easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

pakawan

carucage

discursively

spiloma

chisolm

cataclysmatist

hagarshores

abcoulomb

everythin

lanei

lettice

unappreciated

brandeberry

palpon

pansylike

maracaja

dislocate

exceperit


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: reprised
cipher variations:
sfqsjtfe tgrtkugf uhsulvhg vitvmwih wjuwnxji
xkvxoykj ylwypzlk zmxzqaml anyarbnm bozbscon
cpactdpo dqbdueqp ercevfrq fsdfwgsr gtegxhts
hufhyiut ivgizjvu jwhjakwv kxikblxw lyjlcmyx
mzkmdnzy nalneoaz obmofpba pcnpgqcb qdoqhrdc

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: reprised
Cipher: ivkirhvw

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: reprised
Cipher: BAAAA AABAA ABBBA BAAAA ABAAA BAAAB AABAA AAABB

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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: reprised
cipher variations: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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: reprised
Cipher: ercevfrq

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: reprised
Cipher: 2451532442345141

Extended Methods:
Method #1

Plaintext: reprised
method variations:
wkuwoxkibpzbtcpoguegyhutmzkmdnzy

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r e p r i s e d 
2 5 5 2 4 3 5 4 
4 1 3 4 2 4 1 1 
They are then read out in rows:
2552435441342411
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: reprised
Cipher: wkoudsra

Read more ...
Method #3

Plaintext: reprised
method variations:
yvhtmyqf vhtmyqfy htmyqfyv
tmyqfyvh myqfyvht yqfyvhtm
qfyvhtmy fyvhtmyq

