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: wagoner
cipher variations:
xbhpofs yciqpgt zdjrqhu aeksriv bfltsjw
cgmutkx dhnvuly eiowvmz fjpxwna gkqyxob
hlrzypc imsazqd jntbare koucbsf lpvdctg
mqweduh nrxfevi osygfwj ptzhgxk quaihyl
rvbjizm swckjan txdlkbo uyemlcp vzfnmdq

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: wagoner
Cipher: dztlmvi

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: wagoner
Cipher: BABAA AAAAA AABBA ABBAB ABBAA AABAA BAAAA

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: wagoner
cipher variations:
xbhpofspbtronahbftovizbrvodqrbdxolyjbpzotgtbndojwlbzfore
dblhozmvbxjohunbjlopcfbvnoxkyciqpgtqcuspobicgupwjacswper
sceypmzkcqapuhucoepkxmcagpsfecmipanwcykpivockmpqdgcwopyl
zdjrqhurdvtqpcjdhvqxkbdtxqfstdfzqnaldrbqvivdpfqlyndbhqtg
fdnjqboxdzlqjwpdlnqrehdxpqzmaeksrivsewurqdkeiwrylceuyrgt
uegarobmescrwjweqgrmzoeciruhgeokrcpyeamrkxqemorsfieyqran
bfltsjwtfxvsrelfjxszmdfvzshuvfhbspcnftdsxkxfrhsnapfdjsvi
hfplsdqzfbnslyrfnpstgjfzrsbocgmutkxugywtsfmgkytanegwativ
wgictqdoguetylygsitobqgektwjigqmteragcotmzsgoqtuhkgastcp
dhnvulyvhzxutgnhlzubofhxbujwxhjdurephvfuzmzhtjupcrhfluxk
jhrnufsbhdpunathpruvilhbtudqeiowvmzwiayvuhoimavcpgiycvkx
yikevsfqiwgvanaiukvqdsigmvylkisovgtcieqvobuiqsvwjmicuver
fjpxwnaxjbzwvipjnbwdqhjzdwlyzjlfwtgrjxhwbobjvlwretjhnwzm
ljtpwhudjfrwpcvjrtwxknjdvwfsgkqyxobykcaxwjqkocxerikaexmz
akmgxuhskyixcpckwmxsfukioxanmkuqxivekgsxqdwksuxylokewxgt
hlrzypczldbyxkrlpdyfsjlbfynablnhyvitlzjydqdlxnytgvljpybo
nlvryjwflhtyrexltvyzmplfxyhuimsazqdameczylsmqezgtkmcgzob
cmoizwjumakzeremyozuhwmkqzcpomwszkxgmiuzsfymuwzanqmgyziv
jntbarebnfdazmtnrfahulndhapcdnpjaxkvnblafsfnzpavixnlradq
pnxtalyhnjvatgznvxabornhzajwkoucbsfcogebanuosgbivmoeibqd
eoqkbylwocmbgtgoaqbwjyomsberqoyubmziokwbuhaowybcpsoiabkx
lpvdctgdphfcbovpthcjwnpfjcrefprlczmxpdnchuhpbrcxkzpntcfs
rpzvcnajplxcvibpxzcdqtpjbclymqweduheqigdcpwquidkxoqgkdsf
gqsmdanyqeodiviqcsdylaqoudgtsqawdobkqmydwjcqyaderuqkcdmz
nrxfevifrjhedqxrvjelyprhletghrtnebozrfpejwjrdtezmbrpvehu
trbxepclrnzexkdrzbefsvrldenaosygfwjgskiferyswkfmzqsimfuh
isuofcpasgqfkxkseufancsqwfivuscyfqdmsoafylesacfgtwsmefob
ptzhgxkhtljgfsztxlgnartjngvijtvpgdqbthrglyltfvgbodtrxgjw
vtdzgrentpbgzmftbdghuxtnfgpcquaihyliumkhgtauymhobsukohwj
kuwqhercuishmzmugwhcpeusyhkxwueahsfouqchangucehivyuoghqd
rvbjizmjvnlihubvznipctvlpixklvxrifsdvjtinanvhxidqfvtzily
xvfbitgpvrdibohvdfijwzvphireswckjankwomjivcwaojqduwmqjyl
mwysjgtewkujobowiyjergwuajmzywgcjuhqwsejcpiwegjkxawqijsf
txdlkbolxpnkjwdxbpkrevxnrkzmnxztkhufxlvkpcpxjzkfshxvbkna
zxhdkvirxtfkdqjxfhklybxrjktguyemlcpmyqolkxeycqlsfwyoslan
oyaulivgymwlqdqykalgtiywclobayielwjsyuglerkygilmzcyskluh
vzfnmdqnzrpmlyfzdrmtgxzptmbopzbvmjwhznxmrerzlbmhujzxdmpc
bzjfmxktzvhmfslzhjmnadztlmviwagoneroasqnmzgaesnuhyaquncp
qacwnkxiaoynsfsamcnivkayenqdcakgnyluawingtmaiknobeaumnwj

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: wagoner
Cipher: jntbare

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: wagoner
Cipher: 25112243335124

Extended Methods:
Method #1

Plaintext: wagoner
method variations:
bfmtskwglryxpbmqwdcugrvbihzm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w a g o n e r 
2 1 2 4 3 5 2 
5 1 2 3 3 1 4 
They are then read out in rows:
21243525123314
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: wagoner
Cipher: brxwfnq

Read more ...
