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: forpine
cipher variations:
gpsqjof hqtrkpg iruslqh jsvtmri ktwunsj
luxvotk mvywpul nwzxqvm oxayrwn pybzsxo
qzcatyp radbuzq sbecvar tcfdwbs udgexct
vehfydu wfigzev xgjhafw yhkibgx ziljchy
ajmkdiz bknleja clomfkb dmpnglc enqohmd

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: forpine
Cipher: ulikrmv

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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: forpine

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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: forpine
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: forpine
Cipher: sbecvar

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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: forpine
Cipher: 12432453423351

Extended Methods:
Method #1

Plaintext: forpine
method variations:

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
f o r p i n e 
1 4 2 5 4 3 5 
2 3 4 3 2 3 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: forpine
Cipher: qwokshc

Read more ...
Method #3

Plaintext: forpine
method variations:
rhysmxa hysmxar ysmxarh
smxarhy mxarhys xarhysm

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: forpine

all 5040 cipher variations:
forpine forpien forpnie forpnei forpeni forpein foripne foripen forinpe forinep forienp
foriepn fornipe forniep fornpie fornpei fornepi forneip foreinp foreipn forenip forenpi
forepni forepin foprine foprien foprnie foprnei fopreni foprein fopirne fopiren fopinre
fopiner fopienr fopiern fopnire fopnier fopnrie fopnrei fopneri fopneir fopeinr fopeirn
fopenir fopenri foperni foperin foiprne foipren foipnre foipner foipenr foipern foirpne
foirpen foirnpe foirnep foirenp foirepn foinrpe foinrep foinpre foinper foinepr foinerp
foiernp foierpn foienrp foienpr foiepnr foieprn fonpire fonpier fonprie fonprei fonperi
fonpeir fonipre foniper fonirpe fonirep fonierp foniepr fonripe fonriep fonrpie fonrpei
fonrepi fonreip foneirp foneipr fonerip fonerpi fonepri fonepir foepinr foepirn foepnir
foepnri foeprni foeprin foeipnr foeiprn foeinpr foeinrp foeirnp foeirpn foenipr foenirp
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rpfonei rpfoeni rpfoein rpfione rpfioen rpfinoe rpfineo rpfieno rpfieon rpfnioe rpfnieo
rpfnoie rpfnoei rpfneoi rpfneio rpfeino rpfeion rpfenio rpfenoi rpfeoni rpfeoin rpofine
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rpifeno rpifeon rpinfoe rpinfeo rpinofe rpinoef rpineof rpinefo rpiefno rpiefon rpienfo
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rpneiof rpnefio rpnefoi rpneofi rpneoif rpeoinf rpeoifn rpeonif rpeonfi rpeofni rpeofin
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rpenfio rpefino rpefion rpefnio rpefnoi rpefoni rpefoin rifpone rifpoen rifpnoe rifpneo
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rifnpeo rifnepo rifneop rifeonp rifeopn rifenop rifenpo rifepno rifepon ripfone ripfoen
ripfnoe ripfneo ripfeno ripfeon ripofne ripofen riponfe riponef ripoenf ripoefn ripnofe
