easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

natarent

theurgist

noncurrent

embolus

parallelizer

gravelling

contracter

autecology

creath

pelmatozoic

dicerimusque

fricassee

spoked

morological

kelting

aminobenzoic

valleyward

seberg


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: desiccating
cipher variations:
eftjddbujoh fgukeecvkpi ghvlffdwlqj hiwmggexmrk ijxnhhfynsl
jkyoiigzotm klzpjjhapun lmaqkkibqvo mnbrlljcrwp nocsmmkdsxq
opdtnnletyr pqeuoomfuzs qrfvppngvat rsgwqqohwbu sthxrrpixcv
tuiyssqjydw uvjzttrkzex vwkauuslafy wxlbvvtmbgz xymcwwuncha
yzndxxvodib zaoeyywpejc abpfzzxqfkd bcqgaayrgle cdrhbbzshmf

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: desiccating
Cipher: wvhrxxzgrmt

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: desiccating
Cipher: AAABB AABAA BAAAB ABAAA AAABA AAABA AAAAA BAABA 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: desiccating
cipher variations:
eftjddbujohkndzhhbgzotqvnpllbspofwdxfppbeforclhvttbqvoditrlxxbclopujlrffbaronarvhjjbmhoz
gzfxnnbyxolmhpnrrbknoxspzdvvbwdojyxjtzzbitovfgukeecvkpiloeaiichapurwoqmmctqpgxeygqqcfgps
dmiwuucrwpejusmyycdmpqvkmsggcbspobswikkcnipahagyooczypmniqossclopytqaewwcxepkzykuaacjupw
ghvlffdwlqjmpfbjjdibqvsxprnndurqhyfzhrrdghqtenjxvvdsxqfkvtnzzdenqrwlnthhdctqpctxjlldojqb
ibhzppdazqnojrpttdmpqzurbfxxdyfqlazlvbbdkvqxhiwmggexmrknqgckkejcrwtyqsooevsrizgaissehiru
fokywwetyrglwuoaaeforsxmouiiedurqduykmmepkrcjciaqqebaropksquuenqravscgyyezgrmbamwccelwry
ijxnhhfynslorhdllfkdsxuzrtppfwtsjahbjttfijsvgplzxxfuzshmxvpbbfgpstynpvjjfevsrevzlnnfqlsd
kdjbrrfcbspqltrvvforsbwtdhzzfahsncbnxddfmxszjkyoiigzotmpsiemmgletyvasuqqgxutkbickuugjktw
hqmayygvatinywqccghqtuzoqwkkgfwtsfwamoogrmtelekcssgdctqrmuswwgpstcxueiaagbitodcoyeegnyta
klzpjjhapunqtjfnnhmfuzwbtvrrhyvulcjdlvvhkluxirnbzzhwbujozxrddhiruvaprxllhgxutgxbnpphsnuf
mfldtthedursnvtxxhqtudyvfjbbhcjupedpzffhozublmaqkkibqvorukgooingvaxcuwssizwvmdkemwwilmvy
jsocaaixcvkpayseeijsvwbqsymmihyvuhycoqqitovgngmeuuifevstowuyyiruvezwgkccidkvqfeqaggipavc
mnbrlljcrwpsvlhppjohwbydvxttjaxwnelfnxxjmnwzktpdbbjydwlqbztffjktwxcrtznnjizwvizdprrjupwh
ohnfvvjgfwtupxvzzjsvwfaxhlddjelwrgfrbhhjqbwdnocsmmkdsxqtwmiqqkpixczewyuukbyxofmgoyyknoxa
