easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

unsuccessive

yorksprings

maltese

modiation

overlordship

severingly

bacteriophagous

fanaticalness

undermeal

wwilson

misfaith

mplib

preysing

wagnerite

tacheometry

nonpigmented

citrean

productory


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: demanda
cipher variations:
efnboeb fgocpfc ghpdqgd hiqerhe ijrfsif
jksgtjg klthukh lmuivli mnvjwmj nowkxnk
opxlyol pqymzpm qrznaqn rsaobro stbpcsp
tucqdtq uvdreur vwesfvs wxftgwt xyguhxu
yzhviyv zaiwjzw abjxkax bckylby cdlzmcz

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: demanda
Cipher: wvnzmwz

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: demanda
Cipher: AAABB AABAA ABABB AAAAA ABBAA AAABB AAAAA

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: demanda
cipher variations:
efnboebknlbokbqvjboqbwdhbowbclfbocbitdboibujzboubarxboab
gzvbogbmhtbombsprbosbyxpboybfgocpfclomcplcrwkcprcxeicpxc
dmgcpdcjuecpjcvkacpvcbsycpbchawcphcniucpnctqscptczyqcpzc
ghpdqgdmpndqmdsxldqsdyfjdqydenhdqedkvfdqkdwlbdqwdctzdqcd
ibxdqidojvdqodurtdqudazrdqadhiqerhenqoernetymertezgkerze
foierfelwgerlexmcerxeduaerdejcyerjepkwerpevsuervebaserbe
ijrfsiforpfsofuznfsufahlfsafgpjfsgfmxhfsmfyndfsyfevbfsef
kdzfskfqlxfsqfwtvfswfcbtfscfjksgtjgpsqgtpgvaogtvgbimgtbg
hqkgthgnyigtngzoegtzgfwcgtfgleagtlgrmygtrgxuwgtxgdcugtdg
klthukhqtrhuqhwbphuwhcjnhuchirlhuihozjhuohapfhuahgxdhugh
mfbhumhsnzhushyvxhuyhedvhuehlmuivlirusivrixcqivxidkoivdi
jsmivjipakivpibqgivbihyeivhingcivnitoaivtizwyivzifewivfi
mnvjwmjsvtjwsjydrjwyjelpjwejktnjwkjqbljwqjcrhjwcjizfjwij
ohdjwojupbjwujaxzjwajgfxjwgjnowkxnktwukxtkzeskxzkfmqkxfk
luokxlkrcmkxrkdsikxdkjagkxjkpiekxpkvqckxvkbyakxbkhgykxhk
opxlyoluxvlyulaftlyalgnrlyglmvplymlsdnlysletjlyelkbhlykl
qjflyqlwrdlywlczblyclihzlyilpqymzpmvywmzvmbgumzbmhosmzhm
nwqmznmteomztmfukmzfmlcimzlmrkgmzrmxsemzxmdacmzdmjiamzjm
qrznaqnwzxnawnchvnacniptnainoxrnaonufpnaungvlnagnmdjnamn
slhnasnytfnaynebdnaenkjbnaknrsaobroxayobxodiwobdojquobjo
pysobpovgqobvohwmobhonekobnotmiobtozugobzofceobfolkcoblo
stbpcspybzpcypejxpcepkrvpckpqztpcqpwhrpcwpixnpcipoflpcop
unjpcupavhpcapgdfpcgpmldpcmptucqdtqzcaqdzqfkyqdfqlswqdlq
rauqdrqxisqdxqjyoqdjqpgmqdpqvokqdvqbwiqdbqhegqdhqnmeqdnq
uvdreuradbrearglzregrmtxremrsbvresryjtreyrkzprekrqhnreqr
wplrewrcxjrecrifhreironfreorvwesfvsbecsfbshmasfhsnuysfns
tcwsftszkusfzslaqsflsriosfrsxqmsfxsdyksfdsjgisfjspogsfps
wxftgwtcfdtgctinbtgitovztgotudxtgutalvtgatmbrtgmtsjptgst
yrntgytezltgetkhjtgktqphtgqtxyguhxudgeuhdujocuhjupwauhpu
veyuhvubmwuhbuncsuhnutkquhtuzsouhzufamuhfulikuhlurqiuhru
yzhviyvehfvievkpdvikvqxbviqvwfzviwvcnxvicvodtviovulrviuv
atpviavgbnvigvmjlvimvsrjvisvzaiwjzwfigwjfwlqewjlwrycwjrw
xgawjxwdoywjdwpeuwjpwvmswjvwbuqwjbwhcowjhwnkmwjnwtskwjtw
abjxkaxgjhxkgxmrfxkmxszdxksxyhbxkyxepzxkexqfvxkqxwntxkwx
cvrxkcxidpxkixolnxkoxutlxkuxbckylbyhkiylhynsgylnytaeylty
zicylzyfqaylfyrgwylryxouylxydwsyldyjeqyljypmoylpyvumylvy
cdlzmcziljzmizothzmozubfzmuzajdzmazgrbzmgzshxzmszypvzmyz
extzmezkfrzmkzqnpzmqzwvnzmwzdemandajmkanjapuianpavcganva
bkeanbahscanhatiyantazqwanzafyuanfalgsanlaroqanraxwoanxa