Method #3

Plaintext: wagoner
method variations:
efrnxfi frnxfie rnxfief
nxfiefr xfiefrn fiefrnx
iefrnxf

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: wagoner

all 5040 cipher variations:
wagoner wagonre wagoenr wagoern wagoren wagorne wagnoer wagnore wagneor wagnero wagnreo
wagnroe wagenor wagenro wageonr wageorn wageron wagerno wagrneo wagrnoe wagreno wagreon
wagroen wagrone waogner waognre waogenr waogern waogren waogrne waonger waongre waonegr
waonerg waonreg waonrge waoengr waoenrg waoegnr waoegrn waoergn waoerng waorneg waornge
waoreng waoregn waorgen waorgne wanoger wanogre wanoegr wanoerg wanoreg wanorge wangoer
wangore wangeor wangero wangreo wangroe wanegor wanegro waneogr waneorg wanerog wanergo
wanrgeo wanrgoe wanrego wanreog wanroeg wanroge waeongr waeonrg waeognr waeogrn waeorgn
waeorng waenogr waenorg waengor waengro waenrgo waenrog waegnor waegnro waegonr waegorn
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waroegn warogen warogne warnoeg warnoge warneog warnego warngeo warngoe warenog warengo
wareong wareogn waregon waregno wargneo wargnoe wargeno wargeon wargoen wargone wgaoner
wgaonre wgaoenr wgaoern wgaoren wgaorne wganoer wganore wganeor wganero wganreo wganroe
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arweong arweogn arwegon arwegno arwgneo arwgnoe arwgeno arwgeon arwgoen arwgone gawoner
gawonre gawoenr gawoern gaworen gaworne gawnoer gawnore gawneor gawnero gawnreo gawnroe
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gawrone gaowner gaownre gaowenr gaowern gaowren gaowrne gaonwer gaonwre gaonewr gaonerw
gaonrew gaonrwe gaoenwr gaoenrw gaoewnr gaoewrn gaoerwn gaoernw gaornew gaornwe gaorenw
gaorewn gaorwen gaorwne ganower ganowre ganoewr ganoerw ganorew ganorwe ganwoer ganwore
ganweor ganwero ganwreo ganwroe ganewor ganewro ganeowr ganeorw ganerow ganerwo ganrweo
ganrwoe ganrewo ganreow ganroew ganrowe gaeonwr gaeonrw gaeownr gaeowrn gaeorwn gaeornw
gaenowr gaenorw gaenwor gaenwro gaenrwo gaenrow gaewnor gaewnro gaewonr gaeworn gaewron
gaewrno gaernwo gaernow gaerwno gaerwon gaerown gaeronw garonew garonwe garoenw garoewn
garowen garowne garnoew garnowe garneow garnewo garnweo garnwoe garenow garenwo gareonw
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gwaenro gwaeonr gwaeorn gwaeron gwaerno gwarneo gwarnoe gwareno gwareon gwaroen gwarone
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gwnaero gwnareo gwnaroe gwneaor gwnearo gwneoar gwneora gwneroa gwnerao gwnraeo gwnraoe
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gwenora gwenaor gwenaro gwenrao gwenroa gweanor gweanro gweaonr gweaorn gwearon gwearno
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gwroane gwrnoea gwrnoae gwrneoa gwrneao gwrnaeo gwrnaoe gwrenoa gwrenao gwreona gwreoan
gwreaon gwreano gwraneo gwranoe gwraeno gwraeon gwraoen gwraone gowaner gowanre gowaenr
gowaern gowaren gowarne gownaer gownare gownear gownera gownrea gownrae gowenar gowenra
goweanr gowearn goweran gowerna gowrnea gowrnae gowrena gowrean gowraen gowrane goawner
goawnre goawenr goawern goawren goawrne goanwer goanwre goanewr goanerw goanrew goanrwe
goaenwr goaenrw goaewnr goaewrn goaerwn goaernw goarnew goarnwe goarenw goarewn goarwen
goarwne gonawer gonawre gonaewr gonaerw gonarew gonarwe gonwaer gonware gonwear gonwera
gonwrea gonwrae gonewar gonewra goneawr gonearw goneraw gonerwa gonrwea gonrwae gonrewa
gonreaw gonraew gonrawe goeanwr goeanrw goeawnr goeawrn goearwn goearnw goenawr goenarw
goenwar goenwra goenrwa goenraw goewnar goewnra goewanr goewarn goewran goewrna goernwa
goernaw goerwna goerwan goerawn goeranw goranew goranwe goraenw goraewn gorawen gorawne
gornaew gornawe gorneaw gornewa gornwea gornwae gorenaw gorenwa goreanw goreawn gorewan
