easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

rentmeester

trenchermaking

circumnutate

overflorid

abrahamova

hunley

unwontedness

stilled

ouroboros

pundum

canvasers

elwing

coons

iugulatum

oeillade

diphthongal

borboletta

pbsdpc


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: macalla
cipher variations:
nbdbmmb ocecnnc pdfdood qegeppe rfhfqqf
sgigrrg thjhssh uikitti vjljuuj wkmkvvk
xlnlwwl ymomxxm znpnyyn aoqozzo bprpaap
cqsqbbq drtrccr esusdds ftvteet guwuffu
hvxvggv iwywhhw jxzxiix kyayjjy lzbzkkz

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: macalla
Cipher: nzxzooz

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: macalla
Cipher: ABABB AAAAA AAABA AAAAA ABABA ABABA AAAAA

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: macalla
cipher variations:
nbdbmmblbhbiibjblbeebhbpbaabfbtbwwbdbxbssbzbfbkkbxbjbggb
vbnbccbtbrbyybrbvbuubpbzbqqbocecnncmcicjjckcmcffcicqcbbc
gcucxxcecycttcacgcllcyckchhcwcocddcucsczzcscwcvvcqcacrrc
pdfdoodndjdkkdldndggdjdrdccdhdvdyydfdzduudbdhdmmdzdldiid
xdpdeedvdtdaadtdxdwwdrdbdssdqegeppeoekellemeoehhekesedde
iewezzegeaevveceienneaemejjeyeqeffeweuebbeueyexxesecette
rfhfqqfpflfmmfnfpfiiflftfeefjfxfaafhfbfwwfdfjfoofbfnfkkf
zfrfggfxfvfccfvfzfyyftfdfuufsgigrrgqgmgnngogqgjjgmgugffg
kgygbbgigcgxxgegkgppgcgogllgagsghhgygwgddgwgagzzgugegvvg
thjhsshrhnhoohphrhkkhnhvhgghlhzhcchjhdhyyhfhlhqqhdhphmmh
bhthiihzhxheehxhbhaahvhfhwwhuikittisioippiqisillioiwihhi
miaiddikieizzigimirrieiqinniciuijjiaiyiffiyicibbiwigixxi
vjljuujtjpjqqjrjtjmmjpjxjiijnjbjeejljfjaajhjnjssjfjrjooj
djvjkkjbjzjggjzjdjccjxjhjyyjwkmkvvkukqkrrkskuknnkqkykjjk
okckffkmkgkbbkikokttkgkskppkekwkllkckakhhkakekddkykikzzk
xlnlwwlvlrlssltlvloolrlzlkklpldlgglnlhlccljlpluulhltlqql
flxlmmldlbliilblfleelzljlaalymomxxmwmsmttmumwmppmsmamllm
qmemhhmomimddmkmqmvvmimumrrmgmymnnmemcmjjmcmgmffmamkmbbm
znpnyynxntnuunvnxnqqntnbnmmnrnfniinpnjneenlnrnwwnjnvnssn
hnznoonfndnkkndnhnggnbnlnccnaoqozzoyouovvowoyorrouoconno
sogojjoqokoffomosoxxokowottoioaoppogoeolloeoiohhocomoddo
bprpaapzpvpwwpxpzpsspvpdpooptphpkkprplpggpnptpyyplpxpuup
jpbpqqphpfpmmpfpjpiipdpnpeepcqsqbbqaqwqxxqyqaqttqwqeqppq
uqiqllqsqmqhhqoquqzzqmqyqvvqkqcqrrqiqgqnnqgqkqjjqeqoqffq
drtrccrbrxryyrzrbruurxrfrqqrvrjrmmrtrnriirprvraarnrzrwwr
lrdrssrjrhroorhrlrkkrfrprggresusddscsyszzsascsvvsysgsrrs
wsksnnsusosjjsqswsbbsosasxxsmsesttsksisppsismsllsgsqshhs
ftvteetdtztaatbtdtwwtzthtsstxtltootvtptkktrtxtcctptbtyyt
ntftuutltjtqqtjtntmmthtrtiitguwuffueuaubbucueuxxuauiuttu
yumuppuwuqullusuyudduqucuzzuouguvvumukurrukuounnuiusujju
hvxvggvfvbvccvdvfvyyvbvjvuuvzvnvqqvxvrvmmvtvzveevrvdvaav
pvhvwwvnvlvssvlvpvoovjvtvkkviwywhhwgwcwddwewgwzzwcwkwvvw
awowrrwywswnnwuwawffwswewbbwqwiwxxwowmwttwmwqwppwkwuwllw
jxzxiixhxdxeexfxhxaaxdxlxwwxbxpxssxzxtxooxvxbxggxtxfxccx
rxjxyyxpxnxuuxnxrxqqxlxvxmmxkyayjjyiyeyffygyiybbyeymyxxy
cyqyttyayuyppywycyhhyuygyddysykyzzyqyoyvvyoysyrrymywynny
lzbzkkzjzfzggzhzjzcczfznzyyzdzrzuuzbzvzqqzxzdziizvzhzeez
tzlzaazrzpzwwzpztzssznzxzoozmacallakagahhaiakaddagaoazza
easavvacawarrayaeajjawaiaffauamabbasaqaxxaqauattaoayappa