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: demanda
Cipher: qrznaqn

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: demanda
Cipher: 41512311334111

Extended Methods:
Method #1

Plaintext: demanda
method variations:
ikrfsifopwlxoltubqctqyzgvhyv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d e m a n d a 
4 5 2 1 3 4 1 
1 1 3 1 3 1 1 
They are then read out in rows:
45213411131311
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: demanda
Cipher: ybsalla

Read more ...
Method #3

Plaintext: demanda
method variations:
vfclsaq fclsaqv clsaqvf
lsaqvfc saqvfcl aqvfcls
qvfclsa

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: demanda

all 5040 cipher variations:
demanda demanad demadna demadan demaadn demaand demnada demnaad demndaa demndaa demnada
demnaad demdnaa demdnaa demdana demdaan demdaan demdana demanda demanad demadna demadan
demaadn demaand deamnda deamnad deamdna deamdan deamadn deamand deanmda deanmad deandma
deandam deanadm deanamd deadnma deadnam deadmna deadman deadamn deadanm deaandm deaanmd
deaadnm deaadmn deaamdn deaamnd denamda denamad denadma denadam denaadm denaamd denmada
denmaad denmdaa denmdaa denmada denmaad dendmaa dendmaa dendama dendaam dendaam dendama
denamda denamad denadma denadam denaadm denaamd dedanma dedanam dedamna dedaman dedaamn
dedaanm dednama dednaam dednmaa dednmaa dednama dednaam dedmnaa dedmnaa dedmana dedmaan
dedmaan dedmana dedanma dedanam dedamna dedaman dedaamn dedaanm deaandm deaanmd deaadnm
deaadmn deaamdn deaamnd deanadm deanamd deandam deandma deanmda deanmad deadnam deadnma
deadanm deadamn deadman deadmna deamnda deamnad deamdna deamdan deamadn deamand dmeanda
dmeanad dmeadna dmeadan dmeaadn dmeaand dmenada dmenaad dmendaa dmendaa dmenada dmenaad
dmednaa dmednaa dmedana dmedaan dmedaan dmedana dmeanda dmeanad dmeadna dmeadan dmeaadn
dmeaand dmaenda dmaenad dmaedna dmaedan dmaeadn dmaeand dmaneda dmanead dmandea dmandae
dmanade dmanaed dmadnea dmadnae dmadena dmadean dmadaen dmadane dmaande dmaaned dmaadne
dmaaden dmaaedn dmaaend dmnaeda dmnaead dmnadea dmnadae dmnaade dmnaaed dmneada dmneaad
dmnedaa dmnedaa dmneada dmneaad dmndeaa dmndeaa dmndaea dmndaae dmndaae dmndaea dmnaeda
dmnaead dmnadea dmnadae dmnaade dmnaaed dmdanea dmdanae dmdaena dmdaean dmdaaen dmdaane
dmdnaea dmdnaae dmdneaa dmdneaa dmdnaea dmdnaae dmdenaa dmdenaa dmdeana dmdeaan dmdeaan
dmdeana dmdanea dmdanae dmdaena dmdaean dmdaaen dmdaane dmaande dmaaned dmaadne dmaaden
dmaaedn dmaaend dmanade dmanaed dmandae dmandea dmaneda dmanead dmadnae dmadnea dmadane
dmadaen dmadean dmadena dmaenda dmaenad dmaedna dmaedan dmaeadn dmaeand damenda damenad
damedna damedan dameadn dameand damneda damnead damndea damndae damnade damnaed damdnea
damdnae damdena damdean damdaen damdane damande damaned damadne damaden damaedn damaend
