easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

millincost

smithw

ausonians

accenting

vaxterm

orisons

habitusque

secundaque

berberidaceous

dilutions

decertavere

papoose

carbinols

lunicus

nudniks

newsweek

astrand

beretta


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: ashdown
cipher variations:
btiepxo cujfqyp dvkgrzq ewlhsar fxmitbs
gynjuct hzokvdu iaplwev jbqmxfw kcrnygx
ldsozhy metpaiz nfuqbja ogvrckb phwsdlc
qixtemd rjyufne skzvgof tlawhpg umbxiqh
vncyjri wodzksj xpealtk yqfbmul zrgcnvm

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: ashdown
Cipher: zhswldm

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: ashdown
Cipher: AAAAA BAAAB AABBB AAABB ABBAB BABAA ABBAA

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: ashdown
cipher variations:
btiepxobdwkrpobnkqthobxywvzobhmcxrobraizjoblcudtobvqaflo
bfeghdobpsmjvobzgslnobjuynfocujfqypcexlsqpcolruipcyzxwap
cindyspcsbjakpcmdveupcwrbgmpcgfhiepcqtnkwpcahtmopckvzogp
dvkgrzqdfymtrqdpmsvjqdzayxbqdjoeztqdtckblqdnewfvqdxschnq
dhgijfqdruolxqdbiunpqdlwaphqewlhsaregznusreqntwkreabzycr
ekpfaureudlcmreofxgwreytdioreihjkgresvpmyrecjvoqremxbqir
fxmitbsfhaovtsfrouxlsfbcazdsflqgbvsfvemdnsfpgyhxsfzuejps
fjiklhsftwqnzsfdkwprsfnycrjsgynjuctgibpwutgspvymtgcdbaet
gmrhcwtgwfneotgqhziytgavfkqtgkjlmitguxroatgelxqstgozdskt
hzokvduhjcqxvuhtqwznuhdecbfuhnsidxuhxgofpuhriajzuhbwglru
hlkmnjuhvyspbuhfmyrtuhpaetluiaplwevikdrywviurxaoviefdcgv
iotjeyviyhpgqvisjbkavicxhmsvimlnokviwztqcvignzsuviqbfumv
jbqmxfwjleszxwjvsybpwjfgedhwjpukfzwjziqhrwjtkclbwjdyintw
jnmoplwjxaurdwjhoatvwjrcgvnwkcrnygxkmftayxkwtzcqxkghfeix
kqvlgaxkajrisxkuldmcxkezjouxkonpqmxkybvsexkipbuwxksdhwox
ldsozhylngubzylxuadrylhigfjylrwmhbylbksjtylvmendylfakpvy
lpoqrnylzcwtfyljqcvxylteixpymetpaizmohvcazmyvbeszmijhgkz
msxniczmcltkuzmwnfoezmgblqwzmqprsozmadxugzmkrdwyzmufjyqz
nfuqbjanpiwdbanzwcftanjkihlantyojdandmulvanxogpfanhcmrxa
nrqstpanbeyvhanlsexzanvgkzraogvrckboqjxecboaxdgubokljimb
ouzpkeboenvmwboyphqgboidnsybosrtuqbocfzwibomtfyabowhlasb
phwsdlcprkyfdcpbyehvcplmkjncpvaqlfcpfownxcpzqirhcpjeotzc
ptsuvrcpdgaxjcpnugzbcpximbtcqixtemdqslzgedqczfiwdqmnlkod
qwbrmgdqgpxoydqarjsidqkfpuadqutvwsdqehbykdqovhacdqyjncud
rjyufnertmahferdagjxernomlperxcsnherhqypzerbsktjerlgqvbe
rvuwxterficzlerpwibderzkodveskzvgofsunbigfsebhkyfsopnmqf
sydtoifsirzqafsctlukfsmhrwcfswvxyufsgjdamfsqxjcefsalpewf
tlawhpgtvocjhgtfcilzgtpqonrgtzeupjgtjsarbgtdumvlgtnisxdg
txwyzvgthkebngtrykdfgtbmqfxgumbxiqhuwpdkihugdjmahuqrposh
uafvqkhuktbschuevnwmhuojtyehuyxzawhuilfcohuszleghucnrgyh
vncyjrivxqeljivheknbivrsqptivbgwrlivluctdivfwoxnivpkuzfi
vzyabxivjmgdpivtamfhivdoshziwodzksjwyrfmkjwiflocjwstrquj
wchxsmjwmvduejwgxpyojwqlvagjwazbcyjwknheqjwubngijweptiaj
xpealtkxzsgnlkxjgmpdkxtusrvkxdiytnkxnwevfkxhyqzpkxrmwbhk
xbacdzkxloifrkxvcohjkxfqujbkyqfbmulyathomlykhnqelyuvtswl
yejzuolyoxfwglyizraqlysnxcilycbdealympjgslywdpiklygrvkcl
zrgcnvmzbuipnmzliorfmzvwutxmzfkavpmzpygxhmzjasbrmztoydjm
zdcefbmznqkhtmzxeqjlmzhswldmashdownacvjqonamjpsgnawxvuyn
aglbwqnaqzhyinakbtcsnaupzeknaedfgcnaorliunayfrkmnaitxmen