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: reprised

first 5040 cipher variations(40320 total)
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rpsdeeir rpsdeeri rpsdeier rpsdeire rpsderie rpsderei rpsdreei rpsdreie rpsdreei rpsdreie rpsdriee
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rreisdpe rreiespd rreiesdp rreiepsd rreiepds rreiedps rreiedsp rreidsep rreidspe rreidesp rreideps
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rridspee rridspee rridsepe rridseep rridseep rridsepe rridespe rridesep rridepse rridepes rrideeps
rrideesp rridesep rridespe rrideesp rrideeps rridepes rridepse rrseiped rrseipde rrseiepd rrseiedp
rrseidep rrseidpe rrsepied rrsepide rrsepeid rrsepedi rrsepdei rrsepdie rrseepid rrseepdi rrseeipd
rrseeidp rrseedip rrseedpi rrsedpei rrsedpie rrsedepi rrsedeip rrsediep rrsedipe rrsieped rrsiepde
rrsieepd rrsieedp rrsiedep rrsiedpe rrsipeed rrsipede rrsipeed rrsipede rrsipdee rrsipdee rrsieped
rrsiepde rrsieepd rrsieedp rrsiedep rrsiedpe rrsidpee rrsidpee rrsidepe rrsideep rrsideep rrsidepe
rrspieed rrspiede rrspieed rrspiede rrspidee rrspidee rrspeied rrspeide rrspeeid rrspeedi rrspedei
rrspedie rrspeeid rrspeedi rrspeied rrspeide rrspedie rrspedei rrspdeei rrspdeie rrspdeei rrspdeie
rrspdiee rrspdiee rrseiped rrseipde rrseiepd rrseiedp rrseidep rrseidpe rrsepied rrsepide rrsepeid
rrsepedi rrsepdei rrsepdie rrseepid rrseepdi rrseeipd rrseeidp rrseedip rrseedpi rrsedpei rrsedpie
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rrsdpiee rrsdpeie rrsdpeei rrsdpeei rrsdpeie rrsdepie rrsdepei rrsdeipe rrsdeiep rrsdeeip rrsdeepi
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rreepdis rreepdsi rreedspi rreedsip rreedpsi rreedpis rreedips rreedisp rreiespd rreiesdp rreiepsd
rreiepds rreiedps rreiedsp rreisepd rreisedp rreisped rreispde rreisdpe rreisdep rreipsed rreipsde
rreipesd rreipeds rreipdes rreipdse rreidspe rreidsep rreidpse rreidpes rreideps rreidesp rresiepd
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rrespeid rrespedi rrespied rrespide rrespdie rrespdei rresdepi rresdeip rresdpei rresdpie rresdipe
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rrepsdei rrepsdie rrepesid rrepesdi rrepeisd rrepeids rrepedis rrepedsi rrepdsei rrepdsie rrepdesi
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rrdesiep rrdesipe rrdeseip rrdesepi rrdespei rrdespie rrdeesip rrdeespi rrdeeisp rrdeeips rrdeepis
rrdeepsi rrdepsei rrdepsie rrdepesi rrdepeis rrdepies rrdepise rrdiesep rrdiespe rrdieesp rrdieeps
rrdiepes rrdiepse rrdiseep rrdisepe rrdiseep rrdisepe rrdispee rrdispee rrdiesep rrdiespe rrdieesp
rrdieeps rrdiepes rrdiepse rrdipsee rrdipsee rrdipese rrdipees rrdipees rrdipese rrdsieep rrdsiepe
rrdsieep rrdsiepe rrdsipee rrdsipee rrdseiep rrdseipe rrdseeip rrdseepi rrdsepei rrdsepie rrdseeip
rrdseepi rrdseiep rrdseipe rrdsepie rrdsepei rrdspeei rrdspeie rrdspeei rrdspeie rrdspiee rrdspiee
rrdeisep rrdeispe rrdeiesp rrdeieps rrdeipes rrdeipse rrdesiep rrdesipe rrdeseip rrdesepi rrdespei
rrdespie rrdeesip rrdeespi rrdeeisp rrdeeips rrdeepis rrdeepsi rrdepsei rrdepsie rrdepesi rrdepeis
rrdepies rrdepise rrdpisee rrdpisee rrdpiese rrdpiees rrdpiees rrdpiese rrdpsiee rrdpsiee rrdpseie
rrdpseei rrdpseei rrdpseie rrdpesie rrdpesei rrdpeise rrdpeies rrdpeeis rrdpeesi rrdpesei rrdpesie
rrdpeesi rrdpeeis rrdpeies rrdpeise ripresed ripresde ripreesd ripreeds ripredes ripredse riprseed
riprsede riprseed riprsede riprsdee riprsdee ripresed ripresde ripreesd ripreeds ripredes ripredse
riprdsee riprdsee riprdese riprdees riprdees riprdese ripersed ripersde riperesd ripereds riperdes
