogquair ogqaiur ogqairu ogqauir ogqauri ogqarui ogqariu
ogurqia ogurqai oguriqa oguriaq oguraiq oguraqi oguqria oguqrai oguqira oguqiar oguqair
oguqari oguiqra oguiqar oguirqa oguiraq oguiarq oguiaqr oguaqir oguaqri oguaiqr oguairq
oguariq oguarqi ogarqui ogarqiu ogaruqi ogaruiq ogariuq ogariqu ogaqrui ogaqriu ogaquri
ogaquir ogaqiur ogaqiru ogauqri ogauqir ogaurqi ogauriq ogauirq ogauiqr ogaiqur ogaiqru
ogaiuqr ogaiurq ogairuq ogairqu oairqgu oairqug oairgqu oairguq oairugq oairuqg oaiqrgu
oaiqrug oaiqgru oaiqgur oaiqugr oaiqurg oaigqru oaigqur oaigrqu oaigruq oaigurq oaiguqr
oaiuqgr oaiuqrg oaiugqr oaiugrq oaiurgq oaiurqg oariqgu oariqug oarigqu oariguq oariugq
oariuqg oarqigu oarqiug oarqgiu oarqgui oarqugi oarquig oargqiu oargqui oargiqu oargiuq
oarguiq oarguqi oaruqgi oaruqig oarugqi oarugiq oaruigq oaruiqg oaqrigu oaqriug oaqrgiu
oaqrgui oaqrugi oaqruig oaqirgu oaqirug oaqigru oaqigur oaqiugr oaqiurg oaqgiru oaqgiur
oaqgriu oaqgrui oaqguri oaqguir oaquigr oaquirg oaqugir oaqugri oaqurgi oaqurig oagrqiu
oagrqui oagriqu oagriuq oagruiq oagruqi oagqriu oagqrui oagqiru oagqiur oagquir oagquri
oagiqru oagiqur oagirqu oagiruq oagiurq oagiuqr oaguqir oaguqri oaguiqr oaguirq oaguriq
oagurqi oaurqgi oaurqig oaurgqi oaurgiq oaurigq oauriqg oauqrgi oauqrig oauqgri oauqgir
oauqigr oauqirg oaugqri oaugqir oaugrqi oaugriq oaugirq oaugiqr oauiqgr oauiqrg oauigqr
oauigrq oauirgq oauirqg guiroqa guiroaq guirqoa guirqao guiraqo guiraoq guiorqa guioraq
guioqra guioqar guioaqr guioarq guiqora guiqoar guiqroa guiqrao guiqaro guiqaor guiaoqr
guiaorq guiaqor guiaqro guiarqo guiaroq gurioqa gurioaq guriqoa guriqao guriaqo guriaoq
guroiqa guroiaq guroqia guroqai guroaqi guroaiq gurqoia gurqoai gurqioa gurqiao gurqaio
gurqaoi guraoqi guraoiq guraqoi guraqio guraiqo guraioq guoriqa guoriaq guorqia guorqai
guoraqi guoraiq guoirqa guoiraq guoiqra guoiqar guoiaqr guoiarq guoqira guoqiar guoqria
guoqrai guoqari guoqair guoaiqr guoairq guoaqir guoaqri guoarqi guoariq guqroia guqroai
guqrioa guqriao guqraio guqraoi guqoria guqorai guqoira guqoiar guqoair guqoari guqiora
guqioar guqiroa guqirao guqiaro guqiaor guqaoir guqaori guqaior guqairo guqario guqaroi
guaroqi guaroiq guarqoi guarqio guariqo guarioq guaorqi guaoriq guaoqri guaoqir guaoiqr
guaoirq guaqori guaqoir guaqroi guaqrio guaqiro guaqior guaioqr guaiorq guaiqor guaiqro
guairqo guairoq giuroqa giuroaq giurqoa giurqao giuraqo giuraoq giuorqa giuoraq giuoqra
giuoqar giuoaqr giuoarq giuqora giuqoar giuqroa giuqrao giuqaro giuqaor giuaoqr giuaorq
giuaqor giuaqro giuarqo giuaroq giruoqa giruoaq giruqoa giruqao giruaqo giruaoq girouqa
