easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

brachydactylic

pallidness

ssvax

colporrhaphy

vagabondish

vannatter

vultaggio

upstares

yashvin

connote

yuzupon

castitas

unconditional

zeatin

walch

decentralizes

rescale

desultorious


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: defrost
cipher variations:
efgsptu fghtquv ghiurvw hijvswx ijkwtxy
jklxuyz klmyvza lmnzwab mnoaxbc nopbycd
opqczde pqrdaef qrsebfg rstfcgh stugdhi
tuvheij uvwifjk vwxjgkl wxykhlm xyzlimn
yzamjno zabnkop abcolpq bcdpmqr cdeqnrs

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: defrost
Cipher: wvuilhg

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: defrost
Cipher: AAABB AABAA AABAB BAAAA ABBAB BAAAB BAABA

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: defrost
cipher variations:
efgsptuknqardgqvaitnswdkqvxecluyxhqitegzrcujywdlaariefvm
gzsmhfymhcujpkspmclzwyxwknjifghtquvlorbsehrwbjuotxelrwyf
dmvzyirjufhasdvkzxembbsjfgwnhatnigznidvkqltqndmaxzyxlokj
ghiurvwmpsctfisxckvpuyfmsxzgenwazjskvgibtewlayfncctkghxo
ibuojhaojewlrmuroenbyazymplkhijvswxnqtdugjtydlwqvzgntyah
foxbaktlwhjcufxmbzgoddulhiypjcvpkibpkfxmsnvspfoczbaznqml
ijkwtxyoruevhkuzemxrwahouzbigpycblumxikdvgyncahpeevmijzq
kdwqljcqlgyntowtqgpdacbaornmjklxuyzpsvfwilvafnysxbipvacj
hqzdcmvnyjlewhzodbiqffwnjkarlexrmkdrmhzoupxurhqebdcbpson
klmyvzaqtwgxjmwbgoztycjqwbdkiraednwozkmfxiapecjrggxoklbs
mfysnlesniapvqyvsirfcedcqtpolmnzwabruxhyknxchpauzdkrxcel
jsbfeoxpalngyjbqfdkshhyplmctngztomftojbqwrzwtjsgdfedruqp
mnoaxbcsvyizloydiqbvaelsydfmktcgfpyqbmohzkcrgeltiizqmndu
ohaupngupkcrxsaxukthegfesvrqnopbycdtwzjampzejrcwbfmtzegn
ludhgqzrcnpialdshfmujjarnoevpibvqohvqldsytbyvluifhgftwsr
opqczdeuxakbnqafksdxcgnuafhomveihrasdoqjbmetignvkkbsopfw
qjcwrpiwrmetzuczwmvjgihguxtspqrdaefvyblcorbglteydhovbgip
nwfjisbteprkcnfujhowllctpqgxrkdxsqjxsnfuavdaxnwkhjihvyut
qrsebfgwzcmdpschmufzeipwchjqoxgkjtcufqsldogvkipxmmduqrhy
sleytrkytogvbwebyoxlikjiwzvurstfcghxadneqtdinvgafjqxdikr
pyhlkudvgrtmephwljqynnevrsiztmfzuslzuphwcxfczpymjlkjxawv
stugdhiybeofruejowhbgkryejlsqzimlvewhsunfqixmkrzoofwstja
ungavtmavqixdygdaqznkmlkybxwtuvheijzcfpgsvfkpxichlszfkmt
rajnmwfxitvogrjynlsappgxtukbvohbwunbwrjyezhebraolnmlzcyx
uvwifjkadgqhtwglqyjdimtaglnusbkonxgyjuwphskzomtbqqhyuvlc
wpicxvocxskzfaifcsbpmonmadzyvwxjgklbehriuxhmrzkejnubhmov
tclpoyhzkvxqitlapnucrrizvwmdxqjdywpdytlagbjgdtcqnponbeaz
wxykhlmcfisjvyinsalfkovcinpwudmqpzialwyrjumbqovdssjawxne
yrkezxqezumbhckheudroqpocfbaxyzlimndgjtkwzjotbmglpwdjoqx
venrqajbmxzskvncrpwettkbxyofzslfayrfavncidlifvesprqpdgcb
yzamjnoehkulxakpucnhmqxekprywfosrbkcnyatlwodsqxfuulcyzpg
atmgbzsgbwodjemjgwftqsrqehdczabnkopfilvmyblqvdoinryflqsz
xgptscldozbumxpetrygvvmdzaqhbunhcathcxpekfnkhxgurtsrfied
abcolpqgjmwnzcmrwepjoszgmrtayhqutdmepacvnyqfuszhwwneabri
cvoidbuidyqflgoliyhvsutsgjfebcdpmqrhknxoadnsxfqkptahnsub
zirvuenfqbdwozrgvtaixxofbcsjdwpjecvjezrgmhpmjziwtvuthkgf
cdeqnrsiloypbeotygrlqubiotvcajswvfogrcexpashwubjyypgcdtk
exqkfdwkfashniqnkajxuwvuilhgdefrostjmpzqcfpuzhsmrvcjpuwd
bktxwgphsdfyqbtixvckzzqhdeulfyrlgexlgbtiojrolbkyvxwvjmih

