easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

savagerous

vitisque

laeso

weirs

workdogs

larey

wokowi

zoothecium

unwasted

sneerer

zeelander

iphase

woodycreek

woolpack

bulbospongiosus

unamiably

zeisberg

yardley


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: payably
cipher variations:
qbzbcmz rcacdna sdbdeob tecefpc ufdfgqd
vgeghre whfhisf xigijtg yjhjkuh zkiklvi
aljlmwj bmkmnxk cnlnoyl domopzm epnpqan
fqoqrbo grprscp hsqstdq itrtuer jusuvfs
kvtvwgt lwuwxhu mxvxyiv nywyzjw ozxzakx

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: payably
Cipher: kzbzyob

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: payably
Cipher: ABBBA AAAAA BABBA AAAAA AAAAB ABABA BABBA

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: payably
cipher variations:
qbzbcmzubvbeivybrbgercbnbiangbjbkwjkbfbmsfsbxbqkxwbtbsgt
abpbucpeblbwylibhbyuhmbdbaqdrcacdnavcwcfjwzcschfsdcocjbo
hckclxklcgcntgtcycrlyxcucthubcqcvdqfcmcxzmjciczvincecbre
sdbdeobwdxdgkxadtdigtedpdkcpidldmylmdhdouhudzdsmzydvduiv
cdrdwergdndyankdjdawjodfdcsftecefpcxeyehlybeuejhufeqeldq
jemenzmneiepviveaetnazewevjwdesexfsheoezbolekebxkpegedtg
ufdfgqdyfzfimzcfvfkivgfrfmerkfnfoanofjfqwjwfbfuobafxfwkx
eftfygtifpfacpmflfcylqfhfeuhvgeghrezgagjnadgwgljwhgsgnfs
lgogpbopgkgrxkxgcgvpcbgygxlyfgugzhujgqgbdqngmgdzmrgigfvi
whfhisfahbhkobehxhmkxihthogtmhphqcpqhlhsylyhdhwqdchzhymz
ghvhaivkhrhcerohnheanshjhgwjxigijtgbicilpcfiyinlyjiuiphu
niqirdqrimitzmzieixrediaiznahiwibjwlisidfspioifbotikihxk
yjhjkuhcjdjmqdgjzjomzkjvjqivojrjsersjnjuanajfjysfejbjaob
ijxjckxmjtjegtqjpjgcpujljiylzkiklvidkeknrehkakpnalkwkrjw
pksktfstkokvbobkgkztgfkckbpcjkykdlynkukfhurkqkhdqvkmkjzm
aljlmwjelflosfilblqobmlxlskxqltlugtulplwcpclhlauhgldlcqd
klzlemzolvlgivslrlierwlnlkanbmkmnxkfmgmptgjmcmrpcnmymtly
rmumvhuvmqmxdqdmimbvihmemdrelmamfnapmwmhjwtmsmjfsxmomlbo
cnlnoylgnhnquhkndnsqdonznumzsnvnwivwnrnyerenjncwjinfnesf
mnbngobqnxnikxuntnkgtynpnmcpdomopzmhoiorviloeotrepoaovna
towoxjwxosozfsfokodxkjogoftgnocohpcroyojlyvouolhuzoqondq
epnpqanipjpswjmpfpusfqpbpwobupxpykxyptpagtgplpeylkphpguh
opdpiqdspzpkmzwpvpmivaprpoerfqoqrbojqkqtxknqgqvtgrqcqxpc
vqyqzlyzquqbhuhqmqfzmlqiqhvipqeqjretqaqlnaxqwqnjwbqsqpfs
grprscpkrlruylorhrwuhsrdryqdwrzramzarvrcivirnrganmrjriwj
qrfrksfurbrmobyrxrokxcrtrqgthsqstdqlsmsvzmpsisxvitseszre
xsasbnabswsdjwjsoshbonsksjxkrsgsltgvscsnpczsysplydsusrhu
itrtuermtntwanqtjtywjutftasfytbtcobctxtekxktpticpotltkyl
sthtmuhwtdtoqdatztqmzetvtsivjusuvfsnuouxborukuzxkvugubtg
zucudpcduyuflyluqujdqpumulzmtuiunvixueuprebuaurnafuwutjw
kvtvwgtovpvycpsvlvaylwvhvcuhavdveqdevzvgmzmvrvkerqvnvman
uvjvowjyvfvqsfcvbvsobgvxvukxlwuwxhupwqwzdqtwmwbzmxwiwdvi
bwewfrefwawhnanwswlfsrwownbovwkwpxkzwgwrtgdwcwtpchwywvly
mxvxyivqxrxaeruxnxcanyxjxewjcxfxgsfgxbxioboxtxmgtsxpxocp
wxlxqylaxhxsuhexdxuqdixzxwmznywyzjwrysybfsvyoydbozykyfxk
dygyhtghycyjpcpyuynhutyqypdqxymyrzmbyiytvifyeyvrejyayxna
ozxzakxsztzcgtwzpzecpazlzgylezhziuhizdzkqdqzvzoivuzrzqer
yznzsanczjzuwjgzfzwsfkzbzyobpayablytauadhuxaqafdqbamahzm
faiajvijaealrerawapjwvasarfszaoatbodakavxkhagaxtglacazpc