gorewna gorwnea gorwnae gorwena gorwean gorwaen gorwane gnwoaer gnwoare gnwoear gnwoera
gnworea gnworae gnwaoer gnwaore gnwaeor gnwaero gnwareo gnwaroe gnweaor gnwearo gnweoar
gnweora gnweroa gnwerao gnwraeo gnwraoe gnwreao gnwreoa gnwroea gnwroae gnowaer gnoware
gnowear gnowera gnowrea gnowrae gnoawer gnoawre gnoaewr gnoaerw gnoarew gnoarwe gnoeawr
gnoearw gnoewar gnoewra gnoerwa gnoeraw gnoraew gnorawe gnoreaw gnorewa gnorwea gnorwae
gnaower gnaowre gnaoewr gnaoerw gnaorew gnaorwe gnawoer gnawore gnaweor gnawero gnawreo
gnawroe gnaewor gnaewro gnaeowr gnaeorw gnaerow gnaerwo gnarweo gnarwoe gnarewo gnareow
gnaroew gnarowe gneoawr gneoarw gneowar gneowra gneorwa gneoraw gneaowr gneaorw gneawor
gneawro gnearwo gnearow gnewaor gnewaro gnewoar gnewora gnewroa gnewrao gnerawo gneraow
gnerwao gnerwoa gnerowa gneroaw gnroaew gnroawe gnroeaw gnroewa gnrowea gnrowae gnraoew
gnraowe gnraeow gnraewo gnraweo gnrawoe gnreaow gnreawo gnreoaw gnreowa gnrewoa gnrewao
gnrwaeo gnrwaoe gnrweao gnrweoa gnrwoea gnrwoae gewonar gewonra gewoanr gewoarn geworan
geworna gewnoar gewnora gewnaor gewnaro gewnrao gewnroa gewanor gewanro gewaonr gewaorn
gewaron gewarno gewrnao gewrnoa gewrano gewraon gewroan gewrona geownar geownra geowanr
geowarn geowran geowrna geonwar geonwra geonawr geonarw geonraw geonrwa geoanwr geoanrw
geoawnr geoawrn geoarwn geoarnw geornaw geornwa georanw georawn georwan georwna genowar
genowra genoawr genoarw genoraw genorwa genwoar genwora genwaor genwaro genwrao genwroa
genawor genawro genaowr genaorw genarow genarwo genrwao genrwoa genrawo genraow genroaw
genrowa geaonwr geaonrw geaownr geaowrn geaorwn geaornw geanowr geanorw geanwor geanwro
geanrwo geanrow geawnor geawnro geawonr geaworn geawron geawrno gearnwo gearnow gearwno
gearwon gearown gearonw geronaw geronwa geroanw geroawn gerowan gerowna gernoaw gernowa
gernaow gernawo gernwao gernwoa geranow geranwo geraonw geraown gerawon gerawno gerwnao
gerwnoa gerwano gerwaon gerwoan gerwona grwonea grwonae grwoena grwoean grwoaen grwoane
grwnoea grwnoae grwneoa grwneao grwnaeo grwnaoe grwenoa grwenao grweona grweoan grweaon
grweano grwaneo grwanoe grwaeno grwaeon grwaoen grwaone grownea grownae growena growean
growaen growane gronwea gronwae gronewa groneaw gronaew gronawe groenwa groenaw groewna
groewan groeawn groeanw groanew groanwe groaenw groaewn groawen groawne grnowea grnowae
grnoewa grnoeaw grnoaew grnoawe grnwoea grnwoae grnweoa grnweao grnwaeo grnwaoe grnewoa
grnewao grneowa grneoaw grneaow grneawo grnaweo grnawoe grnaewo grnaeow grnaoew grnaowe
greonwa greonaw greowna greowan greoawn greoanw grenowa grenoaw grenwoa grenwao grenawo
grenaow grewnoa grewnao grewona grewoan grewaon grewano greanwo greanow greawno greawon
greaown greaonw graonew graonwe graoenw graoewn graowen graowne granoew granowe graneow
granewo granweo granwoe graenow graenwo graeonw graeown graewon graewno grawneo grawnoe
graweno graweon grawoen grawone oagwner oagwnre oagwenr oagwern oagwren oagwrne oagnwer
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oawgrne oawnger oawngre oawnegr oawnerg oawnreg oawnrge oawengr oawenrg oawegnr oawegrn
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oanewgr oanewrg oanerwg oanergw oanrgew oanrgwe oanregw oanrewg oanrweg oanrwge oaewngr
oaewnrg oaewgnr oaewgrn oaewrgn oaewrng oaenwgr oaenwrg oaengwr oaengrw oaenrgw oaenrwg
oaegnwr oaegnrw oaegwnr oaegwrn oaegrwn oaegrnw oaerngw oaernwg oaergnw oaergwn oaerwgn
oaerwng oarwneg oarwnge oarweng oarwegn oarwgen oarwgne oarnweg oarnwge oarnewg oarnegw
oarngew oarngwe oarenwg oarengw oarewng oarewgn oaregwn oaregnw oargnew oargnwe oargenw
oargewn oargwen oargwne ogawner ogawnre ogawenr ogawern ogawren ogawrne oganwer oganwre