daemnda daemnad daemdna daemdan daemadn daemand daenmda daenmad daendma daendam daenadm
daenamd daednma daednam daedmna daedman daedamn daedanm daeandm daeanmd daeadnm daeadmn
daeamdn daeamnd danemda danemad danedma danedam daneadm daneamd danmeda danmead danmdea
danmdae danmade danmaed dandmea dandmae dandema dandeam dandaem dandame danamde danamed
danadme danadem danaedm danaemd dadenma dadenam dademna dademan dadeamn dadeanm dadnema
dadneam dadnmea dadnmae dadname dadnaem dadmnea dadmnae dadmena dadmean dadmaen dadmane
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daaemnd daanedm daanemd daandem daandme daanmde daanmed daadnem daadnme daadenm daademn
daadmen daadmne daamnde daamned daamdne daamden daamedn daamend dnmaeda dnmaead dnmadea
dnmadae dnmaade dnmaaed dnmeada dnmeaad dnmedaa dnmedaa dnmeada dnmeaad dnmdeaa dnmdeaa
dnmdaea dnmdaae dnmdaae dnmdaea dnmaeda dnmaead dnmadea dnmadae dnmaade dnmaaed dnameda
dnamead dnamdea dnamdae dnamade dnamaed dnaemda dnaemad dnaedma dnaedam dnaeadm dnaeamd
dnadema dnadeam dnadmea dnadmae dnadame dnadaem dnaaedm dnaaemd dnaadem dnaadme dnaamde
dnaamed dneamda dneamad dneadma dneadam dneaadm dneaamd dnemada dnemaad dnemdaa dnemdaa
dnemada dnemaad dnedmaa dnedmaa dnedama dnedaam dnedaam dnedama dneamda dneamad dneadma
dneadam dneaadm dneaamd dndaema dndaeam dndamea dndamae dndaame dndaaem dndeama dndeaam
dndemaa dndemaa dndeama dndeaam dndmeaa dndmeaa dndmaea dndmaae dndmaae dndmaea dndaema
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dnaeadm dnaeamd dnaedam dnaedma dnaemda dnaemad dnadeam dnadema dnadaem dnadame dnadmae
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ddmeaan ddmeaan ddmeana ddmanea ddmanae ddmaena ddmaean ddmaaen ddmaane ddamnea ddamnae
ddamena ddamean ddamaen ddamane ddanmea ddanmae ddanema ddaneam ddanaem ddaname ddaenma
ddaenam ddaemna ddaeman ddaeamn ddaeanm ddaanem ddaanme ddaaenm ddaaemn ddaamen ddaamne
ddnamea ddnamae ddnaema ddnaeam ddnaaem ddnaame ddnmaea ddnmaae ddnmeaa ddnmeaa ddnmaea
ddnmaae ddnemaa ddnemaa ddneama ddneaam ddneaam ddneama ddnamea ddnamae ddnaema ddnaeam
ddnaaem ddnaame ddeanma ddeanam ddeamna ddeaman ddeaamn ddeaanm ddenama ddenaam ddenmaa
ddenmaa ddenama ddenaam ddemnaa ddemnaa ddemana ddemaan ddemaan ddemana ddeanma ddeanam
ddeamna ddeaman ddeaamn ddeaanm ddaanem ddaanme ddaaenm ddaaemn ddaamen ddaamne ddanaem
ddaname ddaneam ddanema ddanmea ddanmae ddaenam ddaenma ddaeanm ddaeamn ddaeman ddaemna
ddamnea ddamnae ddamena ddamean ddamaen ddamane damande damaned damadne damaden damaedn
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damdean damdena damenda damenad damedna damedan dameadn dameand daamnde daamned daamdne
daamden daamedn daamend daanmde daanmed daandme daandem daanedm daanemd daadnme daadnem
daadmne daadmen daademn daadenm daaendm daaenmd daaednm daaedmn daaemdn daaemnd danamde