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: macalla
Cipher: znpnyyn

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: macalla
Cipher: 23113111131311

Extended Methods:
Method #1

Plaintext: macalla
method variations:
rfhfqqfwlnlvvlbqsqaaqgvxvffv

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
m a c a l l a 
2 1 3 1 1 1 1 
3 1 1 1 3 3 1 
They are then read out in rows:
21311113111331
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: macalla
Cipher: bcalalc

Read more ...
Method #3

Plaintext: macalla
method variations:
claaccf laaccfc aaccfcl
accfcla ccfclaa cfclaac
fclaacc

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: macalla

all 5040 cipher variations:
macalla macalal macalla macalal macaall macaall maclala maclaal macllaa macllaa maclala
maclaal macllaa macllaa maclala maclaal maclaal maclala macalla macalal macalla macalal
macaall macaall maaclla maaclal maaclla maaclal maacall maacall maalcla maalcal maallca
maallac maalalc maalacl maallca maallac maalcla maalcal maalacl maalalc maaallc maaalcl
maaallc maaalcl maaacll maaacll malacla malacal malalca malalac malaalc malaacl malcala
malcaal malclaa malclaa malcala malcaal mallcaa mallcaa mallaca mallaac mallaac mallaca
malacla malacal malalca malalac malaalc malaacl malalca malalac malacla malacal malaacl
malaalc mallaca mallaac mallcaa mallcaa mallaca mallaac malclaa malclaa malcala malcaal
malcaal malcala malalca malalac malacla malacal malaacl malaalc maaallc maaalcl maaallc
maaalcl maaacll maaacll maalalc maalacl maallac maallca maalcla maalcal maallac maallca
maalalc maalacl maalcal maalcla maaclla maaclal maaclla maaclal maacall maacall mcaalla
mcaalal mcaalla mcaalal mcaaall mcaaall mcalala mcalaal mcallaa mcallaa mcalala mcalaal
mcallaa mcallaa mcalala mcalaal mcalaal mcalala mcaalla mcaalal mcaalla mcaalal mcaaall
mcaaall mcaalla mcaalal mcaalla mcaalal mcaaall mcaaall mcalala mcalaal mcallaa mcallaa
mcalala mcalaal mcallaa mcallaa mcalala mcalaal mcalaal mcalala mcaalla mcaalal mcaalla
mcaalal mcaaall mcaaall mclaala mclaaal mclalaa mclalaa mclaala mclaaal mclaala mclaaal
mclalaa mclalaa mclaala mclaaal mcllaaa mcllaaa mcllaaa mcllaaa mcllaaa mcllaaa mclaala
mclaaal mclalaa mclalaa mclaala mclaaal mclalaa mclalaa mclaala mclaaal mclaaal mclaala
mcllaaa mcllaaa mcllaaa mcllaaa mcllaaa mcllaaa mclalaa mclalaa mclaala mclaaal mclaaal
mclaala mclalaa mclalaa mclaala mclaaal mclaaal mclaala mcaalla mcaalal mcaalla mcaalal
mcaaall mcaaall mcalala mcalaal mcallaa mcallaa mcalala mcalaal mcallaa mcallaa mcalala
mcalaal mcalaal mcalala mcaalla mcaalal mcaalla mcaalal mcaaall mcaaall macalla macalal
macalla macalal macaall macaall maclala maclaal macllaa macllaa maclala maclaal macllaa