riperdse ripesred ripesrde ripeserd ripesedr ripesder ripesdre ripeesrd ripeesdr ripeersd ripeerds
ripeedrs ripeedsr ripedser ripedsre ripedesr ripeders ripedres ripedrse ripsered ripserde ripseerd
ripseedr ripseder ripsedre ripsreed ripsrede ripsreed ripsrede ripsrdee ripsrdee ripsered ripserde
ripseerd ripseedr ripseder ripsedre ripsdree ripsdree ripsdere ripsdeer ripsdeer ripsdere ripeesrd
ripeesdr ripeersd ripeerds ripeedrs ripeedsr ripeserd ripesedr ripesred ripesrde ripesdre ripesder
ripersed ripersde riperesd ripereds riperdes riperdse ripedsre ripedser ripedrse ripedres ripeders
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rireedsp riredsep riredspe riredesp riredeps riredpes riredpse rirseped rirsepde rirseepd rirseedp
rirsedep rirsedpe rirspeed rirspede rirspeed rirspede rirspdee rirspdee rirseped rirsepde rirseepd
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rireepsd rireepds rireedps rireedsp riresepd riresedp riresped rirespde riresdpe riresdep rirepsed
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rirdpees rirdpese rierpsed rierpsde rierpesd rierpeds rierpdes rierpdse riersped rierspde riersepd
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rispedre rispdree rispdree rispdere rispdeer rispdeer rispdere riseeprd riseepdr riseerpd riseerdp
riseedrp riseedpr riseperd risepedr risepred riseprde risepdre risepder riserped riserpde riserepd
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risdeepr risdeerp risderep risderpe risdpeer risdpere risdpeer risdpere risdpree risdpree risdeper
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ridpeers ridperes ridperse ridprsee ridprsee ridprese ridprees ridprees ridprese rsprieed rspriede
rsprieed rspriede rspridee rspridee rspreied rspreide rspreeid rspreedi rspredei rspredie rspreeid
rspreedi rspreied rspreide rspredie rspredei rsprdeei rsprdeie rsprdeei rsprdeie rsprdiee rsprdiee
rspireed rspirede rspireed rspirede rspirdee rspirdee rspiered rspierde rspieerd rspieedr rspieder
rspiedre rspieerd rspieedr rspiered rspierde rspiedre rspieder rspideer rspidere rspideer rspidere
rspidree rspidree rspeired rspeirde rspeierd rspeiedr rspeider rspeidre rsperied rsperide rspereid
rsperedi rsperdei rsperdie rspeerid rspeerdi rspeeird rspeeidr rspeedir rspeedri rspedrei rspedrie
rspederi rspedeir rspedier rspedire rspeierd rspeiedr rspeired rspeirde rspeidre rspeider rspeeird
rspeeidr rspeerid rspeerdi rspeedri rspeedir rspereid rsperedi rsperied rsperide rsperdie rsperdei
rspederi rspedeir rspedrei rspedrie rspedire rspedier rspdieer rspdiere rspdieer rspdiere rspdiree
rspdiree rspdeier rspdeire rspdeeir rspdeeri rspderei rspderie rspdeeir rspdeeri rspdeier rspdeire
rspderie rspderei rspdreei rspdreie rspdreei rspdreie rspdriee rspdriee rsrpieed rsrpiede rsrpieed
rsrpiede rsrpidee rsrpidee rsrpeied rsrpeide rsrpeeid rsrpeedi rsrpedei rsrpedie rsrpeeid rsrpeedi
rsrpeied rsrpeide rsrpedie rsrpedei rsrpdeei rsrpdeie rsrpdeei rsrpdeie rsrpdiee rsrpdiee rsripeed
rsripede rsripeed rsripede rsripdee rsripdee rsrieped rsriepde rsrieepd rsrieedp rsriedep rsriedpe
rsrieepd rsrieedp rsrieped rsriepde rsriedpe rsriedep rsrideep rsridepe rsrideep rsridepe rsridpee
rsridpee rsreiped rsreipde rsreiepd rsreiedp rsreidep rsreidpe rsrepied rsrepide rsrepeid rsrepedi
rsrepdei rsrepdie rsreepid rsreepdi rsreeipd rsreeidp rsreedip rsreedpi rsredpei rsredpie rsredepi
rsredeip rsrediep rsredipe rsreiepd rsreiedp rsreiped rsreipde rsreidpe rsreidep rsreeipd rsreeidp
