easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

gynomonoecism

stamas

autoplast

shellacker

palden

caress

propagative

escendo

prebilling

sugarcity

ageque

amerces

novavisseque

bridgelw

hawketts

chevrolito

lompre

joelm


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: branching
cipher variations:
csbodijoh dtcpejkpi eudqfklqj fverglmrk gwfshmnsl
hxgtinotm iyhujopun jzivkpqvo kajwlqrwp lbkxmrsxq
mclynstyr ndmzotuzs oenapuvat pfobqvwbu qgpcrwxcv
rhqdsxydw siretyzex tjsfuzafy uktgvabgz vluhwbcha
wmvixcdib xnwjydejc yoxkzefkd zpylafgle aqzmbghmf

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: branching
Cipher: yizmxsrmt

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: branching
Cipher: AAAAB BAAAA AAAAA ABBAA AAABA AABBB ABAAA ABBAA AABBA

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: branching
cipher variations:
csbodijoheabohwzotgibolkpofiqbopyforkybotmvodmgboxalopqwbofcronsebojqhoz
umbonexolwuborsnoxycbovgdojakbozutovdtcpejkpifbcpixapuhjcpmlqpgjrcpqzgps
lzcpunwpenhcpybmpqrxcpgdspotfcpkripavncpofypmxvcpstopyzdcpwhepkblcpavupw
eudqfklqjgcdqjybqvikdqnmrqhksdqrahqtmadqvoxqfoidqzcnqrsydqhetqpugdqlsjqb
wodqpgzqnywdqtupqzaedqxifqlcmdqbwvqxfverglmrkhderkzcrwjleronsriltersbiru
nberwpyrgpjeradorstzerifurqvhermtkrcxperqharozxeruvqrabferyjgrmdnercxwry
gwfshmnsliefsladsxkmfspotsjmufstcjsvocfsxqzshqkfsbepstuafsjgvsrwifsnulsd
yqfsribspayfsvwrsbcgfszkhsneofsdyxszhxgtinotmjfgtmbetylngtqputknvgtudktw
pdgtyratirlgtcfqtuvbgtkhwtsxjgtovmtezrgtsjctqbzgtwxstcdhgtalitofpgtezyta
iyhujopunkghuncfuzmohurqvulowhuveluxqehuzsbujsmhudgruvwchulixutykhupwnuf
ashutkdurcahuxytudeihubmjupgqhufazubjzivkpqvolhivodgvanpivsrwvmpxivwfmvy
rfivatcvktnivehsvwxdivmjyvuzlivqxovgbtivulevsdbivyzuvefjivcnkvqhrivgbavc
kajwlqrwpmijwpehwboqjwtsxwnqyjwxgnwzsgjwbudwluojwfitwxyejwnkzwvamjwrypwh
cujwvmfwtecjwzavwfgkjwdolwrisjwhcbwdlbkxmrsxqnjkxqfixcprkxutyxorzkxyhoxa
thkxcvexmvpkxgjuxyzfkxolaxwbnkxszqxidvkxwngxufdkxabwxghlkxepmxsjtkxidcxe
mclynstyroklyrgjydqslyvuzypsalyzipybuilydwfynwqlyhkvyzaglypmbyxcolytaryj
ewlyxohyvgelybcxyhimlyfqnytkulyjedyfndmzotuzsplmzshkzertmzwvazqtbmzajqzc
vjmzexgzoxrmzilwzabhmzqnczydpmzubszkfxmzypizwhfmzcdyzijnmzgrozulvmzkfezg
oenapuvatqmnatilafsunaxwbarucnabkradwknafyhapysnajmxabcinarodazeqnavctal
gynazqjaxignadezajkonahspavmwnalgfahpfobqvwburnobujmbgtvobyxcbsvdobclsbe
xlobgzibqztobknybcdjobspebafrobwdubmhzobarkbyjhobefabklpobitqbwnxobmhgbi
qgpcrwxcvsopcvknchuwpczydctwepcdmtcfympchajcraupclozcdekpctqfcbgspcxevcn
iapcbslczkipcfgbclmqpcjurcxoypcnihcjrhqdsxydwtpqdwlodivxqdazeduxfqdenudg
znqdibkdsbvqdmpadeflqdurgdchtqdyfwdojbqdctmdaljqdghcdmnrqdkvsdypzqdojidk
siretyzexuqrexmpejwyrebafevygrefovehaorejcletcwrenqbefgmrevshediurezgxep
kcredunebmkrehidenosrelwtezqarepkjeltjsfuzafyvrsfynqfkxzsfcbgfwzhsfgpwfi
bpsfkdmfudxsforcfghnsfwtifejvsfahyfqldsfevofcnlsfijefoptsfmxufarbsfqlkfm
uktgvabgzwstgzorglyatgdchgxaitghqxgjcqtglengveytgpsdghiotgxujgfkwtgbizgr
metgfwpgdomtgjkfgpqutgnyvgbsctgrmlgnvluhwbchaxtuhapshmzbuhedihybjuhiryhk
druhmfohwfzuhqtehijpuhyvkhglxuhcjahsnfuhgxqhepnuhklghqrvuhozwhctduhsnmho
wmvixcdibyuvibqtinacvifejizckvijszilesvingpixgavirufijkqvizwlihmyvidkbit
ogvihyrifqovilmhirswvipaxiduevitonipxnwjydejczvwjcrujobdwjgfkjadlwjktajm
ftwjohqjyhbwjsvgjklrwjaxmjinzwjelcjuphwjizsjgrpwjmnijstxwjqbyjevfwjupojq
yoxkzefkdawxkdsvkpcexkhglkbemxklubknguxkpirkzicxktwhklmsxkbynkjoaxkfmdkv
qixkjatkhsqxknojktuyxkrczkfwgxkvqpkrzpylafglebxyletwlqdfylihmlcfnylmvclo
hvylqjslajdyluxilmntylczolkpbylgnelwrjylkbulitrylopkluvzylsdalgxhylwrqls
aqzmbghmfcyzmfuxmregzmjinmdgozmnwdmpiwzmrktmbkezmvyjmnouzmdapmlqczmhofmx
skzmlcvmjuszmpqlmvwazmtebmhyizmxsrmtbranchingdzangvynsfhankjonehpanoxenq
jxanslunclfanwzknopvanebqnmrdanipgnytlanmdwnkvtanqrmnwxbanufcnizjanytsnu