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: defrost
Cipher: qrsebfg

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: defrost
Cipher: 41511224433444

Extended Methods:
Method #1

Plaintext: defrost
method variations:
iklwtxyopqbycdtuvgdhiyzamino

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d e f r o s t 
4 5 1 2 4 3 4 
1 1 2 4 3 4 4 
They are then read out in rows:
45124341124344
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: defrost
Cipher: yfodfot

Read more ...
Method #3

Plaintext: defrost
method variations:
vagtntt agtnttv gtnttva
tnttvag nttvagt ttvagtn
tvagtnt

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: defrost

all 5040 cipher variations:
defrost defrots defrsot defrsto defrtso defrtos deforst deforts defosrt defostr defotsr
defotrs defsort defsotr defsrot defsrto defstro defstor deftosr deftors deftsor deftsro
deftrso deftros derfost derfots derfsot derfsto derftso derftos derofst derofts derosft
derostf derotsf derotfs dersoft dersotf dersfot dersfto derstfo derstof dertosf dertofs
dertsof dertsfo dertfso dertfos deorfst deorfts deorsft deorstf deortsf deortfs deofrst
deofrts deofsrt deofstr deoftsr deoftrs deosfrt deosftr deosrft deosrtf deostrf deostfr
deotfsr deotfrs deotsfr deotsrf deotrsf deotrfs desroft desrotf desrfot desrfto desrtfo
desrtof desorft desortf desofrt desoftr desotfr desotrf desfort desfotr desfrot desfrto
desftro desftor destofr destorf destfor destfro destrfo destrof detrosf detrofs detrsof
detrsfo detrfso detrfos detorsf detorfs detosrf detosfr detofsr detofrs detsorf detsofr
detsrof detsrfo detsfro detsfor detfosr detfors detfsor detfsro detfrso detfros dferost
dferots dfersot dfersto dfertso dfertos dfeorst dfeorts dfeosrt dfeostr dfeotsr dfeotrs
dfesort dfesotr dfesrot dfesrto dfestro dfestor dfetosr dfetors dfetsor dfetsro dfetrso
dfetros dfreost dfreots dfresot dfresto dfretso dfretos dfroest dfroets dfroset dfroste
dfrotse dfrotes dfrsoet dfrsote dfrseot dfrseto dfrsteo dfrstoe dfrtose dfrtoes dfrtsoe
dfrtseo dfrteso dfrteos dforest dforets dforset dforste dfortse dfortes dfoerst dfoerts
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dfoters dfotser dfotsre dfotrse dfotres dfsroet dfsrote dfsreot dfsreto dfsrteo dfsrtoe
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drefost drefots drefsot drefsto dreftso dreftos dreofst dreofts dreosft dreostf dreotsf
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osetrfd osetrdf ostrdef ostrdfe ostredf ostrefd ostrfed ostrfde ostdref ostdrfe ostderf