ripnoef ripnfoe ripnfeo ripnefo ripneof ripeonf ripeofn ripenof ripenfo ripefno ripefon
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riofepn rionfpe rionfep rionpfe rionpef rionepf rionefp rioefnp rioefpn rioenfp rioenpf
rioepnf rioepfn rinpofe rinpoef rinpfoe rinpfeo rinpefo rinpeof rinopfe rinopef rinofpe
rinofep rinoefp rinoepf rinfope rinfoep rinfpoe rinfpeo rinfepo rinfeop rineofp rineopf
rinefop rinefpo rinepfo rinepof rieponf riepofn riepnof riepnfo riepfno riepfon rieopnf
rieopfn rieonpf rieonfp rieofnp rieofpn rienopf rienofp rienpof rienpfo rienfpo rienfop
riefonp riefopn riefnop riefnpo riefpno riefpon rnfpioe rnfpieo rnfpoie rnfpoei rnfpeoi
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refnoip refoinp refoipn refonip refonpi refopni refopin repfino repfion repfnio repfnoi
repfoni repfoin repifno repifon repinfo repinof repionf repiofn repnifo repniof repnfio
repnfoi repnofi repnoif repoinf repoifn reponif reponfi repofni repofin reipfno reipfon
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reniopf renfipo renfiop renfpio renfpoi renfopi renfoip renoifp renoipf renofip renofpi
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reofnip reofnpi reofpni reofpin porfine porfien porfnie porfnei porfeni porfein porifne
porifen porinfe porinef porienf poriefn pornife pornief pornfie pornfei pornefi porneif
poreinf poreifn porenif porenfi porefni porefin pofrine pofrien pofrnie pofrnei pofreni
pofrein pofirne pofiren pofinre pofiner pofienr pofiern pofnire pofnier pofnrie pofnrei
pofneri pofneir pofeinr pofeirn pofenir pofenri poferni poferin poifrne poifren poifnre
poifner poifenr poifern poirfne poirfen poirnfe poirnef poirenf poirefn poinrfe poinref
poinfre poinfer poinefr poinerf poiernf poierfn poienrf poienfr poiefnr poiefrn ponfire
ponfier ponfrie ponfrei ponferi ponfeir ponifre ponifer ponirfe poniref ponierf poniefr
ponrife ponrief ponrfie ponrfei ponrefi ponreif poneirf poneifr ponerif ponerfi ponefri
ponefir poefinr poefirn poefnir poefnri poefrni poefrin poeifnr poeifrn poeinfr poeinrf
poeirnf poeirfn poenifr poenirf poenfir poenfri poenrfi poenrif poerinf poerifn poernif
poernfi poerfni poerfin profine profien profnie profnei profeni profein proifne proifen
proinfe proinef proienf proiefn pronife pronief pronfie pronfei pronefi proneif proeinf
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prfneio prfeino prfeion prfenio prfenoi prfeoni prfeoin prifone prifoen prifnoe prifneo
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prinfeo prinefo prineof prieonf prieofn prienof prienfo priefno priefon prnfioe prnfieo
prnfoie prnfoei prnfeoi prnfeio prnifoe prnifeo prniofe prnioef prnieof prniefo prnoife
prnoief prnofie prnofei prnoefi prnoeif prneiof prneifo prneoif prneofi prnefoi prnefio
prefino prefion prefnio prefnoi prefoni prefoin preifno preifon preinfo preinof preionf
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preofni preofin pfroine pfroien pfronie pfronei pfroeni pfroein pfrione pfrioen pfrinoe