rsreepid rsreepdi rsreedpi rsreedip rsrepeid rsrepedi rsrepied rsrepide rsrepdie rsrepdei rsredepi
rsredeip rsredpei rsredpie rsredipe rsrediep rsrdieep rsrdiepe rsrdieep rsrdiepe rsrdipee rsrdipee
rsrdeiep rsrdeipe rsrdeeip rsrdeepi rsrdepei rsrdepie rsrdeeip rsrdeepi rsrdeiep rsrdeipe rsrdepie
rsrdepei rsrdpeei rsrdpeie rsrdpeei rsrdpeie rsrdpiee rsrdpiee rsirpeed rsirpede rsirpeed rsirpede
rsirpdee rsirpdee rsireped rsirepde rsireepd rsireedp rsiredep rsiredpe rsireepd rsireedp rsireped
rsirepde rsiredpe rsiredep rsirdeep rsirdepe rsirdeep rsirdepe rsirdpee rsirdpee rsipreed rsiprede
rsipreed rsiprede rsiprdee rsiprdee rsipered rsiperde rsipeerd rsipeedr rsipeder rsipedre rsipeerd
rsipeedr rsipered rsiperde rsipedre rsipeder rsipdeer rsipdere rsipdeer rsipdere rsipdree rsipdree
rsiepred rsieprde rsieperd rsiepedr rsiepder rsiepdre rsierped rsierpde rsierepd rsieredp rsierdep
rsierdpe rsieerpd rsieerdp rsieeprd rsieepdr rsieedpr rsieedrp rsiedrep rsiedrpe rsiederp rsiedepr
rsiedper rsiedpre rsieperd rsiepedr rsiepred rsieprde rsiepdre rsiepder rsieeprd rsieepdr rsieerpd
rsieerdp rsieedrp rsieedpr rsierepd rsieredp rsierped rsierpde rsierdpe rsierdep rsiederp rsiedepr
rsiedrep rsiedrpe rsiedpre rsiedper rsidpeer rsidpere rsidpeer rsidpere rsidpree rsidpree rsideper
rsidepre rsideepr rsideerp rsiderep rsiderpe rsideepr rsideerp rsideper rsidepre rsiderpe rsiderep
rsidreep rsidrepe rsidreep rsidrepe rsidrpee rsidrpee rseriped rseripde rseriepd rseriedp rseridep
rseridpe rserpied rserpide rserpeid rserpedi rserpdei rserpdie rserepid rserepdi rsereipd rsereidp
rseredip rseredpi rserdpei rserdpie rserdepi rserdeip rserdiep rserdipe rseirped rseirpde rseirepd
rseiredp rseirdep rseirdpe rseipred rseiprde rseiperd rseipedr rseipder rseipdre rseieprd rseiepdr
rseierpd rseierdp rseiedrp rseiedpr rseidper rseidpre rseidepr rseiderp rseidrep rseidrpe rsepired
rsepirde rsepierd rsepiedr rsepider rsepidre rsepried rsepride rsepreid rsepredi rseprdei rseprdie
rseperid rseperdi rsepeird rsepeidr rsepedir rsepedri rsepdrei rsepdrie rsepderi rsepdeir rsepdier
rsepdire rseeiprd rseeipdr rseeirpd rseeirdp rseeidrp rseeidpr rseepird rseepidr rseeprid rseeprdi
rseepdri rseepdir rseerpid rseerpdi rseeripd rseeridp rseerdip rseerdpi rseedpri rseedpir rseedrpi
rseedrip rseedirp rseedipr rsediper rsedipre rsediepr rsedierp rsedirep rsedirpe rsedpier rsedpire
rsedpeir rsedperi rsedprei rsedprie rsedepir rsedepri rsedeipr rsedeirp rsederip rsederpi rsedrpei
rsedrpie rsedrepi rsedreip rsedriep rsedripe rseriepd rseriedp rseriped rseripde rseridpe rseridep
rsereipd rsereidp rserepid rserepdi rseredpi rseredip rserpeid rserpedi rserpied rserpide rserpdie
rserpdei rserdepi rserdeip rserdpei rserdpie rserdipe rserdiep rseirepd rseiredp rseirped rseirpde
rseirdpe rseirdep rseierpd rseierdp rseieprd rseiepdr rseiedpr rseiedrp rseiperd rseipedr rseipred
rseiprde rseipdre rseipder rseidepr rseiderp rseidper rseidpre rseidrpe rseidrep rseeirpd rseeirdp
rseeiprd rseeipdr rseeidpr rseeidrp rseeripd rseeridp rseerpid rseerpdi rseerdpi rseerdip rseeprid
rseeprdi rseepird rseepidr rseepdir rseepdri rseedrpi rseedrip rseedpri rseedpir rseedipr rseedirp
rsepierd rsepiedr rsepired rsepirde rsepidre rsepider rsepeird rsepeidr rseperid rseperdi rsepedri
rsepedir rsepreid rsepredi rsepried rsepride rseprdie rseprdei rsepderi rsepdeir rsepdrei rsepdrie
rsepdire rsepdier rsediepr rsedierp rsediper rsedipre rsedirpe rsedirep rsedeipr rsedeirp rsedepir
rsedepri rsederpi rsederip rsedpeir rsedperi rsedpier rsedpire rsedprie rsedprei rsedrepi rsedreip