macllaa maclala maclaal maclaal maclala macalla macalal macalla macalal macaall macaall
maaclla maaclal maaclla maaclal maacall maacall maalcla maalcal maallca maallac maalalc
maalacl maallca maallac maalcla maalcal maalacl maalalc maaallc maaalcl maaallc maaalcl
maaacll maaacll malacla malacal malalca malalac malaalc malaacl malcala malcaal malclaa
malclaa malcala malcaal mallcaa mallcaa mallaca mallaac mallaac mallaca malacla malacal
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mlcalaa mlcaala mlcaaal mlcaala mlcaaal mlcalaa mlcalaa mlcaala mlcaaal mlclaaa mlclaaa
mlclaaa mlclaaa mlclaaa mlclaaa mlcaala mlcaaal mlcalaa mlcalaa mlcaala mlcaaal mlacala
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mlcaaal mlcaala mlclaaa mlclaaa mlclaaa mlclaaa mlclaaa mlclaaa mlcalaa mlcalaa mlcaala
mlcaaal mlcaaal mlcaala mlcalaa mlcalaa mlcaala mlcaaal mlcaaal mlcaala mlaclaa mlaclaa
mlacala mlacaal mlacaal mlacala mlalcaa mlalcaa mlalaca mlalaac mlalaac mlalaca mlaalca
mlaalac mlaacla mlaacal mlaaacl mlaaalc mlaalac mlaalca mlaaalc mlaaacl mlaacal mlaacla
mllacaa mllacaa mllaaca mllaaac mllaaac mllaaca mllcaaa mllcaaa mllcaaa mllcaaa mllcaaa
mllcaaa mllacaa mllacaa mllaaca mllaaac mllaaac mllaaca mllacaa mllacaa mllaaca mllaaac
mllaaac mllaaca mlaalca mlaalac mlaacla mlaacal mlaaacl mlaaalc mlalaca mlalaac mlalcaa
mlalcaa mlalaca mlalaac mlaclaa mlaclaa mlacala mlacaal mlacaal mlacala mlaalca mlaalac
mlaacla mlaacal mlaaacl mlaaalc mlaalac mlaalca mlaaalc mlaaacl mlaacal mlaacla mlalaac
mlalaca mlalaac mlalaca mlalcaa mlalcaa mlaalac mlaalca mlaaalc mlaaacl mlaacal mlaacla
mlaclaa mlaclaa mlacala mlacaal mlacaal mlacala macalla macalal macalla macalal macaall
macaall maclala maclaal macllaa macllaa maclala maclaal macllaa macllaa maclala maclaal
maclaal maclala macalla macalal macalla macalal macaall macaall maaclla maaclal maaclla
maaclal maacall maacall maalcla maalcal maallca maallac maalalc maalacl maallca maallac
maalcla maalcal maalacl maalalc maaallc maaalcl maaallc maaalcl maaacll maaacll malacla
malacal malalca malalac malaalc malaacl malcala malcaal malclaa malclaa malcala malcaal
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malaacl malalca malalac malacla malacal malaacl malaalc mallaca mallaac mallcaa mallcaa
mallaca mallaac malclaa malclaa malcala malcaal malcaal malcala malalca malalac malacla
malacal malaacl malaalc maaallc maaalcl maaallc maaalcl maaacll maaacll maalalc maalacl
maallac maallca maalcla maalcal maallac maallca maalalc maalacl maalcal maalcla maaclla
maaclal maaclla maaclal maacall maacall amcalla amcalal amcalla amcalal amcaall amcaall