luqecckzexmrcauggkluxydsuaookjaxwjaeqsskvqxipiogwwkhgxuvqywaaktwxgbyimeekfmxshgsciikrcxe
opdtnnletyruxnjrrlqjydafxzvvlczypgnhpzzlopybmvrfddlafynsdbvhhlmvyzetvbpplkbyxkbfrttlwryj
qjphxxlihyvwrzxbbluxyhczjnfflgnytihtdjjlsdyfpqeuoomfuzsvyokssmrkzebgyawwmdazqhoiqaampqzc
nwsgeembgzotecwiimnwzafuwcqqmlczylcgsuumxszkrkqiyymjizwxsayccmvyzidakoggmhozujiuekkmtezg
qrfvppngvatwzplttnslafchzbxxnebaripjrbbnqradoxthffnchapufdxjjnoxabgvxdrrnmdazmdhtvvnytal
slrjzznkjaxytbzddnwzajeblphhnipavkjvfllnufahrsgwqqohwbuxaqmuuotmbgdiacyyofcbsjqksccorsbe
pyuiggodibqvgeykkopybchwyessonebaneiuwwozubmtmskaaolkbyzucaeeoxabkfcmqiiojqbwlkwgmmovgbi
sthxrrpixcvybrnvvpunchejbdzzpgdctkrltddpstcfqzvjhhpejcrwhfzllpqzcdixzfttpofcbofjvxxpavcn
untlbbpmlczavdbffpybclgdnrjjpkrcxmlxhnnpwhcjtuiyssqjydwzcsowwqvodifkceaaqhedulsmueeqtudg
rawkiiqfkdsxigammqradejyaguuqpgdcpgkwyyqbwdovoumccqnmdabwecggqzcdmheoskkqlsdynmyiooqxidk
uvjzttrkzexadtpxxrwpejgldfbbrifevmtnvffruvehsbxljjrgletyjhbnnrsbefkzbhvvrqhedqhlxzzrcxep
wpvnddronebcxfdhhradenifptllrmtezonzjppryjelvwkauuslafybeuqyysxqfkhmegccsjgfwnuowggsvwfi
tcymkkshmfuzkicoostcfglaciwwsriferimyaasdyfqxqwoeespofcdygeiisbefojgqummsnufapoakqqszkfm
wxlbvvtmbgzcfvrzztyrglinfhddtkhgxovpxhhtwxgjudznlltingvaljdpptudghmbdjxxtsjgfsjnzbbtezgr
yrxpfftqpgdezhfjjtcfgpkhrvnntovgbqpblrrtalgnxymcwwunchadgwsaauzshmjogieeulihypwqyiiuxyhk
veaommujohwbmkeqquvehincekyyutkhgtkoaccufahszsyqggurqhefaigkkudghqliswooupwhcrqcmssubmho
yzndxxvodibehxtbbvatinkphjffvmjizqxrzjjvyzilwfbpnnvkpixcnlfrrvwfijodflzzvulihulpbddvgbit
atzrhhvsrifgbjhllvehirmjtxppvqxidsrdnttvcnipzaoeyywpejcfiyuccwbujolqikggwnkjarysakkwzajm
xgcqoowlqjydomgsswxgjkpegmaawvmjivmqceewhcjubuasiiwtsjghckimmwfijsnkuyqqwryjetseouuwdojq
abpfzzxqfkdgjzvddxcvkpmrjlhhxolkbsztbllxabknyhdrppxmrkzepnhttxyhklqfhnbbxwnkjwnrdffxidkv
cvbtjjxutkhidljnnxgjktolvzrrxszkfutfpvvxepkrbcqgaayrglehkaweeydwlqnskmiiypmlctaucmmybclo
ziesqqynslafqoiuuyzilmrgioccyxolkxoseggyjelwdwcukkyvulijemkooyhklupmwassytalgvugqwwyfqls
cdrhbbzshmfilbxffzexmrotlnjjzqnmdubvdnnzcdmpajftrrzotmbgrpjvvzajmnshjpddzypmlyptfhhzkfmx
exdvllzwvmjkfnlppzilmvqnxbttzubmhwvhrxxzgrmtdesiccatingjmcyggafynspumokkaronevcweooadenq
bkgussapunchsqkwwabknotikqeeazqnmzqugiialgnyfyewmmaxwnklgomqqajmnwroycuuavcnixwisyyahsnu