oganewr oganerw oganrew oganrwe ogaenwr ogaenrw ogaewnr ogaewrn ogaerwn ogaernw ogarnew
ogarnwe ogarenw ogarewn ogarwen ogarwne ogwaner ogwanre ogwaenr ogwaern ogwaren ogwarne
ogwnaer ogwnare ogwnear ogwnera ogwnrea ogwnrae ogwenar ogwenra ogweanr ogwearn ogweran
ogwerna ogwrnea ogwrnae ogwrena ogwrean ogwraen ogwrane ognwaer ognware ognwear ognwera
ognwrea ognwrae ognawer ognawre ognaewr ognaerw ognarew ognarwe ogneawr ognearw ognewar
ognewra ognerwa ogneraw ognraew ognrawe ognreaw ognrewa ognrwea ognrwae ogewnar ogewnra
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ogrwnea ogrwnae ogrwena ogrwean ogrwaen ogrwane ogrnwea ogrnwae ogrnewa ogrneaw ogrnaew
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oweagrn oweargn owearng owenagr owenarg owengar owengra owenrga owenrag owegnar owegnra
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onaergw onargew onargwe onaregw onarewg onarweg onarwge onewagr onewarg onewgar onewgra
onewrga onewrag oneawgr oneawrg oneagwr oneagrw oneargw onearwg onegawr onegarw onegwar
onegwra onegrwa onegraw oneragw onerawg onergaw onergwa onerwga onerwag onrwaeg onrwage
onrweag onrwega onrwgea onrwgae onraweg onrawge onraewg onraegw onragew onragwe onreawg
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oeawrng oeanwgr oeanwrg oeangwr oeangrw oeanrgw oeanrwg oeagnwr oeagnrw oeagwnr oeagwrn
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oerawng oerawgn oeragwn oeragnw oergnaw oergnwa oerganw oergawn oergwan oergwna orgwnea
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naogwer naogwre naogewr naogerw naogrew naogrwe naowger naowgre naowegr naowerg naowreg
naowrge naoewgr naoewrg naoegwr naoegrw naoergw naoerwg naorweg naorwge naorewg naoregw
naorgew naorgwe nawoger nawogre nawoegr nawoerg naworeg naworge nawgoer nawgore nawgeor
nawgero nawgreo nawgroe nawegor nawegro naweogr naweorg nawerog nawergo nawrgeo nawrgoe
nawrego nawreog nawroeg nawroge naeowgr naeowrg naeogwr naeogrw naeorgw naeorwg naewogr
naeworg naewgor naewgro naewrgo naewrog naegwor naegwro naegowr naegorw naegrow naegrwo
naerwgo naerwog naergwo naergow naerogw naerowg naroweg narowge naroewg naroegw narogew
narogwe narwoeg narwoge narweog narwego narwgeo narwgoe narewog narewgo nareowg nareogw
naregow naregwo nargweo nargwoe nargewo nargeow nargoew nargowe ngaower ngaowre ngaoewr
ngaoerw ngaorew ngaorwe ngawoer ngawore ngaweor ngawero ngawreo ngawroe ngaewor ngaewro
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ngoawre ngoaewr ngoaerw ngoarew ngoarwe ngowaer ngoware ngowear ngowera ngowrea ngowrae
ngoewar ngoewra ngoeawr ngoearw ngoeraw ngoerwa ngorwea ngorwae ngorewa ngoreaw ngoraew
ngorawe ngwoaer ngwoare ngwoear ngwoera ngworea ngworae ngwaoer ngwaore ngwaeor ngwaero
ngwareo ngwaroe ngweaor ngwearo ngweoar ngweora ngweroa ngwerao ngwraeo ngwraoe ngwreao
ngwreoa ngwroea ngwroae ngeowar ngeowra ngeoawr ngeoarw ngeoraw ngeorwa ngewoar ngewora
ngewaor ngewaro ngewrao ngewroa ngeawor ngeawro ngeaowr ngeaorw ngearow ngearwo ngerwao
ngerwoa ngerawo ngeraow ngeroaw ngerowa ngrowea ngrowae ngroewa ngroeaw ngroaew ngroawe
ngrwoea ngrwoae ngrweoa ngrweao ngrwaeo ngrwaoe ngrewoa ngrewao ngreowa ngreoaw ngreaow
ngreawo ngraweo ngrawoe ngraewo ngraeow ngraoew ngraowe nogawer nogawre nogaewr nogaerw
nogarew nogarwe nogwaer nogware nogwear nogwera nogwrea nogwrae nogewar nogewra nogeawr
nogearw nogeraw nogerwa nogrwea nogrwae nogrewa nogreaw nograew nograwe noagwer noagwre
noagewr noagerw noagrew noagrwe noawger noawgre noawegr noawerg noawreg noawrge noaewgr
noaewrg noaegwr noaegrw noaergw noaerwg noarweg noarwge noarewg noaregw noargew noargwe
nowager nowagre nowaegr nowaerg nowareg nowarge nowgaer nowgare nowgear nowgera nowgrea
nowgrae nowegar nowegra noweagr nowearg nowerag nowerga nowrgea nowrgae nowrega nowreag