amclala amclaal amcllaa amcllaa amclala amclaal amcllaa amcllaa amclala amclaal amclaal
amclala amcalla amcalal amcalla amcalal amcaall amcaall amaclla amaclal amaclla amaclal
amacall amacall amalcla amalcal amallca amallac amalalc amalacl amallca amallac amalcla
amalcal amalacl amalalc amaallc amaalcl amaallc amaalcl amaacll amaacll amlacla amlacal
amlalca amlalac amlaalc amlaacl amlcala amlcaal amlclaa amlclaa amlcala amlcaal amllcaa
amllcaa amllaca amllaac amllaac amllaca amlacla amlacal amlalca amlalac amlaalc amlaacl
amlalca amlalac amlacla amlacal amlaacl amlaalc amllaca amllaac amllcaa amllcaa amllaca
amllaac amlclaa amlclaa amlcala amlcaal amlcaal amlcala amlalca amlalac amlacla amlacal
amlaacl amlaalc amaallc amaalcl amaallc amaalcl amaacll amaacll amalalc amalacl amallac
amallca amalcla amalcal amallac amallca amalalc amalacl amalcal amalcla amaclla amaclal
amaclla amaclal amacall amacall acmalla acmalal acmalla acmalal acmaall acmaall acmlala
acmlaal acmllaa acmllaa acmlala acmlaal acmllaa acmllaa acmlala acmlaal acmlaal acmlala
acmalla acmalal acmalla acmalal acmaall acmaall acamlla acamlal acamlla acamlal acamall
acamall acalmla acalmal acallma acallam acalalm acalaml acallma acallam acalmla acalmal
acalaml acalalm acaallm acaalml acaallm acaalml acaamll acaamll aclamla aclamal aclalma
aclalam aclaalm aclaaml aclmala aclmaal aclmlaa aclmlaa aclmala aclmaal acllmaa acllmaa
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alaalcm alaamlc alaamcl alaacml alaaclm allacma allacam allamca allamac allaamc allaacm
allcama allcaam allcmaa allcmaa allcama allcaam allmcaa allmcaa allmaca allmaac allmaac
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aacallm aacalml aacallm aacalml aacamll aacamll aaclalm aaclaml aacllam aacllma aaclmla
aaclmal aacllam aacllma aaclalm aaclaml aaclmal aaclmla aacmlla aacmlal aacmlla aacmlal
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laclmaa laclmaa laclama laclaam lacmlaa lacmlaa lacmala lacmaal lacmaal lacmala lacalma
lacalam lacamla lacamal lacaaml lacaalm laaclma laaclam laacmla laacmal laacaml laacalm
laalcma laalcam laalmca laalmac laalamc laalacm laamlca laamlac laamcla laamcal laamacl
laamalc laaalmc laaalcm laaamlc laaamcl laaacml laaaclm lalacma lalacam lalamca lalamac
lalaamc lalaacm lalcama lalcaam lalcmaa lalcmaa lalcama lalcaam lalmcaa lalmcaa lalmaca
lalmaac lalmaac lalmaca lalacma lalacam lalamca lalamac lalaamc lalaacm lamalca lamalac
lamacla lamacal lamaacl lamaalc lamlaca lamlaac lamlcaa lamlcaa lamlaca lamlaac lamclaa
lamclaa lamcala lamcaal lamcaal lamcala lamalca lamalac lamacla lamacal lamaacl lamaalc
laaalmc laaalcm laaamlc laaamcl laaacml laaaclm laalamc laalacm laalmac laalmca laalcma