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: desiccating
Cipher: qrfvppngvat

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: desiccating
Cipher: 4151344231311144423322

Extended Methods:
Method #1

Plaintext: desiccating
method variations:
ikxohhfyosmopctnnldtxrtuhyssqiycwyzndxxvodhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
d e s i c c a t i n g 
4 5 3 4 3 3 1 4 4 3 2 
1 1 4 2 1 1 1 4 2 3 2 
They are then read out in rows:
4534331443211421114232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: desiccating
Cipher: ysnqobqbaih

Read more ...
Method #3

Plaintext: desiccating
method variations:
vltmlaqtmhr ltmlaqtmhrv tmlaqtmhrvl
mlaqtmhrvlt laqtmhrvltm aqtmhrvltml
qtmhrvltmla tmhrvltmlaq mhrvltmlaqt
hrvltmlaqtm rvltmlaqtmh

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: desiccating

first 5040 cipher variations(39615626 total)
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desintgccia desintgccai desintgcaci desintgcaic desintgaicc desintgaicc desintgacic desintgacci desintgacci desintgacic
desiniatccg desiniatcgc desiniatccg desiniatcgc desiniatgcc desiniatgcc desiniactcg desiniactgc desiniacctg desiniaccgt
desiniacgct desiniacgtc desiniacctg desiniaccgt desiniactcg desiniactgc desiniacgtc desiniacgct desiniagcct desiniagctc
desiniagcct desiniagctc desiniagtcc desiniagtcc desinitaccg desinitacgc desinitaccg desinitacgc desinitagcc desinitagcc
desinitcacg desinitcagc desinitccag desinitccga desinitcgca desinitcgac desinitccag desinitccga desinitcacg desinitcagc
desinitcgac desinitcgca desinitgcca desinitgcac desinitgcca desinitgcac desinitgacc desinitgacc desinictacg desinictagc
desinictcag desinictcga desinictgca desinictgac desinicatcg desinicatgc desinicactg desinicacgt desinicagct desinicagtc
desiniccatg desiniccagt desinicctag desinicctga desiniccgta desiniccgat desinicgact desinicgatc desinicgcat desinicgcta
desinicgtca desinicgtac desinictcag desinictcga desinictacg desinictagc desinictgac desinictgca desinicctag desinicctga
desiniccatg desiniccagt desiniccgat desiniccgta desinicactg desinicacgt desinicatcg desinicatgc desinicagtc desinicagct
desinicgcat desinicgcta desinicgact desinicgatc desinicgtac desinicgtca desinigtcca desinigtcac desinigtcca desinigtcac
desinigtacc desinigtacc desinigctca desinigctac desinigccta desinigccat desinigcact desinigcatc desinigccta desinigccat
desinigctca desinigctac desinigcatc desinigcact desinigacct desinigactc desinigacct desinigactc desinigatcc desinigatcc
desincaticg desincatigc desincatcig desincatcgi desincatgci desincatgic desincaitcg desincaitgc desincaictg desincaicgt
desincaigct desincaigtc desincacitg desincacigt desincactig desincactgi desincacgti desincacgit desincagict desincagitc
desincagcit desincagcti desincagtci desincagtic desinctaicg desinctaigc desinctacig desinctacgi desinctagci desinctagic
desinctiacg desinctiagc desincticag desincticga desinctigca desinctigac desinctciag desinctciga desinctcaig desinctcagi
desinctcgai desinctcgia desinctgica desinctgiac desinctgcia desinctgcai desinctgaci desinctgaic desincitacg desincitagc
desincitcag desincitcga desincitgca desincitgac desinciatcg desinciatgc desinciactg desinciacgt desinciagct desinciagtc
desincicatg desincicagt desincictag desincictga desincicgta desincicgat desincigact desincigatc desincigcat desincigcta
desincigtca desincigtac desincctiag desincctiga desincctaig desincctagi desincctgai desincctgia desinccitag desinccitga
desincciatg desincciagt desinccigat desinccigta desinccaitg desinccaigt desinccatig desinccatgi desinccagti desinccagit