nowraeg nowrage noeawgr noeawrg noeagwr noeagrw noeargw noearwg noewagr noewarg noewgar
noewgra noewrga noewrag noegwar noegwra noegawr noegarw noegraw noegrwa noerwga noerwag
noergwa noergaw noeragw noerawg noraweg norawge noraewg noraegw noragew noragwe norwaeg
norwage norweag norwega norwgea norwgae norewag norewga noreawg noreagw noregaw noregwa
norgwea norgwae norgewa norgeaw norgaew norgawe nwgoaer nwgoare nwgoear nwgoera nwgorea
nwgorae nwgaoer nwgaore nwgaeor nwgaero nwgareo nwgaroe nwgeaor nwgearo nwgeoar nwgeora
nwgeroa nwgerao nwgraeo nwgraoe nwgreao nwgreoa nwgroea nwgroae nwogaer nwogare nwogear
nwogera nwogrea nwograe nwoager nwoagre nwoaegr nwoaerg nwoareg nwoarge nwoeagr nwoearg
nwoegar nwoegra nwoerga nwoerag nworaeg nworage nworeag nworega nworgea nworgae nwaoger
nwaogre nwaoegr nwaoerg nwaoreg nwaorge nwagoer nwagore nwageor nwagero nwagreo nwagroe
nwaegor nwaegro nwaeogr nwaeorg nwaerog nwaergo nwargeo nwargoe nwarego nwareog nwaroeg
nwaroge nweoagr nweoarg nweogar nweogra nweorga nweorag nweaogr nweaorg nweagor nweagro
nweargo nwearog nwegaor nwegaro nwegoar nwegora nwegroa nwegrao nwerago nweraog nwergao
nwergoa nweroga nweroag nwroaeg nwroage nwroeag nwroega nwrogea nwrogae nwraoeg nwraoge
nwraeog nwraego nwrageo nwragoe nwreaog nwreago nwreoag nwreoga nwregoa nwregao nwrgaeo
nwrgaoe nwrgeao nwrgeoa nwrgoea nwrgoae negowar negowra negoawr negoarw negoraw negorwa
negwoar negwora negwaor negwaro negwrao negwroa negawor negawro negaowr negaorw negarow
negarwo negrwao negrwoa negrawo negraow negroaw negrowa neogwar neogwra neogawr neogarw
neograw neogrwa neowgar neowgra neowagr neowarg neowrag neowrga neoawgr neoawrg neoagwr
neoagrw neoargw neoarwg neorwag neorwga neorawg neoragw neorgaw neorgwa newogar newogra
newoagr newoarg neworag neworga newgoar newgora newgaor newgaro newgrao newgroa newagor
newagro newaogr newaorg newarog newargo newrgao newrgoa newrago newraog newroag newroga
neaowgr neaowrg neaogwr neaogrw neaorgw neaorwg neawogr neaworg neawgor neawgro neawrgo
neawrog neagwor neagwro neagowr neagorw neagrow neagrwo nearwgo nearwog neargwo neargow
nearogw nearowg nerowag nerowga neroawg neroagw nerogaw nerogwa nerwoag nerwoga nerwaog
nerwago nerwgao nerwgoa nerawog nerawgo neraowg neraogw neragow neragwo nergwao nergwoa
nergawo nergaow nergoaw nergowa nrgowea nrgowae nrgoewa nrgoeaw nrgoaew nrgoawe nrgwoea
nrgwoae nrgweoa nrgweao nrgwaeo nrgwaoe nrgewoa nrgewao nrgeowa nrgeoaw nrgeaow nrgeawo
nrgaweo nrgawoe nrgaewo nrgaeow nrgaoew nrgaowe nrogwea nrogwae nrogewa nrogeaw nrogaew
nrogawe nrowgea nrowgae nrowega nroweag nrowaeg nrowage nroewga nroewag nroegwa nroegaw
nroeagw nroeawg nroaweg nroawge nroaewg nroaegw nroagew nroagwe nrwogea nrwogae nrwoega
nrwoeag nrwoaeg nrwoage nrwgoea nrwgoae nrwgeoa nrwgeao nrwgaeo nrwgaoe nrwegoa nrwegao
nrweoga nrweoag nrweaog nrweago nrwageo nrwagoe nrwaego nrwaeog nrwaoeg nrwaoge nreowga
nreowag nreogwa nreogaw nreoagw nreoawg nrewoga nrewoag nrewgoa nrewgao nrewago nrewaog
nregwoa nregwao nregowa nregoaw nregaow nregawo nreawgo nreawog nreagwo nreagow nreaogw
nreaowg nraoweg nraowge nraoewg nraoegw nraogew nraogwe nrawoeg nrawoge nraweog nrawego
nrawgeo nrawgoe nraewog nraewgo nraeowg nraeogw nraegow nraegwo nragweo nragwoe nragewo
nrageow nragoew nragowe eagonwr eagonrw eagownr eagowrn eagorwn eagornw eagnowr eagnorw
eagnwor eagnwro eagnrwo eagnrow eagwnor eagwnro eagwonr eagworn eagwron eagwrno eagrnwo
eagrnow eagrwno eagrwon eagrown eagronw eaognwr eaognrw eaogwnr eaogwrn eaogrwn eaogrnw
eaongwr eaongrw eaonwgr eaonwrg eaonrwg eaonrgw eaowngr eaownrg eaowgnr eaowgrn eaowrgn
eaowrng eaornwg eaorngw eaorwng eaorwgn eaorgwn eaorgnw eanogwr eanogrw eanowgr eanowrg