pfrineo pfrieno pfrieon pfrnioe pfrnieo pfrnoie pfrnoei pfrneoi pfrneio pfreino pfreion
pfrenio pfrenoi pfreoni pfreoin pforine pforien pfornie pfornei pforeni pforein pfoirne
pfoiren pfoinre pfoiner pfoienr pfoiern pfonire pfonier pfonrie pfonrei pfoneri pfoneir
pfoeinr pfoeirn pfoenir pfoenri pfoerni pfoerin pfiorne pfioren pfionre pfioner pfioenr
pfioern pfirone pfiroen pfirnoe pfirneo pfireno pfireon pfinroe pfinreo pfinore pfinoer
pfineor pfinero pfierno pfieron pfienro pfienor pfieonr pfieorn pfnoire pfnoier pfnorie
pfnorei pfnoeri pfnoeir pfniore pfnioer pfniroe pfnireo pfniero pfnieor pfnrioe pfnrieo
pfnroie pfnroei pfnreoi pfnreio pfneiro pfneior pfnerio pfneroi pfneori pfneoir pfeoinr
pfeoirn pfeonir pfeonri pfeorni pfeorin pfeionr pfeiorn pfeinor pfeinro pfeirno pfeiron
pfenior pfeniro pfenoir pfenori pfenroi pfenrio pferino pferion pfernio pfernoi pferoni
pferoin pirfone pirfoen pirfnoe pirfneo pirfeno pirfeon pirofne pirofen pironfe pironef
piroenf piroefn pirnofe pirnoef pirnfoe pirnfeo pirnefo pirneof pireonf pireofn pirenof
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pifeorn pifenor pifenro piferno piferon piofrne piofren piofnre piofner piofenr piofern
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pinrfeo pinrefo pinreof pineorf pineofr pinerof pinerfo pinefro pinefor piefonr pieforn
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pienorf pienfor pienfro pienrfo pienrof pieronf pierofn piernof piernfo pierfno pierfon
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pnriefo pnroife pnroief pnrofie pnrofei pnroefi pnroeif pnreiof pnreifo pnreoif pnreofi
pnrefoi pnrefio pnfrioe pnfrieo pnfroie pnfroei pnfreoi pnfreio pnfiroe pnfireo pnfiore
pnfioer pnfieor pnfiero pnfoire pnfoier pnforie pnforei pnfoeri pnfoeir pnfeior pnfeiro
pnfeoir pnfeori pnferoi pnferio pnifroe pnifreo pnifore pnifoer pnifeor pnifero pnirfoe
pnirfeo pnirofe pniroef pnireof pnirefo pniorfe pnioref pniofre pniofer pnioefr pnioerf
pnierof pnierfo pnieorf pnieofr pniefor pniefro pnofire pnofier pnofrie pnofrei pnoferi
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pnefori pnefroi pnefrio pneifor pneifro pneiofr pneiorf pneirof pneirfo pneoifr pneoirf
pneofir pneofri pneorfi pneorif pneriof pnerifo pneroif pnerofi pnerfoi pnerfio perfino
perfion perfnio perfnoi perfoni perfoin perifno perifon perinfo perinof perionf periofn
pernifo perniof pernfio pernfoi pernofi pernoif peroinf peroifn peronif peronfi perofni
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peiorfn peionrf peionfr peiofnr peiofrn penfiro penfior penfrio penfroi penfori penfoir
penifro penifor penirfo penirof peniorf peniofr penrifo penriof penrfio penrfoi penrofi
penroif penoirf penoifr penorif penorfi penofri penofir peofinr peofirn peofnir peofnri
peofrni peofrin peoifnr peoifrn peoinfr peoinrf peoirnf peoirfn peonifr peonirf peonfir
peonfri peonrfi peonrif peorinf peorifn peornif peornfi peorfni peorfin iorpfne iorpfen
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iornfep iornpfe iornpef iornepf iornefp iorefnp iorefpn iorenfp iorenpf iorepnf iorepfn
