easy ciphers

Easy Ciphers Tools:
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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: eicatque
cipher variations:
fjdburvf gkecvswg hlfdwtxh imgexuyi jnhfyvzj
koigzwak lpjhaxbl mqkibycm nrljczdn osmkdaeo
ptnlebfp quomfcgq rvpngdhr swqoheis txrpifjt
uysqjgku vztrkhlv wauslimw xbvtmjnx ycwunkoy
zdxvolpz aeywpmqa bfzxqnrb cgayrosc dhbzsptd

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: eicatque
Cipher: vrxzgjfv

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: eicatque
Cipher: AABAA ABAAA AAABA AAAAA BAABA ABBBB BAABB AABAA

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: eicatque
cipher variations: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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: eicatque
Cipher: rvpngdhr

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: eicatque
Cipher: 5142311144145451

Extended Methods:
Method #1

Plaintext: eicatque
method variations:
kohfyvzkptnldaepuysqifkuzdxvolpz

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
e i c a t q u e 
5 4 3 1 4 1 5 5 
1 2 1 1 4 4 4 1 
They are then read out in rows:
5431415512114441
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: eicatque
Cipher: ucdzfatd

Read more ...
Method #3

Plaintext: eicatque
method variations:
qmaqdyyv maqdyyvq aqdyyvqm
qdyyvqma dyyvqmaq yyvqmaqd
yvqmaqdy vqmaqdyy

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: eicatque

first 5040 cipher variations(40320 total)
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etuqeaci etuqeaic etuqecai etuqecia etuqeica etuqeiac etuciqae etuciqea etuciaqe etuciaeq etucieaq
etucieqa etucqiae etucqiea etucqaie etucqaei etucqeai etucqeia etucaqie etucaqei etucaiqe etucaieq
etucaeiq etucaeqi etuceqai etuceqia etuceaqi etuceaiq etuceiaq etuceiqa etueiqca etueiqac etueicqa
etueicaq etueiacq etueiaqc etueqica etueqiac etueqcia etueqcai etueqaci etueqaic etuecqia etuecqai
etueciqa etueciaq etuecaiq etuecaqi etueaqci etueaqic etueacqi etueaciq etueaicq etueaiqc eteaiquc
eteaiqcu eteaiuqc eteaiucq eteaicuq eteaicqu eteaqiuc eteaqicu eteaquic eteaquci eteaqcui eteaqciu
eteauqic eteauqci eteauiqc eteauicq eteauciq eteaucqi eteacqui eteacqiu eteacuqi eteacuiq eteaciuq
eteaciqu eteiaquc eteiaqcu eteiauqc eteiaucq eteiacuq eteiacqu eteiqauc eteiqacu eteiquac eteiquca
eteiqcua eteiqcau eteiuqac eteiuqca eteiuaqc eteiuacq eteiucaq eteiucqa eteicqua eteicqau eteicuqa
eteicuaq eteicauq eteicaqu eteqiauc eteqiacu eteqiuac eteqiuca eteqicua eteqicau eteqaiuc eteqaicu
eteqauic eteqauci eteqacui eteqaciu etequaic etequaci etequiac etequica etequcia etequcai eteqcaui
eteqcaiu eteqcuai eteqcuia eteqciua eteqciau eteuiqac eteuiqca eteuiaqc eteuiacq eteuicaq eteuicqa
eteuqiac eteuqica eteuqaic eteuqaci eteuqcai eteuqcia eteuaqic eteuaqci eteuaiqc eteuaicq eteuaciq