girouaq giroqua giroqau giroaqu giroauq girqoua girqoau girquoa girquao girqauo girqaou
giraoqu giraouq giraqou giraquo girauqo girauoq gioruqa gioruaq giorqua giorqau gioraqu
giorauq giourqa giouraq giouqra giouqar giouaqr giouarq gioqura gioquar gioqrua gioqrau
gioqaru gioqaur gioauqr gioaurq gioaqur gioaqru gioarqu gioaruq giqroua giqroau giqruoa
giqruao giqrauo giqraou giqorua giqorau giqoura giqouar giqoaur giqoaru giquora giquoar
giquroa giqurao giquaro giquaor giqaour giqaoru giqauor giqauro giqaruo giqarou giaroqu
giarouq giarqou giarquo giaruqo giaruoq giaorqu giaoruq giaoqru giaoqur giaouqr giaourq
giaqoru giaqour giaqrou giaqruo giaquro giaquor giauoqr giauorq giauqor giauqro giaurqo
giauroq griuoqa griuoaq griuqoa griuqao griuaqo griuaoq griouqa griouaq grioqua grioqau
grioaqu grioauq griqoua griqoau griquoa griquao griqauo griqaou griaoqu griaouq griaqou
griaquo griauqo griauoq gruioqa gruioaq gruiqoa gruiqao gruiaqo gruiaoq gruoiqa gruoiaq
gruoqia gruoqai gruoaqi gruoaiq gruqoia gruqoai gruqioa gruqiao gruqaio gruqaoi gruaoqi
gruaoiq gruaqoi gruaqio gruaiqo gruaioq grouiqa grouiaq grouqia grouqai grouaqi grouaiq
groiuqa groiuaq groiqua groiqau groiaqu groiauq groqiua groqiau groquia groquai groqaui
groqaiu groaiqu groaiuq groaqiu groaqui groauqi groauiq grquoia grquoai grquioa grquiao
grquaio grquaoi grqouia grqouai grqoiua grqoiau grqoaiu grqoaui grqioua grqioau grqiuoa
grqiuao grqiauo grqiaou grqaoiu grqaoui grqaiou grqaiuo grqauio grqauoi grauoqi grauoiq
grauqoi grauqio grauiqo grauioq graouqi graouiq graoqui graoqiu graoiqu graoiuq graqoui
graqoiu graquoi graquio graqiuo graqiou graioqu graiouq graiqou graiquo graiuqo graiuoq
goiruqa goiruaq goirqua goirqau goiraqu goirauq goiurqa goiuraq goiuqra goiuqar goiuaqr
goiuarq goiqura goiquar goiqrua goiqrau goiqaru goiqaur goiauqr goiaurq goiaqur goiaqru
goiarqu goiaruq goriuqa goriuaq goriqua goriqau goriaqu goriauq goruiqa goruiaq goruqia
goruqai goruaqi goruaiq gorquia gorquai gorqiua gorqiau gorqaiu gorqaui gorauqi gorauiq
goraqui goraqiu goraiqu goraiuq gouriqa gouriaq gourqia gourqai gouraqi gouraiq gouirqa
gouiraq gouiqra gouiqar gouiaqr gouiarq gouqira gouqiar gouqria gouqrai gouqari gouqair
gouaiqr gouairq gouaqir gouaqri gouarqi gouariq goqruia goqruai goqriua goqriau goqraiu
goqraui goquria goqurai goquira goquiar goquair goquari goqiura goqiuar goqirua goqirau
goqiaru goqiaur goqauir goqauri goqaiur goqairu goqariu goqarui goaruqi goaruiq goarqui
goarqiu goariqu goariuq goaurqi goauriq goauqri goauqir goauiqr goauirq goaquri goaquir
goaqrui goaqriu goaqiru goaqiur goaiuqr goaiurq goaiqur goaiqru goairqu goairuq gqiroua