ioprfne ioprfen ioprnfe ioprnef ioprenf ioprefn iopfrne iopfren iopfnre iopfner iopfenr
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iropnef iropenf iropefn irofpne irofpen irofnpe irofnep irofenp irofepn ironfpe ironfep
ironpfe ironpef ironepf ironefp iroefnp iroefpn iroenfp iroenpf iroepnf iroepfn irpofne
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irenofp ireofnp ireofpn ireonfp ireonpf ireopnf ireopfn iprofne iprofen ipronfe ipronef
iproenf iproefn iprfone iprfoen iprfnoe iprfneo iprfeno iprfeon iprnfoe iprnfeo iprnofe
iprnoef iprneof iprnefo iprefno iprefon iprenfo iprenof ipreonf ipreofn iporfne iporfen
ipornfe ipornef iporenf iporefn ipofrne ipofren ipofnre ipofner ipofenr ipofern iponfre
iponfer iponrfe iponref iponerf iponefr ipoefnr ipoefrn ipoenfr ipoenrf ipoernf ipoerfn
ipforne ipforen ipfonre ipfoner ipfoenr ipfoern ipfrone ipfroen ipfrnoe ipfrneo ipfreno
ipfreon ipfnroe ipfnreo ipfnore ipfnoer ipfneor ipfnero ipferno ipferon ipfenro ipfenor
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ieofrnp ieofrpn ieonfpr ieonfrp ieonpfr ieonprf ieonrpf ieonrfp ieorfnp ieorfpn ieornfp
ieornpf ieorpnf ieorpfn norpife norpief norpfie norpfei norpefi norpeif noripfe noripef
norifpe norifep noriefp noriepf norfipe norfiep norfpie norfpei norfepi norfeip noreifp
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noeirpf noefipr noefirp noefpir noefpri noefrpi noefrip noerifp noeripf noerfip noerfpi
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nroifep nroiefp nroiepf nrofipe nrofiep nrofpie nrofpei nrofepi nrofeip nroeifp nroeipf
nroefip nroefpi nroepfi nroepif nrpoife nrpoief nrpofie nrpofei nrpoefi nrpoeif nrpiofe
nrpioef nrpifoe nrpifeo nrpiefo nrpieof nrpfioe nrpfieo nrpfoie nrpfoei nrpfeoi nrpfeio
nrpeifo nrpeiof nrpefio nrpefoi nrpeofi nrpeoif nripofe nripoef nripfoe nripfeo nripefo
nripeof nriopfe nriopef nriofpe nriofep nrioefp nrioepf nrifope nrifoep nrifpoe nrifpeo
nrifepo nrifeop nrieofp nrieopf nriefop nriefpo nriepfo nriepof nrfpioe nrfpieo nrfpoie
nrfpoei nrfpeoi nrfpeio nrfipoe nrfipeo nrfiope nrfioep nrfieop nrfiepo nrfoipe nrfoiep
nrfopie nrfopei nrfoepi nrfoeip nrfeiop nrfeipo nrfeoip nrfeopi nrfepoi nrfepio nrepifo
nrepiof nrepfio nrepfoi nrepofi nrepoif nreipfo nreipof nreifpo nreifop nreiofp nreiopf
nrefipo nrefiop nrefpio nrefpoi nrefopi nrefoip nreoifp nreoipf nreofip nreofpi nreopfi
nreopif nproife nproief nprofie nprofei nproefi nproeif npriofe nprioef nprifoe nprifeo
npriefo nprieof nprfioe nprfieo nprfoie nprfoei nprfeoi nprfeio npreifo npreiof nprefio
nprefoi npreofi npreoif nporife nporief nporfie nporfei nporefi nporeif npoirfe npoiref
npoifre npoifer npoiefr npoierf npofire npofier npofrie npofrei npoferi npofeir npoeifr
npoeirf npoefir npoefri npoerfi npoerif npiorfe npioref npiofre npiofer npioefr npioerf
npirofe npiroef npirfoe npirfeo npirefo npireof npifroe npifreo npifore npifoer npifeor
npifero npierfo npierof npiefro npiefor npieofr npieorf npfoire npfoier npforie npforei