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: branching
Cipher: oenapuvat

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: branching
Cipher: 212411333132423322

Extended Methods:
Method #1

Plaintext: branching
method variations:
gwfshnosmmblxnstxrrgqcsxycwwmvhxcdhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
b r a n c h i n g 
2 2 1 3 3 3 4 3 2 
1 4 1 3 1 2 2 3 2 
They are then read out in rows:
221333432141312232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: branching
Cipher: glnobdcgh

Read more ...
Method #3

Plaintext: branching
method variations:
fdlnlrmhg dlnlrmhgf lnlrmhgfd
nlrmhgfdl lrmhgfdln rmhgfdlnl
mhgfdlnlr hgfdlnlrm gfdlnlrmh

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: branching

first 5040 cipher variations(362880 total)
branching branchign branchnig branchngi branchgni branchgin brancihng brancihgn brancinhg brancingh brancignh
brancighn brancnihg brancnigh brancnhig brancnhgi brancnghi brancngih brancginh brancgihn brancgnih brancgnhi
brancghni brancghin branhcing branhcign branhcnig branhcngi branhcgni branhcgin branhicng branhicgn branhincg
branhingc branhignc branhigcn branhnicg branhnigc branhncig branhncgi branhngci branhngic branhginc branhgicn
branhgnic branhgnci branhgcni branhgcin branihcng branihcgn branihncg branihngc branihgnc branihgcn branichng
branichgn branicnhg branicngh branicgnh branicghn braninchg branincgh braninhcg braninhgc braninghc braningch
branigcnh branigchn branignch branignhc branighnc branighcn brannhicg brannhigc brannhcig brannhcgi brannhgci
brannhgic brannihcg brannihgc brannichg brannicgh brannigch brannighc branncihg branncigh brannchig brannchgi
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branghnci branghcni branghcin brangihnc brangihcn branginhc branginch brangicnh brangichn brangnihc brangnich
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bracinnhg bracinngh bracingnh bracinghn bracinnhg bracinngh bracinhng bracinhgn bracinghn bracingnh bracignnh
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brahcnign brahcnnig brahcnngi brahcngni brahcngin brahcginn brahcginn brahcgnin brahcgnni brahcgnni brahcgnin
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brahngcni brahngcin brahincng brahincgn brahinncg brahinngc brahingnc brahingcn brahicnng brahicngn brahicnng
brahicngn brahicgnn brahicgnn brahincng brahincgn brahinncg brahinngc brahingnc brahingcn brahigcnn brahigcnn
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brahngicn brahnginc brahngcin brahngcni brahngnci brahngnic brahgninc brahgnicn brahgnnic brahgnnci brahgncni
brahgncin brahginnc brahgincn brahginnc brahgincn brahgicnn brahgicnn brahgninc brahgnicn brahgnnic brahgnnci
brahgncni brahgncin brahgcinn brahgcinn brahgcnin brahgcnni brahgcnni brahgcnin braichnng braichngn braichnng
braichngn braichgnn braichgnn braicnhng braicnhgn braicnnhg braicnngh braicngnh braicnghn braicnnhg braicnngh
braicnhng braicnhgn braicnghn braicngnh braicgnnh braicgnhn braicgnnh braicgnhn braicghnn braicghnn braihcnng
braihcngn braihcnng braihcngn braihcgnn braihcgnn braihncng braihncgn braihnncg braihnngc braihngnc braihngcn
braihnncg braihnngc braihncng braihncgn braihngcn braihngnc braihgnnc braihgncn braihgnnc braihgncn braihgcnn
braihgcnn brainhcng brainhcgn brainhncg brainhngc brainhgnc brainhgcn brainchng brainchgn braincnhg braincngh
braincgnh braincghn brainnchg brainncgh brainnhcg brainnhgc brainnghc brainngch braingcnh braingchn braingnch
braingnhc brainghnc brainghcn brainhncg brainhngc brainhcng brainhcgn brainhgcn brainhgnc brainnhcg brainnhgc
brainnchg brainncgh brainngch brainnghc braincnhg braincngh brainchng brainchgn braincghn braincgnh braingnch
braingnhc braingcnh braingchn brainghcn brainghnc braighnnc braighncn braighnnc braighncn braighcnn braighcnn