rsedrpei rsedrpie rsedripe rsedriep rsdrieep rsdriepe rsdrieep rsdriepe rsdripee rsdripee rsdreiep
rsdreipe rsdreeip rsdreepi rsdrepei rsdrepie rsdreeip rsdreepi rsdreiep rsdreipe rsdrepie rsdrepei
rsdrpeei rsdrpeie rsdrpeei rsdrpeie rsdrpiee rsdrpiee rsdireep rsdirepe rsdireep rsdirepe rsdirpee
rsdirpee rsdierep rsdierpe rsdieerp rsdieepr rsdieper rsdiepre rsdieerp rsdieepr rsdierep rsdierpe
rsdiepre rsdieper rsdipeer rsdipere rsdipeer rsdipere rsdipree rsdipree rsdeirep rsdeirpe rsdeierp
rsdeiepr rsdeiper rsdeipre rsderiep rsderipe rsdereip rsderepi rsderpei rsderpie rsdeerip rsdeerpi
rsdeeirp rsdeeipr rsdeepir rsdeepri rsdeprei rsdeprie rsdeperi rsdepeir rsdepier rsdepire rsdeierp
rsdeiepr rsdeirep rsdeirpe rsdeipre rsdeiper rsdeeirp rsdeeipr rsdeerip rsdeerpi rsdeepri rsdeepir
rsdereip rsderepi rsderiep rsderipe rsderpie rsderpei rsdeperi rsdepeir rsdeprei rsdeprie rsdepire
rsdepier rsdpieer rsdpiere rsdpieer rsdpiere rsdpiree rsdpiree rsdpeier rsdpeire rsdpeeir rsdpeeri
rsdperei rsdperie rsdpeeir rsdpeeri rsdpeier rsdpeire rsdperie rsdperei rsdpreei rsdpreie rsdpreei
rsdpreie rsdpriee rsdpriee reprised reprisde repriesd reprieds reprides repridse reprsied reprside
reprseid reprsedi reprsdei reprsdie represid represdi repreisd repreids repredis repredsi reprdsei
reprdsie reprdesi reprdeis reprdies reprdise repirsed repirsde repiresd repireds repirdes repirdse
repisred repisrde repiserd repisedr repisder repisdre repiesrd repiesdr repiersd repierds repiedrs
repiedsr repidser repidsre repidesr repiders repidres repidrse repsired repsirde repsierd repsiedr
repsider repsidre repsried repsride repsreid repsredi repsrdei repsrdie repserid repserdi repseird
repseidr repsedir repsedri repsdrei repsdrie repsderi repsdeir repsdier repsdire repeisrd repeisdr
repeirsd repeirds repeidrs repeidsr repesird repesidr repesrid repesrdi repesdri repesdir repersid
repersdi reperisd reperids reperdis reperdsi repedsri repedsir repedrsi repedris repedirs repedisr
repdiser repdisre repdiesr repdiers repdires repdirse repdsier repdsire repdseir repdseri repdsrei
repdsrie repdesir repdesri repdeisr repdeirs repderis repdersi repdrsei repdrsie repdresi repdreis
repdries repdrise rerpised rerpisde rerpiesd rerpieds rerpides rerpidse rerpsied rerpside rerpseid
rerpsedi rerpsdei rerpsdie rerpesid rerpesdi rerpeisd rerpeids rerpedis rerpedsi rerpdsei rerpdsie
rerpdesi rerpdeis rerpdies rerpdise reripsed reripsde reripesd reripeds reripdes reripdse rerisped
rerispde rerisepd rerisedp rerisdep rerisdpe reriespd reriesdp reriepsd reriepds reriedps reriedsp
reridsep reridspe reridesp rerideps reridpes reridpse rersiped rersipde rersiepd rersiedp rersidep
rersidpe rerspied rerspide rerspeid rerspedi rerspdei rerspdie rersepid rersepdi rerseipd rerseidp
rersedip rersedpi rersdpei rersdpie rersdepi rersdeip rersdiep rersdipe rereispd rereisdp rereipsd
rereipds rereidps rereidsp reresipd reresidp rerespid rerespdi reresdpi reresdip rerepsid rerepsdi
rerepisd rerepids rerepdis rerepdsi reredspi reredsip reredpsi reredpis reredips reredisp rerdisep
rerdispe rerdiesp rerdieps rerdipes rerdipse rerdsiep rerdsipe rerdseip rerdsepi rerdspei rerdspie
rerdesip rerdespi rerdeisp rerdeips rerdepis rerdepsi rerdpsei rerdpsie rerdpesi rerdpeis rerdpies
rerdpise reirpsed reirpsde reirpesd reirpeds reirpdes reirpdse reirsped reirspde reirsepd reirsedp
reirsdep reirsdpe reirespd reiresdp reirepsd reirepds reiredps reiredsp reirdsep reirdspe reirdesp
reirdeps reirdpes reirdpse reiprsed reiprsde reipresd reipreds reiprdes reiprdse reipsred reipsrde
