easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

hadriatici

agrestesque

unslakeable

omnipercipient

virgularia

rhinencephalon

superlattice

azophenylene

quadamque

fiscalization

raspberrylike

multiproduct

conenturque

diligentiaque

lustrares

sintering

celeramus

salinicoccus


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: sedabis
cipher variations:
tfebcjt ugfcdku vhgdelv wihefmw xjifgnx
ykjghoy zlkhipz amlijqa bnmjkrb conklsc
dpolmtd eqpmnue frqnovf gsropwg htspqxh
iutqryi jvurszj kwvstak lxwtubl myxuvcm
nzyvwdn oazwxeo pbaxyfp qcbyzgq rdczahr

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: sedabis
Cipher: hvwzyrh

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: sedabis
Cipher: BAAAB AABAA AAABB AAAAA AAAAB ABAAA 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: sedabis
cipher variations:
tfebcjtdnkbezdnvqbgpnxdwbifxhlcbkvhrtibmlrljubqrlvrabshv
fzgbuxfphmbwnpzpsbydzjxybatjugfcdkueolcfaeowrchqoyexcjgy
imdclwisujcnmsmkvcrsmwsbctiwgahcvygqincxoqaqtczeakyzcbuk
vhgdelvfpmdgbfpxsdirpzfydkhzjnedmxjtvkdontnlwdstnxtcdujx
hbidwzhrjodyprbrudafblzadcvlwihefmwgqnehcgqytejsqagzelia
kofenykuwlepouomxetuoyudevkyicjexaiskpezqscsvebgcmabedwm
xjifgnxhrofidhrzufktrbhafmjblpgfozlvxmfqpvpnyfuvpzvefwlz
jdkfybjtlqfartdtwfchdnbcfexnykjghoyispgjeisavgluscibgnkc
mqhgpamwyngrqwqozgvwqawfgxmakelgzckumrgbsueuxgdieocdgfyo
zlkhipzjtqhkfjtbwhmvtdjcholdnrihqbnxzohsrxrpahwxrbxghynb
lfmhadlvnshctvfvyhejfpdehgzpamlijqakurilgkucxinwuekdipme
osjircoyapitsysqbixyscyhizocmgnibemwotiduwgwzifkgqefihaq
bnmjkrblvsjmhlvdyjoxvflejqnfptkjsdpzbqjutztrcjyztdzijapd
nhojcfnxpujevxhxajglhrfgjibrconklscmwtknimwezkpywgmfkrog
qulkteqacrkvuausdkzaueajkbqeoipkdgoyqvkfwyiybkhmisghkjcs
dpolmtdnxulojnxfalqzxhnglsphrvmlufrbdslwvbvtelabvfbklcrf
pjqlehpzrwlgxzjzclinjthilkdteqpmnueoyvmpkoygbmrayiohmtqi
swnmvgscetmxwcwufmbcwgclmdsgqkrmfiqasxmhyakadmjokuijmleu
frqnovfpzwnqlpzhcnsbzjpinurjtxonwhtdfunyxdxvgncdxhdmneth
rlsngjrbtynizblbenkplvjknmfvgsropwgqaxormqaidotcakqjovsk
uypoxiuegvozyeywhodeyienofuismtohkscuzojacmcfolqmwklongw
htspqxhrbypsnrbjepudblrkpwtlvzqpyjvfhwpazfzxipefzjfopgvj
tnupiltdvapkbdndgpmrnxlmpohxiutqryisczqtosckfqvecmslqxum
warqzkwgixqbagayjqfgakgpqhwkuovqjmuewbqlceoehqnsoymnqpiy
jvurszjtdaruptdlgrwfdntmryvnxbsralxhjyrcbhbzkrghblhqrixl
vpwrknvfxcrmdfpfirotpznorqjzkwvstakuebsvquemhsxgeounszwo
yctsbmyikzsdcicalshicmirsjymwqxslowgydsnegqgjspuqaopsrka
lxwtublvfctwrvfnityhfpvotaxpzdutcnzjlatedjdbmtijdnjstkzn
xrytmpxhzetofhrhktqvrbpqtslbmyxuvcmwgduxswgojuzigqwpubyq
aevudoakmbufekecnujkeoktulaoyszunqyiafupgisilurwscqrutmc
nzyvwdnxhevytxhpkvajhrxqvczrbfwvepblncvgflfdovklfpluvmbp
ztavorzjbgvqhjtjmvsxtdrsvundoazwxeoyifwzuyiqlwbkisyrwdas
cgxwfqcmodwhgmgepwlmgqmvwncqaubwpsakchwrikuknwtyuestwvoe
pbaxyfpzjgxavzjrmxcljtzsxebtdhyxgrdnpexihnhfqxmnhrnwxodr
bvcxqtbldixsjlvloxuzvftuxwpfqcbyzgqakhybwaksnydmkuatyfcu
eizyhseoqfyjioigrynoisoxypescwdyrucmejytkmwmpyvawguvyxqg
rdczahrblizcxbltozenlvbuzgdvfjazitfprgzkjpjhszopjtpyzqft
dxezsvdnfkzulnxnqzwbxhvwzyrhsedabiscmjadycmupafomwcvahew
gkbajugqshalkqkitapqkuqzargueyfatweoglavmoyoraxcyiwxazsi