laalcam laamlac laamlca laamalc laamacl laamcal laamcla laaclma laaclam laacmla laacmal
laacaml laacalm lcaalma lcaalam lcaamla lcaamal lcaaaml lcaaalm lcalama lcalaam lcalmaa
lcalmaa lcalama lcalaam lcamlaa lcamlaa lcamala lcamaal lcamaal lcamala lcaalma lcaalam
lcaamla lcaamal lcaaaml lcaaalm lcaalma lcaalam lcaamla lcaamal lcaaaml lcaaalm lcalama
lcalaam lcalmaa lcalmaa lcalama lcalaam lcamlaa lcamlaa lcamala lcamaal lcamaal lcamala
lcaalma lcaalam lcaamla lcaamal lcaaaml lcaaalm lclaama lclaaam lclamaa lclamaa lclaama
lclaaam lclaama lclaaam lclamaa lclamaa lclaama lclaaam lclmaaa lclmaaa lclmaaa lclmaaa
lclmaaa lclmaaa lclaama lclaaam lclamaa lclamaa lclaama lclaaam lcmalaa lcmalaa lcmaala
lcmaaal lcmaaal lcmaala lcmlaaa lcmlaaa lcmlaaa lcmlaaa lcmlaaa lcmlaaa lcmalaa lcmalaa
lcmaala lcmaaal lcmaaal lcmaala lcmalaa lcmalaa lcmaala lcmaaal lcmaaal lcmaala lcaalma
lcaalam lcaamla lcaamal lcaaaml lcaaalm lcalama lcalaam lcalmaa lcalmaa lcalama lcalaam
lcamlaa lcamlaa lcamala lcamaal lcamaal lcamala lcaalma lcaalam lcaamla lcaamal lcaaaml
lcaaalm lacalma lacalam lacamla lacamal lacaaml lacaalm laclama laclaam laclmaa laclmaa
laclama laclaam lacmlaa lacmlaa lacmala lacmaal lacmaal lacmala lacalma lacalam lacamla
lacamal lacaaml lacaalm laaclma laaclam laacmla laacmal laacaml laacalm laalcma laalcam
laalmca laalmac laalamc laalacm laamlca laamlac laamcla laamcal laamacl laamalc laaalmc
laaalcm laaamlc laaamcl laaacml laaaclm lalacma lalacam lalamca lalamac lalaamc lalaacm
lalcama lalcaam lalcmaa lalcmaa lalcama lalcaam lalmcaa lalmcaa lalmaca lalmaac lalmaac
lalmaca lalacma lalacam lalamca lalamac lalaamc lalaacm lamalca lamalac lamacla lamacal
lamaacl lamaalc lamlaca lamlaac lamlcaa lamlcaa lamlaca lamlaac lamclaa lamclaa lamcala
lamcaal lamcaal lamcala lamalca lamalac lamacla lamacal lamaacl lamaalc laaalmc laaalcm
laaamlc laaamcl laaacml laaaclm laalamc laalacm laalmac laalmca laalcma laalcam laamlac
laamlca laamalc laamacl laamcal laamcla laaclma laaclam laacmla laacmal laacaml laacalm
llcaama llcaaam llcamaa llcamaa llcaama llcaaam llcaama llcaaam llcamaa llcamaa llcaama
llcaaam llcmaaa llcmaaa llcmaaa llcmaaa llcmaaa llcmaaa llcaama llcaaam llcamaa llcamaa
llcaama llcaaam llacama llacaam llacmaa llacmaa llacama llacaam llaacma llaacam llaamca
llaamac llaaamc llaaacm llamaca llamaac llamcaa llamcaa llamaca llamaac llaaamc llaaacm
llaamac llaamca llaacma llaacam llaacma llaacam llaamca llaamac llaaamc llaaacm llacama
llacaam llacmaa llacmaa llacama llacaam llamcaa llamcaa llamaca llamaac llamaac llamaca
llaacma llaacam llaamca llaamac llaaamc llaaacm llmaaca llmaaac llmacaa llmacaa llmaaca
llmaaac llmaaca llmaaac llmacaa llmacaa llmaaca llmaaac llmcaaa llmcaaa llmcaaa llmcaaa