gqiroau gqiruoa gqiruao gqirauo gqiraou gqiorua gqiorau gqioura gqiouar gqioaur gqioaru
gqiuora gqiuoar gqiuroa gqiurao gqiuaro gqiuaor gqiaour gqiaoru gqiauor gqiauro gqiaruo
gqiarou gqrioua gqrioau gqriuoa gqriuao gqriauo gqriaou gqroiua gqroiau gqrouia gqrouai
gqroaui gqroaiu gqruoia gqruoai gqruioa gqruiao gqruaio gqruaoi gqraoui gqraoiu gqrauoi
gqrauio gqraiuo gqraiou gqoriua gqoriau gqoruia gqoruai gqoraui gqoraiu gqoirua gqoirau
gqoiura gqoiuar gqoiaur gqoiaru gqouira gqouiar gqouria gqourai gqouari gqouair gqoaiur
gqoairu gqoauir gqoauri gqoarui gqoariu gquroia gquroai gqurioa gquriao gquraio gquraoi
gquoria gquorai gquoira gquoiar gquoair gquoari gquiora gquioar gquiroa gquirao gquiaro
gquiaor gquaoir gquaori gquaior gquairo gquario gquaroi gqaroui gqaroiu gqaruoi gqaruio
gqariuo gqariou gqaorui gqaoriu gqaouri gqaouir gqaoiur gqaoiru gqauori gqauoir gqauroi
gqaurio gqauiro gqauior gqaiour gqaioru gqaiuor gqaiuro gqairuo gqairou gairoqu gairouq
gairqou gairquo gairuqo gairuoq gaiorqu gaioruq gaioqru gaioqur gaiouqr gaiourq gaiqoru
gaiqour gaiqrou gaiqruo gaiquro gaiquor gaiuoqr gaiuorq gaiuqor gaiuqro gaiurqo gaiuroq
garioqu gariouq gariqou gariquo gariuqo gariuoq garoiqu garoiuq garoqiu garoqui garouqi
garouiq garqoiu garqoui garqiou garqiuo garquio garquoi garuoqi garuoiq garuqoi garuqio
garuiqo garuioq gaoriqu gaoriuq gaorqiu gaorqui gaoruqi gaoruiq gaoirqu gaoiruq gaoiqru
gaoiqur gaoiuqr gaoiurq gaoqiru gaoqiur gaoqriu gaoqrui gaoquri gaoquir gaouiqr gaouirq
gaouqir gaouqri gaourqi gaouriq gaqroiu gaqroui gaqriou gaqriuo gaqruio gaqruoi gaqoriu
gaqorui gaqoiru gaqoiur gaqouir gaqouri gaqioru gaqiour gaqirou gaqiruo gaqiuro gaqiuor
gaquoir gaquori gaquior gaquiro gaqurio gaquroi gauroqi gauroiq gaurqoi gaurqio gauriqo
gaurioq gauorqi gauoriq gauoqri gauoqir gauoiqr gauoirq gauqori gauqoir gauqroi gauqrio
gauqiro gauqior gauioqr gauiorq gauiqor gauiqro gauirqo gauiroq auirogq auiroqg auirgoq
auirgqo auirqgo auirqog auiorgq auiorqg auiogrq auiogqr auioqgr auioqrg auigorq auigoqr
auigroq auigrqo auigqro auigqor auiqogr auiqorg auiqgor auiqgro auiqrgo auiqrog auriogq
aurioqg aurigoq aurigqo auriqgo auriqog auroigq auroiqg aurogiq aurogqi auroqgi auroqig
aurgoiq aurgoqi aurgioq aurgiqo aurgqio aurgqoi aurqogi aurqoig aurqgoi aurqgio aurqigo
aurqiog auorigq auoriqg auorgiq auorgqi auorqgi auorqig auoirgq auoirqg auoigrq auoigqr
auoiqgr auoiqrg auogirq auogiqr auogriq auogrqi auogqri auogqir auoqigr auoqirg auoqgir
auoqgri auoqrgi auoqrig augroiq augroqi augrioq augriqo augrqio augrqoi augoriq augorqi