danamed danadme danadem danaedm danaemd danmade danmaed danmdae danmdea danmeda danmead
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daneamd dadanme dadanem dadamne dadamen dadaemn dadaenm dadname dadnaem dadnmae dadnmea
dadnema dadneam dadmnae dadmnea dadmane dadmaen dadmean dadmena dadenma dadenam dademna
dademan dadeamn dadeanm daeandm daeanmd daeadnm daeadmn daeamdn daeamnd daenadm daenamd
daendam daendma daenmda daenmad daednam daednma daedanm daedamn daedman daedmna daemnda
daemnad daemdna daemdan daemadn daemand edmanda edmanad edmadna edmadan edmaadn edmaand
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eandadm eandamd eanmdda eanmdad eanmdda eanmdad eanmadd eanmadd eandmda eandmad eanddma
eanddam eandadm eandamd eanamdd eanamdd eanadmd eanaddm eanaddm eanadmd eaddnma eaddnam
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eaamddn eaamdnd enmadda enmadad enmadda enmadad enmaadd enmaadd enmdada enmdaad enmddaa
enmddaa enmdada enmdaad enmddaa enmddaa enmdada enmdaad enmdaad enmdada enmadda enmadad
enmadda enmadad enmaadd enmaadd enamdda enamdad enamdda enamdad enamadd enamadd enadmda
enadmad enaddma enaddam enadadm enadamd enaddma enaddam enadmda enadmad enadamd enadadm
enaaddm enaadmd enaaddm enaadmd enaamdd enaamdd endamda endamad endadma endadam endaadm
endaamd endmada endmaad endmdaa endmdaa endmada endmaad enddmaa enddmaa enddama enddaam
enddaam enddama endamda endamad endadma endadam endaadm endaamd endadma endadam endamda
endamad endaamd endaadm enddama enddaam enddmaa enddmaa enddama enddaam endmdaa endmdaa
endmada endmaad endmaad endmada endadma endadam endamda endamad endaamd endaadm enaaddm
enaadmd enaaddm enaadmd enaamdd enaamdd enadadm enadamd enaddam enaddma enadmda enadmad
enaddam enaddma enadadm enadamd enadmad enadmda enamdda enamdad enamdda enamdad enamadd
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eamndad eamdnad eamdnda eamdand eamdadn eamddan eamddna eamdnda eamdnad eamddna eamddan
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meddnaa meddnaa meddana meddaan meddaan meddana medanda medanad medadna medadan medaadn
medaand meadnda meadnad meaddna meaddan meadadn meadand meandda meandad meandda meandad
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meaaddn meaaddn meaadnd menadda menadad menadda menadad menaadd menaadd mendada mendaad
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meddana medanda medanad medadna medadan medaadn medaand meaandd meaandd meaadnd meaaddn
meaaddn meaadnd meanadd meanadd meandad meandda meandda meandad meadnad meadnda meadand
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naemdad naemadd naemadd demanda demanad demadna demadan demaadn demaand demnada demnaad
demndaa demndaa demnada demnaad demdnaa demdnaa demdana demdaan demdaan demdana demanda
demanad demadna demadan demaadn demaand deamnda deamnad deamdna deamdan deamadn deamand
