easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

isochronism

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smears

uoluistique

ichthyodont

mcguyer

adgnosciebamus

unbrotherlike

candil

tradiderantque

bernall

surgically

contraindicated

mittebat

feriebamus

machinarenturque

reobject

beverly


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: epiderms
cipher variations:
fqjefsnt grkfgtou hslghupv itmhivqw junijwrx
kvojkxsy lwpklytz mxqlmzua nyrmnavb ozsnobwc
patopcxd qbupqdye rcvqrezf sdwrsfag texstgbh
ufytuhci vgzuvidj whavwjek xibwxkfl yjcxylgm
zkdyzmhn alezanio bmfabojp cngbcpkq dohcdqlr

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: epiderms
Cipher: vkrwvinh

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: epiderms
Cipher: AABAA ABBBA ABAAA AAABB AABAA BAAAA ABABB BAAAB

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: epiderms
cipher variations:
fqjefsntnuzknaldvypqvijndcfwdqhxlgvclyfhtklitgdrjsrujwzlrwharexv
zaxgzmvfhenmhutppidspcrzxmtyxkpjgrkfgtouovalobmewzqrwjkoedgxeriy
mhwdmzgiulmjuhesktsvkxamsxibsfywabyhanwgifonivuqqjetqdsaynuzylqk
hslghupvpwbmpcnfxarsxklpfehyfsjznixenahjvmnkviftlutwlybntyjctgzx
bcziboxhjgpojwvrrkfuretbzovazmrlitmhivqwqxcnqdogybstylmqgfizgtka
ojyfobikwnolwjgumvuxmzcouzkduhaycdajcpyikhqpkxwsslgvsfucapwbansm
junijwrxrydorephzctuzmnrhgjahulbpkzgpcjlxopmxkhvnwvynadpvalevibz
debkdqzjlirqlyxttmhwtgvdbqxcbotnkvojkxsyszepsfqiaduvanosihkbivmc
qlahqdkmypqnyliwoxwzobeqwbmfwjcaefclerakmjsrmzyuunixuhwecrydcpuo
lwpklytztafqtgrjbevwboptjilcjwndrmbirelnzqrozmjxpyxapcfrxcngxkdb
fgdmfsblnktsnazvvojyvixfdszedqvpmxqlmzuaubgruhskcfwxcpqukjmdkxoe
sncjsfmoarspankyqzybqdgsydohylecghengtcmolutobawwpkzwjygetaferwq
nyrmnavbvchsvitldgxydqrvlknelypftodktgnpbstqbolzrazcrehtzepizmfd
hifohudnpmvupcbxxqlaxkzhfubgfsxrozsnobwcwditwjumehyzerswmlofmzqg
upeluhoqcturcpmasbadsfiuafqjangeijgpiveoqnwvqdcyyrmbylaigvchgtys
patopcxdxejuxkvnfizafstxnmpgnarhvqfmviprduvsdqnbtcbetgjvbgrkbohf
jkhqjwfproxwredzzsnczmbjhwdihuztqbupqdyeyfkvylwogjabgtuyonqhobsi
wrgnwjqsevwterocudcfuhkwchslcpigklirkxgqspyxsfeaatodanckixejivau
rcvqrezfzglwzmxphkbchuvzporipctjxshoxkrtfwxufspdvedgvilxditmdqjh
lmjslyhrtqzytgfbbupebodljyfkjwbvsdwrsfagahmxanyqilcdivwaqpsjqduk
ytipylsugxyvgtqewfehwjmyejunerkimnktmzisurazuhgccvqfcpemkzglkxcw
texstgbhbinybozrjmdejwxbrqtkrevlzujqzmtvhyzwhurfxgfixknzfkvofslj
nolunajtvsbavihddwrgdqfnlahmlydxufytuhcicjozcpasknefkxycsrulsfwm
avkranuwizaxivsgyhgjyloaglwpgtmkopmvobkuwtcbwjieexshergombinmzey
vgzuvidjdkpadqbtlofglyzdtsvmtgxnbwlsbovxjabyjwthzihkzmpbhmxqhunl
pqnwpclvxudcxkjffytifshpncjonafzwhavwjekelqbercumpghmzaeutwnuhyo
cxmtcpwykbczkxuiajilanqcinyrivomqroxqdmwyvedylkggzujgtiqodkpobga
xibwxkflfmrcfsdvnqhinabfvuxovizpdynudqxzlcdalyvjbkjmbordjozsjwpn
rspyrenxzwfezmlhhavkhujrpelqpchbyjcxylgmgnsdgteworijobcgwvypwjaq
ezoveryamdebmzwkclkncpsekpatkxqostqzsfoyaxgfanmiibwlivksqfmrqdic
zkdyzmhnhotehufxpsjkpcdhxwzqxkbrfapwfszbnefcnaxldmlodqtflqbulyrp
turatgpzbyhgbonjjcxmjwltrgnsrejdalezanioipufivgyqtklqdeiyxarylcs
gbqxgtacofgdobymenmperugmrcvmzsquvsbuhqaczihcpokkdynkxmushotsfke
bmfabojpjqvgjwhzrulmrefjzybszmdthcryhubdpghepcznfonqfsvhnsdwnatr
vwtcvirbdajidqpllezolynvtiputglfcngbcpkqkrwhkxiasvmnsfgkazctaneu
idszivceqhifqdaogporgtwiotexobuswxudwjscebkjerqmmfapmzowujqvuhmg
dohcdqlrlsxilyjbtwnotghlbadubofvjetajwdfrijgrebphqpshuxjpufypcvt
xyvexktdfclkfsrnngbqnapxvkrwvinhepidermsmtyjmzkcuxopuhimcbevcpgw
kfubkxegsjkhsfcqirqtivykqvgzqdwuyzwfyluegdmlgtsoohcrobqywlsxwjoi

