easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

slims

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lacessitis

unstudded

pammie

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saumont

campestris

lacewood

uintaite

lockemills

eidolons

attollentesque

checkless

guadalupe


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: obadias
cipher variations:
pcbejbt qdcfkcu redgldv sfehmew tgfinfx
uhgjogy vihkphz wjilqia xkjmrjb ylknskc
zmlotld anmpume bonqvnf cporwog dqpsxph
erqtyqi fsruzrj gtsvask hutwbtl ivuxcum
jwvydvn kxwzewo lyxafxp mzybgyq nazchzr

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: obadias
Cipher: lyzwrzh

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: obadias
Cipher: ABBAB AAAAB AAAAA AAABB ABAAA AAAAA 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: obadias
cipher variations:
pcbejbtrebkzbdtgbqpbnvibwfbxxkbcvbhzmbilbrdqburblfsbahbv
hubgxbfjwbmnbplybsdbznabytbjqdcfkcusfclaceuhcrqcowjcxgcy
ylcdwciancjmcsercvscmgtcbicwivchycgkxcnocqmzctecaobczuck
redgldvtgdmbdfvidsrdpxkdyhdzzmdexdjbodkndtfsdwtdnhudcjdx
jwdizdhlydopdrnadufdbpcdavdlsfehmewuhencegwjetseqyleziea
anefyekcpeloeugtexueoivedkeykxejaeimzepqesobevgecqdebwem
tgfinfxvifodfhxkfutfrzmfajfbbofgzfldqfmpfvhufyvfpjwfelfz
lyfkbfjnafqrftpcfwhfdrefcxfnuhgjogywjgpegiylgvugsangbkgc
cpghagmergnqgwivgzwgqkxgfmgamzglcgkobgrsguqdgxigesfgdygo
vihkphzxkhqfhjzmhwvhtbohclhddqhibhnfshorhxjwhaxhrlyhgnhb
nahmdhlpchsthvrehyjhftghezhpwjilqiaylirgikanixwiucpidmie
erijciogtipsiykxibyismzihoicobineimqdituiwsfizkiguhifaiq
xkjmrjbzmjshjlbojyxjvdqjenjffsjkdjphujqtjzlyjczjtnajipjd
pcjofjnrejuvjxtgjaljhvijgbjrylknskcanktikmcpkzykwerkfokg
gtklekqivkrukamzkdakuobkjqkeqdkpgkosfkvwkyuhkbmkiwjkhcks
zmlotldbolujlndqlazlxfslgplhhulmflrjwlsvlbnaleblvpclkrlf
relqhlptglwxlzvilcnljxklidltanmpumecpmvkmoermbamygtmhqmi
ivmngmskxmtwmcobmfcmwqdmlsmgsfmrimquhmxymawjmdomkylmjemu
bonqvnfdqnwlnpfsncbnzhunirnjjwnohntlynuxndpcngdnxrenmtnh
tgnsjnrvinyznbxknepnlzmnkfnvcporwogeroxmoqgtodcoaivojsok
kxopioumzovyoeqdoheoysfonuoiuhotkoswjozaocylofqomanolgow
dqpsxphfspynprhupedpbjwpktpllypqjpvnapwzpfrepifpztgpovpj
vipulptxkpabpdzmpgrpnbopmhpxerqtyqigtqzoqsivqfeqckxqluqm
mzqrkqwobqxaqgsfqjgqauhqpwqkwjqvmquylqbcqeanqhsqocpqniqy
fsruzrjhuraprtjwrgfrdlyrmvrnnarslrxpcrybrhtgrkhrbvirqxrl
xkrwnrvzmrcdrfboritrpdqrojrzgtsvaskivsbqsukxshgsemzsnwso
obstmsyqdszcsiuhsliscwjsrysmylsxoswansdesgcpsjusqerspksa
hutwbtljwtcrtvlytihtfnatoxtppctuntzretadtjvitmjtdxktsztn
zmtyptxbotefthdqtkvtrfstqltbivuxcumkxudsuwmzujiugobupyuq
qduvouasfubeukwjunkueylutauoanuzquycpufguierulwusgturmuc
jwvydvnlyvetvxnavkjvhpcvqzvrrevwpvbtgvcfvlxkvolvfzmvubvp
bovarvzdqvghvjfsvmxvthuvsnvdkxwzewomzwfuwyobwlkwiqdwraws
sfwxqwcuhwdgwmylwpmwganwvcwqcpwbswaerwhiwkgtwnywuivwtowe
lyxafxpnaxgvxzpcxmlxjrexsbxttgxyrxdvixehxnzmxqnxhboxwdxr
dqxctxbfsxijxlhuxozxvjwxupxfmzybgyqobyhwyaqdynmyksfytcyu
uhyzsyewjyfiyoanyroyicpyxeyseryduycgtyjkymivypaywkxyvqyg
nazchzrpczixzbrezonzltgzudzvvizatzfxkzgjzpbozspzjdqzyfzt
fszevzdhuzklznjwzqbzxlyzwrzhobadiasqdajyacsfapoamuhaveaw
wjabuagylahkaqcpatqakerazgaugtafwaeivalmaokxarcaymzaxsai