reipserd reipsedr reipsder reipsdre reipesrd reipesdr reipersd reiperds reipedrs reipedsr reipdser
reipdsre reipdesr reipders reipdres reipdrse reispred reisprde reisperd reispedr reispder reispdre
reisrped reisrpde reisrepd reisredp reisrdep reisrdpe reiserpd reiserdp reiseprd reisepdr reisedpr
reisedrp reisdrep reisdrpe reisderp reisdepr reisdper reisdpre reiepsrd reiepsdr reieprsd reieprds
reiepdrs reiepdsr reiesprd reiespdr reiesrpd reiesrdp reiesdrp reiesdpr reierspd reiersdp reierpsd
reierpds reierdps reierdsp reiedsrp reiedspr reiedrsp reiedrps reiedprs reiedpsr reidpser reidpsre
reidpesr reidpers reidpres reidprse reidsper reidspre reidsepr reidserp reidsrep reidsrpe reidespr
reidesrp reidepsr reideprs reiderps reidersp reidrsep reidrspe reidresp reidreps reidrpes reidrpse
resriped resripde resriepd resriedp resridep resridpe resrpied resrpide resrpeid resrpedi resrpdei
resrpdie resrepid resrepdi resreipd resreidp resredip resredpi resrdpei resrdpie resrdepi resrdeip
resrdiep resrdipe resirped resirpde resirepd resiredp resirdep resirdpe resipred resiprde resiperd
resipedr resipder resipdre resieprd resiepdr resierpd resierdp resiedrp resiedpr residper residpre
residepr residerp residrep residrpe respired respirde respierd respiedr respider respidre respried
respride respreid respredi resprdei resprdie resperid resperdi respeird respeidr respedir respedri
respdrei respdrie respderi respdeir respdier respdire reseiprd reseipdr reseirpd reseirdp reseidrp
reseidpr resepird resepidr reseprid reseprdi resepdri resepdir reserpid reserpdi reseripd reseridp
reserdip reserdpi resedpri resedpir resedrpi resedrip resedirp resedipr resdiper resdipre resdiepr
resdierp resdirep resdirpe resdpier resdpire resdpeir resdperi resdprei resdprie resdepir resdepri
resdeipr resdeirp resderip resderpi resdrpei resdrpie resdrepi resdreip resdriep resdripe reerispd
reerisdp reeripsd reeripds reeridps reeridsp reersipd reersidp reerspid reerspdi reersdpi reersdip
reerpsid reerpsdi reerpisd reerpids reerpdis reerpdsi reerdspi reerdsip reerdpsi reerdpis reerdips
reerdisp reeirspd reeirsdp reeirpsd reeirpds reeirdps reeirdsp reeisrpd reeisrdp reeisprd reeispdr
reeisdpr reeisdrp reeipsrd reeipsdr reeiprsd reeiprds reeipdrs reeipdsr reeidspr reeidsrp reeidpsr
reeidprs reeidrps reeidrsp reesirpd reesirdp reesiprd reesipdr reesidpr reesidrp reesripd reesridp
reesrpid reesrpdi reesrdpi reesrdip reesprid reesprdi reespird reespidr reespdir reespdri reesdrpi
reesdrip reesdpri reesdpir reesdipr reesdirp reepisrd reepisdr reepirsd reepirds reepidrs reepidsr
reepsird reepsidr reepsrid reepsrdi reepsdri reepsdir reeprsid reeprsdi reeprisd reeprids reeprdis
reeprdsi reepdsri reepdsir reepdrsi reepdris reepdirs reepdisr reedispr reedisrp reedipsr reediprs
reedirps reedirsp reedsipr reedsirp reedspir reedspri reedsrpi reedsrip reedpsir reedpsri reedpisr
reedpirs reedpris reedprsi reedrspi reedrsip reedrpsi reedrpis reedrips reedrisp redrisep redrispe
redriesp redrieps redripes redripse redrsiep redrsipe redrseip redrsepi redrspei redrspie redresip
redrespi redreisp redreips redrepis redrepsi redrpsei redrpsie redrpesi redrpeis redrpies redrpise
redirsep redirspe rediresp redireps redirpes redirpse redisrep redisrpe rediserp redisepr redisper
redispre rediesrp rediespr rediersp redierps redieprs rediepsr redipser redipsre redipesr redipers
redipres rediprse redsirep redsirpe redsierp redsiepr redsiper redsipre redsriep redsripe redsreip
redsrepi redsrpei redsrpie redserip redserpi redseirp redseipr redsepir redsepri redsprei redsprie