eteuacqi eteucqai eteucqia eteucaqi eteucaiq eteuciaq eteuciqa eteciqua eteciqau eteciuqa eteciuaq
eteciauq eteciaqu etecqiua etecqiau etecquia etecquai etecqaui etecqaiu etecuqia etecuqai etecuiqa
etecuiaq etecuaiq etecuaqi etecaqui etecaqiu etecauqi etecauiq etecaiuq etecaiqu eqcatiue eqcatieu
eqcatuie eqcatuei eqcateui eqcateiu eqcaitue eqcaiteu eqcaiute eqcaiuet eqcaieut eqcaietu eqcauite
eqcauiet eqcautie eqcautei eqcaueti eqcaueit eqcaeiut eqcaeitu eqcaeuit eqcaeuti eqcaetui eqcaetiu
eqctaiue eqctaieu eqctauie eqctauei eqctaeui eqctaeiu eqctiaue eqctiaeu eqctiuae eqctiuea eqctieua
eqctieau eqctuiae eqctuiea eqctuaie eqctuaei eqctueai eqctueia eqcteiua eqcteiau eqcteuia eqcteuai
eqcteaui eqcteaiu eqcitaue eqcitaeu eqcituae eqcituea eqciteua eqciteau eqciatue eqciateu eqciaute
eqciauet eqciaeut eqciaetu eqciuate eqciuaet eqciutae eqciutea eqciueta eqciueat eqcieaut eqcieatu
eqcieuat eqcieuta eqcietua eqcietau eqcutiae eqcutiea eqcutaie eqcutaei eqcuteai eqcuteia eqcuitae
eqcuitea eqcuiate eqcuiaet eqcuieat eqcuieta eqcuaite eqcuaiet eqcuatie eqcuatei eqcuaeti eqcuaeit
eqcueiat eqcueita eqcueait eqcueati eqcuetai eqcuetia eqcetiua eqcetiau eqcetuia eqcetuai eqcetaui
eqcetaiu eqceitua eqceitau eqceiuta eqceiuat eqceiaut eqceiatu eqceuita eqceuiat eqceutia eqceutai
eqceuati eqceuait eqceaiut eqceaitu eqceauit eqceauti eqceatui eqceatiu eqactiue eqactieu eqactuie
eqactuei eqacteui eqacteiu eqacitue eqaciteu eqaciute eqaciuet eqacieut eqacietu eqacuite eqacuiet
eqacutie eqacutei eqacueti eqacueit eqaceiut eqaceitu eqaceuit eqaceuti eqacetui eqacetiu eqatciue
eqatcieu eqatcuie eqatcuei eqatceui eqatceiu eqaticue eqaticeu eqatiuce eqatiuec eqatieuc eqatiecu
eqatuice eqatuiec eqatucie eqatucei eqatueci eqatueic eqateiuc eqateicu eqateuic eqateuci eqatecui
eqateciu eqaitcue eqaitceu eqaituce eqaituec eqaiteuc eqaitecu eqaictue eqaicteu eqaicute eqaicuet
eqaiceut eqaicetu eqaiucte eqaiucet eqaiutce eqaiutec eqaiuetc eqaiuect eqaiecut eqaiectu eqaieuct
eqaieutc eqaietuc eqaietcu eqautice eqautiec eqautcie eqautcei eqauteci eqauteic eqauitce eqauitec
eqauicte eqauicet eqauiect eqauietc eqaucite eqauciet eqauctie eqauctei eqauceti eqauceit eqaueict
eqaueitc eqauecit eqauecti eqauetci eqauetic eqaetiuc eqaeticu eqaetuic eqaetuci eqaetcui eqaetciu
eqaeituc eqaeitcu eqaeiutc eqaeiuct eqaeicut eqaeictu eqaeuitc eqaeuict eqaeutic eqaeutci eqaeucti
eqaeucit eqaeciut eqaecitu eqaecuit eqaecuti eqaectui eqaectiu eqtaciue eqtacieu eqtacuie eqtacuei
eqtaceui eqtaceiu eqtaicue eqtaiceu eqtaiuce eqtaiuec eqtaieuc eqtaiecu eqtauice eqtauiec eqtaucie
eqtaucei eqtaueci eqtaueic eqtaeiuc eqtaeicu eqtaeuic eqtaeuci eqtaecui eqtaeciu eqtcaiue eqtcaieu
eqtcauie eqtcauei eqtcaeui eqtcaeiu eqtciaue eqtciaeu eqtciuae eqtciuea eqtcieua eqtcieau eqtcuiae
eqtcuiea eqtcuaie eqtcuaei eqtcueai eqtcueia eqtceiua eqtceiau eqtceuia eqtceuai eqtceaui eqtceaiu