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: obadias
Cipher: bonqvnf

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: obadias
Cipher: 43211141421134

Extended Methods:
Method #1

Plaintext: obadias
method variations:
tgfiofxymlotlcdrqtyqhiwvydvn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
o b a d i a s 
4 2 1 4 4 1 3 
3 1 1 1 2 1 4 
They are then read out in rows:
42144133111214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: obadias
Cipher: iqdnafq

Read more ...
Method #3

Plaintext: obadias
method variations:
haqqblt aqqblth qqbltha
qblthaq blthaqq lthaqqb
thaqqbl

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: obadias

all 5040 cipher variations:
obadias obadisa obadais obadasi obadsai obadsia obaidas obaidsa obaiads obaiasd obaisad
obaisda obaaids obaaisd obaadis obaadsi obaasdi obaasid obasiad obasida obasaid obasadi
obasdai obasdia obdaias obdaisa obdaais obdaasi obdasai obdasia obdiaas obdiasa obdiaas
obdiasa obdisaa obdisaa obdaias obdaisa obdaais obdaasi obdasai obdasia obdsiaa obdsiaa
obdsaia obdsaai obdsaai obdsaia obidaas obidasa obidaas obidasa obidsaa obidsaa obiadas
obiadsa obiaads obiaasd obiasad obiasda obiaads obiaasd obiadas obiadsa obiasda obiasad
obisaad obisada obisaad obisada obisdaa obisdaa obadias obadisa obadais obadasi obadsai
obadsia obaidas obaidsa obaiads obaiasd obaisad obaisda obaaids obaaisd obaadis obaadsi
obaasdi obaasid obasiad obasida obasaid obasadi obasdai obasdia obsdiaa obsdiaa obsdaia
obsdaai obsdaai obsdaia obsidaa obsidaa obsiada obsiaad obsiaad obsiada obsaida obsaiad
obsadia obsadai obsaadi obsaaid obsaiad obsaida obsaaid obsaadi obsadai obsadia oabdias
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iabdoas iabdosa iabdaos iabdaso iabdsao iabdsoa iabodas iabodsa iaboads iaboasd iabosad
iabosda iabaods iabaosd iabados iabadso iabasdo iabasod iabsoad iabsoda iabsaod iabsado
iabsdao iabsdoa iasdoba iasdoab iasdboa iasdbao iasdabo iasdaob iasodba iasodab iasobda
iasobad iasoabd iasoadb iasboda iasboad iasbdoa iasbdao iasbado iasbaod iasaobd iasaodb
iasabod iasabdo iasadbo iasadob isadoab isadoba isadaob isadabo isadbao isadboa isaodab
isaodba isaoadb isaoabd isaobad isaobda isaaodb isaaobd isaadob isaadbo isaabdo isaabod
isaboad isaboda isabaod isabado isabdao isabdoa isdaoab isdaoba isdaaob isdaabo isdabao
isdaboa isdoaab isdoaba isdoaab isdoaba isdobaa isdobaa isdaoab isdaoba isdaaob isdaabo
isdabao isdaboa isdboaa isdboaa isdbaoa isdbaao isdbaao isdbaoa isodaab isodaba isodaab
isodaba isodbaa isodbaa isoadab isoadba isoaadb isoaabd isoabad isoabda isoaadb isoaabd
isoadab isoadba isoabda isoabad isobaad isobada isobaad isobada isobdaa isobdaa isadoab
isadoba isadaob isadabo isadbao isadboa isaodab isaodba isaoadb isaoabd isaobad isaobda
isaaodb isaaobd isaadob isaadbo isaabdo isaabod isaboad isaboda isabaod isabado isabdao
isabdoa isbdoaa isbdoaa isbdaoa isbdaao isbdaao isbdaoa isbodaa isbodaa isboada isboaad