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: sedabis
Cipher: frqnovf

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: sedabis
Cipher: 34514111214234

Extended Methods:
Method #1

Plaintext: sedabis
method variations:
xkifgoxcpolmtchutqryhnzyvwdn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s e d a b i s 
3 5 4 1 2 4 3 
4 1 1 1 1 2 4 
They are then read out in rows:
35412434111124
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: sedabis
Cipher: xdrsaar

Read more ...
Method #3

Plaintext: sedabis
method variations:
yqafqmo qafqmoy afqmoyq
fqmoyqa qmoyqaf moyqafq
oyqafqm

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: sedabis

all 5040 cipher variations:
sedabis sedabsi sedaibs sedaisb sedasib sedasbi sedbais sedbasi sedbias sedbisa sedbsia
sedbsai sedibas sedibsa sediabs sediasb sedisab sedisba sedsbia sedsbai sedsiba sedsiab
sedsaib sedsabi seadbis seadbsi seadibs seadisb seadsib seadsbi seabdis seabdsi seabids
seabisd seabsid seabsdi seaibds seaibsd seaidbs seaidsb seaisdb seaisbd seasbid seasbdi
seasibd seasidb seasdib seasdbi sebadis sebadsi sebaids sebaisd sebasid sebasdi sebdais
sebdasi sebdias sebdisa sebdsia sebdsai sebidas sebidsa sebiads sebiasd sebisad sebisda
sebsdia sebsdai sebsida sebsiad sebsaid sebsadi seiabds seiabsd seiadbs seiadsb seiasdb
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iedbsas iedbssa iedbssa iedbsas iedsbas iedsbsa iedsabs iedsasb iedssab iedssba iedsbsa
iedsbas iedssba iedssab iedsasb iedsabs ieadbss ieadbss ieadsbs ieadssb ieadssb ieadsbs
ieabdss ieabdss ieabsds ieabssd ieabssd ieabsds ieasbds ieasbsd ieasdbs ieasdsb ieassdb
ieassbd ieasbsd ieasbds ieassbd ieassdb ieasdsb ieasdbs iebadss iebadss iebasds iebassd
iebassd iebasds iebdass iebdass iebdsas iebdssa iebdssa iebdsas iebsdas iebsdsa iebsads
iebsasd iebssad iebssda iebsdsa iebsdas iebssda iebssad iebsasd iebsads iesabds iesabsd
iesadbs iesadsb iesasdb iesasbd iesbads iesbasd iesbdas iesbdsa iesbsda iesbsad iesdbas
iesdbsa iesdabs iesdasb iesdsab iesdsba iessbda iessbad iessdba iessdab iessadb iessabd
iesabsd iesabds iesasbd iesasdb iesadsb iesadbs iesbasd iesbads iesbsad iesbsda iesbdsa
iesbdas iessbad iessbda iessabd iessadb iessdab iessdba iesdbsa iesdbas iesdsba iesdsab
iesdasb iesdabs ideabss ideabss ideasbs ideassb ideassb ideasbs idebass idebass idebsas
idebssa idebssa idebsas idesbas idesbsa idesabs idesasb idessab idessba idesbsa idesbas
idessba idessab idesasb idesabs idaebss idaebss idaesbs idaessb idaessb idaesbs idabess
idabess idabses idabsse idabsse idabses idasbes idasbse idasebs idasesb idasseb idassbe