eqticaue eqticaeu eqticuae eqticuea eqticeua eqticeau eqtiacue eqtiaceu eqtiauce eqtiauec eqtiaeuc
eqtiaecu eqtiuace eqtiuaec eqtiucae eqtiucea eqtiueca eqtiueac eqtieauc eqtieacu eqtieuac eqtieuca
eqtiecua eqtiecau eqtuciae eqtuciea eqtucaie eqtucaei eqtuceai eqtuceia eqtuicae eqtuicea eqtuiace
eqtuiaec eqtuieac eqtuieca eqtuaice eqtuaiec eqtuacie eqtuacei eqtuaeci eqtuaeic eqtueiac eqtueica
eqtueaic eqtueaci eqtuecai eqtuecia eqteciua eqteciau eqtecuia eqtecuai eqtecaui eqtecaiu eqteicua
eqteicau eqteiuca eqteiuac eqteiauc eqteiacu eqteuica eqteuiac eqteucia eqteucai eqteuaci eqteuaic
eqteaiuc eqteaicu eqteauic eqteauci eqteacui eqteaciu eqiatcue eqiatceu eqiatuce eqiatuec eqiateuc
eqiatecu eqiactue eqiacteu eqiacute eqiacuet eqiaceut eqiacetu eqiaucte eqiaucet eqiautce eqiautec
eqiauetc eqiauect eqiaecut eqiaectu eqiaeuct eqiaeutc eqiaetuc eqiaetcu eqitacue eqitaceu eqitauce
eqitauec eqitaeuc eqitaecu eqitcaue eqitcaeu eqitcuae eqitcuea eqitceua eqitceau eqitucae eqitucea
eqituace eqituaec eqitueac eqitueca eqitecua eqitecau eqiteuca eqiteuac eqiteauc eqiteacu eqictaue
eqictaeu eqictuae eqictuea eqicteua eqicteau eqicatue eqicateu eqicaute eqicauet eqicaeut eqicaetu
eqicuate eqicuaet eqicutae eqicutea eqicueta eqicueat eqiceaut eqiceatu eqiceuat eqiceuta eqicetua
eqicetau eqiutcae eqiutcea eqiutace eqiutaec eqiuteac eqiuteca eqiuctae eqiuctea eqiucate eqiucaet
eqiuceat eqiuceta eqiuacte eqiuacet eqiuatce eqiuatec eqiuaetc eqiuaect eqiuecat eqiuecta eqiueact
eqiueatc eqiuetac eqiuetca eqietcua eqietcau eqietuca eqietuac eqietauc eqietacu eqiectua eqiectau
eqiecuta eqiecuat eqiecaut eqiecatu eqieucta eqieucat eqieutca eqieutac eqieuatc eqieuact eqieacut
eqieactu eqieauct eqieautc eqieatuc eqieatcu equatice equatiec equatcie equatcei equateci equateic
equaitce equaitec equaicte equaicet equaiect equaietc equacite equaciet equactie equactei equaceti
equaceit equaeict equaeitc equaecit equaecti equaetci equaetic equtaice equtaiec equtacie equtacei
equtaeci equtaeic equtiace equtiaec equticae equticea equtieca equtieac equtciae equtciea equtcaie
equtcaei equtceai equtceia equteica equteiac equtecia equtecai equteaci equteaic equitace equitaec
equitcae equitcea equiteca equiteac equiatce equiatec equiacte equiacet equiaect equiaetc equicate
equicaet equictae equictea equiceta equiceat equieact equieatc equiecat equiecta equietca equietac
equctiae equctiea equctaie equctaei equcteai equcteia equcitae equcitea equciate equciaet equcieat
equcieta equcaite equcaiet equcatie equcatei equcaeti equcaeit equceiat equceita equceait equceati
equcetai equcetia equetica equetiac equetcia equetcai equetaci equetaic equeitca equeitac equeicta
equeicat equeiact equeiatc equecita equeciat equectia equectai equecati equecait equeaict equeaitc