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braigncnh braigcnnh braigcnhn braigcnnh braigcnhn braigchnn braigchnn branching branchign branchnig branchngi
branchgni branchgin brancihng brancihgn brancinhg brancingh brancignh brancighn brancnihg brancnigh brancnhig
brancnhgi brancnghi brancngih brancginh brancgihn brancgnih brancgnhi brancghni brancghin branhcing branhcign
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branicghn braninchg branincgh braninhcg braninhgc braninghc braningch branigcnh branigchn branignch branignhc
branighnc branighcn brannhicg brannhigc brannhcig brannhcgi brannhgci brannhgic brannihcg brannihgc brannichg
brannicgh brannigch brannighc branncihg branncigh brannchig brannchgi branncghi branncgih branngich branngihc
branngcih branngchi brannghci brannghic branghinc branghicn branghnic branghnci branghcni branghcin brangihnc
brangihcn branginhc branginch brangicnh brangichn brangnihc brangnich brangnhic brangnhci brangnchi brangncih
brangcinh brangcihn brangcnih brangcnhi brangchni brangchin bragchinn bragchinn bragchnin bragchnni bragchnni
bragchnin bragcihnn bragcihnn bragcinhn bragcinnh bragcinnh bragcinhn bragcnihn bragcninh bragcnhin bragcnhni
bragcnnhi bragcnnih bragcninh bragcnihn bragcnnih bragcnnhi bragcnhni bragcnhin braghcinn braghcinn braghcnin
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braghncin braghncni braghnnci braghnnic braghninc braghnicn braghnnic braghnnci braghncni braghncin bragihcnn
bragihcnn bragihncn bragihnnc bragihnnc bragihncn bragichnn bragichnn bragicnhn bragicnnh bragicnnh bragicnhn
braginchn bragincnh braginhcn braginhnc braginnhc braginnch bragincnh braginchn braginnch braginnhc braginhnc
braginhcn bragnhicn bragnhinc bragnhcin bragnhcni bragnhnci bragnhnic bragnihcn bragnihnc bragnichn bragnicnh
bragninch bragninhc bragncihn bragncinh bragnchin bragnchni bragncnhi bragncnih bragnnich bragnnihc bragnncih
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bragncihn bragncnih bragncnhi bragnchni bragnchin brnaching brnachign brnachnig brnachngi brnachgni brnachgin
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brnaginch brnagicnh brnagichn brnagnihc brnagnich brnagnhic brnagnhci brnagnchi brnagncih brnagcinh brnagcihn
brnagcnih brnagcnhi brnagchni brnagchin brncahing brncahign brncahnig brncahngi brncahgni brncahgin brncaihng
brncaihgn brncainhg brncaingh brncaignh brncaighn brncanihg brncanigh brncanhig brncanhgi brncanghi brncangih
brncaginh brncagihn brncagnih brncagnhi brncaghni brncaghin brnchaing brnchaign brnchanig brnchangi brnchagni
brnchagin brnchiang brnchiagn brnchinag brnchinga brnchigna brnchigan brnchniag brnchniga brnchnaig brnchnagi
brnchngai brnchngia brnchgina brnchgian brnchgnia brnchgnai brnchgani brnchgain brncihang brncihagn brncihnag
brncihnga brncihgna brncihgan brnciahng brnciahgn brncianhg brnciangh brnciagnh brnciaghn brncinahg brncinagh
brncinhag brncinhga brncingha brncingah brnciganh brncigahn brncignah brncignha brncighna brncighan brncnhiag
brncnhiga brncnhaig brncnhagi brncnhgai brncnhgia brncnihag brncnihga brncniahg brncniagh brncnigah brncnigha
brncnaihg brncnaigh brncnahig brncnahgi brncnaghi brncnagih brncngiah brncngiha brncngaih brncngahi brncnghai
brncnghia brncghina brncghian brncghnia brncghnai brncghani brncghain brncgihna brncgihan brncginha brncginah
brncgianh brncgiahn brncgniha brncgniah brncgnhia brncgnhai brncgnahi brncgnaih brncgainh brncgaihn brncganih
brncganhi brncgahni brncgahin brnhcaing brnhcaign brnhcanig brnhcangi brnhcagni brnhcagin brnhciang brnhciagn
brnhcinag brnhcinga brnhcigna brnhcigan brnhcniag brnhcniga brnhcnaig brnhcnagi brnhcngai brnhcngia brnhcgina
brnhcgian brnhcgnia brnhcgnai brnhcgani brnhcgain brnhacing brnhacign brnhacnig brnhacngi brnhacgni brnhacgin