isboaad isboada isbaoda isbaoad isbadoa isbadao isbaado isbaaod isbaoad isbaoda isbaaod
isbaado isbadao isbadoa abadios abadiso abadois abadosi abadsoi abadsio abaidos abaidso
abaiods abaiosd abaisod abaisdo abaoids abaoisd abaodis abaodsi abaosdi abaosid abasiod
abasido abasoid abasodi abasdoi abasdio abdaios abdaiso abdaois abdaosi abdasoi abdasio
abdiaos abdiaso abdioas abdiosa abdisoa abdisao abdoias abdoisa abdoais abdoasi abdosai
abdosia abdsioa abdsiao abdsoia abdsoai abdsaoi abdsaio abidaos abidaso abidoas abidosa
abidsoa abidsao abiados abiadso abiaods abiaosd abiasod abiasdo abioads abioasd abiodas
abiodsa abiosda abiosad abisaod abisado abisoad abisoda abisdoa abisdao abodias abodisa
abodais abodasi abodsai abodsia aboidas aboidsa aboiads aboiasd aboisad aboisda aboaids
aboaisd aboadis aboadsi aboasdi aboasid abosiad abosida abosaid abosadi abosdai abosdia
absdioa absdiao absdoia absdoai absdaoi absdaio absidoa absidao absioda absioad absiaod
absiado absoida absoiad absodia absodai absoadi absoaid absaiod absaido absaoid absaodi
absadoi absadio aabdios aabdiso aabdois aabdosi aabdsoi aabdsio aabidos aabidso aabiods
aabiosd aabisod aabisdo aaboids aaboisd aabodis aabodsi aabosdi aabosid aabsiod aabsido
aabsoid aabsodi aabsdoi aabsdio aadbios aadbiso aadbois aadbosi aadbsoi aadbsio aadibos
aadibso aadiobs aadiosb aadisob aadisbo aadoibs aadoisb aadobis aadobsi aadosbi aadosib
aadsiob aadsibo aadsoib aadsobi aadsboi aadsbio aaidbos aaidbso aaidobs aaidosb aaidsob
aaidsbo aaibdos aaibdso aaibods aaibosd aaibsod aaibsdo aaiobds aaiobsd aaiodbs aaiodsb
aaiosdb aaiosbd aaisbod aaisbdo aaisobd aaisodb aaisdob aaisdbo aaodibs aaodisb aaodbis
aaodbsi aaodsbi aaodsib aaoidbs aaoidsb aaoibds aaoibsd aaoisbd aaoisdb aaobids aaobisd
aaobdis aaobdsi aaobsdi aaobsid aaosibd aaosidb aaosbid aaosbdi aaosdbi aaosdib aasdiob
aasdibo aasdoib aasdobi aasdboi aasdbio aasidob aasidbo aasiodb aasiobd aasibod aasibdo
aasoidb aasoibd aasodib aasodbi aasobdi aasobid aasbiod aasbido aasboid aasbodi aasbdoi
aasbdio adabios adabiso adabois adabosi adabsoi adabsio adaibos adaibso adaiobs adaiosb
adaisob adaisbo adaoibs adaoisb adaobis adaobsi adaosbi adaosib adasiob adasibo adasoib
adasobi adasboi adasbio adbaios adbaiso adbaois adbaosi adbasoi adbasio adbiaos adbiaso
adbioas adbiosa adbisoa adbisao adboias adboisa adboais adboasi adbosai adbosia adbsioa
adbsiao adbsoia adbsoai adbsaoi adbsaio adibaos adibaso adiboas adibosa adibsoa adibsao
adiabos adiabso adiaobs adiaosb adiasob adiasbo adioabs adioasb adiobas adiobsa adiosba
adiosab adisaob adisabo adisoab adisoba adisboa adisbao adobias adobisa adobais adobasi
adobsai adobsia adoibas adoibsa adoiabs adoiasb adoisab adoisba adoaibs adoaisb adoabis
adoabsi adoasbi adoasib adosiab adosiba adosaib adosabi adosbai adosbia adsbioa adsbiao
adsboia adsboai adsbaoi adsbaio adsiboa adsibao adsioba adsioab adsiaob adsiabo adsoiba