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: payably
Cipher: cnlnoyl

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: payably
Cipher: 53114511211345

Extended Methods:
Method #1

Plaintext: payably
method variations:
ufdfgqdzlilmvieqoqraokvtvwft

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p a y a b l y 
5 1 4 1 2 1 4 
3 1 5 1 1 3 5 
They are then read out in rows:
51412143151135
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: payably
Cipher: edbovax

Read more ...
Method #3

Plaintext: payably
method variations:
cqefasz qefaszc efaszcq
faszcqe aszcqef szcqefa
zcqefas

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: payably

all 5040 cipher variations:
payably payabyl payalby payalyb payaylb payaybl paybaly paybayl payblay payblya paybyla
paybyal paylbay paylbya paylaby paylayb paylyab paylyba payybla payybal payylba payylab
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bpaayyl bpaalyy bpaalyy bpaayly bpaayyl bpayaly bpayayl bpaylay bpaylya bpayyla bpayyal
bpalyay bpalyya bpalayy bpalayy bpalyay bpalyya bpayyla bpayyal bpaylya bpaylay bpayaly
bpayayl bplaayy bplaayy bplayay bplayya bplayya bplayay bplaayy bplaayy bplayay bplayya
bplayya bplayay bplyaay bplyaya bplyaay bplyaya bplyyaa bplyyaa bplyaya bplyaay bplyyaa
bplyyaa bplyaya bplyaay bpyaaly bpyaayl bpyalay bpyalya bpyayla bpyayal bpyaaly bpyaayl
bpyalay bpyalya bpyayla bpyayal bpylaay bpylaya bpylaay bpylaya bpylyaa bpylyaa bpyyala
bpyyaal bpyylaa bpyylaa bpyyala bpyyaal blyapay blyapya blyaapy blyaayp blyayap blyaypa
blypaay blypaya blypaay blypaya blypyaa blypyaa blyapay blyapya blyaapy blyaayp blyayap
blyaypa blyypaa blyypaa blyyapa blyyaap blyyaap blyyapa blaypay blaypya blayapy blayayp
blayyap blayypa blapyay blapyya blapayy blapayy blapyay blapyya blaapyy blaapyy blaaypy
blaayyp blaayyp blaaypy blaypay blaypya blayapy blayayp blayyap blayypa blpayay blpayya
blpaayy blpaayy blpayay blpayya blpyaay blpyaya blpyaay blpyaya blpyyaa blpyyaa blpayay
blpayya blpaayy blpaayy blpayay blpayya blpyyaa blpyyaa blpyaya blpyaay blpyaay blpyaya
blaapyy blaapyy blaaypy blaayyp blaayyp blaaypy blapayy blapayy blapyay blapyya blapyya
blapyay blaypay blaypya blayapy blayayp blayyap blayypa blaypya blaypay blayypa blayyap
blayayp blayapy blyapay blyapya blyaapy blyaayp blyayap blyaypa blypaay blypaya blypaay
blypaya blypyaa blypyaa blyapay blyapya blyaapy blyaayp blyayap blyaypa blyypaa blyypaa
blyyapa blyyaap blyyaap blyyapa byyapla byyapal byyalpa byyalap byyaalp byyaapl byypala
byypaal byyplaa byyplaa byypala byypaal byylpaa byylpaa byylapa byylaap byylaap byylapa
byyapla byyapal byyalpa byyalap byyaalp byyaapl byaypla byaypal byaylpa byaylap byayalp