ostdefr ostdfer ostdfre ostedrf ostedfr osterdf osterfd ostefrd ostefdr ostfder ostfdre
ostfedr ostferd ostfred ostfrde otfrdse otfrdes otfrsde otfrsed otfresd otfreds otfdrse
otfdres otfdsre otfdser otfdesr otfders otfsdre otfsder otfsrde otfsred otfserd otfsedr
otfedsr otfedrs otfesdr otfesrd otfersd otferds otrfdse otrfdes otrfsde otrfsed otrfesd
otrfeds otrdfse otrdfes otrdsfe otrdsef otrdesf otrdefs otrsdfe otrsdef otrsfde otrsfed
otrsefd otrsedf otredsf otredfs otresdf otresfd otrefsd otrefds otdrfse otdrfes otdrsfe
otdrsef otdresf otdrefs otdfrse otdfres otdfsre otdfser otdfesr otdfers otdsfre otdsfer
otdsrfe otdsref otdserf otdsefr otdefsr otdefrs otdesfr otdesrf otdersf otderfs otsrdfe
otsrdef otsrfde otsrfed otsrefd otsredf otsdrfe otsdref otsdfre otsdfer otsdefr otsderf
otsfdre otsfder otsfrde otsfred otsferd otsfedr otsedfr otsedrf otsefdr otsefrd otserfd
otserdf oterdsf oterdfs otersdf otersfd oterfsd oterfds otedrsf otedrfs otedsrf otedsfr
otedfsr otedfrs otesdrf otesdfr otesrdf otesrfd otesfrd otesfdr otefdsr otefdrs otefsdr
otefsrd otefrsd otefrds sefrodt sefrotd sefrdot sefrdto sefrtdo sefrtod sefordt sefortd
sefodrt sefodtr sefotdr sefotrd sefdort sefdotr sefdrot sefdrto sefdtro sefdtor seftodr
seftord seftdor seftdro seftrdo seftrod serfodt serfotd serfdot serfdto serftdo serftod
serofdt seroftd serodft serodtf serotdf serotfd serdoft serdotf serdfot serdfto serdtfo
serdtof sertodf sertofd sertdof sertdfo sertfdo sertfod seorfdt seorftd seordft seordtf
seortdf seortfd seofrdt seofrtd seofdrt seofdtr seoftdr seoftrd seodfrt seodftr seodrft
seodrtf seodtrf seodtfr seotfdr seotfrd seotdfr seotdrf seotrdf seotrfd sedroft sedrotf
sedrfot sedrfto sedrtfo sedrtof sedorft sedortf sedofrt sedoftr sedotfr sedotrf sedfort
sedfotr sedfrot sedfrto sedftro sedftor sedtofr sedtorf sedtfor sedtfro sedtrfo sedtrof
setrodf setrofd setrdof setrdfo setrfdo setrfod setordf setorfd setodrf setodfr setofdr
setofrd setdorf setdofr setdrof setdrfo setdfro setdfor setfodr setford setfdor setfdro
setfrdo setfrod sferodt sferotd sferdot sferdto sfertdo sfertod sfeordt sfeortd sfeodrt
sfeodtr sfeotdr sfeotrd sfedort sfedotr sfedrot sfedrto sfedtro sfedtor sfetodr sfetord
sfetdor sfetdro sfetrdo sfetrod sfreodt sfreotd sfredot sfredto sfretdo sfretod sfroedt
sfroetd sfrodet sfrodte sfrotde sfroted sfrdoet sfrdote sfrdeot sfrdeto sfrdteo sfrdtoe
sfrtode sfrtoed sfrtdoe sfrtdeo sfrtedo sfrteod sforedt sforetd sfordet sfordte sfortde
sforted sfoerdt sfoertd sfoedrt sfoedtr sfoetdr sfoetrd sfodert sfodetr sfodret sfodrte