adsoiab adsobia adsobai adsoabi adsoaib adsaiob adsaibo adsaoib adsaobi adsaboi adsabio
aiadbos aiadbso aiadobs aiadosb aiadsob aiadsbo aiabdos aiabdso aiabods aiabosd aiabsod
aiabsdo aiaobds aiaobsd aiaodbs aiaodsb aiaosdb aiaosbd aiasbod aiasbdo aiasobd aiasodb
aiasdob aiasdbo aidabos aidabso aidaobs aidaosb aidasob aidasbo aidbaos aidbaso aidboas
aidbosa aidbsoa aidbsao aidobas aidobsa aidoabs aidoasb aidosab aidosba aidsboa aidsbao
aidsoba aidsoab aidsaob aidsabo aibdaos aibdaso aibdoas aibdosa aibdsoa aibdsao aibados
aibadso aibaods aibaosd aibasod aibasdo aiboads aiboasd aibodas aibodsa aibosda aibosad
aibsaod aibsado aibsoad aibsoda aibsdoa aibsdao aiodbas aiodbsa aiodabs aiodasb aiodsab
aiodsba aiobdas aiobdsa aiobads aiobasd aiobsad aiobsda aioabds aioabsd aioadbs aioadsb
aioasdb aioasbd aiosbad aiosbda aiosabd aiosadb aiosdab aiosdba aisdboa aisdbao aisdoba
aisdoab aisdaob aisdabo aisbdoa aisbdao aisboda aisboad aisbaod aisbado aisobda aisobad
aisodba aisodab aisoadb aisoabd aisabod aisabdo aisaobd aisaodb aisadob aisadbo aoadibs
aoadisb aoadbis aoadbsi aoadsbi aoadsib aoaidbs aoaidsb aoaibds aoaibsd aoaisbd aoaisdb
aoabids aoabisd aoabdis aoabdsi aoabsdi aoabsid aoasibd aoasidb aoasbid aoasbdi aoasdbi
aoasdib aodaibs aodaisb aodabis aodabsi aodasbi aodasib aodiabs aodiasb aodibas aodibsa
aodisba aodisab aodbias aodbisa aodbais aodbasi aodbsai aodbsia aodsiba aodsiab aodsbia
aodsbai aodsabi aodsaib aoidabs aoidasb aoidbas aoidbsa aoidsba aoidsab aoiadbs aoiadsb
aoiabds aoiabsd aoiasbd aoiasdb aoibads aoibasd aoibdas aoibdsa aoibsda aoibsad aoisabd
aoisadb aoisbad aoisbda aoisdba aoisdab aobdias aobdisa aobdais aobdasi aobdsai aobdsia
aobidas aobidsa aobiads aobiasd aobisad aobisda aobaids aobaisd aobadis aobadsi aobasdi
aobasid aobsiad aobsida aobsaid aobsadi aobsdai aobsdia aosdiba aosdiab aosdbia aosdbai
aosdabi aosdaib aosidba aosidab aosibda aosibad aosiabd aosiadb aosbida aosbiad aosbdia
aosbdai aosbadi aosbaid aosaibd aosaidb aosabid aosabdi aosadbi aosadib asadiob asadibo
asadoib asadobi asadboi asadbio asaidob asaidbo asaiodb asaiobd asaibod asaibdo asaoidb
asaoibd asaodib asaodbi asaobdi asaobid asabiod asabido asaboid asabodi asabdoi asabdio
asdaiob asdaibo asdaoib asdaobi asdaboi asdabio asdiaob asdiabo asdioab asdioba asdiboa
asdibao asdoiab asdoiba asdoaib asdoabi asdobai asdobia asdbioa asdbiao asdboia asdboai
asdbaoi asdbaio asidaob asidabo asidoab asidoba asidboa asidbao asiadob asiadbo asiaodb
asiaobd asiabod asiabdo asioadb asioabd asiodab asiodba asiobda asiobad asibaod asibado
asiboad asiboda asibdoa asibdao asodiab asodiba asodaib asodabi asodbai asodbia asoidab
asoidba asoiadb asoiabd asoibad asoibda asoaidb asoaibd asoadib asoadbi asoabdi asoabid
asobiad asobida asobaid asobadi asobdai asobdia asbdioa asbdiao asbdoia asbdoai asbdaoi
asbdaio asbidoa asbidao asbioda asbioad asbiaod asbiado asboida asboiad asbodia asbodai
asboadi asboaid asbaiod asbaido asbaoid asbaodi asbadoi asbadio sbadiao sbadioa sbadaio