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: epiderms
Cipher: rcvqrezf

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: epiderms
Cipher: 5153424151242334

Extended Methods:
Method #1

Plaintext: epiderms
method variations:
kuoikwrxpztopbwcueytugbhzkdyzmgn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
e p i d e r m s 
5 5 4 4 5 2 2 3 
1 3 2 1 1 4 3 4 
They are then read out in rows:
5544522313211434
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: epiderms
Cipher: ztkmlbqs

Read more ...
Method #3

Plaintext: epiderms
method variations:
vsrvfiny srvfinyv rvfinyvs
vfinyvsr finyvsrv inyvsrvf
nyvsrvfi yvsrvfin

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: epiderms

first 5040 cipher variations(40320 total)
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eiesrdpm eiesmrpd eiesmrdp eiesmprd eiesmpdr eiesmdpr eiesmdrp eiesdrmp eiesdrpm eiesdmrp eiesdmpr
eiesdpmr eiesdprm eirdepms eirdepsm eirdemps eirdemsp eirdesmp eirdespm eirdpems eirdpesm eirdpmes
eirdpmse eirdpsme eirdpsem eirdmpes eirdmpse eirdmeps eirdmesp eirdmsep eirdmspe eirdspme eirdspem
eirdsmpe eirdsmep eirdsemp eirdsepm eiredpms eiredpsm eiredmps eiredmsp eiredsmp eiredspm eirepdms
eirepdsm eirepmds eirepmsd eirepsmd eirepsdm eirempds eirempsd eiremdps eiremdsp eiremsdp eiremspd
eirespmd eirespdm eiresmpd eiresmdp eiresdmp eiresdpm eirpedms eirpedsm eirpemds eirpemsd eirpesmd
eirpesdm eirpdems eirpdesm eirpdmes eirpdmse eirpdsme eirpdsem eirpmdes eirpmdse eirpmeds eirpmesd
eirpmsed eirpmsde eirpsdme eirpsdem eirpsmde eirpsmed eirpsemd eirpsedm eirmepds eirmepsd eirmedps
eirmedsp eirmesdp eirmespd eirmpeds eirmpesd eirmpdes eirmpdse eirmpsde eirmpsed eirmdpes eirmdpse
eirmdeps eirmdesp eirmdsep eirmdspe eirmspde eirmsped eirmsdpe eirmsdep eirmsedp eirmsepd eirsepmd
eirsepdm eirsempd eirsemdp eirsedmp eirsedpm eirspemd eirspedm eirspmed eirspmde eirspdme eirspdem
eirsmped eirsmpde eirsmepd eirsmedp eirsmdep eirsmdpe eirsdpme eirsdpem eirsdmpe eirsdmep eirsdemp
eirsdepm eimderps eimdersp eimdeprs eimdepsr eimdespr eimdesrp eimdreps eimdresp eimdrpes eimdrpse
eimdrspe eimdrsep eimdpres eimdprse eimdpers eimdpesr eimdpser eimdpsre eimdsrpe eimdsrep eimdspre
eimdsper eimdsepr eimdserp eimedrps eimedrsp eimedprs eimedpsr eimedspr eimedsrp eimerdps eimerdsp
eimerpds eimerpsd eimerspd eimersdp eimeprds eimeprsd eimepdrs eimepdsr eimepsdr eimepsrd eimesrpd
eimesrdp eimesprd eimespdr eimesdpr eimesdrp eimredps eimredsp eimrepds eimrepsd eimrespd eimresdp
eimrdeps eimrdesp eimrdpes eimrdpse eimrdspe eimrdsep eimrpdes eimrpdse eimrpeds eimrpesd eimrpsed
eimrpsde eimrsdpe eimrsdep eimrspde eimrsped eimrsepd eimrsedp eimperds eimpersd eimpedrs eimpedsr