sfodtre sfodter sfotedr sfoterd sfotder sfotdre sfotrde sfotred sfdroet sfdrote sfdreot
sfdreto sfdrteo sfdrtoe sfdoret sfdorte sfdoert sfdoetr sfdoter sfdotre sfdeort sfdeotr
sfderot sfderto sfdetro sfdetor sfdtoer sfdtore sfdteor sfdtero sfdtreo sfdtroe sftrode
sftroed sftrdoe sftrdeo sftredo sftreod sftorde sftored sftodre sftoder sftoedr sftoerd
sftdore sftdoer sftdroe sftdreo sftdero sftdeor sfteodr sfteord sftedor sftedro sfterdo
sfterod srfeodt srfeotd srfedot srfedto srfetdo srfetod srfoedt srfoetd srfodet srfodte
srfotde srfoted srfdoet srfdote srfdeot srfdeto srfdteo srfdtoe srftode srftoed srftdoe
srftdeo srftedo srfteod srefodt srefotd srefdot srefdto sreftdo sreftod sreofdt sreoftd
sreodft sreodtf sreotdf sreotfd sredoft sredotf sredfot sredfto sredtfo sredtof sretodf
sretofd sretdof sretdfo sretfdo sretfod sroefdt sroeftd sroedft sroedtf sroetdf sroetfd
srofedt srofetd srofdet srofdte sroftde srofted srodfet srodfte srodeft srodetf srodtef
srodtfe srotfde srotfed srotdfe srotdef srotedf srotefd srdeoft srdeotf srdefot srdefto
srdetfo srdetof srdoeft srdoetf srdofet srdofte srdotfe srdotef srdfoet srdfote srdfeot
srdfeto srdfteo srdftoe srdtofe srdtoef srdtfoe srdtfeo srdtefo srdteof srteodf srteofd
srtedof srtedfo srtefdo srtefod srtoedf srtoefd srtodef srtodfe srtofde srtofed srtdoef
srtdofe srtdeof srtdefo srtdfeo srtdfoe srtfode srtfoed srtfdoe srtfdeo srtfedo srtfeod
sofredt sofretd sofrdet sofrdte sofrtde sofrted soferdt sofertd sofedrt sofedtr sofetdr
sofetrd sofdert sofdetr sofdret sofdrte sofdtre sofdter softedr softerd softder softdre
softrde softred sorfedt sorfetd sorfdet sorfdte sorftde sorfted sorefdt soreftd soredft
soredtf soretdf soretfd sordeft sordetf sordfet sordfte sordtfe sordtef sortedf sortefd
sortdef sortdfe sortfde sortfed soerfdt soerftd soerdft soerdtf soertdf soertfd soefrdt
soefrtd soefdrt soefdtr soeftdr soeftrd soedfrt soedftr soedrft soedrtf soedtrf soedtfr
soetfdr soetfrd soetdfr soetdrf soetrdf soetrfd sodreft sodretf sodrfet sodrfte sodrtfe
sodrtef soderft sodertf sodefrt sodeftr sodetfr sodetrf sodfert sodfetr sodfret sodfrte
sodftre sodfter sodtefr sodterf sodtfer sodtfre sodtrfe sodtref sotredf sotrefd sotrdef
sotrdfe sotrfde sotrfed soterdf soterfd sotedrf sotedfr sotefdr sotefrd sotderf sotdefr
sotdref sotdrfe sotdfre sotdfer sotfedr sotferd sotfder sotfdre sotfrde sotfred sdfroet
sdfrote sdfreot sdfreto sdfrteo sdfrtoe sdforet sdforte sdfoert sdfoetr sdfoter sdfotre
sdfeort sdfeotr sdferot sdferto sdfetro sdfetor sdftoer sdftore sdfteor sdftero sdftreo