eanorwg eanorgw eangowr eangorw eangwor eangwro eangrwo eangrow eanwgor eanwgro eanwogr
eanworg eanwrog eanwrgo eanrgwo eanrgow eanrwgo eanrwog eanrowg eanrogw eawongr eawonrg
eawognr eawogrn eaworgn eaworng eawnogr eawnorg eawngor eawngro eawnrgo eawnrog eawgnor
eawgnro eawgonr eawgorn eawgron eawgrno eawrngo eawrnog eawrgno eawrgon eawrogn eawrong
earonwg earongw earowng earowgn earogwn earognw earnowg earnogw earnwog earnwgo earngwo
earngow earwnog earwngo earwong earwogn earwgon earwgno eargnwo eargnow eargwno eargwon
eargown eargonw egaonwr egaonrw egaownr egaowrn egaorwn egaornw eganowr eganorw eganwor
eganwro eganrwo eganrow egawnor egawnro egawonr egaworn egawron egawrno egarnwo egarnow
egarwno egarwon egarown egaronw egoanwr egoanrw egoawnr egoawrn egoarwn egoarnw egonawr
egonarw egonwar egonwra egonrwa egonraw egownar egownra egowanr egowarn egowran egowrna
egornwa egornaw egorwna egorwan egorawn egoranw egnoawr egnoarw egnowar egnowra egnorwa
egnoraw egnaowr egnaorw egnawor egnawro egnarwo egnarow egnwaor egnwaro egnwoar egnwora
egnwroa egnwrao egnrawo egnraow egnrwao egnrwoa egnrowa egnroaw egwonar egwonra egwoanr
egwoarn egworan egworna egwnoar egwnora egwnaor egwnaro egwnrao egwnroa egwanor egwanro
egwaonr egwaorn egwaron egwarno egwrnao egwrnoa egwrano egwraon egwroan egwrona egronwa
egronaw egrowna egrowan egroawn egroanw egrnowa egrnoaw egrnwoa egrnwao egrnawo egrnaow
egrwnoa egrwnao egrwona egrwoan egrwaon egrwano egranwo egranow egrawno egrawon egraown
egraonw eoganwr eoganrw eogawnr eogawrn eogarwn eogarnw eognawr eognarw eognwar eognwra
eognrwa eognraw eogwnar eogwnra eogwanr eogwarn eogwran eogwrna eogrnwa eogrnaw eogrwna
eogrwan eograwn eogranw eoagnwr eoagnrw eoagwnr eoagwrn eoagrwn eoagrnw eoangwr eoangrw
eoanwgr eoanwrg eoanrwg eoanrgw eoawngr eoawnrg eoawgnr eoawgrn eoawrgn eoawrng eoarnwg
eoarngw eoarwng eoarwgn eoargwn eoargnw eonagwr eonagrw eonawgr eonawrg eonarwg eonargw
eongawr eongarw eongwar eongwra eongrwa eongraw eonwgar eonwgra eonwagr eonwarg eonwrag
eonwrga eonrgwa eonrgaw eonrwga eonrwag eonrawg eonragw eowangr eowanrg eowagnr eowagrn
eowargn eowarng eownagr eownarg eowngar eowngra eownrga eownrag eowgnar eowgnra eowganr
eowgarn eowgran eowgrna eowrnga eowrnag eowrgna eowrgan eowragn eowrang eoranwg eorangw
eorawng eorawgn eoragwn eoragnw eornawg eornagw eornwag eornwga eorngwa eorngaw eorwnag
eorwnga eorwang eorwagn eorwgan eorwgna eorgnwa eorgnaw eorgwna eorgwan eorgawn eorganw
engoawr engoarw engowar engowra engorwa engoraw engaowr engaorw engawor engawro engarwo
engarow engwaor engwaro engwoar engwora engwroa engwrao engrawo engraow engrwao engrwoa
engrowa engroaw enogawr enogarw enogwar enogwra enogrwa enograw enoagwr enoagrw enoawgr
enoawrg enoarwg enoargw enowagr enowarg enowgar enowgra enowrga enowrag enorawg enoragw
enorwag enorwga enorgwa enorgaw enaogwr enaogrw enaowgr enaowrg enaorwg enaorgw enagowr
enagorw enagwor enagwro enagrwo enagrow enawgor enawgro enawogr enaworg enawrog enawrgo
enargwo enargow enarwgo enarwog enarowg enarogw enwoagr enwoarg enwogar enwogra enworga
enworag enwaogr enwaorg enwagor enwagro enwargo enwarog enwgaor enwgaro enwgoar enwgora
enwgroa enwgrao enwrago enwraog enwrgao enwrgoa enwroga enwroag enroawg enroagw enrowag
enrowga enrogwa enrogaw enraowg enraogw enrawog enrawgo enragwo enragow enrwaog enrwago
enrwoag enrwoga enrwgoa enrwgao enrgawo enrgaow enrgwao enrgwoa enrgowa enrgoaw ewgonar
ewgonra ewgoanr ewgoarn ewgoran ewgorna ewgnoar ewgnora ewgnaor ewgnaro ewgnrao ewgnroa
ewganor ewganro ewgaonr ewgaorn ewgaron ewgarno ewgrnao ewgrnoa ewgrano ewgraon ewgroan
ewgrona ewognar ewognra ewoganr ewogarn ewogran ewogrna ewongar ewongra ewonagr ewonarg
ewonrag ewonrga ewoangr ewoanrg ewoagnr ewoagrn ewoargn ewoarng ewornag ewornga eworang