idasbse idasbes idassbe idasseb idasesb idasebs idbaess idbaess idbases idbasse idbasse
idbases idbeass idbeass idbesas idbessa idbessa idbesas idbseas idbsesa idbsaes idbsase
idbssae idbssea idbsesa idbseas idbssea idbssae idbsase idbsaes idsabes idsabse idsaebs
idsaesb idsaseb idsasbe idsbaes idsbase idsbeas idsbesa idsbsea idsbsae idsebas idsebsa
idseabs idseasb idsesab idsesba idssbea idssbae idsseba idsseab idssaeb idssabe idsabse
idsabes idsasbe idsaseb idsaesb idsaebs idsbase idsbaes idsbsae idsbsea idsbesa idsbeas
idssbae idssbea idssabe idssaeb idsseab idsseba idsebsa idsebas idsesba idsesab idseasb
idseabs iadebss iadebss iadesbs iadessb iadessb iadesbs iadbess iadbess iadbses iadbsse
iadbsse iadbses iadsbes iadsbse iadsebs iadsesb iadsseb iadssbe iadsbse iadsbes iadssbe
iadsseb iadsesb iadsebs iaedbss iaedbss iaedsbs iaedssb iaedssb iaedsbs iaebdss iaebdss
iaebsds iaebssd iaebssd iaebsds iaesbds iaesbsd iaesdbs iaesdsb iaessdb iaessbd iaesbsd
iaesbds iaessbd iaessdb iaesdsb iaesdbs iabedss iabedss iabesds iabessd iabessd iabesds
iabdess iabdess iabdses iabdsse iabdsse iabdses iabsdes iabsdse iabseds iabsesd iabssed
iabssde iabsdse iabsdes iabssde iabssed iabsesd iabseds iasebds iasebsd iasedbs iasedsb
iasesdb iasesbd iasbeds iasbesd iasbdes iasbdse iasbsde iasbsed iasdbes iasdbse iasdebs
iasdesb iasdseb iasdsbe iassbde iassbed iassdbe iassdeb iassedb iassebd iasebsd iasebds
iasesbd iasesdb iasedsb iasedbs iasbesd iasbeds iasbsed iasbsde iasbdse iasbdes iassbed
iassbde iassebd iassedb iassdeb iassdbe iasdbse iasdbes iasdsbe iasdseb iasdesb iasdebs
ibdaess ibdaess ibdases ibdasse ibdasse ibdases ibdeass ibdeass ibdesas ibdessa ibdessa
ibdesas ibdseas ibdsesa ibdsaes ibdsase ibdssae ibdssea ibdsesa ibdseas ibdssea ibdssae
ibdsase ibdsaes ibadess ibadess ibadses ibadsse ibadsse ibadses ibaedss ibaedss ibaesds
ibaessd ibaessd ibaesds ibaseds ibasesd ibasdes ibasdse ibassde ibassed ibasesd ibaseds
ibassed ibassde ibasdse ibasdes ibeadss ibeadss ibeasds ibeassd ibeassd ibeasds ibedass
ibedass ibedsas ibedssa ibedssa ibedsas ibesdas ibesdsa ibesads ibesasd ibessad ibessda
ibesdsa ibesdas ibessda ibessad ibesasd ibesads ibsaeds ibsaesd ibsades ibsadse ibsasde
ibsased ibseads ibseasd ibsedas ibsedsa ibsesda ibsesad ibsdeas ibsdesa ibsdaes ibsdase
ibsdsae ibsdsea ibsseda ibssead ibssdea ibssdae ibssade ibssaed ibsaesd ibsaeds ibsased
ibsasde ibsadse ibsades ibseasd ibseads ibsesad ibsesda ibsedsa ibsedas ibssead ibsseda
ibssaed ibssade ibssdae ibssdea ibsdesa ibsdeas ibsdsea ibsdsae ibsdase ibsdaes isdabes