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brhnganci brhngacni brhngacin brhngianc brhngiacn brhnginac brhnginca brhngicna brhngican brhngniac brhngnica
brhngnaic brhngnaci brhngncai brhngncia brhngcina brhngcian brhngcnia brhngcnai brhngcani brhngcain brhgcainn
brhgcainn brhgcanin brhgcanni brhgcanni brhgcanin brhgciann brhgciann brhgcinan brhgcinna brhgcinna brhgcinan
brhgcnian brhgcnina brhgcnain brhgcnani brhgcnnai brhgcnnia brhgcnina brhgcnian brhgcnnia brhgcnnai brhgcnani
brhgcnain brhgacinn brhgacinn brhgacnin brhgacnni brhgacnni brhgacnin brhgaicnn brhgaicnn brhgaincn brhgainnc
brhgainnc brhgaincn brhganicn brhganinc brhgancin brhgancni brhgannci brhgannic brhganinc brhganicn brhgannic
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brhgicnan brhgicnna brhgicnna brhgicnan brhgincan brhgincna brhginacn brhginanc brhginnac brhginnca brhgincna
brhgincan brhginnca brhginnac brhginanc brhginacn brhgnaicn brhgnainc brhgnacin brhgnacni brhgnanci brhgnanic
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brhgncnia brhgnnica brhgnniac brhgnncia brhgnncai brhgnnaci brhgnnaic brhgnainc brhgnaicn brhgnanic brhgnanci
brhgnacni brhgnacin brhgnianc brhgniacn brhgninac brhgninca brhgnicna brhgnican brhgnniac brhgnnica brhgnnaic
brhgnnaci brhgnncai brhgnncia brhgncina brhgncian brhgncnia brhgncnai brhgncani brhgncain brinchang brinchagn
brinchnag brinchnga brinchgna brinchgan brincahng brincahgn brincanhg brincangh brincagnh brincaghn brincnahg
brincnagh brincnhag brincnhga brincngha brincngah brincganh brincgahn brincgnah brincgnha brincghna brincghan
brinhcang brinhcagn brinhcnag brinhcnga brinhcgna brinhcgan brinhacng brinhacgn brinhancg brinhangc brinhagnc
brinhagcn brinhnacg brinhnagc brinhncag brinhncga brinhngca brinhngac brinhganc brinhgacn brinhgnac brinhgnca
brinhgcna brinhgcan brinahcng brinahcgn brinahncg brinahngc brinahgnc brinahgcn brinachng brinachgn brinacnhg
brinacngh brinacgnh brinacghn brinanchg brinancgh brinanhcg brinanhgc brinanghc brinangch brinagcnh brinagchn
brinagnch brinagnhc brinaghnc brinaghcn brinnhacg brinnhagc brinnhcag brinnhcga brinnhgca brinnhgac brinnahcg
brinnahgc brinnachg brinnacgh brinnagch brinnaghc brinncahg brinncagh brinnchag brinnchga brinncgha brinncgah
brinngach brinngahc brinngcah brinngcha brinnghca brinnghac bringhanc bringhacn bringhnac bringhnca bringhcna
bringhcan bringahnc bringahcn bringanhc bringanch bringacnh bringachn bringnahc bringnach bringnhac bringnhca
bringncha bringncah bringcanh bringcahn bringcnah bringcnha bringchna bringchan bricnhang bricnhagn bricnhnag
bricnhnga bricnhgna bricnhgan bricnahng bricnahgn bricnanhg bricnangh bricnagnh bricnaghn bricnnahg bricnnagh
bricnnhag bricnnhga bricnngha bricnngah bricnganh bricngahn bricngnah bricngnha bricnghna bricnghan brichnang
brichnagn brichnnag brichnnga brichngna brichngan brichanng brichangn brichanng brichangn brichagnn brichagnn
brichnang brichnagn brichnnag brichnnga brichngna brichngan brichgann brichgann brichgnan brichgnna brichgnna
brichgnan bricahnng bricahngn bricahnng bricahngn bricahgnn bricahgnn bricanhng bricanhgn bricannhg bricanngh
bricangnh bricanghn bricannhg bricanngh bricanhng bricanhgn bricanghn bricangnh bricagnnh bricagnhn bricagnnh
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bricgnnah bricgnanh bricgnahn bricgnnah bricgnnha bricgnhna bricgnhan brihcnang brihcnagn brihcnnag brihcnnga
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brihacgnn brihancng brihancgn brihanncg brihanngc brihangnc brihangcn brihagcnn brihagcnn brihagncn brihagnnc
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brihgancn brihgannc brihgancn brihgacnn brihgacnn brihgnanc brihgnacn brihgnnac brihgnnca brihgncna brihgncan
brihgcann brihgcann brihgcnan brihgcnna brihgcnna brihgcnan briachnng briachngn briachnng briachngn briachgnn