llmcaaa llmcaaa llmaaca llmaaac llmacaa llmacaa llmaaca llmaaac llaaamc llaaacm llaamac
llaamca llaacma llaacam llaaamc llaaacm llaamac llaamca llaacma llaacam llamaac llamaca
llamaac llamaca llamcaa llamcaa llacama llacaam llacmaa llacmaa llacama llacaam lmcalaa
lmcalaa lmcaala lmcaaal lmcaaal lmcaala lmclaaa lmclaaa lmclaaa lmclaaa lmclaaa lmclaaa
lmcalaa lmcalaa lmcaala lmcaaal lmcaaal lmcaala lmcalaa lmcalaa lmcaala lmcaaal lmcaaal
lmcaala lmaclaa lmaclaa lmacala lmacaal lmacaal lmacala lmalcaa lmalcaa lmalaca lmalaac
lmalaac lmalaca lmaalca lmaalac lmaacla lmaacal lmaaacl lmaaalc lmaalac lmaalca lmaaalc
lmaaacl lmaacal lmaacla lmlacaa lmlacaa lmlaaca lmlaaac lmlaaac lmlaaca lmlcaaa lmlcaaa
lmlcaaa lmlcaaa lmlcaaa lmlcaaa lmlacaa lmlacaa lmlaaca lmlaaac lmlaaac lmlaaca lmlacaa
lmlacaa lmlaaca lmlaaac lmlaaac lmlaaca lmaalca lmaalac lmaacla lmaacal lmaaacl lmaaalc
lmalaca lmalaac lmalcaa lmalcaa lmalaca lmalaac lmaclaa lmaclaa lmacala lmacaal lmacaal
lmacala lmaalca lmaalac lmaacla lmaacal lmaaacl lmaaalc lmaalac lmaalca lmaaalc lmaaacl
lmaacal lmaacla lmalaac lmalaca lmalaac lmalaca lmalcaa lmalcaa lmaalac lmaalca lmaaalc
lmaaacl lmaacal lmaacla lmaclaa lmaclaa lmacala lmacaal lmacaal lmacala lacalma lacalam
lacamla lacamal lacaaml lacaalm laclama laclaam laclmaa laclmaa laclama laclaam lacmlaa
lacmlaa lacmala lacmaal lacmaal lacmala lacalma lacalam lacamla lacamal lacaaml lacaalm
laaclma laaclam laacmla laacmal laacaml laacalm laalcma laalcam laalmca laalmac laalamc
laalacm laamlca laamlac laamcla laamcal laamacl laamalc laaalmc laaalcm laaamlc laaamcl
laaacml laaaclm lalacma lalacam lalamca lalamac lalaamc lalaacm lalcama lalcaam lalcmaa
lalcmaa lalcama lalcaam lalmcaa lalmcaa lalmaca lalmaac lalmaac lalmaca lalacma lalacam
lalamca lalamac lalaamc lalaacm lamalca lamalac lamacla lamacal lamaacl lamaalc lamlaca
lamlaac lamlcaa lamlcaa lamlaca lamlaac lamclaa lamclaa lamcala lamcaal lamcaal lamcala
lamalca lamalac lamacla lamacal lamaacl lamaalc laaalmc laaalcm laaamlc laaamcl laaacml
laaaclm laalamc laalacm laalmac laalmca laalcma laalcam laamlac laamlca laamalc laamacl
laamcal laamcla laaclma laaclam laacmla laacmal laacaml laacalm aacallm aacalml aacallm
aacalml aacamll aacamll aaclalm aaclaml aacllam aacllma aaclmla aaclmal aacllam aacllma
aaclalm aaclaml aaclmal aaclmla aacmlla aacmlal aacmlla aacmlal aacmall aacmall aaacllm
aaaclml aaacllm aaaclml aaacmll aaacmll aaalclm aaalcml aaallcm aaallmc aaalmlc aaalmcl
aaallcm aaallmc aaalclm aaalcml aaalmcl aaalmlc aaamllc aaamlcl aaamllc aaamlcl aaamcll
aaamcll aalaclm aalacml aalalcm aalalmc aalamlc aalamcl aalcalm aalcaml aalclam aalclma