desinccgiat desinccgita desinccgait desinccgati desinccgtai desinccgtia desincgtica desincgtiac desincgtcia desincgtcai
desincgtaci desincgtaic desincgitca desincgitac desincgicta desincgicat desincgiact desincgiatc desincgcita desincgciat
desincgctia desincgctai desincgcati desincgcait desincgaict desincgaitc desincgacit desincgacti desincgatci desincgatic
desingaticc desingaticc desingatcic desingatcci desingatcci desingatcic desingaitcc desingaitcc desingaictc desingaicct
desingaicct desingaictc desingacitc desingacict desingactic desingactci desingaccti desingaccit desingacict desingacitc
desingaccit desingaccti desingactci desingactic desingtaicc desingtaicc desingtacic desingtacci desingtacci desingtacic
desingtiacc desingtiacc desingticac desingticca desingticca desingticac desingtciac desingtcica desingtcaic desingtcaci
desingtccai desingtccia desingtcica desingtciac desingtccia desingtccai desingtcaci desingtcaic desingitacc desingitacc
desingitcac desingitcca desingitcca desingitcac desingiatcc desingiatcc desingiactc desingiacct desingiacct desingiactc
desingicatc desingicact desingictac desingictca desingiccta desingiccat desingicact desingicatc desingiccat desingiccta
desingictca desingictac desingctiac desingctica desingctaic desingctaci desingctcai desingctcia desingcitac desingcitca
desingciatc desingciact desingcicat desingcicta desingcaitc desingcaict desingcatic desingcatci desingcacti desingcacit
desingcciat desingccita desingccait desingccati desingcctai desingcctia desingctica desingctiac desingctcia desingctcai
desingctaci desingctaic desingcitca desingcitac desingcicta desingcicat desingciact desingciatc desingccita desingcciat
desingcctia desingcctai desingccati desingccait desingcaict desingcaitc desingcacit desingcacti desingcatci desingcatic
desigcatinc desigcaticn desigcatnic desigcatnci desigcatcni desigcatcin desigcaitnc desigcaitcn desigcaintc desigcainct
desigcaicnt desigcaictn desigcanitc desigcanict desigcantic desigcantci desigcancti desigcancit desigcacint desigcacitn
desigcacnit desigcacnti desigcactni desigcactin desigctainc desigctaicn desigctanic desigctanci desigctacni desigctacin
desigctianc desigctiacn desigctinac desigctinca desigcticna desigctican desigctniac desigctnica desigctnaic desigctnaci
desigctncai desigctncia desigctcina desigctcian desigctcnia desigctcnai desigctcani desigctcain desigcitanc desigcitacn
desigcitnac desigcitnca desigcitcna desigcitcan desigciatnc desigciatcn desigciantc desigcianct desigciacnt desigciactn
desigcinatc desigcinact desigcintac desigcintca desigcincta desigcincat desigcicant desigcicatn desigcicnat desigcicnta
desigcictna desigcictan desigcntiac desigcntica desigcntaic desigcntaci desigcntcai desigcntcia desigcnitac desigcnitca
desigcniatc desigcniact desigcnicat desigcnicta desigcnaitc desigcnaict desigcnatic desigcnatci desigcnacti desigcnacit
desigcnciat desigcncita desigcncait desigcncati desigcnctai desigcnctia desigcctina desigcctian desigcctnia desigcctnai
desigcctani desigcctain desigccitna desigccitan desigccinta desigccinat desigcciant desigcciatn desigccnita desigccniat
desigccntia desigccntai desigccnati desigccnait desigccaint desigccaitn desigccanit desigccanti desigccatni desigccatin
desigactinc desigacticn desigactnic desigactnci desigactcni desigactcin desigacitnc desigacitcn desigacintc desigacinct
desigacicnt desigacictn desigacnitc desigacnict desigacntic desigacntci desigacncti desigacncit desigaccint desigaccitn