briachgnn briacnhng briacnhgn briacnnhg briacnngh briacngnh briacnghn briacnnhg briacnngh briacnhng briacnhgn
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briahcngn briahcgnn briahcgnn briahncng briahncgn briahnncg briahnngc briahngnc briahngcn briahnncg briahnngc
briahncng briahncgn briahngcn briahngnc briahgnnc briahgncn briahgnnc briahgncn briahgcnn briahgcnn brianhcng
brianhcgn brianhncg brianhngc brianhgnc brianhgcn brianchng brianchgn briancnhg briancngh briancgnh briancghn
briannchg brianncgh briannhcg briannhgc briannghc brianngch briangcnh briangchn briangnch briangnhc brianghnc
brianghcn brianhncg brianhngc brianhcng brianhcgn brianhgcn brianhgnc briannhcg briannhgc briannchg brianncgh
brianngch briannghc briancnhg briancngh brianchng brianchgn briancghn briancgnh briangnch briangnhc briangcnh
briangchn brianghcn brianghnc briaghnnc briaghncn briaghnnc briaghncn briaghcnn briaghcnn briagnhnc briagnhcn
briagnnhc briagnnch briagncnh briagnchn briagnnhc briagnnch briagnhnc briagnhcn briagnchn briagncnh briagcnnh
briagcnhn briagcnnh briagcnhn briagchnn briagchnn brinchang brinchagn brinchnag brinchnga brinchgna brinchgan
brincahng brincahgn brincanhg brincangh brincagnh brincaghn brincnahg brincnagh brincnhag brincnhga brincngha
brincngah brincganh brincgahn brincgnah brincgnha brincghna brincghan brinhcang brinhcagn brinhcnag brinhcnga
brinhcgna brinhcgan brinhacng brinhacgn brinhancg brinhangc brinhagnc brinhagcn brinhnacg brinhnagc brinhncag
brinhncga brinhngca brinhngac brinhganc brinhgacn brinhgnac brinhgnca brinhgcna brinhgcan brinahcng brinahcgn
brinahncg brinahngc brinahgnc brinahgcn brinachng brinachgn brinacnhg brinacngh brinacgnh brinacghn brinanchg
brinancgh brinanhcg brinanhgc brinanghc brinangch brinagcnh brinagchn brinagnch brinagnhc brinaghnc brinaghcn
brinnhacg brinnhagc brinnhcag brinnhcga brinnhgca brinnhgac brinnahcg brinnahgc brinnachg brinnacgh brinnagch
brinnaghc brinncahg brinncagh brinnchag brinnchga brinncgha brinncgah brinngach brinngahc brinngcah brinngcha
brinnghca brinnghac bringhanc bringhacn bringhnac bringhnca bringhcna bringhcan bringahnc bringahcn bringanhc
bringanch bringacnh bringachn bringnahc bringnach bringnhac bringnhca bringncha bringncah bringcanh bringcahn
bringcnah bringcnha bringchna bringchan brigchann brigchann brigchnan brigchnna brigchnna brigchnan brigcahnn
brigcahnn brigcanhn brigcannh brigcannh brigcanhn brigcnahn brigcnanh brigcnhan brigcnhna brigcnnha brigcnnah
brigcnanh brigcnahn brigcnnah brigcnnha brigcnhna brigcnhan brighcann brighcann brighcnan brighcnna brighcnna
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brighnnca brighnnac brighnanc brighnacn brighnnac brighnnca brighncna brighncan brigahcnn brigahcnn brigahncn
brigahnnc brigahnnc brigahncn brigachnn brigachnn brigacnhn brigacnnh brigacnnh brigacnhn briganchn brigancnh
briganhcn briganhnc brigannhc brigannch brigancnh briganchn brigannch brigannhc briganhnc briganhcn brignhacn
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brignnhac brignhanc brignhacn brignhnac brignhnca brignhcna brignhcan brignahnc brignahcn brignanhc brignanch
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brigncnha brignchna brignchan brnnchiag brnnchiga brnnchaig brnnchagi brnnchgai brnnchgia brnncihag brnncihga
brnnciahg brnnciagh brnncigah brnncigha brnncaihg brnncaigh brnncahig brnncahgi brnncaghi brnncagih brnncgiah
brnncgiha brnncgaih brnncgahi brnncghai brnncghia brnnhciag brnnhciga brnnhcaig brnnhcagi brnnhcgai brnnhcgia
brnnhicag brnnhicga brnnhiacg brnnhiagc brnnhigac brnnhigca brnnhaicg brnnhaigc brnnhacig brnnhacgi brnnhagci
brnnhagic brnnhgiac brnnhgica brnnhgaic brnnhgaci brnnhgcai brnnhgcia brnnihcag brnnihcga brnnihacg brnnihagc
brnnihgac brnnihgca brnnichag brnnichga brnnicahg brnnicagh brnnicgah brnnicgha brnniachg brnniacgh brnniahcg