aalcmla aalcmal aallcam aallcma aallacm aallamc aallmac aallmca aalmcla aalmcal aalmlca
aalmlac aalmalc aalmacl aalalcm aalalmc aalaclm aalacml aalamcl aalamlc aallacm aallamc
aallcam aallcma aallmca aallmac aalclam aalclma aalcalm aalcaml aalcmal aalcmla aalmlca
aalmlac aalmcla aalmcal aalmacl aalmalc aamallc aamalcl aamallc aamalcl aamacll aamacll
aamlalc aamlacl aamllac aamllca aamlcla aamlcal aamllac aamllca aamlalc aamlacl aamlcal
aamlcla aamclla aamclal aamclla aamclal aamcall aamcall acaallm acaalml acaallm acaalml
acaamll acaamll acalalm acalaml acallam acallma acalmla acalmal acallam acallma acalalm
acalaml acalmal acalmla acamlla acamlal acamlla acamlal acamall acamall acaallm acaalml
acaallm acaalml acaamll acaamll acalalm acalaml acallam acallma acalmla acalmal acallam
acallma acalalm acalaml acalmal acalmla acamlla acamlal acamlla acamlal acamall acamall
aclaalm aclaaml aclalam aclalma aclamla aclamal aclaalm aclaaml aclalam aclalma aclamla
aclamal acllaam acllama acllaam acllama acllmaa acllmaa aclmala aclmaal aclmlaa aclmlaa
aclmala aclmaal aclalam aclalma aclaalm aclaaml aclamal aclamla acllaam acllama acllaam
acllama acllmaa acllmaa aclalam aclalma aclaalm aclaaml aclamal aclamla aclmlaa aclmlaa
aclmala aclmaal aclmaal aclmala acmalla acmalal acmalla acmalal acmaall acmaall acmlala
acmlaal acmllaa acmllaa acmlala acmlaal acmllaa acmllaa acmlala acmlaal acmlaal acmlala
acmalla acmalal acmalla acmalal acmaall acmaall aacallm aacalml aacallm aacalml aacamll
aacamll aaclalm aaclaml aacllam aacllma aaclmla aaclmal aacllam aacllma aaclalm aaclaml
aaclmal aaclmla aacmlla aacmlal aacmlla aacmlal aacmall aacmall aaacllm aaaclml aaacllm
aaaclml aaacmll aaacmll aaalclm aaalcml aaallcm aaallmc aaalmlc aaalmcl aaallcm aaallmc
aaalclm aaalcml aaalmcl aaalmlc aaamllc aaamlcl aaamllc aaamlcl aaamcll aaamcll aalaclm
aalacml aalalcm aalalmc aalamlc aalamcl aalcalm aalcaml aalclam aalclma aalcmla aalcmal
aallcam aallcma aallacm aallamc aallmac aallmca aalmcla aalmcal aalmlca aalmlac aalmalc
aalmacl aalalcm aalalmc aalaclm aalacml aalamcl aalamlc aallacm aallamc aallcam aallcma
aallmca aallmac aalclam aalclma aalcalm aalcaml aalcmal aalcmla aalmlca aalmlac aalmcla
aalmcal aalmacl aalmalc aamallc aamalcl aamallc aamalcl aamacll aamacll aamlalc aamlacl
aamllac aamllca aamlcla aamlcal aamllac aamllca aamlalc aamlacl aamlcal aamlcla aamclla
aamclal aamclla aamclal aamcall aamcall alcaalm alcaaml alcalam alcalma alcamla alcamal
alcaalm alcaaml alcalam alcalma alcamla alcamal alclaam alclama alclaam alclama alclmaa
alclmaa alcmala alcmaal alcmlaa alcmlaa alcmala alcmaal alacalm alacaml alaclam alaclma
alacmla alacmal alaaclm alaacml alaalcm alaalmc alaamlc alaamcl alalacm alalamc alalcam