desigaccnit desigaccnti desigacctni desigacctin desigatcinc desigatcicn desigatcnic desigatcnci desigatccni desigatccin
desigaticnc desigaticcn desigatincc desigatincc desigaticnc desigaticcn desigatnicc desigatnicc desigatncic desigatncci
desigatncci desigatncic desigatcinc desigatcicn desigatcnic desigatcnci desigatccni desigatccin desigaitcnc desigaitccn
desigaitncc desigaitncc desigaitcnc desigaitccn desigaictnc desigaictcn desigaicntc desigaicnct desigaiccnt desigaicctn
desigainctc desigaincct desigaintcc desigaintcc desigainctc desigaincct desigaiccnt desigaicctn desigaicnct desigaicntc
desigaictnc desigaictcn desiganticc desiganticc desigantcic desigantcci desigantcci desigantcic desiganitcc desiganitcc
desiganictc desiganicct desiganicct desiganictc desigancitc desigancict desiganctic desiganctci desiganccti desiganccit
desigancict desigancitc desiganccit desiganccti desiganctci desiganctic desigactinc desigacticn desigactnic desigactnci
desigactcni desigactcin desigacitnc desigacitcn desigacintc desigacinct desigacicnt desigacictn desigacnitc desigacnict
desigacntic desigacntci desigacncti desigacncit desigaccint desigaccitn desigaccnit desigaccnti desigacctni desigacctin
desigtacinc desigtacicn desigtacnic desigtacnci desigtaccni desigtaccin desigtaicnc desigtaiccn desigtaincc desigtaincc
desigtaicnc desigtaiccn desigtanicc desigtanicc desigtancic desigtancci desigtancci desigtancic desigtacinc desigtacicn
desigtacnic desigtacnci desigtaccni desigtaccin desigtcainc desigtcaicn desigtcanic desigtcanci desigtcacni desigtcacin
desigtcianc desigtciacn desigtcinac desigtcinca desigtcicna desigtcican desigtcniac desigtcnica desigtcnaic desigtcnaci
desigtcncai desigtcncia desigtccina desigtccian desigtccnia desigtccnai desigtccani desigtccain desigticanc desigticacn
desigticnac desigticnca desigticcna desigticcan desigtiacnc desigtiaccn desigtiancc desigtiancc desigtiacnc desigtiaccn
desigtinacc desigtinacc desigtincac desigtincca desigtincca desigtincac desigticanc desigticacn desigticnac desigticnca
desigticcna desigticcan desigtnciac desigtncica desigtncaic desigtncaci desigtnccai desigtnccia desigtnicac desigtnicca
desigtniacc desigtniacc desigtnicac desigtnicca desigtnaicc desigtnaicc desigtnacic desigtnacci desigtnacci desigtnacic
desigtnciac desigtncica desigtncaic desigtncaci desigtnccai desigtnccia desigtccina desigtccian desigtccnia desigtccnai
desigtccani desigtccain desigtcicna desigtcican desigtcinca desigtcinac desigtcianc desigtciacn desigtcnica desigtcniac
desigtcncia desigtcncai desigtcnaci desigtcnaic desigtcainc desigtcaicn desigtcanic desigtcanci desigtcacni desigtcacin
desigiatcnc desigiatccn desigiatncc desigiatncc desigiatcnc desigiatccn desigiactnc desigiactcn desigiacntc desigiacnct
desigiaccnt desigiacctn desigianctc desigiancct desigiantcc desigiantcc desigianctc desigiancct desigiaccnt desigiacctn
desigiacnct desigiacntc desigiactnc desigiactcn desigitacnc desigitaccn desigitancc desigitancc desigitacnc desigitaccn
desigitcanc desigitcacn desigitcnac desigitcnca desigitccna desigitccan desigitncac desigitncca desigitnacc desigitnacc
desigitncac desigitncca desigitccna desigitccan desigitcnca desigitcnac desigitcanc desigitcacn desigictanc desigictacn
desigictnac desigictnca desigictcna desigictcan desigicatnc desigicatcn desigicantc desigicanct desigicacnt desigicactn
desigicnatc desigicnact desigicntac desigicntca desigicncta desigicncat desigiccant desigiccatn desigiccnat desigiccnta
desigicctna desigicctan desigintcac desigintcca desigintacc desigintacc desigintcac desigintcca desiginctac desiginctca