isdabse isdaebs isdaesb isdaseb isdasbe isdbaes isdbase isdbeas isdbesa isdbsea isdbsae
isdebas isdebsa isdeabs isdeasb isdesab isdesba isdsbea isdsbae isdseba isdseab isdsaeb
isdsabe isadbes isadbse isadebs isadesb isadseb isadsbe isabdes isabdse isabeds isabesd
isabsed isabsde isaebds isaebsd isaedbs isaedsb isaesdb isaesbd isasbed isasbde isasebd
isasedb isasdeb isasdbe isbades isbadse isbaeds isbaesd isbased isbasde isbdaes isbdase
isbdeas isbdesa isbdsea isbdsae isbedas isbedsa isbeads isbeasd isbesad isbesda isbsdea
isbsdae isbseda isbsead isbsaed isbsade iseabds iseabsd iseadbs iseadsb iseasdb iseasbd
isebads isebasd isebdas isebdsa isebsda isebsad isedbas isedbsa isedabs isedasb isedsab
isedsba isesbda isesbad isesdba isesdab isesadb isesabd issabed issabde issaebd issaedb
issadeb issadbe issbaed issbade issbead issbeda issbdea issbdae issebad issebda isseabd
isseadb issedab issedba issdbea issdbae issdeba issdeab issdaeb issdabe isdabse isdabes
isdasbe isdaseb isdaesb isdaebs isdbase isdbaes isdbsae isdbsea isdbesa isdbeas isdsbae
isdsbea isdsabe isdsaeb isdseab isdseba isdebsa isdebas isdesba isdesab isdeasb isdeabs
isadbse isadbes isadsbe isadseb isadesb isadebs isabdse isabdes isabsde isabsed isabesd
isabeds isasbde isasbed isasdbe isasdeb isasedb isasebd isaebsd isaebds isaesbd isaesdb
isaedsb isaedbs isbadse isbades isbasde isbased isbaesd isbaeds isbdase isbdaes isbdsae
isbdsea isbdesa isbdeas isbsdae isbsdea isbsade isbsaed isbsead isbseda isbedsa isbedas
isbesda isbesad isbeasd isbeads issabde issabed issadbe issadeb issaedb issaebd issbade
issbaed issbdae issbdea issbeda issbead issdbae issdbea issdabe issdaeb issdeab issdeba
issebda issebad issedba issedab isseadb isseabd iseabsd iseabds iseasbd iseasdb iseadsb
iseadbs isebasd isebads isebsad isebsda isebdsa isebdas isesbad isesbda isesabd isesadb
isesdab isesdba isedbsa isedbas isedsba isedsab isedasb isedabs sedabis sedabsi sedaibs
sedaisb sedasib sedasbi sedbais sedbasi sedbias sedbisa sedbsia sedbsai sedibas sedibsa
sediabs sediasb sedisab sedisba sedsbia sedsbai sedsiba sedsiab sedsaib sedsabi seadbis
seadbsi seadibs seadisb seadsib seadsbi seabdis seabdsi seabids seabisd seabsid seabsdi
seaibds seaibsd seaidbs seaidsb seaisdb seaisbd seasbid seasbdi seasibd seasidb seasdib
seasdbi sebadis sebadsi sebaids sebaisd sebasid sebasdi sebdais sebdasi sebdias sebdisa
sebdsia sebdsai sebidas sebidsa sebiads sebiasd sebisad sebisda sebsdia sebsdai sebsida
sebsiad sebsaid sebsadi seiabds seiabsd seiadbs seiadsb seiasdb seiasbd seibads seibasd
seibdas seibdsa seibsda seibsad seidbas seidbsa seidabs seidasb seidsab seidsba seisbda