sdftroe sdrfoet sdrfote sdrfeot sdrfeto sdrfteo sdrftoe sdrofet sdrofte sdroeft sdroetf
sdrotef sdrotfe sdreoft sdreotf sdrefot sdrefto sdretfo sdretof sdrtoef sdrtofe sdrteof
sdrtefo sdrtfeo sdrtfoe sdorfet sdorfte sdoreft sdoretf sdortef sdortfe sdofret sdofrte
sdofert sdofetr sdofter sdoftre sdoefrt sdoeftr sdoerft sdoertf sdoetrf sdoetfr sdotfer
sdotfre sdotefr sdoterf sdotref sdotrfe sderoft sderotf sderfot sderfto sdertfo sdertof
sdeorft sdeortf sdeofrt sdeoftr sdeotfr sdeotrf sdefort sdefotr sdefrot sdefrto sdeftro
sdeftor sdetofr sdetorf sdetfor sdetfro sdetrfo sdetrof sdtroef sdtrofe sdtreof sdtrefo
sdtrfeo sdtrfoe sdtoref sdtorfe sdtoerf sdtoefr sdtofer sdtofre sdteorf sdteofr sdterof
sdterfo sdtefro sdtefor sdtfoer sdtfore sdtfeor sdtfero sdtfreo sdtfroe stfrode stfroed
stfrdoe stfrdeo stfredo stfreod stforde stfored stfodre stfoder stfoedr stfoerd stfdore
stfdoer stfdroe stfdreo stfdero stfdeor stfeodr stfeord stfedor stfedro stferdo stferod
strfode strfoed strfdoe strfdeo strfedo strfeod strofde strofed strodfe strodef stroedf
stroefd strdofe strdoef strdfoe strdfeo strdefo strdeof streodf streofd stredof stredfo
strefdo strefod storfde storfed stordfe stordef storedf storefd stofrde stofred stofdre
stofder stofedr stoferd stodfre stodfer stodrfe stodref stoderf stodefr stoefdr stoefrd
stoedfr stoedrf stoerdf stoerfd stdrofe stdroef stdrfoe stdrfeo stdrefo stdreof stdorfe
stdoref stdofre stdofer stdoefr stdoerf stdfore stdfoer stdfroe stdfreo stdfero stdfeor
stdeofr stdeorf stdefor stdefro stderfo stderof sterodf sterofd sterdof sterdfo sterfdo
sterfod steordf steorfd steodrf steodfr steofdr steofrd stedorf stedofr stedrof stedrfo
stedfro stedfor stefodr steford stefdor stefdro stefrdo stefrod tefrosd tefrods tefrsod
tefrsdo tefrdso tefrdos teforsd tefords tefosrd tefosdr tefodsr tefodrs tefsord tefsodr
tefsrod tefsrdo tefsdro tefsdor tefdosr tefdors tefdsor tefdsro tefdrso tefdros terfosd
terfods terfsod terfsdo terfdso terfdos terofsd terofds terosfd terosdf terodsf terodfs
tersofd tersodf tersfod tersfdo tersdfo tersdof terdosf terdofs terdsof terdsfo terdfso
terdfos teorfsd teorfds teorsfd teorsdf teordsf teordfs teofrsd teofrds teofsrd teofsdr
teofdsr teofdrs teosfrd teosfdr teosrfd teosrdf teosdrf teosdfr teodfsr teodfrs teodsfr
teodsrf teodrsf teodrfs tesrofd tesrodf tesrfod tesrfdo tesrdfo tesrdof tesorfd tesordf
tesofrd tesofdr tesodfr tesodrf tesford tesfodr tesfrod tesfrdo tesfdro tesfdor tesdofr
tesdorf tesdfor tesdfro tesdrfo tesdrof tedrosf tedrofs tedrsof tedrsfo tedrfso tedrfos