equeacit equeacti equeatci equeatic eqeatiuc eqeaticu eqeatuic eqeatuci eqeatcui eqeatciu eqeaituc
eqeaitcu eqeaiutc eqeaiuct eqeaicut eqeaictu eqeauitc eqeauict eqeautic eqeautci eqeaucti eqeaucit
eqeaciut eqeacitu eqeacuit eqeacuti eqeactui eqeactiu eqetaiuc eqetaicu eqetauic eqetauci eqetacui
eqetaciu eqetiauc eqetiacu eqetiuac eqetiuca eqeticua eqeticau eqetuiac eqetuica eqetuaic eqetuaci
eqetucai eqetucia eqetciua eqetciau eqetcuia eqetcuai eqetcaui eqetcaiu eqeitauc eqeitacu eqeituac
eqeituca eqeitcua eqeitcau eqeiatuc eqeiatcu eqeiautc eqeiauct eqeiacut eqeiactu eqeiuatc eqeiuact
eqeiutac eqeiutca eqeiucta eqeiucat eqeicaut eqeicatu eqeicuat eqeicuta eqeictua eqeictau eqeutiac
eqeutica eqeutaic eqeutaci eqeutcai eqeutcia eqeuitac eqeuitca eqeuiatc eqeuiact eqeuicat eqeuicta
eqeuaitc eqeuaict eqeuatic eqeuatci eqeuacti eqeuacit eqeuciat eqeucita eqeucait eqeucati eqeuctai
eqeuctia eqectiua eqectiau eqectuia eqectuai eqectaui eqectaiu eqecitua eqecitau eqeciuta eqeciuat
eqeciaut eqeciatu eqecuita eqecuiat eqecutia eqecutai eqecuati eqecuait eqecaiut eqecaitu eqecauit
eqecauti eqecatui eqecatiu eucatqie eucatqei eucatiqe eucatieq eucateiq eucateqi eucaqtie eucaqtei
eucaqite eucaqiet eucaqeit eucaqeti eucaiqte eucaiqet eucaitqe eucaiteq eucaietq eucaieqt eucaeqit
eucaeqti eucaeiqt eucaeitq eucaetiq eucaetqi euctaqie euctaqei euctaiqe euctaieq euctaeiq euctaeqi
euctqaie euctqaei euctqiae euctqiea euctqeia euctqeai euctiqae euctiqea euctiaqe euctiaeq euctieaq
euctieqa eucteqia eucteqai eucteiqa eucteiaq eucteaiq eucteaqi eucqtaie eucqtaei eucqtiae eucqtiea
eucqteia eucqteai eucqatie eucqatei eucqaite eucqaiet eucqaeit eucqaeti eucqiate eucqiaet eucqitae
eucqitea eucqieta eucqieat eucqeait eucqeati eucqeiat eucqeita eucqetia eucqetai eucitqae eucitqea
eucitaqe eucitaeq euciteaq euciteqa euciqtae euciqtea euciqate euciqaet euciqeat euciqeta euciaqte
euciaqet euciatqe euciateq euciaetq euciaeqt eucieqat eucieqta eucieaqt eucieatq eucietaq eucietqa
eucetqia eucetqai eucetiqa eucetiaq eucetaiq eucetaqi euceqtia euceqtai euceqita euceqiat euceqait
euceqati euceiqta euceiqat euceitqa euceitaq euceiatq euceiaqt euceaqit euceaqti euceaiqt euceaitq
euceatiq euceatqi euactqie euactqei euactiqe euactieq euacteiq euacteqi euacqtie euacqtei euacqite
euacqiet euacqeit euacqeti euaciqte euaciqet euacitqe euaciteq euacietq euacieqt euaceqit euaceqti
euaceiqt euaceitq euacetiq euacetqi euatcqie euatcqei euatciqe euatcieq euatceiq euatceqi euatqcie
euatqcei euatqice euatqiec euatqeic euatqeci euatiqce euatiqec euaticqe euaticeq euatiecq euatieqc
euateqic euateqci euateiqc euateicq euateciq euatecqi euaqtcie euaqtcei euaqtice euaqtiec euaqteic
euaqteci euaqctie euaqctei euaqcite euaqciet euaqceit euaqceti euaqicte euaqicet euaqitce euaqitec
euaqietc euaqiect euaqecit euaqecti euaqeict euaqeitc euaqetic euaqetci euaitqce euaitqec euaitcqe