seisbad seisdba seisdab seisadb seisabd sesabid sesabdi sesaibd sesaidb sesadib sesadbi
sesbaid sesbadi sesbiad sesbida sesbdia sesbdai sesibad sesibda sesiabd sesiadb sesidab
sesidba sesdbia sesdbai sesdiba sesdiab sesdaib sesdabi sdeabis sdeabsi sdeaibs sdeaisb
sdeasib sdeasbi sdebais sdebasi sdebias sdebisa sdebsia sdebsai sdeibas sdeibsa sdeiabs
sdeiasb sdeisab sdeisba sdesbia sdesbai sdesiba sdesiab sdesaib sdesabi sdaebis sdaebsi
sdaeibs sdaeisb sdaesib sdaesbi sdabeis sdabesi sdabies sdabise sdabsie sdabsei sdaibes
sdaibse sdaiebs sdaiesb sdaiseb sdaisbe sdasbie sdasbei sdasibe sdasieb sdaseib sdasebi
sdbaeis sdbaesi sdbaies sdbaise sdbasie sdbasei sdbeais sdbeasi sdbeias sdbeisa sdbesia
sdbesai sdbieas sdbiesa sdbiaes sdbiase sdbisae sdbisea sdbseia sdbseai sdbsiea sdbsiae
sdbsaie sdbsaei sdiabes sdiabse sdiaebs sdiaesb sdiaseb sdiasbe sdibaes sdibase sdibeas
sdibesa sdibsea sdibsae sdiebas sdiebsa sdieabs sdieasb sdiesab sdiesba sdisbea sdisbae
sdiseba sdiseab sdisaeb sdisabe sdsabie sdsabei sdsaibe sdsaieb sdsaeib sdsaebi sdsbaie
sdsbaei sdsbiae sdsbiea sdsbeia sdsbeai sdsibae sdsibea sdsiabe sdsiaeb sdsieab sdsieba
sdsebia sdsebai sdseiba sdseiab sdseaib sdseabi sadebis sadebsi sadeibs sadeisb sadesib
sadesbi sadbeis sadbesi sadbies sadbise sadbsie sadbsei sadibes sadibse sadiebs sadiesb
sadiseb sadisbe sadsbie sadsbei sadsibe sadsieb sadseib sadsebi saedbis saedbsi saedibs
saedisb saedsib saedsbi saebdis saebdsi saebids saebisd saebsid saebsdi saeibds saeibsd
saeidbs saeidsb saeisdb saeisbd saesbid saesbdi saesibd saesidb saesdib saesdbi sabedis
sabedsi sabeids sabeisd sabesid sabesdi sabdeis sabdesi sabdies sabdise sabdsie sabdsei
sabides sabidse sabieds sabiesd sabised sabisde sabsdie sabsdei sabside sabsied sabseid
sabsedi saiebds saiebsd saiedbs saiedsb saiesdb saiesbd saibeds saibesd saibdes saibdse
saibsde saibsed saidbes saidbse saidebs saidesb saidseb saidsbe saisbde saisbed saisdbe
saisdeb saisedb saisebd sasebid sasebdi saseibd saseidb sasedib sasedbi sasbeid sasbedi
sasbied sasbide sasbdie sasbdei sasibed sasibde sasiebd sasiedb sasideb sasidbe sasdbie
sasdbei sasdibe sasdieb sasdeib sasdebi sbdaeis sbdaesi sbdaies sbdaise sbdasie sbdasei
sbdeais sbdeasi sbdeias sbdeisa sbdesia sbdesai sbdieas sbdiesa sbdiaes sbdiase sbdisae
sbdisea sbdseia sbdseai sbdsiea sbdsiae sbdsaie sbdsaei sbadeis sbadesi sbadies sbadise
sbadsie sbadsei sbaedis sbaedsi sbaeids sbaeisd sbaesid sbaesdi sbaieds sbaiesd sbaides
sbaidse sbaisde sbaised sbaseid sbasedi sbasied sbaside sbasdie sbasdei sbeadis sbeadsi