redsperi redspeir redspier redspire redeisrp redeispr redeirsp redeirps redeiprs redeipsr redesirp
redesipr redesrip redesrpi redespri redespir redersip rederspi rederisp rederips rederpis rederpsi
redepsri redepsir redeprsi redepris redepirs redepisr redpiser redpisre redpiesr redpiers redpires
redpirse redpsier redpsire redpseir redpseri redpsrei redpsrie redpesir redpesri redpeisr redpeirs
redperis redpersi redprsei redprsie redpresi redpreis redpries redprise rdprisee rdprisee rdpriese
rdpriees rdpriees rdpriese rdprsiee rdprsiee rdprseie rdprseei rdprseei rdprseie rdpresie rdpresei
rdpreise rdpreies rdpreeis rdpreesi rdpresei rdpresie rdpreesi rdpreeis rdpreies rdpreise rdpirsee
rdpirsee rdpirese rdpirees rdpirees rdpirese rdpisree rdpisree rdpisere rdpiseer rdpiseer rdpisere
rdpiesre rdpieser rdpierse rdpieres rdpieers rdpieesr rdpieser rdpiesre rdpieesr rdpieers rdpieres
rdpierse rdpsiree rdpsiree rdpsiere rdpsieer rdpsieer rdpsiere rdpsriee rdpsriee rdpsreie rdpsreei
rdpsreei rdpsreie rdpserie rdpserei rdpseire rdpseier rdpseeir rdpseeri rdpserei rdpserie rdpseeri
rdpseeir rdpseier rdpseire rdpeisre rdpeiser rdpeirse rdpeires rdpeiers rdpeiesr rdpesire rdpesier
rdpesrie rdpesrei rdpeseri rdpeseir rdpersie rdpersei rdperise rdperies rdpereis rdperesi rdpeesri
rdpeesir rdpeersi rdpeeris rdpeeirs rdpeeisr rdpeiser rdpeisre rdpeiesr rdpeiers rdpeires rdpeirse
rdpesier rdpesire rdpeseir rdpeseri rdpesrei rdpesrie rdpeesir rdpeesri rdpeeisr rdpeeirs rdpeeris
rdpeersi rdpersei rdpersie rdperesi rdpereis rdperies rdperise rdrpisee rdrpisee rdrpiese rdrpiees
rdrpiees rdrpiese rdrpsiee rdrpsiee rdrpseie rdrpseei rdrpseei rdrpseie rdrpesie rdrpesei rdrpeise
rdrpeies rdrpeeis rdrpeesi rdrpesei rdrpesie rdrpeesi rdrpeeis rdrpeies rdrpeise rdripsee rdripsee
rdripese rdripees rdripees rdripese rdrispee rdrispee rdrisepe rdriseep rdriseep rdrisepe rdriespe
rdriesep rdriepse rdriepes rdrieeps rdrieesp rdriesep rdriespe rdrieesp rdrieeps rdriepes rdriepse
rdrsipee rdrsipee rdrsiepe rdrsieep rdrsieep rdrsiepe rdrspiee rdrspiee rdrspeie rdrspeei rdrspeei
rdrspeie rdrsepie rdrsepei rdrseipe rdrseiep rdrseeip rdrseepi rdrsepei rdrsepie rdrseepi rdrseeip
rdrseiep rdrseipe rdreispe rdreisep rdreipse rdreipes rdreieps rdreiesp rdresipe rdresiep rdrespie
rdrespei rdresepi rdreseip rdrepsie rdrepsei rdrepise rdrepies rdrepeis rdrepesi rdreespi rdreesip
rdreepsi rdreepis rdreeips rdreeisp rdreisep rdreispe rdreiesp rdreieps rdreipes rdreipse rdresiep
rdresipe rdreseip rdresepi rdrespei rdrespie rdreesip rdreespi rdreeisp rdreeips rdreepis rdreepsi
rdrepsei rdrepsie rdrepesi rdrepeis rdrepies rdrepise rdirpsee rdirpsee rdirpese rdirpees rdirpees
rdirpese rdirspee rdirspee rdirsepe rdirseep rdirseep rdirsepe rdirespe rdiresep rdirepse rdirepes
rdireeps rdireesp rdiresep rdirespe rdireesp rdireeps rdirepes rdirepse rdiprsee rdiprsee rdiprese
rdiprees rdiprees rdiprese rdipsree rdipsree rdipsere rdipseer rdipseer rdipsere rdipesre rdipeser
rdiperse rdiperes rdipeers rdipeesr rdipeser rdipesre rdipeesr rdipeers rdiperes rdiperse rdispree
rdispree rdispere rdispeer rdispeer rdispere rdisrpee rdisrpee rdisrepe rdisreep rdisreep rdisrepe
rdiserpe rdiserep rdisepre rdiseper rdiseepr rdiseerp rdiserep rdiserpe rdiseerp rdiseepr rdiseper
rdisepre rdiepsre rdiepser rdieprse rdiepres rdiepers rdiepesr rdiespre rdiesper rdiesrpe rdiesrep
rdieserp rdiesepr rdierspe rdiersep rdierpse rdierpes rdiereps rdieresp rdieesrp rdieespr rdieersp
rdieerps rdieeprs rdieepsr rdiepser rdiepsre rdiepesr rdiepers rdiepres rdieprse rdiesper rdiespre