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: ashdown
Cipher: nfuqbja

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: ashdown
Cipher: 11343241432533

Extended Methods:
Method #1

Plaintext: ashdown
method variations:
fxnitbslcsoygxqhxtdmcvncyirh

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
a s h d o w n 
1 3 3 4 4 2 3 
1 4 2 1 3 5 3 
They are then read out in rows:
13344231421353
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: ashdown
Cipher: lsicilp

Read more ...
Method #3

Plaintext: ashdown
method variations:
lorqhpc orqhpcl rqhpclo
qhpclor hpclorq pclorqh
clorqhp

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: ashdown

all 5040 cipher variations:
ashdown ashdonw ashdwon ashdwno ashdnwo ashdnow ashodwn ashodnw ashowdn ashownd ashonwd
ashondw ashwodn ashwond ashwdon ashwdno ashwndo ashwnod ashnowd ashnodw ashnwod ashnwdo
ashndwo ashndow asdhown asdhonw asdhwon asdhwno asdhnwo asdhnow asdohwn asdohnw asdowhn
asdownh asdonwh asdonhw asdwohn asdwonh asdwhon asdwhno asdwnho asdwnoh asdnowh asdnohw
asdnwoh asdnwho asdnhwo asdnhow asodhwn asodhnw asodwhn asodwnh asodnwh asodnhw asohdwn
asohdnw asohwdn asohwnd asohnwd asohndw asowhdn asowhnd asowdhn asowdnh asowndh asownhd
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asnwdoh asnwdho asnwhdo asnwhod asnhowd asnhodw asnhwod asnhwdo asnhdwo asnhdow ahsdown
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swohdan swohdna swohadn swohand swohnad swohnda swoahdn swoahnd swoadhn swoadnh swoandh
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snhadwo snhadow sndhowa sndhoaw sndhwoa sndhwao sndhawo sndhaow sndohwa sndohaw sndowha
sndowah sndoawh sndoahw sndwoha sndwoah sndwhoa sndwhao sndwaho sndwaoh sndaowh sndaohw
sndawoh sndawho sndahwo sndahow snodhwa snodhaw snodwha snodwah snodawh snodahw snohdwa
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snoahwd snoahdw snoawhd snoawdh snoadwh snoadhw snwdoha snwdoah snwdhoa snwdhao snwdaho
snwdaoh snwodha snwodah snwohda snwohad snwoahd snwoadh snwhoda snwhoad snwhdoa snwhdao
snwhado snwhaod snwaohd snwaodh snwahod snwahdo snwadho snwadoh snadowh snadohw snadwoh
snadwho snadhwo snadhow snaodwh snaodhw snaowdh snaowhd snaohwd snaohdw snawodh snawohd
snawdoh snawdho snawhdo snawhod snahowd snahodw snahwod snahwdo snahdwo snahdow hsadown
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hasdwon hasdwno hasdnwo hasdnow hasodwn hasodnw hasowdn hasownd hasonwd hasondw haswodn
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hadonsw hadwosn hadwons hadwson hadwsno hadwnso hadwnos hadnows hadnosw hadnwos hadnwso
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haonwsd haonwds haondws haondsw hawdosn hawdons hawdson hawdsno hawdnso hawdnos hawodsn
hawodns hawosdn hawosnd hawonsd hawonds hawsodn hawsond hawsdon hawsdno hawsndo hawsnod
hawnosd hawnods hawnsod hawnsdo hawndso hawndos handows handosw handwos handwso handswo
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dhoanws dhoansw dhosawn dhosanw dhoswan dhoswna dhosnwa dhosnaw dhowsan dhowsna dhowasn
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dhwason dhwasno dhwanso dhwanos dhwoasn dhwoans dhwosan dhwosna dhwonsa dhwonas dhwsoan