sbeaids sbeaisd sbeasid sbeasdi sbedais sbedasi sbedias sbedisa sbedsia sbedsai sbeidas
sbeidsa sbeiads sbeiasd sbeisad sbeisda sbesdia sbesdai sbesida sbesiad sbesaid sbesadi
sbiaeds sbiaesd sbiades sbiadse sbiasde sbiased sbieads sbieasd sbiedas sbiedsa sbiesda
sbiesad sbideas sbidesa sbidaes sbidase sbidsae sbidsea sbiseda sbisead sbisdea sbisdae
sbisade sbisaed sbsaeid sbsaedi sbsaied sbsaide sbsadie sbsadei sbseaid sbseadi sbseiad
sbseida sbsedia sbsedai sbsiead sbsieda sbsiaed sbsiade sbsidae sbsidea sbsdeia sbsdeai
sbsdiea sbsdiae sbsdaie sbsdaei sidabes sidabse sidaebs sidaesb sidaseb sidasbe sidbaes
sidbase sidbeas sidbesa sidbsea sidbsae sidebas sidebsa sideabs sideasb sidesab sidesba
sidsbea sidsbae sidseba sidseab sidsaeb sidsabe siadbes siadbse siadebs siadesb siadseb
siadsbe siabdes siabdse siabeds siabesd siabsed siabsde siaebds siaebsd siaedbs siaedsb
siaesdb siaesbd siasbed siasbde siasebd siasedb siasdeb siasdbe sibades sibadse sibaeds
sibaesd sibased sibasde sibdaes sibdase sibdeas sibdesa sibdsea sibdsae sibedas sibedsa
sibeads sibeasd sibesad sibesda sibsdea sibsdae sibseda sibsead sibsaed sibsade sieabds
sieabsd sieadbs sieadsb sieasdb sieasbd siebads siebasd siebdas siebdsa siebsda siebsad
siedbas siedbsa siedabs siedasb siedsab siedsba siesbda siesbad siesdba siesdab siesadb
siesabd sisabed sisabde sisaebd sisaedb sisadeb sisadbe sisbaed sisbade sisbead sisbeda
sisbdea sisbdae sisebad sisebda siseabd siseadb sisedab sisedba sisdbea sisdbae sisdeba
sisdeab sisdaeb sisdabe ssdabie ssdabei ssdaibe ssdaieb ssdaeib ssdaebi ssdbaie ssdbaei
ssdbiae ssdbiea ssdbeia ssdbeai ssdibae ssdibea ssdiabe ssdiaeb ssdieab ssdieba ssdebia
ssdebai ssdeiba ssdeiab ssdeaib ssdeabi ssadbie ssadbei ssadibe ssadieb ssadeib ssadebi
ssabdie ssabdei ssabide ssabied ssabeid ssabedi ssaibde ssaibed ssaidbe ssaideb ssaiedb
ssaiebd ssaebid ssaebdi ssaeibd ssaeidb ssaedib ssaedbi ssbadie ssbadei ssbaide ssbaied
ssbaeid ssbaedi ssbdaie ssbdaei ssbdiae ssbdiea ssbdeia ssbdeai ssbidae ssbidea ssbiade
ssbiaed ssbiead ssbieda ssbedia ssbedai ssbeida ssbeiad ssbeaid ssbeadi ssiabde ssiabed
ssiadbe ssiadeb ssiaedb ssiaebd ssibade ssibaed ssibdae ssibdea ssibeda ssibead ssidbae
ssidbea ssidabe ssidaeb ssideab ssideba ssiebda ssiebad ssiedba ssiedab ssieadb ssieabd
sseabid sseabdi sseaibd sseaidb sseadib sseadbi ssebaid ssebadi ssebiad ssebida ssebdia
ssebdai sseibad sseibda sseiabd sseiadb sseidab sseidba ssedbia ssedbai ssediba ssediab
ssedaib ssedabi

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History of cryptography
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