deanmda deanmad deandma deandam deanadm deanamd deadnma deadnam deadmna deadman deadamn
deadanm deaandm deaanmd deaadnm deaadmn deaamdn deaamnd denamda denamad denadma denadam
denaadm denaamd denmada denmaad denmdaa denmdaa denmada denmaad dendmaa dendmaa dendama
dendaam dendaam dendama denamda denamad denadma denadam denaadm denaamd dedanma dedanam
dedamna dedaman dedaamn dedaanm dednama dednaam dednmaa dednmaa dednama dednaam dedmnaa
dedmnaa dedmana dedmaan dedmaan dedmana dedanma dedanam dedamna dedaman dedaamn dedaanm
deaandm deaanmd deaadnm deaadmn deaamdn deaamnd deanadm deanamd deandam deandma deanmda
deanmad deadnam deadnma deadanm deadamn deadman deadmna deamnda deamnad deamdna deamdan
deamadn deamand dmeanda dmeanad dmeadna dmeadan dmeaadn dmeaand dmenada dmenaad dmendaa
dmendaa dmenada dmenaad dmednaa dmednaa dmedana dmedaan dmedaan dmedana dmeanda dmeanad
dmeadna dmeadan dmeaadn dmeaand dmaenda dmaenad dmaedna dmaedan dmaeadn dmaeand dmaneda
dmanead dmandea dmandae dmanade dmanaed dmadnea dmadnae dmadena dmadean dmadaen dmadane
dmaande dmaaned dmaadne dmaaden dmaaedn dmaaend dmnaeda dmnaead dmnadea dmnadae dmnaade
dmnaaed dmneada dmneaad dmnedaa dmnedaa dmneada dmneaad dmndeaa dmndeaa dmndaea dmndaae
dmndaae dmndaea dmnaeda dmnaead dmnadea dmnadae dmnaade dmnaaed dmdanea dmdanae dmdaena
dmdaean dmdaaen dmdaane dmdnaea dmdnaae dmdneaa dmdneaa dmdnaea dmdnaae dmdenaa dmdenaa
dmdeana dmdeaan dmdeaan dmdeana dmdanea dmdanae dmdaena dmdaean dmdaaen dmdaane dmaande
dmaaned dmaadne dmaaden dmaaedn dmaaend dmanade dmanaed dmandae dmandea dmaneda dmanead
dmadnae dmadnea dmadane dmadaen dmadean dmadena dmaenda dmaenad dmaedna dmaedan dmaeadn
dmaeand damenda damenad damedna damedan dameadn dameand damneda damnead damndea damndae
damnade damnaed damdnea damdnae damdena damdean damdaen damdane damande damaned damadne
damaden damaedn damaend daemnda daemnad daemdna daemdan daemadn daemand daenmda daenmad
daendma daendam daenadm daenamd daednma daednam daedmna daedman daedamn daedanm daeandm
daeanmd daeadnm daeadmn daeamdn daeamnd danemda danemad danedma danedam daneadm daneamd
danmeda danmead danmdea danmdae danmade danmaed dandmea dandmae dandema dandeam dandaem
dandame danamde danamed danadme danadem danaedm danaemd dadenma dadenam dademna dademan
dadeamn dadeanm dadnema dadneam dadnmea dadnmae dadname dadnaem dadmnea dadmnae dadmena
dadmean dadmaen dadmane dadanme dadanem dadamne dadamen dadaemn dadaenm daaendm daaenmd
daaednm daaedmn daaemdn daaemnd daanedm daanemd daandem daandme daanmde daanmed daadnem
daadnme daadenm daademn daadmen daadmne daamnde daamned daamdne daamden daamedn daamend
dnmaeda dnmaead dnmadea dnmadae dnmaade dnmaaed dnmeada dnmeaad dnmedaa dnmedaa dnmeada
dnmeaad dnmdeaa dnmdeaa dnmdaea dnmdaae dnmdaae dnmdaea dnmaeda dnmaead dnmadea dnmadae