eimpesdr eimpesrd eimpreds eimpresd eimprdes eimprdse eimprsde eimprsed eimpdres eimpdrse eimpders
eimpdesr eimpdser eimpdsre eimpsrde eimpsred eimpsdre eimpsder eimpsedr eimpserd eimserpd eimserdp
eimseprd eimsepdr eimsedpr eimsedrp eimsrepd eimsredp eimsrped eimsrpde eimsrdpe eimsrdep eimspred
eimsprde eimsperd eimspedr eimspder eimspdre eimsdrpe eimsdrep eimsdpre eimsdper eimsdepr eimsderp
eisdermp eisderpm eisdemrp eisdempr eisdepmr eisdeprm eisdremp eisdrepm eisdrmep eisdrmpe eisdrpme
eisdrpem eisdmrep eisdmrpe eisdmerp eisdmepr eisdmper eisdmpre eisdprme eisdprem eisdpmre eisdpmer
eisdpemr eisdperm eisedrmp eisedrpm eisedmrp eisedmpr eisedpmr eisedprm eiserdmp eiserdpm eisermdp
eisermpd eiserpmd eiserpdm eisemrdp eisemrpd eisemdrp eisemdpr eisempdr eisemprd eiseprmd eiseprdm
eisepmrd eisepmdr eisepdmr eisepdrm eisredmp eisredpm eisremdp eisrempd eisrepmd eisrepdm eisrdemp
eisrdepm eisrdmep eisrdmpe eisrdpme eisrdpem eisrmdep eisrmdpe eisrmedp eisrmepd eisrmped eisrmpde
eisrpdme eisrpdem eisrpmde eisrpmed eisrpemd eisrpedm eismerdp eismerpd eismedrp eismedpr eismepdr
eismeprd eismredp eismrepd eismrdep eismrdpe eismrpde eismrped eismdrep eismdrpe eismderp eismdepr
eismdper eismdpre eismprde eismpred eismpdre eismpder eismpedr eismperd eispermd eisperdm eispemrd
eispemdr eispedmr eispedrm eispremd eispredm eisprmed eisprmde eisprdme eisprdem eispmred eispmrde
eispmerd eispmedr eispmder eispmdre eispdrme eispdrem eispdmre eispdmer eispdemr eispderm ediperms
edipersm edipemrs edipemsr edipesmr edipesrm ediprems edipresm ediprmes ediprmse ediprsme ediprsem
edipmres edipmrse edipmers edipmesr edipmser edipmsre edipsrme edipsrem edipsmre edipsmer edipsemr
edipserm edieprms edieprsm ediepmrs ediepmsr ediepsmr ediepsrm edierpms edierpsm ediermps ediermsp
ediersmp edierspm ediemrps ediemrsp ediemprs ediempsr ediemspr ediemsrp ediesrmp ediesrpm ediesmrp
ediesmpr ediespmr ediesprm edirepms edirepsm ediremps ediremsp ediresmp edirespm edirpems edirpesm
edirpmes edirpmse edirpsme edirpsem edirmpes edirmpse edirmeps edirmesp edirmsep edirmspe edirspme
edirspem edirsmpe edirsmep edirsemp edirsepm edimerps edimersp edimeprs edimepsr edimespr edimesrp
edimreps edimresp edimrpes edimrpse edimrspe edimrsep edimpres edimprse edimpers edimpesr edimpser
edimpsre edimsrpe edimsrep edimspre edimsper edimsepr edimserp edisermp ediserpm edisemrp edisempr
edisepmr ediseprm edisremp edisrepm edisrmep edisrmpe edisrpme edisrpem edismrep edismrpe edismerp
edismepr edismper edismpre edisprme edisprem edispmre edispmer edispemr edisperm edpierms edpiersm
edpiemrs edpiemsr edpiesmr edpiesrm edpirems edpiresm edpirmes edpirmse edpirsme edpirsem edpimres