euaitceq euaitecq euaiteqc euaiqtce euaiqtec euaiqcte euaiqcet euaiqect euaiqetc euaicqte euaicqet
euaictqe euaicteq euaicetq euaiceqt euaieqct euaieqtc euaiecqt euaiectq euaietcq euaietqc euaetqic
euaetqci euaetiqc euaeticq euaetciq euaetcqi euaeqtic euaeqtci euaeqitc euaeqict euaeqcit euaeqcti
euaeiqtc euaeiqct euaeitqc euaeitcq euaeictq euaeicqt euaecqit euaecqti euaeciqt euaecitq euaectiq
euaectqi eutacqie eutacqei eutaciqe eutacieq eutaceiq eutaceqi eutaqcie eutaqcei eutaqice eutaqiec
eutaqeic eutaqeci eutaiqce eutaiqec eutaicqe eutaiceq eutaiecq eutaieqc eutaeqic eutaeqci eutaeiqc
eutaeicq eutaeciq eutaecqi eutcaqie eutcaqei eutcaiqe eutcaieq eutcaeiq eutcaeqi eutcqaie eutcqaei
eutcqiae eutcqiea eutcqeia eutcqeai eutciqae eutciqea eutciaqe eutciaeq eutcieaq eutcieqa eutceqia
eutceqai eutceiqa eutceiaq eutceaiq eutceaqi eutqcaie eutqcaei eutqciae eutqciea eutqceia eutqceai
eutqacie eutqacei eutqaice eutqaiec eutqaeic eutqaeci eutqiace eutqiaec eutqicae eutqicea eutqieca
eutqieac eutqeaic eutqeaci eutqeiac eutqeica eutqecia eutqecai euticqae euticqea euticaqe euticaeq
euticeaq euticeqa eutiqcae eutiqcea eutiqace eutiqaec eutiqeac eutiqeca eutiaqce eutiaqec eutiacqe
eutiaceq eutiaecq eutiaeqc eutieqac eutieqca eutieaqc eutieacq eutiecaq eutiecqa eutecqia eutecqai
euteciqa euteciaq eutecaiq eutecaqi euteqcia euteqcai euteqica euteqiac euteqaic euteqaci euteiqca
euteiqac euteicqa euteicaq euteiacq euteiaqc euteaqic euteaqci euteaiqc euteaicq euteaciq euteacqi
euqatcie euqatcei euqatice euqatiec euqateic euqateci euqactie euqactei euqacite euqaciet euqaceit
euqaceti euqaicte euqaicet euqaitce euqaitec euqaietc euqaiect euqaecit euqaecti euqaeict euqaeitc
euqaetic euqaetci euqtacie euqtacei euqtaice euqtaiec euqtaeic euqtaeci euqtcaie euqtcaei euqtciae
euqtciea euqtceia euqtceai euqticae euqticea euqtiace euqtiaec euqtieac euqtieca euqtecia euqtecai
euqteica euqteiac euqteaic euqteaci euqctaie euqctaei euqctiae euqctiea euqcteia euqcteai euqcatie
euqcatei euqcaite euqcaiet euqcaeit euqcaeti euqciate euqciaet euqcitae euqcitea euqcieta euqcieat
euqceait euqceati euqceiat euqceita euqcetia euqcetai euqitcae euqitcea euqitace euqitaec euqiteac
euqiteca euqictae euqictea euqicate euqicaet euqiceat euqiceta euqiacte euqiacet euqiatce euqiatec
euqiaetc euqiaect euqiecat euqiecta euqieact euqieatc euqietac euqietca euqetcia euqetcai euqetica
euqetiac euqetaic euqetaci euqectia euqectai euqecita euqeciat euqecait euqecati euqeicta euqeicat
euqeitca euqeitac euqeiatc euqeiact euqeacit euqeacti euqeaict euqeaitc euqeatic euqeatci euiatqce
euiatqec euiatcqe euiatceq euiatecq euiateqc euiaqtce euiaqtec euiaqcte euiaqcet euiaqect euiaqetc
euiacqte euiacqet euiactqe euiacteq euiacetq euiaceqt euiaeqct euiaeqtc euiaecqt euiaectq euiaetcq
euiaetqc euitaqce euitaqec euitacqe euitaceq euitaecq euitaeqc euitqace euitqaec euitqcae euitqcea