dnmaade dnmaaed dnameda dnamead dnamdea dnamdae dnamade dnamaed dnaemda dnaemad dnaedma
dnaedam dnaeadm dnaeamd dnadema dnadeam dnadmea dnadmae dnadame dnadaem dnaaedm dnaaemd
dnaadem dnaadme dnaamde dnaamed dneamda dneamad dneadma dneadam dneaadm dneaamd dnemada
dnemaad dnemdaa dnemdaa dnemada dnemaad dnedmaa dnedmaa dnedama dnedaam dnedaam dnedama
dneamda dneamad dneadma dneadam dneaadm dneaamd dndaema dndaeam dndamea dndamae dndaame
dndaaem dndeama dndeaam dndemaa dndemaa dndeama dndeaam dndmeaa dndmeaa dndmaea dndmaae
dndmaae dndmaea dndaema dndaeam dndamea dndamae dndaame dndaaem dnaaedm dnaaemd dnaadem
dnaadme dnaamde dnaamed dnaeadm dnaeamd dnaedam dnaedma dnaemda dnaemad dnadeam dnadema
dnadaem dnadame dnadmae dnadmea dnameda dnamead dnamdea dnamdae dnamade dnamaed ddmanea
ddmanae ddmaena ddmaean ddmaaen ddmaane ddmnaea ddmnaae ddmneaa ddmneaa ddmnaea ddmnaae
ddmenaa ddmenaa ddmeana ddmeaan ddmeaan ddmeana ddmanea ddmanae ddmaena ddmaean ddmaaen
ddmaane ddamnea ddamnae ddamena ddamean ddamaen ddamane ddanmea ddanmae ddanema ddaneam
ddanaem ddaname ddaenma ddaenam ddaemna ddaeman ddaeamn ddaeanm ddaanem ddaanme ddaaenm
ddaaemn ddaamen ddaamne ddnamea ddnamae ddnaema ddnaeam ddnaaem ddnaame ddnmaea ddnmaae
ddnmeaa ddnmeaa ddnmaea ddnmaae ddnemaa ddnemaa ddneama ddneaam ddneaam ddneama ddnamea
ddnamae ddnaema ddnaeam ddnaaem ddnaame ddeanma ddeanam ddeamna ddeaman ddeaamn ddeaanm
ddenama ddenaam ddenmaa ddenmaa ddenama ddenaam ddemnaa ddemnaa ddemana ddemaan ddemaan
ddemana ddeanma ddeanam ddeamna ddeaman ddeaamn ddeaanm ddaanem ddaanme ddaaenm ddaaemn
ddaamen ddaamne ddanaem ddaname ddaneam ddanema ddanmea ddanmae ddaenam ddaenma ddaeanm
ddaeamn ddaeman ddaemna ddamnea ddamnae ddamena ddamean ddamaen ddamane damande damaned
damadne damaden damaedn damaend damnade damnaed damndae damndea damneda damnead damdnae
damdnea damdane damdaen damdean damdena damenda damenad damedna damedan dameadn dameand
daamnde daamned daamdne daamden daamedn daamend daanmde daanmed daandme daandem daanedm
daanemd daadnme daadnem daadmne daadmen daademn daadenm daaendm daaenmd daaednm daaedmn
daaemdn daaemnd danamde danamed danadme danadem danaedm danaemd danmade danmaed danmdae
danmdea danmeda danmead dandmae dandmea dandame dandaem dandeam dandema danemda danemad
danedma danedam daneadm daneamd dadanme dadanem dadamne dadamen dadaemn dadaenm dadname
dadnaem dadnmae dadnmea dadnema dadneam dadmnae dadmnea dadmane dadmaen dadmean dadmena
dadenma dadenam dademna dademan dadeamn dadeanm daeandm daeanmd daeadnm daeadmn daeamdn
daeamnd daenadm daenamd daendam daendma daenmda daenmad daednam daednma daedanm daedamn
daedman daedmna daemnda daemnad daemdna daemdan daemadn daemand aemandd aemandd aemadnd
aemaddn aemaddn aemadnd aemnadd aemnadd aemndad aemndda aemndda aemndad aemdnad aemdnda
aemdand aemdadn aemddan aemddna aemdnda aemdnad aemddna aemddan aemdadn aemdand aeamndd