edpimrse edpimers edpimesr edpimser edpimsre edpisrme edpisrem edpismre edpismer edpisemr edpiserm
edpeirms edpeirsm edpeimrs edpeimsr edpeismr edpeisrm edperims edperism edpermis edpermsi edpersmi
edpersim edpemris edpemrsi edpemirs edpemisr edpemsir edpemsri edpesrmi edpesrim edpesmri edpesmir
edpesimr edpesirm edpreims edpreism edpremis edpremsi edpresmi edpresim edpriems edpriesm edprimes
edprimse edprisme edprisem edprmies edprmise edprmeis edprmesi edprmsei edprmsie edprsime edprsiem
edprsmie edprsmei edprsemi edprseim edpmeris edpmersi edpmeirs edpmeisr edpmesir edpmesri edpmreis
edpmresi edpmries edpmrise edpmrsie edpmrsei edpmires edpmirse edpmiers edpmiesr edpmiser edpmisre
edpmsrie edpmsrei edpmsire edpmsier edpmseir edpmseri edpsermi edpserim edpsemri edpsemir edpseimr
edpseirm edpsremi edpsreim edpsrmei edpsrmie edpsrime edpsriem edpsmrei edpsmrie edpsmeri edpsmeir
edpsmier edpsmire edpsirme edpsirem edpsimre edpsimer edpsiemr edpsierm edepirms edepirsm edepimrs
edepimsr edepismr edepisrm edeprims edeprism edeprmis edeprmsi edeprsmi edeprsim edepmris edepmrsi
edepmirs edepmisr edepmsir edepmsri edepsrmi edepsrim edepsmri edepsmir edepsimr edepsirm edeiprms
edeiprsm edeipmrs edeipmsr edeipsmr edeipsrm edeirpms edeirpsm edeirmps edeirmsp edeirsmp edeirspm
edeimrps edeimrsp edeimprs edeimpsr edeimspr edeimsrp edeisrmp edeisrpm edeismrp edeismpr edeispmr
edeisprm ederipms ederipsm ederimps ederimsp ederismp ederispm ederpims ederpism ederpmis ederpmsi
ederpsmi ederpsim edermpis edermpsi edermips edermisp edermsip edermspi ederspmi ederspim edersmpi
edersmip edersimp edersipm edemirps edemirsp edemiprs edemipsr edemispr edemisrp edemrips edemrisp
edemrpis edemrpsi edemrspi edemrsip edempris edemprsi edempirs edempisr edempsir edempsri edemsrpi
edemsrip edemspri edemspir edemsipr edemsirp edesirmp edesirpm edesimrp edesimpr edesipmr edesiprm
edesrimp edesripm edesrmip edesrmpi edesrpmi edesrpim edesmrip edesmrpi edesmirp edesmipr edesmpir
edesmpri edesprmi edesprim edespmri edespmir edespimr edespirm edrpeims edrpeism edrpemis edrpemsi
edrpesmi edrpesim edrpiems edrpiesm edrpimes edrpimse edrpisme edrpisem edrpmies edrpmise edrpmeis
edrpmesi edrpmsei edrpmsie edrpsime edrpsiem edrpsmie edrpsmei edrpsemi edrpseim edrepims edrepism
edrepmis edrepmsi edrepsmi edrepsim edreipms edreipsm edreimps edreimsp edreismp edreispm edremips
edremisp edrempis edrempsi edremspi edremsip edresimp edresipm edresmip edresmpi edrespmi edrespim
edriepms edriepsm edriemps edriemsp edriesmp edriespm edripems edripesm edripmes edripmse edripsme
edripsem edrimpes edrimpse edrimeps edrimesp edrimsep edrimspe edrispme edrispem edrismpe edrismep
edrisemp edrisepm edrmeips edrmeisp edrmepis edrmepsi edrmespi edrmesip edrmieps edrmiesp edrmipes