euitqeca euitqeac euitcqae euitcqea euitcaqe euitcaeq euitceaq euitceqa euiteqca euiteqac euitecqa
euitecaq euiteacq euiteaqc euiqtace euiqtaec euiqtcae euiqtcea euiqteca euiqteac euiqatce euiqatec
euiqacte euiqacet euiqaect euiqaetc euiqcate euiqcaet euiqctae euiqctea euiqceta euiqceat euiqeact
euiqeatc euiqecat euiqecta euiqetca euiqetac euictqae euictqea euictaqe euictaeq euicteaq euicteqa
euicqtae euicqtea euicqate euicqaet euicqeat euicqeta euicaqte euicaqet euicatqe euicateq euicaetq
euicaeqt euiceqat euiceqta euiceaqt euiceatq euicetaq euicetqa euietqca euietqac euietcqa euietcaq
euietacq euietaqc euieqtca euieqtac euieqcta euieqcat euieqact euieqatc euiecqta euiecqat euiectqa
euiectaq euiecatq euiecaqt euieaqct euieaqtc euieacqt euieactq euieatcq euieatqc eueatqic eueatqci
eueatiqc eueaticq eueatciq eueatcqi eueaqtic eueaqtci eueaqitc eueaqict eueaqcit eueaqcti eueaiqtc
eueaiqct eueaitqc eueaitcq eueaictq eueaicqt eueacqit eueacqti eueaciqt eueacitq eueactiq eueactqi
euetaqic euetaqci euetaiqc euetaicq euetaciq euetacqi euetqaic euetqaci euetqiac euetqica euetqcia
euetqcai euetiqac euetiqca euetiaqc euetiacq eueticaq eueticqa euetcqia euetcqai euetciqa euetciaq
euetcaiq euetcaqi eueqtaic eueqtaci eueqtiac eueqtica eueqtcia eueqtcai eueqatic eueqatci eueqaitc
eueqaict eueqacit eueqacti eueqiatc eueqiact eueqitac eueqitca eueqicta eueqicat eueqcait eueqcati
eueqciat eueqcita eueqctia eueqctai eueitqac eueitqca eueitaqc eueitacq eueitcaq eueitcqa eueiqtac
eueiqtca eueiqatc eueiqact eueiqcat eueiqcta eueiaqtc eueiaqct eueiatqc eueiatcq eueiactq eueiacqt
eueicqat eueicqta eueicaqt eueicatq eueictaq eueictqa euectqia euectqai euectiqa euectiaq euectaiq
euectaqi euecqtia euecqtai euecqita euecqiat euecqait euecqati eueciqta eueciqat euecitqa euecitaq
eueciatq eueciaqt euecaqit euecaqti euecaiqt euecaitq euecatiq euecatqi eecatqui eecatqiu eecatuqi
eecatuiq eecatiuq eecatiqu eecaqtui eecaqtiu eecaquti eecaquit eecaqiut eecaqitu eecauqti eecauqit
eecautqi eecautiq eecauitq eecauiqt eecaiqut eecaiqtu eecaiuqt eecaiutq eecaituq eecaitqu eectaqui
eectaqiu eectauqi eectauiq eectaiuq eectaiqu eectqaui eectqaiu eectquai eectquia eectqiua eectqiau
eectuqai eectuqia eectuaqi eectuaiq eectuiaq eectuiqa eectiqua eectiqau eectiuqa eectiuaq eectiauq
eectiaqu eecqtaui eecqtaiu eecqtuai eecqtuia eecqtiua eecqtiau eecqatui eecqatiu eecqauti eecqauit
eecqaiut eecqaitu eecquati eecquait eecqutai eecqutia eecquita eecquiat eecqiaut eecqiatu eecqiuat
eecqiuta eecqitua eecqitau eecutqai eecutqia eecutaqi eecutaiq eecutiaq eecutiqa eecuqtai eecuqtia
eecuqati eecuqait eecuqiat eecuqita eecuaqti eecuaqit eecuatqi eecuatiq eecuaitq eecuaiqt eecuiqat
eecuiqta eecuiaqt eecuiatq eecuitaq eecuitqa eecitqua eecitqau eecituqa eecituaq eecitauq eecitaqu