aeamndd aeamdnd aeamddn aeamddn aeamdnd aeanmdd aeanmdd aeandmd aeanddm aeanddm aeandmd
aeadnmd aeadndm aeadmnd aeadmdn aeaddmn aeaddnm aeadndm aeadnmd aeaddnm aeaddmn aeadmdn
aeadmnd aenamdd aenamdd aenadmd aenaddm aenaddm aenadmd aenmadd aenmadd aenmdad aenmdda
aenmdda aenmdad aendmad aendmda aendamd aendadm aenddam aenddma aendmda aendmad aenddma
aenddam aendadm aendamd aedanmd aedandm aedamnd aedamdn aedadmn aedadnm aednamd aednadm
aednmad aednmda aedndma aedndam aedmnad aedmnda aedmand aedmadn aedmdan aedmdna aeddnma
aeddnam aeddmna aeddman aeddamn aeddanm aedandm aedanmd aedadnm aedadmn aedamdn aedamnd
aednadm aednamd aedndam aedndma aednmda aednmad aeddnam aeddnma aeddanm aeddamn aeddman
aeddmna aedmnda aedmnad aedmdna aedmdan aedmadn aedmand ameandd ameandd ameadnd ameaddn
ameaddn ameadnd amenadd amenadd amendad amendda amendda amendad amednad amednda amedand
amedadn ameddan ameddna amednda amednad ameddna ameddan amedadn amedand amaendd amaendd
amaednd amaeddn amaeddn amaednd amanedd amanedd amanded amandde amandde amanded amadned
amadnde amadend amadedn amadden amaddne amadnde amadned amaddne amadden amadedn amadend
amnaedd amnaedd amnaded amnadde amnadde amnaded amneadd amneadd amnedad amnedda amnedda
amnedad amndead amndeda amndaed amndade amnddae amnddea amndeda amndead amnddea amnddae
amndade amndaed amdaned amdande amdaend amdaedn amdaden amdadne amdnaed amdnade amdnead
amdneda amdndea amdndae amdenad amdenda amdeand amdeadn amdedan amdedna amddnea amddnae
amddena amddean amddaen amddane amdande amdaned amdadne amdaden amdaedn amdaend amdnade
amdnaed amdndae amdndea amdneda amdnead amddnae amddnea amddane amddaen amddean amddena
amdenda amdenad amdedna amdedan amdeadn amdeand aamendd aamendd aamednd aameddn aameddn
aamednd aamnedd aamnedd aamnded aamndde aamndde aamnded aamdned aamdnde aamdend aamdedn
aamdden aamddne aamdnde aamdned aamddne aamdden aamdedn aamdend aaemndd aaemndd aaemdnd
aaemddn aaemddn aaemdnd aaenmdd aaenmdd aaendmd aaenddm aaenddm aaendmd aaednmd aaedndm
aaedmnd aaedmdn aaeddmn aaeddnm aaedndm aaednmd aaeddnm aaeddmn aaedmdn aaedmnd aanemdd
aanemdd aanedmd aaneddm aaneddm aanedmd aanmedd aanmedd aanmded aanmdde aanmdde aanmded
aandmed aandmde aandemd aandedm aanddem aanddme aandmde aandmed aanddme aanddem aandedm
aandemd aadenmd aadendm aademnd aademdn aadedmn aadednm aadnemd aadnedm aadnmed aadnmde
aadndme aadndem aadmned aadmnde aadmend aadmedn aadmden aadmdne aaddnme aaddnem aaddmne
aaddmen aaddemn aaddenm aadendm aadenmd aadednm aadedmn aademdn aademnd aadnedm aadnemd
aadndem aadndme aadnmde aadnmed aaddnem aaddnme aaddenm aaddemn aaddmen aaddmne aadmnde
aadmned aadmdne aadmden aadmedn aadmend anmaedd anmaedd anmaded anmadde anmadde anmaded
anmeadd anmeadd anmedad anmedda anmedda anmedad anmdead anmdeda anmdaed anmdade anmddae