augoirq augoiqr augoqir augoqri augiorq augioqr augiroq augirqo augiqro augiqor augqoir
augqori augqior augqiro augqrio augqroi auqrogi auqroig auqrgoi auqrgio auqrigo auqriog
auqorgi auqorig auqogri auqogir auqoigr auqoirg auqgori auqgoir auqgroi auqgrio auqgiro
auqgior auqiogr auqiorg auqigor auqigro auqirgo auqirog aiurogq aiuroqg aiurgoq aiurgqo
aiurqgo aiurqog aiuorgq aiuorqg aiuogrq aiuogqr aiuoqgr aiuoqrg aiugorq aiugoqr aiugroq
aiugrqo aiugqro aiugqor aiuqogr aiuqorg aiuqgor aiuqgro aiuqrgo aiuqrog airuogq airuoqg
airugoq airugqo airuqgo airuqog airougq airouqg airoguq airogqu airoqgu airoqug airgouq
airgoqu airguoq airguqo airgquo airgqou airqogu airqoug airqgou airqguo airqugo airquog
aiorugq aioruqg aiorguq aiorgqu aiorqgu aiorqug aiourgq aiourqg aiougrq aiougqr aiouqgr
aiouqrg aiogurq aioguqr aiogruq aiogrqu aiogqru aiogqur aioqugr aioqurg aioqgur aioqgru
aioqrgu aioqrug aigrouq aigroqu aigruoq aigruqo aigrquo aigrqou aigoruq aigorqu aigourq
aigouqr aigoqur aigoqru aiguorq aiguoqr aiguroq aigurqo aiguqro aiguqor aigqour aigqoru
aigquor aigquro aigqruo aigqrou aiqrogu aiqroug aiqrgou aiqrguo aiqrugo aiqruog aiqorgu
aiqorug aiqogru aiqogur aiqougr aiqourg aiqgoru aiqgour aiqgrou aiqgruo aiqguro aiqguor
aiquogr aiquorg aiqugor aiqugro aiqurgo aiqurog ariuogq ariuoqg ariugoq ariugqo ariuqgo
ariuqog ariougq ariouqg arioguq ariogqu arioqgu arioqug arigouq arigoqu ariguoq ariguqo
arigquo arigqou ariqogu ariqoug ariqgou ariqguo ariqugo ariquog aruiogq aruioqg aruigoq
aruigqo aruiqgo aruiqog aruoigq aruoiqg aruogiq aruogqi aruoqgi aruoqig arugoiq arugoqi
arugioq arugiqo arugqio arugqoi aruqogi aruqoig aruqgoi aruqgio aruqigo aruqiog arouigq
arouiqg arougiq arougqi arouqgi arouqig aroiugq aroiuqg aroiguq aroigqu aroiqgu aroiqug
arogiuq arogiqu aroguiq aroguqi arogqui arogqiu aroqigu aroqiug aroqgiu aroqgui aroqugi
aroquig arguoiq arguoqi arguioq arguiqo arguqio arguqoi argouiq argouqi argoiuq argoiqu
argoqiu argoqui argiouq argioqu argiuoq argiuqo argiquo argiqou argqoiu argqoui argqiou
argqiuo argquio argquoi arquogi arquoig arqugoi arqugio arquigo arquiog arqougi arqouig
arqogui arqogiu arqoigu arqoiug arqgoui arqgoiu arqguoi arqguio arqgiuo arqgiou arqiogu
arqioug arqigou arqiguo arqiugo arqiuog aoirugq aoiruqg aoirguq aoirgqu aoirqgu aoirqug
aoiurgq aoiurqg aoiugrq aoiugqr aoiuqgr aoiuqrg aoigurq aoiguqr aoigruq aoigrqu aoigqru
aoigqur aoiqugr aoiqurg aoiqgur aoiqgru aoiqrgu aoiqrug aoriugq aoriuqg aoriguq aorigqu
aoriqgu aoriqug aoruigq aoruiqg aorugiq aorugqi aoruqgi aoruqig aorguiq aorguqi aorgiuq
aorgiqu aorgqiu aorgqui aorqugi aorquig aorqgui aorqgiu aorqigu aorqiug aourigq aouriqg