eeciqtua eeciqtau eeciquta eeciquat eeciqaut eeciqatu eeciuqta eeciuqat eeciutqa eeciutaq eeciuatq
eeciuaqt eeciaqut eeciaqtu eeciauqt eeciautq eeciatuq eeciatqu eeactqui eeactqiu eeactuqi eeactuiq
eeactiuq eeactiqu eeacqtui eeacqtiu eeacquti eeacquit eeacqiut eeacqitu eeacuqti eeacuqit eeacutqi
eeacutiq eeacuitq eeacuiqt eeaciqut eeaciqtu eeaciuqt eeaciutq eeacituq eeacitqu eeatcqui eeatcqiu
eeatcuqi eeatcuiq eeatciuq eeatciqu eeatqcui eeatqciu eeatquci eeatquic eeatqiuc eeatqicu eeatuqci
eeatuqic eeatucqi eeatuciq eeatuicq eeatuiqc eeatiquc eeatiqcu eeatiuqc eeatiucq eeaticuq eeaticqu
eeaqtcui eeaqtciu eeaqtuci eeaqtuic eeaqtiuc eeaqticu eeaqctui eeaqctiu eeaqcuti eeaqcuit eeaqciut
eeaqcitu eeaqucti eeaqucit eeaqutci eeaqutic eeaquitc eeaquict eeaqicut eeaqictu eeaqiuct eeaqiutc
eeaqituc eeaqitcu eeautqci eeautqic eeautcqi eeautciq eeauticq eeautiqc eeauqtci eeauqtic eeauqcti
eeauqcit eeauqict eeauqitc eeaucqti eeaucqit eeauctqi eeauctiq eeaucitq eeauciqt eeauiqct eeauiqtc
eeauicqt eeauictq eeauitcq eeauitqc eeaitquc eeaitqcu eeaituqc eeaitucq eeaitcuq eeaitcqu eeaiqtuc
eeaiqtcu eeaiqutc eeaiquct eeaiqcut eeaiqctu eeaiuqtc eeaiuqct eeaiutqc eeaiutcq eeaiuctq eeaiucqt
eeaicqut eeaicqtu eeaicuqt eeaicutq eeaictuq eeaictqu eetacqui eetacqiu eetacuqi eetacuiq eetaciuq
eetaciqu eetaqcui eetaqciu eetaquci eetaquic eetaqiuc eetaqicu eetauqci eetauqic eetaucqi eetauciq
eetauicq eetauiqc eetaiquc eetaiqcu eetaiuqc eetaiucq eetaicuq eetaicqu eetcaqui eetcaqiu eetcauqi
eetcauiq eetcaiuq eetcaiqu eetcqaui eetcqaiu eetcquai eetcquia eetcqiua eetcqiau eetcuqai eetcuqia
eetcuaqi eetcuaiq eetcuiaq eetcuiqa eetciqua eetciqau eetciuqa eetciuaq eetciauq eetciaqu eetqcaui
eetqcaiu eetqcuai eetqcuia eetqciua eetqciau eetqacui eetqaciu eetqauci eetqauic eetqaiuc eetqaicu
eetquaci eetquaic eetqucai eetqucia eetquica eetquiac eetqiauc eetqiacu eetqiuac eetqiuca eetqicua
eetqicau eetucqai eetucqia eetucaqi eetucaiq eetuciaq eetuciqa eetuqcai eetuqcia eetuqaci eetuqaic
eetuqiac eetuqica eetuaqci eetuaqic eetuacqi eetuaciq eetuaicq eetuaiqc eetuiqac eetuiqca eetuiaqc
eetuiacq eetuicaq eetuicqa eeticqua eeticqau eeticuqa eeticuaq eeticauq eeticaqu eetiqcua eetiqcau
eetiquca eetiquac eetiqauc eetiqacu eetiuqca eetiuqac eetiucqa eetiucaq eetiuacq eetiuaqc eetiaquc
eetiaqcu eetiauqc eetiaucq eetiacuq eetiacqu eeqatcui eeqatciu eeqatuci eeqatuic eeqatiuc eeqaticu
eeqactui eeqactiu eeqacuti eeqacuit eeqaciut eeqacitu eeqaucti eeqaucit eeqautci eeqautic eeqauitc
eeqauict eeqaicut eeqaictu eeqaiuct eeqaiutc eeqaituc eeqaitcu eeqtacui eeqtaciu eeqtauci eeqtauic
eeqtaiuc eeqtaicu eeqtcaui eeqtcaiu eeqtcuai eeqtcuia eeqtciua eeqtciau eeqtucai eeqtucia eeqtuaci
eeqtuaic eeqtuiac eeqtuica eeqticua eeqticau eeqtiuca eeqtiuac eeqtiauc eeqtiacu eeqctaui eeqctaiu
eeqctuai eeqctuia eeqctiua eeqctiau eeqcatui eeqcatiu eeqcauti eeqcauit eeqcaiut eeqcaitu eeqcuati