edrmipse edrmispe edrmisep edrmpies edrmpise edrmpeis edrmpesi edrmpsei edrmpsie edrmsipe edrmsiep
edrmspie edrmspei edrmsepi edrmseip edrseimp edrseipm edrsemip edrsempi edrsepmi edrsepim edrsiemp
edrsiepm edrsimep edrsimpe edrsipme edrsipem edrsmiep edrsmipe edrsmeip edrsmepi edrsmpei edrsmpie
edrspime edrspiem edrspmie edrspmei edrspemi edrspeim edmperis edmpersi edmpeirs edmpeisr edmpesir
edmpesri edmpreis edmpresi edmpries edmprise edmprsie edmprsei edmpires edmpirse edmpiers edmpiesr
edmpiser edmpisre edmpsrie edmpsrei edmpsire edmpsier edmpseir edmpseri edmepris edmeprsi edmepirs
edmepisr edmepsir edmepsri edmerpis edmerpsi edmerips edmerisp edmersip edmerspi edmeirps edmeirsp
edmeiprs edmeipsr edmeispr edmeisrp edmesrip edmesrpi edmesirp edmesipr edmespir edmespri edmrepis
edmrepsi edmreips edmreisp edmresip edmrespi edmrpeis edmrpesi edmrpies edmrpise edmrpsie edmrpsei
edmripes edmripse edmrieps edmriesp edmrisep edmrispe edmrspie edmrspei edmrsipe edmrsiep edmrseip
edmrsepi edmierps edmiersp edmieprs edmiepsr edmiespr edmiesrp edmireps edmiresp edmirpes edmirpse
edmirspe edmirsep edmipres edmiprse edmipers edmipesr edmipser edmipsre edmisrpe edmisrep edmispre
edmisper edmisepr edmiserp edmserip edmserpi edmseirp edmseipr edmsepir edmsepri edmsreip edmsrepi
edmsriep edmsripe edmsrpie edmsrpei edmsirep edmsirpe edmsierp edmsiepr edmsiper edmsipre edmsprie
edmsprei edmspire edmspier edmspeir edmsperi edspermi edsperim edspemri edspemir edspeimr edspeirm
edspremi edspreim edsprmei edsprmie edsprime edspriem edspmrei edspmrie edspmeri edspmeir edspmier
edspmire edspirme edspirem edspimre edspimer edspiemr edspierm edseprmi edseprim edsepmri edsepmir
edsepimr edsepirm edserpmi edserpim edsermpi edsermip edserimp edseripm edsemrpi edsemrip edsempri
edsempir edsemipr edsemirp edseirmp edseirpm edseimrp edseimpr edseipmr edseiprm edsrepmi edsrepim
edsrempi edsremip edsreimp edsreipm edsrpemi edsrpeim edsrpmei edsrpmie edsrpime edsrpiem edsrmpei
edsrmpie edsrmepi edsrmeip edsrmiep edsrmipe edsripme edsripem edsrimpe edsrimep edsriemp edsriepm
edsmerpi edsmerip edsmepri edsmepir edsmeipr edsmeirp edsmrepi edsmreip edsmrpei edsmrpie edsmripe
edsmriep edsmprei edsmprie edsmperi edsmpeir edsmpier edsmpire edsmirpe edsmirep edsmipre edsmiper
edsmiepr edsmierp edsiermp edsierpm edsiemrp edsiempr edsiepmr edsieprm edsiremp edsirepm edsirmep
edsirmpe edsirpme edsirpem edsimrep edsimrpe edsimerp edsimepr edsimper edsimpre edsiprme edsiprem
edsipmre edsipmer edsipemr edsiperm eeidprms eeidprsm eeidpmrs eeidpmsr eeidpsmr eeidpsrm eeidrpms
eeidrpsm eeidrmps eeidrmsp eeidrsmp eeidrspm eeidmrps eeidmrsp eeidmprs eeidmpsr eeidmspr eeidmsrp