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dhnsawo dhnsaow dahsown dahsonw dahswon dahswno dahsnwo dahsnow dahoswn dahosnw dahowsn
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dasohnw dasowhn dasownh dasonwh dasonhw daswohn daswonh daswhon daswhno daswnho daswnoh
dasnowh dasnohw dasnwoh dasnwho dasnhwo dasnhow daoshwn daoshnw daoswhn daoswnh daosnwh
daosnhw daohswn daohsnw daohwsn daohwns daohnws daohnsw daowhsn daowhns daowshn daowsnh
daownsh daownhs daonhws daonhsw daonwhs daonwsh daonswh daonshw dawsohn dawsonh dawshon
dawshno dawsnho dawsnoh dawoshn dawosnh dawohsn dawohns dawonhs dawonsh dawhosn dawhons
dawhson dawhsno dawhnso dawhnos dawnohs dawnosh dawnhos dawnhso dawnsho dawnsoh dansowh
dansohw danswoh danswho danshwo danshow danoswh danoshw danowsh danowhs danohws danohsw
danwosh danwohs danwsoh danwsho danwhso danwhos danhows danhosw danhwos danhwso danhswo
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dohsnwa dohsnaw dohwsan dohwsna dohwasn dohwans dohwnas dohwnsa dohnswa dohnsaw dohnwsa
dohnwas dohnaws dohnasw doahswn doahsnw doahwsn doahwns doahnws doahnsw doashwn doashnw
doaswhn doaswnh doasnwh doasnhw doawshn doawsnh doawhsn doawhns doawnhs doawnsh doanswh
doanshw doanwsh doanwhs doanhws doanhsw dosahwn dosahnw dosawhn dosawnh dosanwh dosanhw
doshawn doshanw doshwan doshwna doshnwa doshnaw doswhan doswhna doswahn doswanh doswnah
doswnha dosnhwa dosnhaw dosnwha dosnwah dosnawh dosnahw dowashn dowasnh dowahsn dowahns
dowanhs dowansh dowsahn dowsanh dowshan dowshna dowsnha dowsnah dowhsan dowhsna dowhasn
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donawsh donawhs donahws donahsw donsawh donsahw donswah donswha donshwa donshaw donwsah
donwsha donwash donwahs donwhas donwhsa donhswa donhsaw donhwsa donhwas donhaws donhasw
dwhaosn dwhaons dwhason dwhasno dwhanso dwhanos dwhoasn dwhoans dwhosan dwhosna dwhonsa
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dwhnaso dwhnaos dwahosn dwahons dwahson dwahsno dwahnso dwahnos dwaohsn dwaohns dwaoshn
dwaosnh dwaonsh dwaonhs dwasohn dwasonh dwashon dwashno dwasnho dwasnoh dwanosh dwanohs
dwansoh dwansho dwanhso dwanhos dwoahsn dwoahns dwoashn dwoasnh dwoansh dwoanhs dwohasn
dwohans dwohsan dwohsna dwohnsa dwohnas dwoshan dwoshna dwosahn dwosanh dwosnah dwosnha
dwonhsa dwonhas dwonsha dwonsah dwonash dwonahs dwsaohn dwsaonh dwsahon dwsahno dwsanho
dwsanoh dwsoahn dwsoanh dwsohan dwsohna dwsonha dwsonah dwshoan dwshona dwshaon dwshano
dwshnao dwshnoa dwsnoha dwsnoah dwsnhoa dwsnhao dwsnaho dwsnaoh dwnaosh dwnaohs dwnasoh
dwnasho dwnahso dwnahos dwnoash dwnoahs dwnosah dwnosha dwnohsa dwnohas dwnsoah dwnsoha
dwnsaoh dwnsaho dwnshao dwnshoa dwnhosa dwnhoas dwnhsoa dwnhsao dwnhaso dwnhaos dnhaows
dnhaosw dnhawos dnhawso dnhaswo dnhasow dnhoaws dnhoasw dnhowas dnhowsa dnhoswa dnhosaw
dnhwoas dnhwosa dnhwaos dnhwaso dnhwsao dnhwsoa dnhsowa dnhsoaw dnhswoa dnhswao dnhsawo
dnhsaow dnahows dnahosw dnahwos dnahwso dnahswo dnahsow dnaohws dnaohsw dnaowhs dnaowsh
dnaoswh dnaoshw dnawohs dnawosh dnawhos dnawhso dnawsho dnawsoh dnasowh dnasohw dnaswoh
dnaswho dnashwo dnashow dnoahws dnoahsw dnoawhs dnoawsh dnoaswh dnoashw dnohaws dnohasw
dnohwas dnohwsa dnohswa dnohsaw dnowhas dnowhsa dnowahs dnowash dnowsah dnowsha dnoshwa