eeqcuait eeqcutai eeqcutia eeqcuita eeqcuiat eeqciaut eeqciatu eeqciuat eeqciuta eeqcitua eeqcitau
eequtcai eequtcia eequtaci eequtaic eequtiac eequtica eequctai eequctia eequcati eequcait eequciat
eequcita eequacti eequacit eequatci eequatic eequaitc eequaict eequicat eequicta eequiact eequiatc
eequitac eequitca eeqitcua eeqitcau eeqituca eeqituac eeqitauc eeqitacu eeqictua eeqictau eeqicuta
eeqicuat eeqicaut eeqicatu eeqiucta eeqiucat eeqiutca eeqiutac eeqiuatc eeqiuact eeqiacut eeqiactu
eeqiauct eeqiautc eeqiatuc eeqiatcu eeuatqci eeuatqic eeuatcqi eeuatciq eeuaticq eeuatiqc eeuaqtci
eeuaqtic eeuaqcti eeuaqcit eeuaqict eeuaqitc eeuacqti eeuacqit eeuactqi eeuactiq eeuacitq eeuaciqt
eeuaiqct eeuaiqtc eeuaicqt eeuaictq eeuaitcq eeuaitqc eeutaqci eeutaqic eeutacqi eeutaciq eeutaicq
eeutaiqc eeutqaci eeutqaic eeutqcai eeutqcia eeutqica eeutqiac eeutcqai eeutcqia eeutcaqi eeutcaiq
eeutciaq eeutciqa eeutiqca eeutiqac eeuticqa eeuticaq eeutiacq eeutiaqc eeuqtaci eeuqtaic eeuqtcai
eeuqtcia eeuqtica eeuqtiac eeuqatci eeuqatic eeuqacti eeuqacit eeuqaict eeuqaitc eeuqcati eeuqcait
eeuqctai eeuqctia eeuqcita eeuqciat eeuqiact eeuqiatc eeuqicat eeuqicta eeuqitca eeuqitac eeuctqai
eeuctqia eeuctaqi eeuctaiq eeuctiaq eeuctiqa eeucqtai eeucqtia eeucqati eeucqait eeucqiat eeucqita
eeucaqti eeucaqit eeucatqi eeucatiq eeucaitq eeucaiqt eeuciqat eeuciqta eeuciaqt eeuciatq eeucitaq
eeucitqa eeuitqca eeuitqac eeuitcqa eeuitcaq eeuitacq eeuitaqc eeuiqtca eeuiqtac eeuiqcta eeuiqcat
eeuiqact eeuiqatc eeuicqta eeuicqat eeuictqa eeuictaq eeuicatq eeuicaqt eeuiaqct eeuiaqtc eeuiacqt
eeuiactq eeuiatcq eeuiatqc eeiatquc eeiatqcu eeiatuqc eeiatucq eeiatcuq eeiatcqu eeiaqtuc eeiaqtcu
eeiaqutc eeiaquct eeiaqcut eeiaqctu eeiauqtc eeiauqct eeiautqc eeiautcq eeiauctq eeiaucqt eeiacqut
eeiacqtu eeiacuqt eeiacutq eeiactuq eeiactqu eeitaquc eeitaqcu eeitauqc eeitaucq eeitacuq eeitacqu
eeitqauc eeitqacu eeitquac eeitquca eeitqcua eeitqcau eeituqac eeituqca eeituaqc eeituacq eeitucaq
eeitucqa eeitcqua eeitcqau eeitcuqa eeitcuaq eeitcauq eeitcaqu eeiqtauc eeiqtacu eeiqtuac eeiqtuca
eeiqtcua eeiqtcau eeiqatuc eeiqatcu eeiqautc eeiqauct eeiqacut eeiqactu eeiquatc eeiquact eeiqutac
eeiqutca eeiqucta eeiqucat eeiqcaut eeiqcatu eeiqcuat eeiqcuta eeiqctua eeiqctau eeiutqac eeiutqca
eeiutaqc eeiutacq eeiutcaq eeiutcqa eeiuqtac eeiuqtca eeiuqatc eeiuqact eeiuqcat eeiuqcta eeiuaqtc
eeiuaqct eeiuatqc eeiuatcq eeiuactq eeiuacqt eeiucqat eeiucqta eeiucaqt eeiucatq eeiuctaq eeiuctqa
eeictqua eeictqau eeictuqa eeictuaq eeictauq eeictaqu eeicqtua eeicqtau eeicquta eeicquat eeicqaut
eeicqatu eeicuqta eeicuqat eeicutqa eeicutaq eeicuatq eeicuaqt eeicaqut eeicaqtu eeicauqt eeicautq
eeicatuq eeicatqu

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History of cryptography
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