npfoeri npfoeir npfiore npfioer npfiroe npfireo npfiero npfieor npfrioe npfrieo npfroie
npfroei npfreoi npfreio npfeiro npfeior npferio npferoi npfeori npfeoir npeoifr npeoirf
npeofir npeofri npeorfi npeorif npeiofr npeiorf npeifor npeifro npeirfo npeirof npefior
npefiro npefoir npefori npefroi npefrio nperifo nperiof nperfio nperfoi nperofi nperoif
nirpofe nirpoef nirpfoe nirpfeo nirpefo nirpeof niropfe niropef nirofpe nirofep niroefp
niroepf nirfope nirfoep nirfpoe nirfpeo nirfepo nirfeop nireofp nireopf nirefop nirefpo
nirepfo nirepof niprofe niproef niprfoe niprfeo niprefo nipreof niporfe niporef nipofre
nipofer nipoefr nipoerf nipfore nipfoer nipfroe nipfreo nipfero nipfeor nipeofr nipeorf
nipefor nipefro niperfo niperof nioprfe niopref niopfre niopfer niopefr nioperf niorpfe
niorpef niorfpe niorfep niorefp niorepf niofrpe niofrep niofpre niofper niofepr nioferp
nioerfp nioerpf nioefrp nioefpr nioepfr nioeprf nifpore nifpoer nifproe nifpreo nifpero
nifpeor nifopre nifoper niforpe niforep nifoerp nifoepr nifrope nifroep nifrpoe nifrpeo
nifrepo nifreop nifeorp nifeopr niferop niferpo nifepro nifepor niepofr nieporf niepfor
niepfro nieprfo nieprof nieopfr nieoprf nieofpr nieofrp nieorfp nieorpf niefopr nieforp
niefpor niefpro niefrpo niefrop nierofp nieropf nierfop nierfpo nierpfo nierpof nfrpioe
nfrpieo nfrpoie nfrpoei nfrpeoi nfrpeio nfripoe nfripeo nfriope nfrioep nfrieop nfriepo
nfroipe nfroiep nfropie nfropei nfroepi nfroeip nfreiop nfreipo nfreoip nfreopi nfrepoi
nfrepio nfprioe nfprieo nfproie nfproei nfpreoi nfpreio nfpiroe nfpireo nfpiore nfpioer
nfpieor nfpiero nfpoire nfpoier nfporie nfporei nfpoeri nfpoeir nfpeior nfpeiro nfpeoir
nfpeori nfperoi nfperio nfiproe nfipreo nfipore nfipoer nfipeor nfipero nfirpoe nfirpeo
nfirope nfiroep nfireop nfirepo nfiorpe nfiorep nfiopre nfioper nfioepr nfioerp nfierop
nfierpo nfieorp nfieopr nfiepor nfiepro nfopire nfopier nfoprie nfoprei nfoperi nfopeir
nfoipre nfoiper nfoirpe nfoirep nfoierp nfoiepr nforipe nforiep nforpie nforpei nforepi
nforeip nfoeirp nfoeipr nfoerip nfoerpi nfoepri nfoepir nfepior nfepiro nfepoir nfepori
nfeproi nfeprio nfeipor nfeipro nfeiopr nfeiorp nfeirop nfeirpo nfeoipr nfeoirp nfeopir
nfeopri nfeorpi nfeorip nferiop nferipo nferoip nferopi nferpoi nferpio nerpifo nerpiof
nerpfio nerpfoi nerpofi nerpoif neripfo neripof nerifpo nerifop neriofp neriopf nerfipo
nerfiop nerfpio nerfpoi nerfopi nerfoip neroifp neroipf nerofip nerofpi neropfi neropif
neprifo nepriof neprfio neprfoi neprofi neproif nepirfo nepirof nepifro nepifor nepiofr
nepiorf nepfiro nepfior nepfrio nepfroi nepfori nepfoir nepoifr nepoirf nepofir nepofri
neporfi neporif neiprfo neiprof neipfro neipfor neipofr neiporf neirpfo neirpof neirfpo
neirfop neirofp neiropf neifrpo neifrop neifpro neifpor neifopr neiforp neiorfp neiorpf
neiofrp neiofpr neiopfr neioprf nefpiro nefpior nefprio nefproi nefpori nefpoir nefipro
nefipor nefirpo nefirop nefiorp nefiopr nefripo nefriop nefrpio nefrpoi nefropi nefroip
nefoirp nefoipr neforip neforpi nefopri nefopir neopifr neopirf neopfir neopfri neoprfi