eeidsrmp eeidsrpm eeidsmrp eeidsmpr eeidspmr eeidsprm eeipdrms eeipdrsm eeipdmrs eeipdmsr eeipdsmr
eeipdsrm eeiprdms eeiprdsm eeiprmds eeiprmsd eeiprsmd eeiprsdm eeipmrds eeipmrsd eeipmdrs eeipmdsr
eeipmsdr eeipmsrd eeipsrmd eeipsrdm eeipsmrd eeipsmdr eeipsdmr eeipsdrm eeirpdms eeirpdsm eeirpmds
eeirpmsd eeirpsmd eeirpsdm eeirdpms eeirdpsm eeirdmps eeirdmsp eeirdsmp eeirdspm eeirmdps eeirmdsp
eeirmpds eeirmpsd eeirmspd eeirmsdp eeirsdmp eeirsdpm eeirsmdp eeirsmpd eeirspmd eeirspdm eeimprds
eeimprsd eeimpdrs eeimpdsr eeimpsdr eeimpsrd eeimrpds eeimrpsd eeimrdps eeimrdsp eeimrsdp eeimrspd
eeimdrps eeimdrsp eeimdprs eeimdpsr eeimdspr eeimdsrp eeimsrdp eeimsrpd eeimsdrp eeimsdpr eeimspdr
eeimsprd eeisprmd eeisprdm eeispmrd eeispmdr eeispdmr eeispdrm eeisrpmd eeisrpdm eeisrmpd eeisrmdp
eeisrdmp eeisrdpm eeismrpd eeismrdp eeismprd eeismpdr eeismdpr eeismdrp eeisdrmp eeisdrpm eeisdmrp
eeisdmpr eeisdpmr eeisdprm eediprms eediprsm eedipmrs eedipmsr eedipsmr eedipsrm eedirpms eedirpsm
eedirmps eedirmsp eedirsmp eedirspm eedimrps eedimrsp eedimprs eedimpsr eedimspr eedimsrp eedisrmp
eedisrpm eedismrp eedismpr eedispmr eedisprm eedpirms eedpirsm eedpimrs eedpimsr eedpismr eedpisrm
eedprims eedprism eedprmis eedprmsi eedprsmi eedprsim eedpmris eedpmrsi eedpmirs eedpmisr eedpmsir
eedpmsri eedpsrmi eedpsrim eedpsmri eedpsmir eedpsimr eedpsirm eedrpims eedrpism eedrpmis eedrpmsi
eedrpsmi eedrpsim eedripms eedripsm eedrimps eedrimsp eedrismp eedrispm eedrmips eedrmisp eedrmpis
eedrmpsi eedrmspi eedrmsip eedrsimp eedrsipm eedrsmip eedrsmpi eedrspmi eedrspim eedmpris eedmprsi
eedmpirs eedmpisr eedmpsir eedmpsri eedmrpis eedmrpsi eedmrips eedmrisp eedmrsip eedmrspi eedmirps
eedmirsp eedmiprs eedmipsr eedmispr eedmisrp eedmsrip eedmsrpi eedmsirp eedmsipr eedmspir eedmspri
eedsprmi eedsprim eedspmri eedspmir eedspimr eedspirm eedsrpmi eedsrpim eedsrmpi eedsrmip eedsrimp
eedsripm eedsmrpi eedsmrip eedsmpri eedsmpir eedsmipr eedsmirp eedsirmp eedsirpm eedsimrp eedsimpr
eedsipmr eedsiprm eepdirms eepdirsm eepdimrs eepdimsr eepdismr eepdisrm eepdrims eepdrism eepdrmis
eepdrmsi eepdrsmi eepdrsim eepdmris eepdmrsi eepdmirs eepdmisr eepdmsir eepdmsri eepdsrmi eepdsrim
eepdsmri eepdsmir eepdsimr eepdsirm eepidrms eepidrsm eepidmrs eepidmsr eepidsmr eepidsrm eepirdms
eepirdsm eepirmds eepirmsd eepirsmd eepirsdm eepimrds eepimrsd eepimdrs eepimdsr eepimsdr eepimsrd
eepisrmd eepisrdm eepismrd eepismdr eepisdmr eepisdrm eepridms eepridsm eeprimds eeprimsd eeprismd
eeprisdm eeprdims eeprdism eeprdmis eeprdmsi eeprdsmi eeprdsim eeprmdis eeprmdsi eeprmids eeprmisd
eeprmsid eeprmsdi eeprsdmi eeprsdim eeprsmdi eeprsmid eeprsimd eeprsidm eepmirds eepmirsd eepmidrs