dnoshaw dnoswha dnoswah dnosawh dnosahw dnwaohs dnwaosh dnwahos dnwahso dnwasho dnwasoh
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dnsahwo dnsahow dnsoawh dnsoahw dnsowah dnsowha dnsohwa dnsohaw dnswoah dnswoha dnswaoh
dnswaho dnswhao dnswhoa dnshowa dnshoaw dnshwoa dnshwao dnshawo dnshaow oshdawn oshdanw
oshdwan oshdwna oshdnwa oshdnaw oshadwn oshadnw oshawdn oshawnd oshanwd oshandw oshwadn
oshwand oshwdan oshwdna oshwnda oshwnad oshnawd oshnadw oshnwad oshnwda oshndwa oshndaw
osdhawn osdhanw osdhwan osdhwna osdhnwa osdhnaw osdahwn osdahnw osdawhn osdawnh osdanwh
osdanhw osdwahn osdwanh osdwhan osdwhna osdwnha osdwnah osdnawh osdnahw osdnwah osdnwha
osdnhwa osdnhaw osadhwn osadhnw osadwhn osadwnh osadnwh osadnhw osahdwn osahdnw osahwdn
osahwnd osahnwd osahndw osawhdn osawhnd osawdhn osawdnh osawndh osawnhd osanhwd osanhdw
osanwhd osanwdh osandwh osandhw oswdahn oswdanh oswdhan oswdhna oswdnha oswdnah oswadhn
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odshwan odshwna odshnwa odshnaw odsahwn odsahnw odsawhn odsawnh odsanwh odsanhw odswahn
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odashwn odashnw odaswhn odaswnh odasnwh odasnhw odahswn odahsnw odahwsn odahwns odahnws
odahnsw odawhsn odawhns odawshn odawsnh odawnsh odawnhs odanhws odanhsw odanwhs odanwsh
odanswh odanshw odwsahn odwsanh odwshan odwshna odwsnha odwsnah odwashn odwasnh odwahsn
odwahns odwanhs odwansh odwhasn odwhans odwhsan odwhsna odwhnsa odwhnas odwnahs odwnash
odwnhas odwnhsa odwnsha odwnsah odnsawh odnsahw odnswah odnswha odnshwa odnshaw odnaswh
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oahdnsw oahsdwn oahsdnw oahswdn oahswnd oahsnwd oahsndw oahwsdn oahwsnd oahwdsn oahwdns
oahwnds oahwnsd oahnswd oahnsdw oahnwsd oahnwds oahndws oahndsw oadhswn oadhsnw oadhwsn
oadhwns oadhnws oadhnsw oadshwn oadshnw oadswhn oadswnh oadsnwh oadsnhw oadwshn oadwsnh
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oasdhnw oasdwhn oasdwnh oasdnwh oasdnhw oashdwn oashdnw oashwdn oashwnd oashnwd oashndw
oaswhdn oaswhnd oaswdhn oaswdnh oaswndh oaswnhd oasnhwd oasnhdw oasnwhd oasnwdh oasndwh
oasndhw oawdshn oawdsnh oawdhsn oawdhns oawdnhs oawdnsh oawsdhn oawsdnh oawshdn oawshnd
oawsnhd oawsndh oawhsdn oawhsnd oawhdsn oawhdns oawhnds oawhnsd oawnshd oawnsdh oawnhsd
oawnhds oawndhs oawndsh oandswh oandshw oandwsh oandwhs oandhws oandhsw oansdwh oansdhw
oanswdh oanswhd oanshwd oanshdw oanwsdh oanwshd oanwdsh oanwdhs oanwhds oanwhsd oanhswd
oanhsdw oanhwsd oanhwds oanhdws oanhdsw owhdasn owhdans owhdsan owhdsna owhdnsa owhdnas
owhadsn owhadns owhasdn owhasnd owhansd owhands owhsadn owhsand owhsdan owhsdna owhsnda
owhsnad owhnasd owhnads owhnsad owhnsda owhndsa owhndas owdhasn owdhans owdhsan owdhsna
owdhnsa owdhnas owdahsn owdahns owdashn owdasnh owdansh owdanhs owdsahn owdsanh owdshan
owdshna owdsnha owdsnah owdnash owdnahs owdnsah owdnsha owdnhsa owdnhas owadhsn owadhns
owadshn owadsnh owadnsh owadnhs owahdsn owahdns owahsdn owahsnd owahnsd owahnds owashdn
owashnd owasdhn owasdnh owasndh owasnhd owanhsd owanhds owanshd owansdh owandsh owandhs
owsdahn owsdanh owsdhan owsdhna owsdnha owsdnah owsadhn owsadnh owsahdn owsahnd owsanhd