neoprif neoipfr neoiprf neoifpr neoifrp neoirfp neoirpf neofipr neofirp neofpir neofpri
neofrpi neofrip neorifp neoripf neorfip neorfpi neorpfi neorpif eorpinf eorpifn eorpnif
eorpnfi eorpfni eorpfin eoripnf eoripfn eorinpf eorinfp eorifnp eorifpn eornipf eornifp
eornpif eornpfi eornfpi eornfip eorfinp eorfipn eorfnip eorfnpi eorfpni eorfpin eoprinf
eoprifn eoprnif eoprnfi eoprfni eoprfin eopirnf eopirfn eopinrf eopinfr eopifnr eopifrn
eopnirf eopnifr eopnrif eopnrfi eopnfri eopnfir eopfinr eopfirn eopfnir eopfnri eopfrni
eopfrin eoiprnf eoiprfn eoipnrf eoipnfr eoipfnr eoipfrn eoirpnf eoirpfn eoirnpf eoirnfp
eoirfnp eoirfpn eoinrpf eoinrfp eoinprf eoinpfr eoinfpr eoinfrp eoifrnp eoifrpn eoifnrp
eoifnpr eoifpnr eoifprn eonpirf eonpifr eonprif eonprfi eonpfri eonpfir eoniprf eonipfr
eonirpf eonirfp eonifrp eonifpr eonripf eonrifp eonrpif eonrpfi eonrfpi eonrfip eonfirp
eonfipr eonfrip eonfrpi eonfpri eonfpir eofpinr eofpirn eofpnir eofpnri eofprni eofprin
eofipnr eofiprn eofinpr eofinrp eofirnp eofirpn eofnipr eofnirp eofnpir eofnpri eofnrpi
eofnrip eofrinp eofripn eofrnip eofrnpi eofrpni eofrpin eropinf eropifn eropnif eropnfi
eropfni eropfin eroipnf eroipfn eroinpf eroinfp eroifnp eroifpn eronipf eronifp eronpif
eronpfi eronfpi eronfip erofinp erofipn erofnip erofnpi erofpni erofpin erpoinf erpoifn
erponif erponfi erpofni erpofin erpionf erpiofn erpinof erpinfo erpifno erpifon erpniof
erpnifo erpnoif erpnofi erpnfoi erpnfio erpfino erpfion erpfnio erpfnoi erpfoni erpfoin
eriponf eripofn eripnof eripnfo eripfno eripfon eriopnf eriopfn erionpf erionfp eriofnp
eriofpn erinopf erinofp erinpof erinpfo erinfpo erinfop erifonp erifopn erifnop erifnpo
erifpno erifpon ernpiof ernpifo ernpoif ernpofi ernpfoi ernpfio ernipof ernipfo erniopf
erniofp ernifop ernifpo ernoipf ernoifp ernopif ernopfi ernofpi ernofip ernfiop ernfipo
ernfoip ernfopi ernfpoi ernfpio erfpino erfpion erfpnio erfpnoi erfponi erfpoin erfipno
erfipon erfinpo erfinop erfionp erfiopn erfnipo erfniop erfnpio erfnpoi erfnopi erfnoip
erfoinp erfoipn erfonip erfonpi erfopni erfopin eproinf eproifn epronif epronfi eprofni
eprofin eprionf epriofn eprinof eprinfo eprifno eprifon eprniof eprnifo eprnoif eprnofi
eprnfoi eprnfio eprfino eprfion eprfnio eprfnoi eprfoni eprfoin eporinf eporifn epornif
epornfi eporfni eporfin epoirnf epoirfn epoinrf epoinfr epoifnr epoifrn eponirf eponifr
eponrif eponrfi eponfri eponfir epofinr epofirn epofnir epofnri epofrni epofrin epiornf
epiorfn epionrf epionfr epiofnr epiofrn epironf epirofn epirnof epirnfo epirfno epirfon
epinrof epinrfo epinorf epinofr epinfor epinfro epifrno epifron epifnro epifnor epifonr
epiforn epnoirf epnoifr epnorif epnorfi epnofri epnofir epniorf epniofr epnirof epnirfo
epnifro epnifor epnriof epnrifo epnroif epnrofi epnrfoi epnrfio epnfiro epnfior epnfrio
epnfroi epnfori epnfoir epfoinr epfoirn epfonir epfonri epforni epforin epfionr epfiorn
epfinor epfinro epfirno epfiron epfnior epfniro epfnoir epfnori epfnroi epfnrio epfrino