sbadaoi sbadoai sbadoia sbaidao sbaidoa sbaiado sbaiaod sbaioad sbaioda sbaaido sbaaiod
sbaadio sbaadoi sbaaodi sbaaoid sbaoiad sbaoida sbaoaid sbaoadi sbaodai sbaodia sbdaiao
sbdaioa sbdaaio sbdaaoi sbdaoai sbdaoia sbdiaao sbdiaoa sbdiaao sbdiaoa sbdioaa sbdioaa
sbdaiao sbdaioa sbdaaio sbdaaoi sbdaoai sbdaoia sbdoiaa sbdoiaa sbdoaia sbdoaai sbdoaai
sbdoaia sbidaao sbidaoa sbidaao sbidaoa sbidoaa sbidoaa sbiadao sbiadoa sbiaado sbiaaod
sbiaoad sbiaoda sbiaado sbiaaod sbiadao sbiadoa sbiaoda sbiaoad sbioaad sbioada sbioaad
sbioada sbiodaa sbiodaa sbadiao sbadioa sbadaio sbadaoi sbadoai sbadoia sbaidao sbaidoa
sbaiado sbaiaod sbaioad sbaioda sbaaido sbaaiod sbaadio sbaadoi sbaaodi sbaaoid sbaoiad
sbaoida sbaoaid sbaoadi sbaodai sbaodia sbodiaa sbodiaa sbodaia sbodaai sbodaai sbodaia
sboidaa sboidaa sboiada sboiaad sboiaad sboiada sboaida sboaiad sboadia sboadai sboaadi
sboaaid sboaiad sboaida sboaaid sboaadi sboadai sboadia sabdiao sabdioa sabdaio sabdaoi
sabdoai sabdoia sabidao sabidoa sabiado sabiaod sabioad sabioda sabaido sabaiod sabadio
sabadoi sabaodi sabaoid saboiad saboida saboaid saboadi sabodai sabodia sadbiao sadbioa
sadbaio sadbaoi sadboai sadboia sadibao sadiboa sadiabo sadiaob sadioab sadioba sadaibo
sadaiob sadabio sadaboi sadaobi sadaoib sadoiab sadoiba sadoaib sadoabi sadobai sadobia
saidbao saidboa saidabo saidaob saidoab saidoba saibdao saibdoa saibado saibaod saiboad
saiboda saiabdo saiabod saiadbo saiadob saiaodb saiaobd saiobad saiobda saioabd saioadb
saiodab saiodba saadibo saadiob saadbio saadboi saadobi saadoib saaidbo saaidob saaibdo
saaibod saaiobd saaiodb saabido saabiod saabdio saabdoi saabodi saaboid saaoibd saaoidb
saaobid saaobdi saaodbi saaodib saodiab saodiba saodaib saodabi saodbai saodbia saoidab
saoidba saoiadb saoiabd saoibad saoibda saoaidb saoaibd saoadib saoadbi saoabdi saoabid
saobiad saobida saobaid saobadi saobdai saobdia sdabiao sdabioa sdabaio sdabaoi sdaboai
sdaboia sdaibao sdaiboa sdaiabo sdaiaob sdaioab sdaioba sdaaibo sdaaiob sdaabio sdaaboi
sdaaobi sdaaoib sdaoiab sdaoiba sdaoaib sdaoabi sdaobai sdaobia sdbaiao sdbaioa sdbaaio
sdbaaoi sdbaoai sdbaoia sdbiaao sdbiaoa sdbiaao sdbiaoa sdbioaa sdbioaa sdbaiao sdbaioa
sdbaaio sdbaaoi sdbaoai sdbaoia sdboiaa sdboiaa sdboaia sdboaai sdboaai sdboaia sdibaao
sdibaoa sdibaao sdibaoa sdiboaa sdiboaa sdiabao sdiaboa sdiaabo sdiaaob sdiaoab sdiaoba
sdiaabo sdiaaob sdiabao sdiaboa sdiaoba sdiaoab sdioaab sdioaba sdioaab sdioaba sdiobaa
sdiobaa sdabiao sdabioa sdabaio sdabaoi sdaboai sdaboia sdaibao sdaiboa sdaiabo sdaiaob
sdaioab sdaioba sdaaibo sdaaiob sdaabio sdaaboi sdaaobi sdaaoib sdaoiab sdaoiba sdaoaib
sdaoabi sdaobai sdaobia sdobiaa sdobiaa sdobaia sdobaai sdobaai sdobaia sdoibaa sdoibaa
sdoiaba sdoiaab sdoiaab sdoiaba sdoaiba sdoaiab sdoabia sdoabai sdoaabi sdoaaib sdoaiab
sdoaiba sdoaaib sdoaabi sdoabai sdoabia siadbao siadboa siadabo siadaob siadoab siadoba