owsandh owshadn owshand owshdan owshdna owshnda owshnad owsnahd owsnadh owsnhad owsnhda
owsndha owsndah owndash owndahs owndsah owndsha owndhsa owndhas ownadsh ownadhs ownasdh
ownashd ownahsd ownahds ownsadh ownsahd ownsdah ownsdha ownshda ownshad ownhasd ownhads
ownhsad ownhsda ownhdsa ownhdas onhdaws onhdasw onhdwas onhdwsa onhdswa onhdsaw onhadws
onhadsw onhawds onhawsd onhaswd onhasdw onhwads onhwasd onhwdas onhwdsa onhwsda onhwsad
onhsawd onhsadw onhswad onhswda onhsdwa onhsdaw ondhaws ondhasw ondhwas ondhwsa ondhswa
ondhsaw ondahws ondahsw ondawhs ondawsh ondaswh ondashw ondwahs ondwash ondwhas ondwhsa
ondwsha ondwsah ondsawh ondsahw ondswah ondswha ondshwa ondshaw onadhws onadhsw onadwhs
onadwsh onadswh onadshw onahdws onahdsw onahwds onahwsd onahswd onahsdw onawhds onawhsd
onawdhs onawdsh onawsdh onawshd onashwd onashdw onaswhd onaswdh onasdwh onasdhw onwdahs
onwdash onwdhas onwdhsa onwdsha onwdsah onwadhs onwadsh onwahds onwahsd onwashd onwasdh
onwhads onwhasd onwhdas onwhdsa onwhsda onwhsad onwsahd onwsadh onwshad onwshda onwsdha
onwsdah onsdawh onsdahw onsdwah onsdwha onsdhwa onsdhaw onsadwh onsadhw onsawdh onsawhd
onsahwd onsahdw onswadh onswahd onswdah onswdha onswhda onswhad onshawd onshadw onshwad
onshwda onshdwa onshdaw wshdoan wshdona wshdaon wshdano wshdnao wshdnoa wshodan wshodna
wshoadn wshoand wshonad wshonda wshaodn wshaond wshadon wshadno wshando wshanod wshnoad
wshnoda wshnaod wshnado wshndao wshndoa wsdhoan wsdhona wsdhaon wsdhano wsdhnao wsdhnoa
wsdohan wsdohna wsdoahn wsdoanh wsdonah wsdonha wsdaohn wsdaonh wsdahon wsdahno wsdanho
wsdanoh wsdnoah wsdnoha wsdnaoh wsdnaho wsdnhao wsdnhoa wsodhan wsodhna wsodahn wsodanh
wsodnah wsodnha wsohdan wsohdna wsohadn wsohand wsohnad wsohnda wsoahdn wsoahnd wsoadhn
wsoadnh wsoandh wsoanhd wsonhad wsonhda wsonahd wsonadh wsondah wsondha wsadohn wsadonh
wsadhon wsadhno wsadnho wsadnoh wsaodhn wsaodnh wsaohdn wsaohnd wsaonhd wsaondh wsahodn
wsahond wsahdon wsahdno wsahndo wsahnod wsanohd wsanodh wsanhod wsanhdo wsandho wsandoh
wsndoah wsndoha wsndaoh wsndaho wsndhao wsndhoa wsnodah wsnodha wsnoadh wsnoahd wsnohad
wsnohda wsnaodh wsnaohd wsnadoh wsnadho wsnahdo wsnahod wsnhoad wsnhoda wsnhaod wsnhado
wsnhdao wsnhdoa whsdoan whsdona whsdaon whsdano whsdnao whsdnoa whsodan whsodna whsoadn
whsoand whsonad whsonda whsaodn whsaond whsadon whsadno whsando whsanod whsnoad whsnoda
whsnaod whsnado whsndao whsndoa whdsoan whdsona whdsaon whdsano whdsnao whdsnoa whdosan
whdosna whdoasn whdoans whdonas whdonsa whdaosn whdaons whdason whdasno whdanso whdanos
whdnoas whdnosa whdnaos whdnaso whdnsao whdnsoa whodsan whodsna whodasn whodans whodnas
whodnsa whosdan whosdna whosadn whosand whosnad whosnda whoasdn whoasnd whoadsn whoadns
whoands whoansd whonsad whonsda whonasd whonads whondas whondsa whadosn whadons whadson
whadsno whadnso whadnos whaodsn whaodns whaosdn whaosnd whaonsd whaonds whasodn whasond
whasdon whasdno whasndo whasnod whanosd whanods whansod whansdo whandso whandos whndoas
whndosa whndaos whndaso whndsao whndsoa whnodas whnodsa whnoads whnoasd whnosad whnosda
whnaods whnaosd whnados whnadso whnasdo whnasod whnsoad whnsoda whnsaod whnsado whnsdao
whnsdoa wdhsoan wdhsona wdhsaon wdhsano wdhsnao wdhsnoa wdhosan wdhosna wdhoasn wdhoans