brnniahgc brnniaghc brnniagch brnnigcah brnnigcha brnnigach brnnigahc brnnighac brnnighca brnnahicg brnnahigc
brnnahcig brnnahcgi brnnahgci brnnahgic brnnaihcg brnnaihgc brnnaichg brnnaicgh brnnaigch brnnaighc brnnacihg
brnnacigh brnnachig brnnachgi brnnacghi brnnacgih brnnagich brnnagihc brnnagcih brnnagchi brnnaghci brnnaghic
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brnngchai brnngchia brncnhiag brncnhiga brncnhaig brncnhagi brncnhgai brncnhgia brncnihag brncnihga brncniahg
brncniagh brncnigah brncnigha brncnaihg brncnaigh brncnahig brncnahgi brncnaghi brncnagih brncngiah brncngiha
brncngaih brncngahi brncnghai brncnghia brnchniag brnchniga brnchnaig brnchnagi brnchngai brnchngia brnchinag
brnchinga brnchiang brnchiagn brnchigan brnchigna brnchaing brnchaign brnchanig brnchangi brnchagni brnchagin
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brncihgna brncinhag brncinhga brncinahg brncinagh brncingah brncingha brncianhg brnciangh brnciahng brnciahgn
brnciaghn brnciagnh brncignah brncignha brnciganh brncigahn brncighan brncighna brncahing brncahign brncahnig
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brncgaihn brncgainh brncgahin brncgahni brncganhi brncganih brncgniah brncgniha brncgnaih brncgnahi brncgnhai
brncgnhia brnhcniag brnhcniga brnhcnaig brnhcnagi brnhcngai brnhcngia brnhcinag brnhcinga brnhciang brnhciagn
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brnhngica brnhngaic brnhngaci brnhngcai brnhngcia brnhincag brnhincga brnhinacg brnhinagc brnhingac brnhingca
brnhicnag brnhicnga brnhicang brnhicagn brnhicgan brnhicgna brnhiacng brnhiacgn brnhiancg brnhiangc brnhiagnc
brnhiagcn brnhigcan brnhigcna brnhigacn brnhiganc brnhignac brnhignca brnhanicg brnhanigc brnhancig brnhancgi
brnhangci brnhangic brnhaincg brnhaingc brnhaicng brnhaicgn brnhaigcn brnhaignc brnhacing brnhacign brnhacnig
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brningcah brningcha brningach brningahc brninghac brninghca brniahncg brniahngc brniahcng brniahcgn brniahgcn
brniahgnc brnianhcg brnianhgc brnianchg brniancgh brniangch brnianghc brniacnhg brniacngh brniachng brniachgn
brniacghn brniacgnh brniagnch brniagnhc brniagcnh brniagchn brniaghcn brniaghnc brnighnac brnighnca brnighanc
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brnachign brnachnig brnachngi brnachgni brnachgin brnacihng brnacihgn brnacinhg brnacingh brnacignh brnacighn
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brnaigchn brnaignch brnaignhc brnaighnc brnaighcn brnanhicg brnanhigc brnanhcig brnanhcgi brnanhgci brnanhgic
brnanihcg brnanihgc brnanichg brnanicgh brnanigch brnanighc brnancihg brnancigh brnanchig brnanchgi brnancghi
brnancgih brnangich brnangihc brnangcih brnangchi brnanghci brnanghic brnaghinc brnaghicn brnaghnic brnaghnci
brnaghcni brnaghcin brnagihnc brnagihcn brnaginhc brnaginch brnagicnh brnagichn brnagnihc brnagnich brnagnhic
brnagnhci brnagnchi brnagncih brnagcinh brnagcihn brnagcnih brnagcnhi brnagchni brnagchin brngchian brngchina
brngchain brngchani brngchnai brngchnia brngcihan brngcihna brngciahn brngcianh brngcinah brngcinha brngcaihn
brngcainh brngcahin brngcahni brngcanhi brngcanih brngcniah brngcniha brngcnaih brngcnahi brngcnhai brngcnhia
brnghcian brnghcina brnghcain brnghcani brnghcnai brnghcnia brnghican brnghicna brnghiacn brnghianc brnghinac
brnghinca brnghaicn brnghainc brnghacin brnghacni brnghanci brnghanic brnghniac brnghnica brnghnaic brnghnaci
brnghncai brnghncia brngihcan brngihcna brngihacn brngihanc brngihnac brngihnca brngichan brngichna brngicahn
brngicanh brngicnah brngicnha brngiachn brngiacnh brngiahcn brngiahnc brngianhc brngianch brngincah brngincha
brnginach brnginahc brnginhac brnginhca brngahicn brngahinc brngahcin brngahcni brngahnci brngahnic brngaihcn
brngaihnc brngaichn brngaicnh brngainch brngainhc brngacihn brngacinh brngachin brngachni brngacnhi brngacnih