desigincatc desigincact desiginccat desiginccta desiginactc desiginacct desiginatcc desiginatcc desiginactc desiginacct
desiginccat desiginccta desigincact desigincatc desiginctac desiginctca desigictcna desigictcan desigictnca desigictnac
desigictanc desigictacn desigicctna desigicctan desigiccnta desigiccnat desigiccant desigiccatn desigicncta desigicncat
desigicntca desigicntac desigicnatc desigicnact desigicacnt desigicactn desigicanct desigicantc desigicatnc desigicatcn
designaticc designaticc designatcic designatcci designatcci designatcic designaitcc designaitcc designaictc designaicct
designaicct designaictc designacitc designacict designactic designactci designaccti designaccit designacict designacitc
designaccit designaccti designactci designactic designtaicc designtaicc designtacic designtacci designtacci designtacic
designtiacc designtiacc designticac designticca designticca designticac designtciac designtcica designtcaic designtcaci
designtccai designtccia designtcica designtciac designtccia designtccai designtcaci designtcaic designitacc designitacc
designitcac designitcca designitcca designitcac designiatcc designiatcc designiactc designiacct designiacct designiactc
designicatc designicact designictac designictca designiccta designiccat designicact designicatc designiccat designiccta
designictca designictac designctiac designctica designctaic designctaci designctcai designctcia designcitac designcitca
designciatc designciact designcicat designcicta designcaitc designcaict designcatic designcatci designcacti designcacit
designcciat designccita designccait designccati designcctai designcctia designctica designctiac designctcia designctcai
designctaci designctaic designcitca designcitac designcicta designcicat designciact designciatc designccita designcciat
designcctia designcctai designccati designccait designcaict designcaitc designcacit designcacti designcatci designcatic
desigcatinc desigcaticn desigcatnic desigcatnci desigcatcni desigcatcin desigcaitnc desigcaitcn desigcaintc desigcainct
desigcaicnt desigcaictn desigcanitc desigcanict desigcantic desigcantci desigcancti desigcancit desigcacint desigcacitn
desigcacnit desigcacnti desigcactni desigcactin desigctainc desigctaicn desigctanic desigctanci desigctacni desigctacin
desigctianc desigctiacn desigctinac desigctinca desigcticna desigctican desigctniac desigctnica desigctnaic desigctnaci
desigctncai desigctncia desigctcina desigctcian desigctcnia desigctcnai desigctcani desigctcain desigcitanc desigcitacn
desigcitnac desigcitnca desigcitcna desigcitcan desigciatnc desigciatcn desigciantc desigcianct desigciacnt desigciactn
desigcinatc desigcinact desigcintac desigcintca desigcincta desigcincat desigcicant desigcicatn desigcicnat desigcicnta
desigcictna desigcictan desigcntiac desigcntica desigcntaic desigcntaci desigcntcai desigcntcia desigcnitac desigcnitca
desigcniatc desigcniact desigcnicat desigcnicta desigcnaitc desigcnaict desigcnatic desigcnatci desigcnacti desigcnacit
desigcnciat desigcncita desigcncait desigcncati desigcnctai desigcnctia desigcctina desigcctian desigcctnia desigcctnai
desigcctani desigcctain desigccitna desigccitan desigccinta desigccinat desigcciant desigcciatn desigccnita desigccniat
desigccntia desigccntai desigccnati desigccnait desigccaint desigccaitn desigccanit desigccanti desigccatni desigccatin

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History of cryptography
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