wdhonas wdhonsa wdhaosn wdhaons wdhason wdhasno wdhanso wdhanos wdhnoas wdhnosa wdhnaos
wdhnaso wdhnsao wdhnsoa wdshoan wdshona wdshaon wdshano wdshnao wdshnoa wdsohan wdsohna
wdsoahn wdsoanh wdsonah wdsonha wdsaohn wdsaonh wdsahon wdsahno wdsanho wdsanoh wdsnoah
wdsnoha wdsnaoh wdsnaho wdsnhao wdsnhoa wdoshan wdoshna wdosahn wdosanh wdosnah wdosnha
wdohsan wdohsna wdohasn wdohans wdohnas wdohnsa wdoahsn wdoahns wdoashn wdoasnh wdoansh
wdoanhs wdonhas wdonhsa wdonahs wdonash wdonsah wdonsha wdasohn wdasonh wdashon wdashno
wdasnho wdasnoh wdaoshn wdaosnh wdaohsn wdaohns wdaonhs wdaonsh wdahosn wdahons wdahson
wdahsno wdahnso wdahnos wdanohs wdanosh wdanhos wdanhso wdansho wdansoh wdnsoah wdnsoha
wdnsaoh wdnsaho wdnshao wdnshoa wdnosah wdnosha wdnoash wdnoahs wdnohas wdnohsa wdnaosh
wdnaohs wdnasoh wdnasho wdnahso wdnahos wdnhoas wdnhosa wdnhaos wdnhaso wdnhsao wdnhsoa
wohdsan wohdsna wohdasn wohdans wohdnas wohdnsa wohsdan wohsdna wohsadn wohsand wohsnad
wohsnda wohasdn wohasnd wohadsn wohadns wohands wohansd wohnsad wohnsda wohnasd wohnads
wohndas wohndsa wodhsan wodhsna wodhasn wodhans wodhnas wodhnsa wodshan wodshna wodsahn
wodsanh wodsnah wodsnha wodashn wodasnh wodahsn wodahns wodanhs wodansh wodnsah wodnsha
wodnash wodnahs wodnhas wodnhsa wosdhan wosdhna wosdahn wosdanh wosdnah wosdnha woshdan
woshdna woshadn woshand woshnad woshnda wosahdn wosahnd wosadhn wosadnh wosandh wosanhd
wosnhad wosnhda wosnahd wosnadh wosndah wosndha woadshn woadsnh woadhsn woadhns woadnhs
woadnsh woasdhn woasdnh woashdn woashnd woasnhd woasndh woahsdn woahsnd woahdsn woahdns
woahnds woahnsd woanshd woansdh woanhsd woanhds woandhs woandsh wondsah wondsha wondash
wondahs wondhas wondhsa wonsdah wonsdha wonsadh wonsahd wonshad wonshda wonasdh wonashd
wonadsh wonadhs wonahds wonahsd wonhsad wonhsda wonhasd wonhads wonhdas wonhdsa wahdosn
wahdons wahdson wahdsno wahdnso wahdnos wahodsn wahodns wahosdn wahosnd wahonsd wahonds
wahsodn wahsond wahsdon wahsdno wahsndo wahsnod wahnosd wahnods wahnsod wahnsdo wahndso
wahndos wadhosn wadhons wadhson wadhsno wadhnso wadhnos wadohsn wadohns wadoshn wadosnh
wadonsh wadonhs wadsohn wadsonh wadshon wadshno wadsnho wadsnoh wadnosh wadnohs wadnsoh
wadnsho wadnhso wadnhos waodhsn waodhns waodshn waodsnh waodnsh waodnhs waohdsn waohdns
waohsdn waohsnd waohnsd waohnds waoshdn waoshnd waosdhn waosdnh waosndh waosnhd waonhsd
waonhds waonshd waonsdh waondsh waondhs wasdohn wasdonh wasdhon wasdhno wasdnho wasdnoh
wasodhn wasodnh wasohdn wasohnd wasonhd wasondh washodn washond washdon washdno washndo
washnod wasnohd wasnodh wasnhod wasnhdo wasndho wasndoh wandosh wandohs wandsoh wandsho
wandhso wandhos wanodsh wanodhs wanosdh wanoshd wanohsd wanohds wansodh wansohd wansdoh
wansdho wanshdo wanshod wanhosd wanhods wanhsod wanhsdo wanhdso wanhdos wnhdoas wnhdosa
wnhdaos wnhdaso wnhdsao wnhdsoa wnhodas wnhodsa wnhoads wnhoasd wnhosad wnhosda wnhaods
wnhaosd wnhados wnhadso wnhasdo wnhasod wnhsoad wnhsoda wnhsaod wnhsado wnhsdao wnhsdoa
wndhoas wndhosa wndhaos wndhaso wndhsao wndhsoa wndohas wndohsa wndoahs wndoash wndosah
wndosha wndaohs wndaosh wndahos wndahso wndasho wndasoh wndsoah wndsoha wndsaoh wndsaho
wndshao wndshoa wnodhas wnodhsa wnodahs wnodash wnodsah wnodsha wnohdas wnohdsa wnohads