tedorsf tedorfs tedosrf tedosfr tedofsr tedofrs tedsorf tedsofr tedsrof tedsrfo tedsfro
tedsfor tedfosr tedfors tedfsor tedfsro tedfrso tedfros tferosd tferods tfersod tfersdo
tferdso tferdos tfeorsd tfeords tfeosrd tfeosdr tfeodsr tfeodrs tfesord tfesodr tfesrod
tfesrdo tfesdro tfesdor tfedosr tfedors tfedsor tfedsro tfedrso tfedros tfreosd tfreods
tfresod tfresdo tfredso tfredos tfroesd tfroeds tfrosed tfrosde tfrodse tfrodes tfrsoed
tfrsode tfrseod tfrsedo tfrsdeo tfrsdoe tfrdose tfrdoes tfrdsoe tfrdseo tfrdeso tfrdeos
tforesd tforeds tforsed tforsde tfordse tfordes tfoersd tfoerds tfoesrd tfoesdr tfoedsr
tfoedrs tfoserd tfosedr tfosred tfosrde tfosdre tfosder tfodesr tfoders tfodser tfodsre
tfodrse tfodres tfsroed tfsrode tfsreod tfsredo tfsrdeo tfsrdoe tfsored tfsorde tfsoerd
tfsoedr tfsoder tfsodre tfseord tfseodr tfserod tfserdo tfsedro tfsedor tfsdoer tfsdore
tfsdeor tfsdero tfsdreo tfsdroe tfdrose tfdroes tfdrsoe tfdrseo tfdreso tfdreos tfdorse
tfdores tfdosre tfdoser tfdoesr tfdoers tfdsore tfdsoer tfdsroe tfdsreo tfdsero tfdseor
tfdeosr tfdeors tfdesor tfdesro tfderso tfderos trfeosd trfeods trfesod trfesdo trfedso
trfedos trfoesd trfoeds trfosed trfosde trfodse trfodes trfsoed trfsode trfseod trfsedo
trfsdeo trfsdoe trfdose trfdoes trfdsoe trfdseo trfdeso trfdeos trefosd trefods trefsod
trefsdo trefdso trefdos treofsd treofds treosfd treosdf treodsf treodfs tresofd tresodf
tresfod tresfdo tresdfo tresdof tredosf tredofs tredsof tredsfo tredfso tredfos troefsd
troefds troesfd troesdf troedsf troedfs trofesd trofeds trofsed trofsde trofdse trofdes
trosfed trosfde trosefd trosedf trosdef trosdfe trodfse trodfes trodsfe trodsef trodesf
trodefs trseofd trseodf trsefod trsefdo trsedfo trsedof trsoefd trsoedf trsofed trsofde
trsodfe trsodef trsfoed trsfode trsfeod trsfedo trsfdeo trsfdoe trsdofe trsdoef trsdfoe
trsdfeo trsdefo trsdeof trdeosf trdeofs trdesof trdesfo trdefso trdefos trdoesf trdoefs
trdosef trdosfe trdofse trdofes trdsoef trdsofe trdseof trdsefo trdsfeo trdsfoe trdfose
trdfoes trdfsoe trdfseo trdfeso trdfeos tofresd tofreds tofrsed tofrsde tofrdse tofrdes
tofersd toferds tofesrd tofesdr tofedsr tofedrs tofserd tofsedr tofsred tofsrde tofsdre
tofsder tofdesr tofders tofdser tofdsre tofdrse tofdres torfesd torfeds torfsed torfsde
torfdse torfdes torefsd torefds toresfd toresdf toredsf toredfs torsefd torsedf torsfed
torsfde torsdfe torsdef tordesf tordefs tordsef tordsfe tordfse tordfes toerfsd toerfds
toersfd toersdf toerdsf toerdfs toefrsd toefrds toefsrd toefsdr toefdsr toefdrs toesfrd