aourgiq aourgqi aourqgi aourqig aouirgq aouirqg aouigrq aouigqr aouiqgr aouiqrg aougirq
aougiqr aougriq aougrqi aougqri aougqir aouqigr aouqirg aouqgir aouqgri aouqrgi aouqrig
aogruiq aogruqi aogriuq aogriqu aogrqiu aogrqui aoguriq aogurqi aoguirq aoguiqr aoguqir
aoguqri aogiurq aogiuqr aogiruq aogirqu aogiqru aogiqur aogquir aogquri aogqiur aogqiru
aogqriu aogqrui aoqrugi aoqruig aoqrgui aoqrgiu aoqrigu aoqriug aoqurgi aoqurig aoqugri
aoqugir aoquigr aoquirg aoqguri aoqguir aoqgrui aoqgriu aoqgiru aoqgiur aoqiugr aoqiurg
aoqigur aoqigru aoqirgu aoqirug agirouq agiroqu agiruoq agiruqo agirquo agirqou agioruq
agiorqu agiourq agiouqr agioqur agioqru agiuorq agiuoqr agiuroq agiurqo agiuqro agiuqor
agiqour agiqoru agiquor agiquro agiqruo agiqrou agriouq agrioqu agriuoq agriuqo agriquo
agriqou agroiuq agroiqu agrouiq agrouqi agroqui agroqiu agruoiq agruoqi agruioq agruiqo
agruqio agruqoi agrqoui agrqoiu agrquoi agrquio agrqiuo agrqiou agoriuq agoriqu agoruiq
agoruqi agorqui agorqiu agoiruq agoirqu agoiurq agoiuqr agoiqur agoiqru agouirq agouiqr
agouriq agourqi agouqri agouqir agoqiur agoqiru agoquir agoquri agoqrui agoqriu aguroiq
aguroqi agurioq aguriqo agurqio agurqoi aguoriq aguorqi aguoirq aguoiqr aguoqir aguoqri
aguiorq aguioqr aguiroq aguirqo aguiqro aguiqor aguqoir aguqori aguqior aguqiro aguqrio
aguqroi agqroui agqroiu agqruoi agqruio agqriuo agqriou agqorui agqoriu agqouri agqouir
agqoiur agqoiru agquori agquoir agquroi agqurio agquiro agquior agqiour agqioru agqiuor
agqiuro agqiruo agqirou aqirogu aqiroug aqirgou aqirguo aqirugo aqiruog aqiorgu aqiorug
aqiogru aqiogur aqiougr aqiourg aqigoru aqigour aqigrou aqigruo aqiguro aqiguor aqiuogr
aqiuorg aqiugor aqiugro aqiurgo aqiurog aqriogu aqrioug aqrigou aqriguo aqriugo aqriuog
aqroigu aqroiug aqrogiu aqrogui aqrougi aqrouig aqrgoiu aqrgoui aqrgiou aqrgiuo aqrguio
aqrguoi aqruogi aqruoig aqrugoi aqrugio aqruigo aqruiog aqorigu aqoriug aqorgiu aqorgui
aqorugi aqoruig aqoirgu aqoirug aqoigru aqoigur aqoiugr aqoiurg aqogiru aqogiur aqogriu
aqogrui aqoguri aqoguir aqouigr aqouirg aqougir aqougri aqourgi aqourig aqgroiu aqgroui
aqgriou aqgriuo aqgruio aqgruoi aqgoriu aqgorui aqgoiru aqgoiur aqgouir aqgouri aqgioru
aqgiour aqgirou aqgiruo aqgiuro aqgiuor aqguoir aqguori aqguior aqguiro aqgurio aqguroi
aqurogi aquroig aqurgoi aqurgio aqurigo aquriog aquorgi aquorig aquogri aquogir aquoigr
aquoirg aqugori aqugoir aqugroi aqugrio aqugiro aqugior aquiogr aquiorg aquigor aquigro
aquirgo aquirog

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History of cryptography
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