brnganich brnganihc brngancih brnganchi brnganhci brnganhic brngnhiac brngnhica brngnhaic brngnhaci brngnhcai
brngnhcia brngnihac brngnihca brngniahc brngniach brngnicah brngnicha brngnaihc brngnaich brngnahic brngnahci
brngnachi brngnacih brngnciah brngnciha brngncaih brngncahi brngnchai brngnchia brgnchina brgnchian brgnchnia
brgnchnai brgnchani brgnchain brgncihna brgncihan brgncinha brgncinah brgncianh brgnciahn brgncniha brgncniah
brgncnhia brgncnhai brgncnahi brgncnaih brgncainh brgncaihn brgncanih brgncanhi brgncahni brgncahin brgnhcina
brgnhcian brgnhcnia brgnhcnai brgnhcani brgnhcain brgnhicna brgnhican brgnhinca brgnhinac brgnhianc brgnhiacn
brgnhnica brgnhniac brgnhncia brgnhncai brgnhnaci brgnhnaic brgnhainc brgnhaicn brgnhanic brgnhanci brgnhacni
brgnhacin brgnihcna brgnihcan brgnihnca brgnihnac brgnihanc brgnihacn brgnichna brgnichan brgnicnha brgnicnah
brgnicanh brgnicahn brgnincha brgnincah brgninhca brgninhac brgninahc brgninach brgniacnh brgniachn brgnianch
brgnianhc brgniahnc brgniahcn brgnnhica brgnnhiac brgnnhcia brgnnhcai brgnnhaci brgnnhaic brgnnihca brgnnihac
brgnnicha brgnnicah brgnniach brgnniahc brgnnciha brgnnciah brgnnchia brgnnchai brgnncahi brgnncaih brgnnaich
brgnnaihc brgnnacih brgnnachi brgnnahci brgnnahic brgnahinc brgnahicn brgnahnic brgnahnci brgnahcni brgnahcin
brgnaihnc brgnaihcn brgnainhc brgnainch brgnaicnh brgnaichn brgnanihc brgnanich brgnanhic brgnanhci brgnanchi
brgnancih brgnacinh brgnacihn brgnacnih brgnacnhi brgnachni brgnachin brgcnhina brgcnhian brgcnhnia brgcnhnai
brgcnhani brgcnhain brgcnihna brgcnihan brgcninha brgcninah brgcnianh brgcniahn brgcnniha brgcnniah brgcnnhia
brgcnnhai brgcnnahi brgcnnaih brgcnainh brgcnaihn brgcnanih brgcnanhi brgcnahni brgcnahin brgchnina brgchnian
brgchnnia brgchnnai brgchnani brgchnain brgchinna brgchinan brgchinna brgchinan brgchiann brgchiann brgchnina
brgchnian brgchnnia brgchnnai brgchnani brgchnain brgchainn brgchainn brgchanin brgchanni brgchanni brgchanin
brgcihnna brgcihnan brgcihnna brgcihnan brgcihann brgcihann brgcinhna brgcinhan brgcinnha brgcinnah brgcinanh
brgcinahn brgcinnha brgcinnah brgcinhna brgcinhan brgcinahn brgcinanh brgciannh brgcianhn brgciannh brgcianhn
brgciahnn brgciahnn brgcnhina brgcnhian brgcnhnia brgcnhnai brgcnhani brgcnhain brgcnihna brgcnihan brgcninha
brgcninah brgcnianh brgcniahn brgcnniha brgcnniah brgcnnhia brgcnnhai brgcnnahi brgcnnaih brgcnainh brgcnaihn
brgcnanih brgcnanhi brgcnahni brgcnahin brgcahinn brgcahinn brgcahnin brgcahnni brgcahnni brgcahnin brgcaihnn
brgcaihnn brgcainhn brgcainnh brgcainnh brgcainhn brgcanihn brgcaninh brgcanhin brgcanhni brgcannhi brgcannih
brgcaninh brgcanihn brgcannih brgcannhi brgcanhni brgcanhin brghcnina brghcnian brghcnnia brghcnnai brghcnani
brghcnain brghcinna brghcinan brghcinna brghcinan brghciann brghciann brghcnina brghcnian brghcnnia brghcnnai
brghcnani brghcnain brghcainn brghcainn brghcanin brghcanni brghcanni brghcanin brghncina brghncian brghncnia
brghncnai brghncani brghncain brghnicna brghnican brghninca brghninac brghnianc brghniacn brghnnica brghnniac
brghnncia brghnncai brghnnaci brghnnaic brghnainc brghnaicn brghnanic brghnanci brghnacni brghnacin brghincna
brghincan brghinnca brghinnac brghinanc brghinacn brghicnna brghicnan brghicnna brghicnan brghicann brghicann
brghincna brghincan brghinnca brghinnac brghinanc brghinacn brghiacnn brghiacnn brghiancn brghiannc brghiannc
brghiancn brghnnica brghnniac brghnncia brghnncai brghnnaci brghnnaic brghninca brghninac brghnicna brghnican
brghniacn brghnianc brghncina brghncian brghncnia brghncnai brghncani brghncain brghnaicn brghnainc brghnacin
brghnacni brghnanci brghnanic brghaninc brghanicn brghannic brghannci brghancni brghancin brghainnc brghaincn
brghainnc brghaincn brghaicnn brghaicnn brghaninc brghanicn brghannic brghannci brghancni brghancin brghacinn