toesfdr toesrfd toesrdf toesdrf toesdfr toedfsr toedfrs toedsfr toedsrf toedrsf toedrfs
tosrefd tosredf tosrfed tosrfde tosrdfe tosrdef toserfd toserdf tosefrd tosefdr tosedfr
tosedrf tosferd tosfedr tosfred tosfrde tosfdre tosfder tosdefr tosderf tosdfer tosdfre
tosdrfe tosdref todresf todrefs todrsef todrsfe todrfse todrfes todersf toderfs todesrf
todesfr todefsr todefrs todserf todsefr todsref todsrfe todsfre todsfer todfesr todfers
todfser todfsre todfrse todfres tsfroed tsfrode tsfreod tsfredo tsfrdeo tsfrdoe tsfored
tsforde tsfoerd tsfoedr tsfoder tsfodre tsfeord tsfeodr tsferod tsferdo tsfedro tsfedor
tsfdoer tsfdore tsfdeor tsfdero tsfdreo tsfdroe tsrfoed tsrfode tsrfeod tsrfedo tsrfdeo
tsrfdoe tsrofed tsrofde tsroefd tsroedf tsrodef tsrodfe tsreofd tsreodf tsrefod tsrefdo
tsredfo tsredof tsrdoef tsrdofe tsrdeof tsrdefo tsrdfeo tsrdfoe tsorfed tsorfde tsorefd
tsoredf tsordef tsordfe tsofred tsofrde tsoferd tsofedr tsofder tsofdre tsoefrd tsoefdr
tsoerfd tsoerdf tsoedrf tsoedfr tsodfer tsodfre tsodefr tsoderf tsodref tsodrfe tserofd
tserodf tserfod tserfdo tserdfo tserdof tseorfd tseordf tseofrd tseofdr tseodfr tseodrf
tseford tsefodr tsefrod tsefrdo tsefdro tsefdor tsedofr tsedorf tsedfor tsedfro tsedrfo
tsedrof tsdroef tsdrofe tsdreof tsdrefo tsdrfeo tsdrfoe tsdoref tsdorfe tsdoerf tsdoefr
tsdofer tsdofre tsdeorf tsdeofr tsderof tsderfo tsdefro tsdefor tsdfoer tsdfore tsdfeor
tsdfero tsdfreo tsdfroe tdfrose tdfroes tdfrsoe tdfrseo tdfreso tdfreos tdforse tdfores
tdfosre tdfoser tdfoesr tdfoers tdfsore tdfsoer tdfsroe tdfsreo tdfsero tdfseor tdfeosr
tdfeors tdfesor tdfesro tdferso tdferos tdrfose tdrfoes tdrfsoe tdrfseo tdrfeso tdrfeos
tdrofse tdrofes tdrosfe tdrosef tdroesf tdroefs tdrsofe tdrsoef tdrsfoe tdrsfeo tdrsefo
tdrseof tdreosf tdreofs tdresof tdresfo tdrefso tdrefos tdorfse tdorfes tdorsfe tdorsef
tdoresf tdorefs tdofrse tdofres tdofsre tdofser tdofesr tdofers tdosfre tdosfer tdosrfe
tdosref tdoserf tdosefr tdoefsr tdoefrs tdoesfr tdoesrf tdoersf tdoerfs tdsrofe tdsroef
tdsrfoe tdsrfeo tdsrefo tdsreof tdsorfe tdsoref tdsofre tdsofer tdsoefr tdsoerf tdsfore
tdsfoer tdsfroe tdsfreo tdsfero tdsfeor tdseofr tdseorf tdsefor tdsefro tdserfo tdserof
tderosf tderofs tdersof tdersfo tderfso tderfos tdeorsf tdeorfs tdeosrf tdeosfr tdeofsr
tdeofrs tdesorf tdesofr tdesrof tdesrfo tdesfro tdesfor tdefosr tdefors tdefsor tdefsro
tdefrso tdefros

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History of cryptography
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