byayapl byapyla byapyal byaplya byaplay byapaly byapayl byalpya byalpay byalypa byalyap
byalayp byalapy byaaply byaapyl byaalpy byaalyp byaaylp byaaypl bypayla bypayal bypalya
bypalay bypaaly bypaayl bypyala bypyaal bypylaa bypylaa bypyala bypyaal byplyaa byplyaa
byplaya byplaay byplaay byplaya bypayla bypayal bypalya bypalay bypaaly bypaayl bylapya
bylapay bylaypa bylayap bylaayp bylaapy bylpaya bylpaay bylpyaa bylpyaa bylpaya bylpaay
bylypaa bylypaa bylyapa bylyaap bylyaap bylyapa bylapya bylapay bylaypa bylayap bylaayp
bylaapy byaaply byaapyl byaalpy byaalyp byaaylp byaaypl byapaly byapayl byaplay byaplya
byapyla byapyal byalpay byalpya byalapy byalayp byalyap byalypa byaypla byaypal byaylpa
byaylap byayalp byayapl layabpy layabyp layapby layapyb layaypb layaybp laybapy laybayp
laybpay laybpya laybypa laybyap laypbay laypbya laypaby laypayb laypyab laypyba layybpa
layybap layypba layypab layyapb layyabp laaybpy laaybyp laaypby laaypyb laayypb laayybp
laabypy laabyyp laabpyy laabpyy laabypy laabyyp laapbyy laapbyy laapyby laapyyb laapyyb
laapyby laaybpy laaybyp laaypby laaypyb laayypb laayybp labaypy labayyp labapyy labapyy
labaypy labayyp labyapy labyayp labypay labypya labyypa labyyap labpyay labpyya labpayy
labpayy labpyay labpyya labyypa labyyap labypya labypay labyapy labyayp lapabyy lapabyy
lapayby lapayyb lapayyb lapayby lapbayy lapbayy lapbyay lapbyya lapbyya lapbyay lapybay
lapybya lapyaby lapyayb lapyyab lapyyba lapybya lapybay lapyyba lapyyab lapyayb lapyaby
layabpy layabyp layapby layapyb layaypb layaybp laybapy laybayp laybpay laybpya laybypa
laybyap laypbay laypbya laypaby laypayb laypyab laypyba layybpa layybap layypba layypab
layyapb layyabp lyaabpy lyaabyp lyaapby lyaapyb lyaaypb lyaaybp lyabapy lyabayp lyabpay
lyabpya lyabypa lyabyap lyapbay lyapbya lyapaby lyapayb lyapyab lyapyba lyaybpa lyaybap
lyaypba lyaypab lyayapb lyayabp lyaabpy lyaabyp lyaapby lyaapyb lyaaypb lyaaybp lyabapy
lyabayp lyabpay lyabpya lyabypa lyabyap lyapbay lyapbya lyapaby lyapayb lyapyab lyapyba
lyaybpa lyaybap lyaypba lyaypab lyayapb lyayabp lybaapy lybaayp lybapay lybapya lybaypa
lybayap lybaapy lybaayp lybapay lybapya lybaypa lybayap lybpaay lybpaya lybpaay lybpaya
lybpyaa lybpyaa lybyapa lybyaap lybypaa lybypaa lybyapa lybyaap lypabay lypabya lypaaby
lypaayb lypayab lypayba lypbaay lypbaya lypbaay lypbaya lypbyaa lypbyaa lypabay lypabya
lypaaby lypaayb lypayab lypayba lypybaa lypybaa lypyaba lypyaab lypyaab lypyaba lyyabpa
lyyabap lyyapba lyyapab lyyaapb lyyaabp lyybapa lyybaap lyybpaa lyybpaa lyybapa lyybaap
lyypbaa lyypbaa lyypaba lyypaab lyypaab lyypaba lyyabpa lyyabap lyyapba lyyapab lyyaapb