anmddea anmdeda anmdead anmddea anmddae anmdade anmdaed anamedd anamedd anamded anamdde
anamdde anamded anaemdd anaemdd anaedmd anaeddm anaeddm anaedmd anademd anadedm anadmed
anadmde anaddme anaddem anadedm anademd anaddem anaddme anadmde anadmed aneamdd aneamdd
aneadmd aneaddm aneaddm aneadmd anemadd anemadd anemdad anemdda anemdda anemdad anedmad
anedmda anedamd anedadm aneddam aneddma anedmda anedmad aneddma aneddam anedadm anedamd
andaemd andaedm andamed andamde andadme andadem andeamd andeadm andemad andemda andedma
andedam andmead andmeda andmaed andmade andmdae andmdea anddema anddeam anddmea anddmae
anddame anddaem andaedm andaemd andadem andadme andamde andamed andeadm andeamd andedam
andedma andemda andemad anddeam anddema anddaem anddame anddmae anddmea andmeda andmead
andmdea andmdae andmade andmaed admaned admande admaend admaedn admaden admadne admnaed
admnade admnead admneda admndea admndae admenad admenda admeand admeadn admedan admedna
admdnea admdnae admdena admdean admdaen admdane adamned adamnde adamend adamedn adamden
adamdne adanmed adanmde adanemd adanedm adandem adandme adaenmd adaendm adaemnd adaemdn
adaedmn adaednm adadnem adadnme adadenm adademn adadmen adadmne adnamed adnamde adnaemd
adnaedm adnadem adnadme adnmaed adnmade adnmead adnmeda adnmdea adnmdae adnemad adnemda
adneamd adneadm adnedam adnedma adndmea adndmae adndema adndeam adndaem adndame adeanmd
adeandm adeamnd adeamdn adeadmn adeadnm adenamd adenadm adenmad adenmda adendma adendam
ademnad ademnda ademand ademadn ademdan ademdna adednma adednam adedmna adedman adedamn
adedanm addanem addanme addaenm addaemn addamen addamne addnaem addname addneam addnema
addnmea addnmae addenam addenma addeanm addeamn addeman addemna addmnea addmnae addmena
addmean addmaen addmane admande admaned admadne admaden admaedn admaend admnade admnaed
admndae admndea admneda admnead admdnae admdnea admdane admdaen admdean admdena admenda
admenad admedna admedan admeadn admeand adamnde adamned adamdne adamden adamedn adamend
adanmde adanmed adandme adandem adanedm adanemd adadnme adadnem adadmne adadmen adademn
adadenm adaendm adaenmd adaednm adaedmn adaemdn adaemnd adnamde adnamed adnadme adnadem
adnaedm adnaemd adnmade adnmaed adnmdae adnmdea adnmeda adnmead adndmae adndmea adndame
adndaem adndeam adndema adnemda adnemad adnedma adnedam adneadm adneamd addanme addanem
addamne addamen addaemn addaenm addname addnaem addnmae addnmea addnema addneam addmnae
addmnea addmane addmaen addmean addmena addenma addenam addemna addeman addeamn addeanm
adeandm adeanmd adeadnm adeadmn adeamdn adeamnd adenadm adenamd adendam adendma adenmda
adenmad adednam adednma adedanm adedamn adedman adedmna ademnda ademnad ademdna ademdan
ademadn ademand

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History of cryptography
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