eworagn eworgan eworgna ewnogar ewnogra ewnoagr ewnoarg ewnorag ewnorga ewngoar ewngora
ewngaor ewngaro ewngrao ewngroa ewnagor ewnagro ewnaogr ewnaorg ewnarog ewnargo ewnrgao
ewnrgoa ewnrago ewnraog ewnroag ewnroga ewaongr ewaonrg ewaognr ewaogrn ewaorgn ewaorng
ewanogr ewanorg ewangor ewangro ewanrgo ewanrog ewagnor ewagnro ewagonr ewagorn ewagron
ewagrno ewarngo ewarnog ewargno ewargon ewarogn ewarong ewronag ewronga ewroang ewroagn
ewrogan ewrogna ewrnoag ewrnoga ewrnaog ewrnago ewrngao ewrngoa ewranog ewrango ewraong
ewraogn ewragon ewragno ewrgnao ewrgnoa ewrgano ewrgaon ewrgoan ewrgona ergonwa ergonaw
ergowna ergowan ergoawn ergoanw ergnowa ergnoaw ergnwoa ergnwao ergnawo ergnaow ergwnoa
ergwnao ergwona ergwoan ergwaon ergwano erganwo erganow ergawno ergawon ergaown ergaonw
erognwa erognaw erogwna erogwan erogawn eroganw erongwa erongaw eronwga eronwag eronawg
eronagw erownga erownag erowgna erowgan erowagn erowang eroanwg eroangw eroawng eroawgn
eroagwn eroagnw ernogwa ernogaw ernowga ernowag ernoawg ernoagw erngowa erngoaw erngwoa
erngwao erngawo erngaow ernwgoa ernwgao ernwoga ernwoag ernwaog ernwago ernagwo ernagow
ernawgo ernawog ernaowg ernaogw erwonga erwonag erwogna erwogan erwoagn erwoang erwnoga
erwnoag erwngoa erwngao erwnago erwnaog erwgnoa erwgnao erwgona erwgoan erwgaon erwgano
erwango erwanog erwagno erwagon erwaogn erwaong eraonwg eraongw eraowng eraowgn eraogwn
eraognw eranowg eranogw eranwog eranwgo erangwo erangow erawnog erawngo erawong erawogn
erawgon erawgno eragnwo eragnow eragwno eragwon eragown eragonw ragonew ragonwe ragoenw
ragoewn ragowen ragowne ragnoew ragnowe ragneow ragnewo ragnweo ragnwoe ragenow ragenwo
rageonw rageown ragewon ragewno ragwneo ragwnoe ragweno ragweon ragwoen ragwone raognew
raognwe raogenw raogewn raogwen raogwne raongew raongwe raonegw raonewg raonweg raonwge
raoengw raoenwg raoegnw raoegwn raoewgn raoewng raowneg raownge raoweng raowegn raowgen
raowgne ranogew ranogwe ranoegw ranoewg ranoweg ranowge rangoew rangowe rangeow rangewo
rangweo rangwoe ranegow ranegwo raneogw raneowg ranewog ranewgo ranwgeo ranwgoe ranwego
ranweog ranwoeg ranwoge raeongw raeonwg raeognw raeogwn raeowgn raeowng raenogw raenowg
raengow raengwo raenwgo raenwog raegnow raegnwo raegonw raegown raegwon raegwno raewngo
raewnog raewgno raewgon raewogn raewong rawoneg rawonge rawoeng rawoegn rawogen rawogne
rawnoeg rawnoge rawneog rawnego rawngeo rawngoe rawenog rawengo raweong raweogn rawegon
rawegno rawgneo rawgnoe rawgeno rawgeon rawgoen rawgone rgaonew rgaonwe rgaoenw rgaoewn
rgaowen rgaowne rganoew rganowe rganeow rganewo rganweo rganwoe rgaenow rgaenwo rgaeonw
rgaeown rgaewon rgaewno rgawneo rgawnoe rgaweno rgaweon rgawoen rgawone rgoanew rgoanwe
rgoaenw rgoaewn rgoawen rgoawne rgonaew rgonawe rgoneaw rgonewa rgonwea rgonwae rgoenaw
rgoenwa rgoeanw rgoeawn rgoewan rgoewna rgownea rgownae rgowena rgowean rgowaen rgowane
rgnoaew rgnoawe rgnoeaw rgnoewa rgnowea rgnowae rgnaoew rgnaowe rgnaeow rgnaewo rgnaweo
rgnawoe rgneaow rgneawo rgneoaw rgneowa rgnewoa rgnewao rgnwaeo rgnwaoe rgnweao rgnweoa
rgnwoea rgnwoae rgeonaw rgeonwa rgeoanw rgeoawn rgeowan rgeowna rgenoaw rgenowa rgenaow
rgenawo rgenwao rgenwoa rgeanow rgeanwo rgeaonw rgeaown rgeawon rgeawno rgewnao rgewnoa
rgewano rgewaon rgewoan rgewona rgwonea rgwonae rgwoena rgwoean rgwoaen rgwoane rgwnoea
rgwnoae rgwneoa rgwneao rgwnaeo rgwnaoe rgwenoa rgwenao rgweona rgweoan rgweaon rgweano
rgwaneo rgwanoe rgwaeno rgwaeon rgwaoen rgwaone roganew roganwe rogaenw rogaewn rogawen
rogawne rognaew rognawe rogneaw rognewa rognwea rognwae rogenaw rogenwa rogeanw rogeawn
rogewan rogewna rogwnea rogwnae rogwena rogwean rogwaen rogwane roagnew roagnwe roagenw