alalcma alalmca alalmac alamalc alamacl alamlac alamlca alamcla alamcal alaaclm alaacml
alaalcm alaalmc alaamlc alaamcl alacalm alacaml alaclam alaclma alacmla alacmal alalcam
alalcma alalacm alalamc alalmac alalmca alamcla alamcal alamlca alamlac alamalc alamacl
allaacm allaamc allacam allacma allamca allamac allaacm allaamc allacam allacma allamca
allamac allcaam allcama allcaam allcama allcmaa allcmaa allmaca allmaac allmcaa allmcaa
allmaca allmaac almaalc almaacl almalac almalca almacla almacal almaalc almaacl almalac
almalca almacla almacal almlaac almlaca almlaac almlaca almlcaa almlcaa almcala almcaal
almclaa almclaa almcala almcaal alcalam alcalma alcaalm alcaaml alcamal alcamla alclaam
alclama alclaam alclama alclmaa alclmaa alcalam alcalma alcaalm alcaaml alcamal alcamla
alcmlaa alcmlaa alcmala alcmaal alcmaal alcmala alaclam alaclma alacalm alacaml alacmal
alacmla alalcam alalcma alalacm alalamc alalmac alalmca alaalcm alaalmc alaaclm alaacml
alaamcl alaamlc alamlac alamlca alamalc alamacl alamcal alamcla allacam allacma allaacm
allaamc allamac allamca allcaam allcama allcaam allcama allcmaa allcmaa allacam allacma
allaacm allaamc allamac allamca allmcaa allmcaa allmaca allmaac allmaac allmaca alaalcm
alaalmc alaaclm alaacml alaamcl alaamlc alalacm alalamc alalcam alalcma alalmca alalmac
alaclam alaclma alacalm alacaml alacmal alacmla alamlca alamlac alamcla alamcal alamacl
alamalc almalac almalca almaalc almaacl almacal almacla almlaac almlaca almlaac almlaca
almlcaa almlcaa almalac almalca almaalc almaacl almacal almacla almclaa almclaa almcala
almcaal almcaal almcala amcalla amcalal amcalla amcalal amcaall amcaall amclala amclaal
amcllaa amcllaa amclala amclaal amcllaa amcllaa amclala amclaal amclaal amclala amcalla
amcalal amcalla amcalal amcaall amcaall amaclla amaclal amaclla amaclal amacall amacall
amalcla amalcal amallca amallac amalalc amalacl amallca amallac amalcla amalcal amalacl
amalalc amaallc amaalcl amaallc amaalcl amaacll amaacll amlacla amlacal amlalca amlalac
amlaalc amlaacl amlcala amlcaal amlclaa amlclaa amlcala amlcaal amllcaa amllcaa amllaca
amllaac amllaac amllaca amlacla amlacal amlalca amlalac amlaalc amlaacl amlalca amlalac
amlacla amlacal amlaacl amlaalc amllaca amllaac amllcaa amllcaa amllaca amllaac amlclaa
amlclaa amlcala amlcaal amlcaal amlcala amlalca amlalac amlacla amlacal amlaacl amlaalc
amaallc amaalcl amaallc amaalcl amaacll amaacll amalalc amalacl amallac amallca amalcla
amalcal amallac amallca amalalc amalacl amalcal amalcla amaclla amaclal amaclla amaclal
amacall amacall

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History of cryptography
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