wnohasd wnohsad wnohsda wnoahds wnoahsd wnoadhs wnoadsh wnoasdh wnoashd wnoshad wnoshda
wnosahd wnosadh wnosdah wnosdha wnadohs wnadosh wnadhos wnadhso wnadsho wnadsoh wnaodhs
wnaodsh wnaohds wnaohsd wnaoshd wnaosdh wnahods wnahosd wnahdos wnahdso wnahsdo wnahsod
wnasohd wnasodh wnashod wnashdo wnasdho wnasdoh wnsdoah wnsdoha wnsdaoh wnsdaho wnsdhao
wnsdhoa wnsodah wnsodha wnsoadh wnsoahd wnsohad wnsohda wnsaodh wnsaohd wnsadoh wnsadho
wnsahdo wnsahod wnshoad wnshoda wnshaod wnshado wnshdao wnshdoa nshdowa nshdoaw nshdwoa
nshdwao nshdawo nshdaow nshodwa nshodaw nshowda nshowad nshoawd nshoadw nshwoda nshwoad
nshwdoa nshwdao nshwado nshwaod nshaowd nshaodw nshawod nshawdo nshadwo nshadow nsdhowa
nsdhoaw nsdhwoa nsdhwao nsdhawo nsdhaow nsdohwa nsdohaw nsdowha nsdowah nsdoawh nsdoahw
nsdwoha nsdwoah nsdwhoa nsdwhao nsdwaho nsdwaoh nsdaowh nsdaohw nsdawoh nsdawho nsdahwo
nsdahow nsodhwa nsodhaw nsodwha nsodwah nsodawh nsodahw nsohdwa nsohdaw nsohwda nsohwad
nsohawd nsohadw nsowhda nsowhad nsowdha nsowdah nsowadh nsowahd nsoahwd nsoahdw nsoawhd
nsoawdh nsoadwh nsoadhw nswdoha nswdoah nswdhoa nswdhao nswdaho nswdaoh nswodha nswodah
nswohda nswohad nswoahd nswoadh nswhoda nswhoad nswhdoa nswhdao nswhado nswhaod nswaohd
nswaodh nswahod nswahdo nswadho nswadoh nsadowh nsadohw nsadwoh nsadwho nsadhwo nsadhow
nsaodwh nsaodhw nsaowdh nsaowhd nsaohwd nsaohdw nsawodh nsawohd nsawdoh nsawdho nsawhdo
nsawhod nsahowd nsahodw nsahwod nsahwdo nsahdwo nsahdow nhsdowa nhsdoaw nhsdwoa nhsdwao
nhsdawo nhsdaow nhsodwa nhsodaw nhsowda nhsowad nhsoawd nhsoadw nhswoda nhswoad nhswdoa
nhswdao nhswado nhswaod nhsaowd nhsaodw nhsawod nhsawdo nhsadwo nhsadow nhdsowa nhdsoaw
nhdswoa nhdswao nhdsawo nhdsaow nhdoswa nhdosaw nhdowsa nhdowas nhdoaws nhdoasw nhdwosa
nhdwoas nhdwsoa nhdwsao nhdwaso nhdwaos nhdaows nhdaosw nhdawos nhdawso nhdaswo nhdasow
nhodswa nhodsaw nhodwsa nhodwas nhodaws nhodasw nhosdwa nhosdaw nhoswda nhoswad nhosawd
nhosadw nhowsda nhowsad nhowdsa nhowdas nhowads nhowasd nhoaswd nhoasdw nhoawsd nhoawds
nhoadws nhoadsw nhwdosa nhwdoas nhwdsoa nhwdsao nhwdaso nhwdaos nhwodsa nhwodas nhwosda
nhwosad nhwoasd nhwoads nhwsoda nhwsoad nhwsdoa nhwsdao nhwsado nhwsaod nhwaosd nhwaods
nhwasod nhwasdo nhwadso nhwados nhadows nhadosw nhadwos nhadwso nhadswo nhadsow nhaodws
nhaodsw nhaowds nhaowsd nhaoswd nhaosdw nhawods nhawosd nhawdos nhawdso nhawsdo nhawsod
nhasowd nhasodw nhaswod nhaswdo nhasdwo nhasdow ndhsowa ndhsoaw ndhswoa ndhswao ndhsawo
ndhsaow ndhoswa ndhosaw ndhowsa ndhowas ndhoaws ndhoasw ndhwosa ndhwoas ndhwsoa ndhwsao
ndhwaso ndhwaos ndhaows ndhaosw ndhawos ndhawso ndhaswo ndhasow ndshowa ndshoaw ndshwoa
ndshwao ndshawo ndshaow ndsohwa ndsohaw ndsowha ndsowah ndsoawh ndsoahw ndswoha ndswoah
ndswhoa ndswhao ndswaho ndswaoh ndsaowh ndsaohw ndsawoh ndsawho ndsahwo ndsahow ndoshwa
ndoshaw ndoswha ndoswah ndosawh ndosahw ndohswa ndohsaw ndohwsa ndohwas ndohaws ndohasw
ndowhsa ndowhas ndowsha ndowsah ndowash ndowahs ndoahws ndoahsw ndoawhs ndoawsh ndoaswh
ndoashw ndwsoha ndwsoah ndwshoa ndwshao ndwsaho ndwsaoh ndwosha ndwosah ndwohsa ndwohas
ndwoahs ndwoash ndwhosa ndwhoas ndwhsoa ndwhsao ndwhaso ndwhaos ndwaohs ndwaosh ndwahos