roagewn roagwen roagwne roangew roangwe roanegw roanewg roanweg roanwge roaengw roaenwg
roaegnw roaegwn roaewgn roaewng roawneg roawnge roaweng roawegn roawgen roawgne ronagew
ronagwe ronaegw ronaewg ronaweg ronawge rongaew rongawe rongeaw rongewa rongwea rongwae
ronegaw ronegwa roneagw roneawg ronewag ronewga ronwgea ronwgae ronwega ronweag ronwaeg
ronwage roeangw roeanwg roeagnw roeagwn roeawgn roeawng roenagw roenawg roengaw roengwa
roenwga roenwag roegnaw roegnwa roeganw roegawn roegwan roegwna roewnga roewnag roewgna
roewgan roewagn roewang rowaneg rowange rowaeng rowaegn rowagen rowagne rownaeg rownage
rowneag rownega rowngea rowngae rowenag rowenga roweang roweagn rowegan rowegna rowgnea
rowgnae rowgena rowgean rowgaen rowgane rngoaew rngoawe rngoeaw rngoewa rngowea rngowae
rngaoew rngaowe rngaeow rngaewo rngaweo rngawoe rngeaow rngeawo rngeoaw rngeowa rngewoa
rngewao rngwaeo rngwaoe rngweao rngweoa rngwoea rngwoae rnogaew rnogawe rnogeaw rnogewa
rnogwea rnogwae rnoagew rnoagwe rnoaegw rnoaewg rnoaweg rnoawge rnoeagw rnoeawg rnoegaw
rnoegwa rnoewga rnoewag rnowaeg rnowage rnoweag rnowega rnowgea rnowgae rnaogew rnaogwe
rnaoegw rnaoewg rnaoweg rnaowge rnagoew rnagowe rnageow rnagewo rnagweo rnagwoe rnaegow
rnaegwo rnaeogw rnaeowg rnaewog rnaewgo rnawgeo rnawgoe rnawego rnaweog rnawoeg rnawoge
rneoagw rneoawg rneogaw rneogwa rneowga rneowag rneaogw rneaowg rneagow rneagwo rneawgo
rneawog rnegaow rnegawo rnegoaw rnegowa rnegwoa rnegwao rnewago rnewaog rnewgao rnewgoa
rnewoga rnewoag rnwoaeg rnwoage rnwoeag rnwoega rnwogea rnwogae rnwaoeg rnwaoge rnwaeog
rnwaego rnwageo rnwagoe rnweaog rnweago rnweoag rnweoga rnwegoa rnwegao rnwgaeo rnwgaoe
rnwgeao rnwgeoa rnwgoea rnwgoae regonaw regonwa regoanw regoawn regowan regowna regnoaw
regnowa regnaow regnawo regnwao regnwoa reganow reganwo regaonw regaown regawon regawno
regwnao regwnoa regwano regwaon regwoan regwona reognaw reognwa reoganw reogawn reogwan
reogwna reongaw reongwa reonagw reonawg reonwag reonwga reoangw reoanwg reoagnw reoagwn
reoawgn reoawng reownag reownga reowang reowagn reowgan reowgna renogaw renogwa renoagw
renoawg renowag renowga rengoaw rengowa rengaow rengawo rengwao rengwoa renagow renagwo
renaogw renaowg renawog renawgo renwgao renwgoa renwago renwaog renwoag renwoga reaongw
reaonwg reaognw reaogwn reaowgn reaowng reanogw reanowg reangow reangwo reanwgo reanwog
reagnow reagnwo reagonw reagown reagwon reagwno reawngo reawnog reawgno reawgon reawogn
reawong rewonag rewonga rewoang rewoagn rewogan rewogna rewnoag rewnoga rewnaog rewnago
rewngao rewngoa rewanog rewango rewaong rewaogn rewagon rewagno rewgnao rewgnoa rewgano
rewgaon rewgoan rewgona rwgonea rwgonae rwgoena rwgoean rwgoaen rwgoane rwgnoea rwgnoae
rwgneoa rwgneao rwgnaeo rwgnaoe rwgenoa rwgenao rwgeona rwgeoan rwgeaon rwgeano rwganeo
rwganoe rwgaeno rwgaeon rwgaoen rwgaone rwognea rwognae rwogena rwogean rwogaen rwogane
rwongea rwongae rwonega rwoneag rwonaeg rwonage rwoenga rwoenag rwoegna rwoegan rwoeagn
rwoeang rwoaneg rwoange rwoaeng rwoaegn rwoagen rwoagne rwnogea rwnogae rwnoega rwnoeag
rwnoaeg rwnoage rwngoea rwngoae rwngeoa rwngeao rwngaeo rwngaoe rwnegoa rwnegao rwneoga
rwneoag rwneaog rwneago rwnageo rwnagoe rwnaego rwnaeog rwnaoeg rwnaoge rweonga rweonag
rweogna rweogan rweoagn rweoang rwenoga rwenoag rwengoa rwengao rwenago rwenaog rwegnoa
rwegnao rwegona rwegoan rwegaon rwegano rweango rweanog rweagno rweagon rweaogn rweaong
rwaoneg rwaonge rwaoeng rwaoegn rwaogen rwaogne rwanoeg rwanoge rwaneog rwanego rwangeo
rwangoe rwaenog rwaengo rwaeong rwaeogn rwaegon rwaegno rwagneo rwagnoe rwageno rwageon
rwagoen rwagone

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History of cryptography
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