eepmidsr eepmisdr eepmisrd eepmrids eepmrisd eepmrdis eepmrdsi eepmrsdi eepmrsid eepmdris eepmdrsi
eepmdirs eepmdisr eepmdsir eepmdsri eepmsrdi eepmsrid eepmsdri eepmsdir eepmsidr eepmsird eepsirmd
eepsirdm eepsimrd eepsimdr eepsidmr eepsidrm eepsrimd eepsridm eepsrmid eepsrmdi eepsrdmi eepsrdim
eepsmrid eepsmrdi eepsmird eepsmidr eepsmdir eepsmdri eepsdrmi eepsdrim eepsdmri eepsdmir eepsdimr
eepsdirm eerdpims eerdpism eerdpmis eerdpmsi eerdpsmi eerdpsim eerdipms eerdipsm eerdimps eerdimsp
eerdismp eerdispm eerdmips eerdmisp eerdmpis eerdmpsi eerdmspi eerdmsip eerdsimp eerdsipm eerdsmip
eerdsmpi eerdspmi eerdspim eerpdims eerpdism eerpdmis eerpdmsi eerpdsmi eerpdsim eerpidms eerpidsm
eerpimds eerpimsd eerpismd eerpisdm eerpmids eerpmisd eerpmdis eerpmdsi eerpmsdi eerpmsid eerpsimd
eerpsidm eerpsmid eerpsmdi eerpsdmi eerpsdim eeripdms eeripdsm eeripmds eeripmsd eeripsmd eeripsdm
eeridpms eeridpsm eeridmps eeridmsp eeridsmp eeridspm eerimdps eerimdsp eerimpds eerimpsd eerimspd
eerimsdp eerisdmp eerisdpm eerismdp eerismpd eerispmd eerispdm eermpids eermpisd eermpdis eermpdsi
eermpsdi eermpsid eermipds eermipsd eermidps eermidsp eermisdp eermispd eermdips eermdisp eermdpis
eermdpsi eermdspi eermdsip eermsidp eermsipd eermsdip eermsdpi eermspdi eermspid eerspimd eerspidm
eerspmid eerspmdi eerspdmi eerspdim eersipmd eersipdm eersimpd eersimdp eersidmp eersidpm eersmipd
eersmidp eersmpid eersmpdi eersmdpi eersmdip eersdimp eersdipm eersdmip eersdmpi eersdpmi eersdpim
eemdpris eemdprsi eemdpirs eemdpisr eemdpsir eemdpsri eemdrpis eemdrpsi eemdrips eemdrisp eemdrsip
eemdrspi eemdirps eemdirsp eemdiprs eemdipsr eemdispr eemdisrp eemdsrip eemdsrpi eemdsirp eemdsipr
eemdspir eemdspri eempdris eempdrsi eempdirs eempdisr eempdsir eempdsri eemprdis eemprdsi eemprids
eemprisd eemprsid eemprsdi eempirds eempirsd eempidrs eempidsr eempisdr eempisrd eempsrid eempsrdi
eempsird eempsidr eempsdir eempsdri eemrpdis eemrpdsi eemrpids eemrpisd eemrpsid eemrpsdi eemrdpis
eemrdpsi eemrdips eemrdisp eemrdsip eemrdspi eemridps eemridsp eemripds eemripsd eemrispd eemrisdp
eemrsdip eemrsdpi eemrsidp eemrsipd eemrspid eemrspdi eemiprds eemiprsd eemipdrs eemipdsr eemipsdr
eemipsrd eemirpds eemirpsd eemirdps eemirdsp eemirsdp eemirspd eemidrps eemidrsp eemidprs eemidpsr
eemidspr eemidsrp eemisrdp eemisrpd eemisdrp eemisdpr eemispdr eemisprd eemsprid eemsprdi eemspird
eemspidr eemspdir eemspdri eemsrpid eemsrpdi eemsripd eemsridp eemsrdip eemsrdpi eemsirpd eemsirdp
eemsiprd eemsipdr eemsidpr eemsidrp eemsdrip eemsdrpi eemsdirp eemsdipr eemsdpir eemsdpri eesdprmi
eesdprim eesdpmri eesdpmir eesdpimr eesdpirm eesdrpmi eesdrpim eesdrmpi eesdrmip eesdrimp eesdripm
eesdmrpi eesdmrip eesdmpri eesdmpir eesdmipr eesdmirp eesdirmp eesdirpm eesdimrp eesdimpr eesdipmr