ndwahso ndwasho ndwasoh ndasowh ndasohw ndaswoh ndaswho ndashwo ndashow ndaoswh ndaoshw
ndaowsh ndaowhs ndaohws ndaohsw ndawosh ndawohs ndawsoh ndawsho ndawhso ndawhos ndahows
ndahosw ndahwos ndahwso ndahswo ndahsow nohdswa nohdsaw nohdwsa nohdwas nohdaws nohdasw
nohsdwa nohsdaw nohswda nohswad nohsawd nohsadw nohwsda nohwsad nohwdsa nohwdas nohwads
nohwasd nohaswd nohasdw nohawsd nohawds nohadws nohadsw nodhswa nodhsaw nodhwsa nodhwas
nodhaws nodhasw nodshwa nodshaw nodswha nodswah nodsawh nodsahw nodwsha nodwsah nodwhsa
nodwhas nodwahs nodwash nodaswh nodashw nodawsh nodawhs nodahws nodahsw nosdhwa nosdhaw
nosdwha nosdwah nosdawh nosdahw noshdwa noshdaw noshwda noshwad noshawd noshadw noswhda
noswhad noswdha noswdah noswadh noswahd nosahwd nosahdw nosawhd nosawdh nosadwh nosadhw
nowdsha nowdsah nowdhsa nowdhas nowdahs nowdash nowsdha nowsdah nowshda nowshad nowsahd
nowsadh nowhsda nowhsad nowhdsa nowhdas nowhads nowhasd nowashd nowasdh nowahsd nowahds
nowadhs nowadsh noadswh noadshw noadwsh noadwhs noadhws noadhsw noasdwh noasdhw noaswdh
noaswhd noashwd noashdw noawsdh noawshd noawdsh noawdhs noawhds noawhsd noahswd noahsdw
noahwsd noahwds noahdws noahdsw nwhdosa nwhdoas nwhdsoa nwhdsao nwhdaso nwhdaos nwhodsa
nwhodas nwhosda nwhosad nwhoasd nwhoads nwhsoda nwhsoad nwhsdoa nwhsdao nwhsado nwhsaod
nwhaosd nwhaods nwhasod nwhasdo nwhadso nwhados nwdhosa nwdhoas nwdhsoa nwdhsao nwdhaso
nwdhaos nwdohsa nwdohas nwdosha nwdosah nwdoash nwdoahs nwdsoha nwdsoah nwdshoa nwdshao
nwdsaho nwdsaoh nwdaosh nwdaohs nwdasoh nwdasho nwdahso nwdahos nwodhsa nwodhas nwodsha
nwodsah nwodash nwodahs nwohdsa nwohdas nwohsda nwohsad nwohasd nwohads nwoshda nwoshad
nwosdha nwosdah nwosadh nwosahd nwoahsd nwoahds nwoashd nwoasdh nwoadsh nwoadhs nwsdoha
nwsdoah nwsdhoa nwsdhao nwsdaho nwsdaoh nwsodha nwsodah nwsohda nwsohad nwsoahd nwsoadh
nwshoda nwshoad nwshdoa nwshdao nwshado nwshaod nwsaohd nwsaodh nwsahod nwsahdo nwsadho
nwsadoh nwadosh nwadohs nwadsoh nwadsho nwadhso nwadhos nwaodsh nwaodhs nwaosdh nwaoshd
nwaohsd nwaohds nwasodh nwasohd nwasdoh nwasdho nwashdo nwashod nwahosd nwahods nwahsod
nwahsdo nwahdso nwahdos nahdows nahdosw nahdwos nahdwso nahdswo nahdsow nahodws nahodsw
nahowds nahowsd nahoswd nahosdw nahwods nahwosd nahwdos nahwdso nahwsdo nahwsod nahsowd
nahsodw nahswod nahswdo nahsdwo nahsdow nadhows nadhosw nadhwos nadhwso nadhswo nadhsow
nadohws nadohsw nadowhs nadowsh nadoswh nadoshw nadwohs nadwosh nadwhos nadwhso nadwsho
nadwsoh nadsowh nadsohw nadswoh nadswho nadshwo nadshow naodhws naodhsw naodwhs naodwsh
naodswh naodshw naohdws naohdsw naohwds naohwsd naohswd naohsdw naowhds naowhsd naowdhs
naowdsh naowsdh naowshd naoshwd naoshdw naoswhd naoswdh naosdwh naosdhw nawdohs nawdosh
nawdhos nawdhso nawdsho nawdsoh nawodhs nawodsh nawohds nawohsd nawoshd nawosdh nawhods
nawhosd nawhdos nawhdso nawhsdo nawhsod nawsohd nawsodh nawshod nawshdo nawsdho nawsdoh
nasdowh nasdohw nasdwoh nasdwho nasdhwo nasdhow nasodwh nasodhw nasowdh nasowhd nasohwd
nasohdw naswodh naswohd naswdoh naswdho naswhdo naswhod nashowd nashodw nashwod nashwdo
nashdwo nashdow

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History of cryptography
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