epfrion epfrnio epfrnoi epfroni epfroin eirponf eirpofn eirpnof eirpnfo eirpfno eirpfon
eiropnf eiropfn eironpf eironfp eirofnp eirofpn eirnopf eirnofp eirnpof eirnpfo eirnfpo
eirnfop eirfonp eirfopn eirfnop eirfnpo eirfpno eirfpon eipronf eiprofn eiprnof eiprnfo
eiprfno eiprfon eipornf eiporfn eiponrf eiponfr eipofnr eipofrn eipnorf eipnofr eipnrof
eipnrfo eipnfro eipnfor eipfonr eipforn eipfnor eipfnro eipfrno eipfron eioprnf eioprfn
eiopnrf eiopnfr eiopfnr eiopfrn eiorpnf eiorpfn eiornpf eiornfp eiorfnp eiorfpn eionrpf
eionrfp eionprf eionpfr eionfpr eionfrp eiofrnp eiofrpn eiofnrp eiofnpr eiofpnr eiofprn
einporf einpofr einprof einprfo einpfro einpfor einoprf einopfr einorpf einorfp einofrp
einofpr einropf einrofp einrpof einrpfo einrfpo einrfop einforp einfopr einfrop einfrpo
einfpro einfpor eifponr eifporn eifpnor eifpnro eifprno eifpron eifopnr eifoprn eifonpr
eifonrp eifornp eiforpn eifnopr eifnorp eifnpor eifnpro eifnrpo eifnrop eifronp eifropn
eifrnop eifrnpo eifrpno eifrpon enrpiof enrpifo enrpoif enrpofi enrpfoi enrpfio enripof
enripfo enriopf enriofp enrifop enrifpo enroipf enroifp enropif enropfi enrofpi enrofip
enrfiop enrfipo enrfoip enrfopi enrfpoi enrfpio enpriof enprifo enproif enprofi enprfoi
enprfio enpirof enpirfo enpiorf enpiofr enpifor enpifro enpoirf enpoifr enporif enporfi
enpofri enpofir enpfior enpfiro enpfoir enpfori enpfroi enpfrio eniprof eniprfo eniporf
enipofr enipfor enipfro enirpof enirpfo eniropf enirofp enirfop enirfpo eniorpf eniorfp
enioprf eniopfr eniofpr eniofrp enifrop enifrpo eniforp enifopr enifpor enifpro enopirf
enopifr enoprif enoprfi enopfri enopfir enoiprf enoipfr enoirpf enoirfp enoifrp enoifpr
enoripf enorifp enorpif enorpfi enorfpi enorfip enofirp enofipr enofrip enofrpi enofpri
enofpir enfpior enfpiro enfpoir enfpori enfproi enfprio enfipor enfipro enfiopr enfiorp
enfirop enfirpo enfoipr enfoirp enfopir enfopri enforpi enforip enfriop enfripo enfroip
enfropi enfrpoi enfrpio efrpino efrpion efrpnio efrpnoi efrponi efrpoin efripno efripon
efrinpo efrinop efrionp efriopn efrnipo efrniop efrnpio efrnpoi efrnopi efrnoip efroinp
efroipn efronip efronpi efropni efropin efprino efprion efprnio efprnoi efproni efproin
efpirno efpiron efpinro efpinor efpionr efpiorn efpniro efpnior efpnrio efpnroi efpnori
efpnoir efpoinr efpoirn efponir efponri efporni efporin efiprno efipron efipnro efipnor
efiponr efiporn efirpno efirpon efirnpo efirnop efironp efiropn efinrpo efinrop efinpro
efinpor efinopr efinorp efiornp efiorpn efionrp efionpr efiopnr efioprn efnpiro efnpior
efnprio efnproi efnpori efnpoir efnipro efnipor efnirpo efnirop efniorp efniopr efnripo
efnriop efnrpio efnrpoi efnropi efnroip efnoirp efnoipr efnorip efnorpi efnopri efnopir
efopinr efopirn efopnir efopnri efoprni efoprin efoipnr efoiprn efoinpr efoinrp efoirnp
efoirpn efonipr efonirp efonpir efonpri efonrpi efonrip eforinp eforipn efornip efornpi
eforpni eforpin

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History of cryptography
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