brghacinn brghacnin brghacnni brghacnni brghacnin brgichnna brgichnan brgichnna brgichnan brgichann brgichann
brgicnhna brgicnhan brgicnnha brgicnnah brgicnanh brgicnahn brgicnnha brgicnnah brgicnhna brgicnhan brgicnahn
brgicnanh brgicannh brgicanhn brgicannh brgicanhn brgicahnn brgicahnn brgihcnna brgihcnan brgihcnna brgihcnan
brgihcann brgihcann brgihncna brgihncan brgihnnca brgihnnac brgihnanc brgihnacn brgihnnca brgihnnac brgihncna
brgihncan brgihnacn brgihnanc brgihannc brgihancn brgihannc brgihancn brgihacnn brgihacnn brginhcna brginhcan
brginhnca brginhnac brginhanc brginhacn brginchna brginchan brgincnha brgincnah brgincanh brgincahn brginncha
brginncah brginnhca brginnhac brginnahc brginnach brginacnh brginachn brginanch brginanhc brginahnc brginahcn
brginhnca brginhnac brginhcna brginhcan brginhacn brginhanc brginnhca brginnhac brginncha brginncah brginnach
brginnahc brgincnha brgincnah brginchna brginchan brgincahn brgincanh brginanch brginanhc brginacnh brginachn
brginahcn brginahnc brgiahnnc brgiahncn brgiahnnc brgiahncn brgiahcnn brgiahcnn brgianhnc brgianhcn brgiannhc
brgiannch brgiancnh brgianchn brgiannhc brgiannch brgianhnc brgianhcn brgianchn brgiancnh brgiacnnh brgiacnhn
brgiacnnh brgiacnhn brgiachnn brgiachnn brgnchina brgnchian brgnchnia brgnchnai brgnchani brgnchain brgncihna
brgncihan brgncinha brgncinah brgncianh brgnciahn brgncniha brgncniah brgncnhia brgncnhai brgncnahi brgncnaih
brgncainh brgncaihn brgncanih brgncanhi brgncahni brgncahin brgnhcina brgnhcian brgnhcnia brgnhcnai brgnhcani
brgnhcain brgnhicna brgnhican brgnhinca brgnhinac brgnhianc brgnhiacn brgnhnica brgnhniac brgnhncia brgnhncai
brgnhnaci brgnhnaic brgnhainc brgnhaicn brgnhanic brgnhanci brgnhacni brgnhacin brgnihcna brgnihcan brgnihnca
brgnihnac brgnihanc brgnihacn brgnichna brgnichan brgnicnha brgnicnah brgnicanh brgnicahn brgnincha brgnincah
brgninhca brgninhac brgninahc brgninach brgniacnh brgniachn brgnianch brgnianhc brgniahnc brgniahcn brgnnhica
brgnnhiac brgnnhcia brgnnhcai brgnnhaci brgnnhaic brgnnihca brgnnihac brgnnicha brgnnicah brgnniach brgnniahc
brgnnciha brgnnciah brgnnchia brgnnchai brgnncahi brgnncaih brgnnaich brgnnaihc brgnnacih brgnnachi brgnnahci
brgnnahic brgnahinc brgnahicn brgnahnic brgnahnci brgnahcni brgnahcin brgnaihnc brgnaihcn brgnainhc brgnainch
brgnaicnh brgnaichn brgnanihc brgnanich brgnanhic brgnanhci brgnanchi brgnancih brgnacinh brgnacihn brgnacnih
brgnacnhi brgnachni brgnachin brgachinn brgachinn brgachnin brgachnni brgachnni brgachnin brgacihnn brgacihnn
brgacinhn brgacinnh brgacinnh brgacinhn brgacnihn brgacninh brgacnhin brgacnhni brgacnnhi brgacnnih brgacninh
brgacnihn brgacnnih brgacnnhi brgacnhni brgacnhin brgahcinn brgahcinn brgahcnin brgahcnni brgahcnni brgahcnin
brgahicnn brgahicnn brgahincn brgahinnc brgahinnc brgahincn brgahnicn brgahninc brgahncin brgahncni brgahnnci
brgahnnic brgahninc brgahnicn brgahnnic brgahnnci brgahncni brgahncin brgaihcnn brgaihcnn brgaihncn brgaihnnc
brgaihnnc brgaihncn brgaichnn brgaichnn brgaicnhn brgaicnnh brgaicnnh brgaicnhn brgainchn brgaincnh brgainhcn
brgainhnc brgainnhc brgainnch brgaincnh brgainchn brgainnch brgainnhc brgainhnc brgainhcn brganhicn brganhinc
brganhcin brganhcni brganhnci brganhnic brganihcn brganihnc brganichn brganicnh brganinch brganinhc brgancihn
brgancinh brganchin brganchni brgancnhi brgancnih brgannich brgannihc brganncih brgannchi brgannhci brgannhic
brganhinc brganhicn brganhnic brganhnci brganhcni brganhcin brganihnc brganihcn brganinhc brganinch brganicnh
brganichn brgannihc brgannich brgannhic brgannhci brgannchi brganncih brgancinh brgancihn brgancnih brgancnhi
brganchni brganchin

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History of cryptography
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