eesdiprm eespdrmi eespdrim eespdmri eespdmir eespdimr eespdirm eesprdmi eesprdim eesprmdi eesprmid
eesprimd eespridm eespmrdi eespmrid eespmdri eespmdir eespmidr eespmird eespirmd eespirdm eespimrd
eespimdr eespidmr eespidrm eesrpdmi eesrpdim eesrpmdi eesrpmid eesrpimd eesrpidm eesrdpmi eesrdpim
eesrdmpi eesrdmip eesrdimp eesrdipm eesrmdpi eesrmdip eesrmpdi eesrmpid eesrmipd eesrmidp eesridmp
eesridpm eesrimdp eesrimpd eesripmd eesripdm eesmprdi eesmprid eesmpdri eesmpdir eesmpidr eesmpird
eesmrpdi eesmrpid eesmrdpi eesmrdip eesmridp eesmripd eesmdrpi eesmdrip eesmdpri eesmdpir eesmdipr
eesmdirp eesmirdp eesmirpd eesmidrp eesmidpr eesmipdr eesmiprd eesiprmd eesiprdm eesipmrd eesipmdr
eesipdmr eesipdrm eesirpmd eesirpdm eesirmpd eesirmdp eesirdmp eesirdpm eesimrpd eesimrdp eesimprd
eesimpdr eesimdpr eesimdrp eesidrmp eesidrpm eesidmrp eesidmpr eesidpmr eesidprm eridepms eridepsm
eridemps eridemsp eridesmp eridespm eridpems eridpesm eridpmes eridpmse eridpsme eridpsem eridmpes
eridmpse eridmeps eridmesp eridmsep eridmspe eridspme eridspem eridsmpe eridsmep eridsemp eridsepm
eriedpms eriedpsm eriedmps eriedmsp eriedsmp eriedspm eriepdms eriepdsm eriepmds eriepmsd eriepsmd
eriepsdm eriempds eriempsd eriemdps eriemdsp eriemsdp eriemspd eriespmd eriespdm eriesmpd eriesmdp
eriesdmp eriesdpm eripedms eripedsm eripemds eripemsd eripesmd eripesdm eripdems eripdesm eripdmes
eripdmse eripdsme eripdsem eripmdes eripmdse eripmeds eripmesd eripmsed eripmsde eripsdme eripsdem
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espdrmei espdrmie espdrime espdriem espdmrei espdmrie espdmeri espdmeir espdmier espdmire espdirme
espdirem espdimre espdimer espdiemr espdierm espedrmi espedrim espedmri espedmir espedimr espedirm
esperdmi esperdim espermdi espermid esperimd esperidm espemrdi espemrid espemdri espemdir espemidr
espemird espeirmd espeirdm espeimrd espeimdr espeidmr espeidrm espredmi espredim espremdi espremid
espreimd espreidm esprdemi esprdeim esprdmei esprdmie esprdime esprdiem esprmdei esprmdie esprmedi
esprmeid esprmied esprmide espridme espridem esprimde esprimed espriemd espriedm espmerdi espmerid
espmedri espmedir espmeidr espmeird espmredi espmreid espmrdei espmrdie espmride espmried espmdrei
espmdrie espmderi espmdeir espmdier espmdire espmirde espmired espmidre espmider espmiedr espmierd
espiermd espierdm espiemrd espiemdr espiedmr espiedrm espiremd espiredm espirmed espirmde espirdme
espirdem espimred espimrde espimerd espimedr espimder espimdre espidrme espidrem espidmre espidmer
espidemr espiderm

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History of cryptography
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