siabdao siabdoa siabado siabaod siaboad siaboda siaabdo siaabod siaadbo siaadob siaaodb
siaaobd siaobad siaobda siaoabd siaoadb siaodab siaodba sidabao sidaboa sidaabo sidaaob
sidaoab sidaoba sidbaao sidbaoa sidbaao sidbaoa sidboaa sidboaa sidabao sidaboa sidaabo
sidaaob sidaoab sidaoba sidobaa sidobaa sidoaba sidoaab sidoaab sidoaba sibdaao sibdaoa
sibdaao sibdaoa sibdoaa sibdoaa sibadao sibadoa sibaado sibaaod sibaoad sibaoda sibaado
sibaaod sibadao sibadoa sibaoda sibaoad siboaad siboada siboaad siboada sibodaa sibodaa
siadbao siadboa siadabo siadaob siadoab siadoba siabdao siabdoa siabado siabaod siaboad
siaboda siaabdo siaabod siaadbo siaadob siaaodb siaaobd siaobad siaobda siaoabd siaoadb
siaodab siaodba siodbaa siodbaa siodaba siodaab siodaab siodaba siobdaa siobdaa siobada
siobaad siobaad siobada sioabda sioabad sioadba sioadab sioaadb sioaabd sioabad sioabda
sioaabd sioaadb sioadab sioadba saadibo saadiob saadbio saadboi saadobi saadoib saaidbo
saaidob saaibdo saaibod saaiobd saaiodb saabido saabiod saabdio saabdoi saabodi saaboid
saaoibd saaoidb saaobid saaobdi saaodbi saaodib sadaibo sadaiob sadabio sadaboi sadaobi
sadaoib sadiabo sadiaob sadibao sadiboa sadioba sadioab sadbiao sadbioa sadbaio sadbaoi
sadboai sadboia sadoiba sadoiab sadobia sadobai sadoabi sadoaib saidabo saidaob saidbao
saidboa saidoba saidoab saiadbo saiadob saiabdo saiabod saiaobd saiaodb saibado saibaod
saibdao saibdoa saiboda saiboad saioabd saioadb saiobad saiobda saiodba saiodab sabdiao
sabdioa sabdaio sabdaoi sabdoai sabdoia sabidao sabidoa sabiado sabiaod sabioad sabioda
sabaido sabaiod sabadio sabadoi sabaodi sabaoid saboiad saboida saboaid saboadi sabodai
sabodia saodiba saodiab saodbia saodbai saodabi saodaib saoidba saoidab saoibda saoibad
saoiabd saoiadb saobida saobiad saobdia saobdai saobadi saobaid saoaibd saoaidb saoabid
saoabdi saoadbi saoadib soadiab soadiba soadaib soadabi soadbai soadbia soaidab soaidba
soaiadb soaiabd soaibad soaibda soaaidb soaaibd soaadib soaadbi soaabdi soaabid soabiad
soabida soabaid soabadi soabdai soabdia sodaiab sodaiba sodaaib sodaabi sodabai sodabia
sodiaab sodiaba sodiaab sodiaba sodibaa sodibaa sodaiab sodaiba sodaaib sodaabi sodabai
sodabia sodbiaa sodbiaa sodbaia sodbaai sodbaai sodbaia soidaab soidaba soidaab soidaba
soidbaa soidbaa soiadab soiadba soiaadb soiaabd soiabad soiabda soiaadb soiaabd soiadab
soiadba soiabda soiabad soibaad soibada soibaad soibada soibdaa soibdaa soadiab soadiba
soadaib soadabi soadbai soadbia soaidab soaidba soaiadb soaiabd soaibad soaibda soaaidb
soaaibd soaadib soaadbi soaabdi soaabid soabiad soabida soabaid soabadi soabdai soabdia
sobdiaa sobdiaa sobdaia sobdaai sobdaai sobdaia sobidaa sobidaa sobiada sobiaad sobiaad
sobiada sobaida sobaiad sobadia sobadai sobaadi sobaaid sobaiad sobaida sobaaid sobaadi
sobadai sobadia

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History of cryptography
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