rdiesepr rdieserp rdiesrep rdiesrpe rdieespr rdieesrp rdieepsr rdieeprs rdieerps rdieersp rdiersep
rdierspe rdieresp rdiereps rdierpes rdierpse rdsripee rdsripee rdsriepe rdsrieep rdsrieep rdsriepe
rdsrpiee rdsrpiee rdsrpeie rdsrpeei rdsrpeei rdsrpeie rdsrepie rdsrepei rdsreipe rdsreiep rdsreeip
rdsreepi rdsrepei rdsrepie rdsreepi rdsreeip rdsreiep rdsreipe rdsirpee rdsirpee rdsirepe rdsireep
rdsireep rdsirepe rdsipree rdsipree rdsipere rdsipeer rdsipeer rdsipere rdsiepre rdsieper rdsierpe
rdsierep rdsieerp rdsieepr rdsieper rdsiepre rdsieepr rdsieerp rdsierep rdsierpe rdspiree rdspiree
rdspiere rdspieer rdspieer rdspiere rdspriee rdspriee rdspreie rdspreei rdspreei rdspreie rdsperie
rdsperei rdspeire rdspeier rdspeeir rdspeeri rdsperei rdsperie rdspeeri rdspeeir rdspeier rdspeire
rdseipre rdseiper rdseirpe rdseirep rdseierp rdseiepr rdsepire rdsepier rdseprie rdseprei rdseperi
rdsepeir rdserpie rdserpei rdseripe rdseriep rdsereip rdserepi rdseepri rdseepir rdseerpi rdseerip
rdseeirp rdseeipr rdseiper rdseipre rdseiepr rdseierp rdseirep rdseirpe rdsepier rdsepire rdsepeir
rdseperi rdseprei rdseprie rdseepir rdseepri rdseeipr rdseeirp rdseerip rdseerpi rdserpei rdserpie
rdserepi rdsereip rdseriep rdseripe rderispe rderisep rderipse rderipes rderieps rderiesp rdersipe
rdersiep rderspie rderspei rdersepi rderseip rderpsie rderpsei rderpise rderpies rderpeis rderpesi
rderespi rderesip rderepsi rderepis rdereips rdereisp rdeirspe rdeirsep rdeirpse rdeirpes rdeireps
rdeiresp rdeisrpe rdeisrep rdeispre rdeisper rdeisepr rdeiserp rdeipsre rdeipser rdeiprse rdeipres
rdeipers rdeipesr rdeiespr rdeiesrp rdeiepsr rdeieprs rdeierps rdeiersp rdesirpe rdesirep rdesipre
rdesiper rdesiepr rdesierp rdesripe rdesriep rdesrpie rdesrpei rdesrepi rdesreip rdesprie rdesprei
rdespire rdespier rdespeir rdesperi rdeserpi rdeserip rdesepri rdesepir rdeseipr rdeseirp rdepisre
rdepiser rdepirse rdepires rdepiers rdepiesr rdepsire rdepsier rdepsrie rdepsrei rdepseri rdepseir
rdeprsie rdeprsei rdeprise rdepries rdepreis rdepresi rdepesri rdepesir rdepersi rdeperis rdepeirs
rdepeisr rdeeispr rdeeisrp rdeeipsr rdeeiprs rdeeirps rdeeirsp rdeesipr rdeesirp rdeespir rdeespri
rdeesrpi rdeesrip rdeepsir rdeepsri rdeepisr rdeepirs rdeepris rdeeprsi rdeerspi rdeersip rdeerpsi
rdeerpis rdeerips rdeerisp rderisep rderispe rderiesp rderieps rderipes rderipse rdersiep rdersipe
rderseip rdersepi rderspei rderspie rderesip rderespi rdereisp rdereips rderepis rderepsi rderpsei
rderpsie rderpesi rderpeis rderpies rderpise rdeirsep rdeirspe rdeiresp rdeireps rdeirpes rdeirpse
rdeisrep rdeisrpe rdeiserp rdeisepr rdeisper rdeispre rdeiesrp rdeiespr rdeiersp rdeierps rdeieprs
rdeiepsr rdeipser rdeipsre rdeipesr rdeipers rdeipres rdeiprse rdesirep rdesirpe rdesierp rdesiepr
rdesiper rdesipre rdesriep rdesripe rdesreip rdesrepi rdesrpei rdesrpie rdeserip rdeserpi rdeseirp
rdeseipr rdesepir rdesepri rdesprei rdesprie rdesperi rdespeir rdespier rdespire rdeeisrp rdeeispr
rdeeirsp rdeeirps rdeeiprs rdeeipsr rdeesirp rdeesipr rdeesrip rdeesrpi rdeespri rdeespir rdeersip
rdeerspi rdeerisp rdeerips rdeerpis rdeerpsi rdeepsri rdeepsir rdeeprsi rdeepris rdeepirs rdeepisr
rdepiser rdepisre rdepiesr rdepiers rdepires rdepirse rdepsier rdepsire rdepseir rdepseri rdepsrei
rdepsrie rdepesir rdepesri rdepeisr rdepeirs rdeperis rdepersi rdeprsei rdeprsie rdepresi rdepreis
rdepries rdeprise

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History of cryptography
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