lyyaabp layabpy layabyp layapby layapyb layaypb layaybp laybapy laybayp laybpay laybpya
laybypa laybyap laypbay laypbya laypaby laypayb laypyab laypyba layybpa layybap layypba
layypab layyapb layyabp laaybpy laaybyp laaypby laaypyb laayypb laayybp laabypy laabyyp
laabpyy laabpyy laabypy laabyyp laapbyy laapbyy laapyby laapyyb laapyyb laapyby laaybpy
laaybyp laaypby laaypyb laayypb laayybp labaypy labayyp labapyy labapyy labaypy labayyp
labyapy labyayp labypay labypya labyypa labyyap labpyay labpyya labpayy labpayy labpyay
labpyya labyypa labyyap labypya labypay labyapy labyayp lapabyy lapabyy lapayby lapayyb
lapayyb lapayby lapbayy lapbayy lapbyay lapbyya lapbyya lapbyay lapybay lapybya lapyaby
lapyayb lapyyab lapyyba lapybya lapybay lapyyba lapyyab lapyayb lapyaby layabpy layabyp
layapby layapyb layaypb layaybp laybapy laybayp laybpay laybpya laybypa laybyap laypbay
laypbya laypaby laypayb laypyab laypyba layybpa layybap layypba layypab layyapb layyabp
lbyaapy lbyaayp lbyapay lbyapya lbyaypa lbyayap lbyaapy lbyaayp lbyapay lbyapya lbyaypa
lbyayap lbypaay lbypaya lbypaay lbypaya lbypyaa lbypyaa lbyyapa lbyyaap lbyypaa lbyypaa
lbyyapa lbyyaap lbayapy lbayayp lbaypay lbaypya lbayypa lbayyap lbaaypy lbaayyp lbaapyy
lbaapyy lbaaypy lbaayyp lbapayy lbapayy lbapyay lbapyya lbapyya lbapyay lbayapy lbayayp
lbaypay lbaypya lbayypa lbayyap lbaaypy lbaayyp lbaapyy lbaapyy lbaaypy lbaayyp lbayapy
lbayayp lbaypay lbaypya lbayypa lbayyap lbapyay lbapyya lbapayy lbapayy lbapyay lbapyya
lbayypa lbayyap lbaypya lbaypay lbayapy lbayayp lbpaayy lbpaayy lbpayay lbpayya lbpayya
lbpayay lbpaayy lbpaayy lbpayay lbpayya lbpayya lbpayay lbpyaay lbpyaya lbpyaay lbpyaya
lbpyyaa lbpyyaa lbpyaya lbpyaay lbpyyaa lbpyyaa lbpyaya lbpyaay lbyaapy lbyaayp lbyapay
lbyapya lbyaypa lbyayap lbyaapy lbyaayp lbyapay lbyapya lbyaypa lbyayap lbypaay lbypaya
lbypaay lbypaya lbypyaa lbypyaa lbyyapa lbyyaap lbyypaa lbyypaa lbyyapa lbyyaap lpyabay
lpyabya lpyaaby lpyaayb lpyayab lpyayba lpybaay lpybaya lpybaay lpybaya lpybyaa lpybyaa
lpyabay lpyabya lpyaaby lpyaayb lpyayab lpyayba lpyybaa lpyybaa lpyyaba lpyyaab lpyyaab
lpyyaba lpaybay lpaybya lpayaby lpayayb lpayyab lpayyba lpabyay lpabyya lpabayy lpabayy
lpabyay lpabyya lpaabyy lpaabyy lpaayby lpaayyb lpaayyb lpaayby lpaybay lpaybya lpayaby
lpayayb lpayyab lpayyba lpbayay lpbayya lpbaayy lpbaayy lpbayay lpbayya lpbyaay lpbyaya
lpbyaay lpbyaya lpbyyaa lpbyyaa lpbayay lpbayya lpbaayy lpbaayy lpbayay lpbayya lpbyyaa
lpbyyaa lpbyaya lpbyaay lpbyaay lpbyaya lpaabyy lpaabyy lpaayby lpaayyb lpaayyb lpaayby
lpabayy lpabayy lpabyay lpabyya lpabyya lpabyay lpaybay lpaybya lpayaby lpayayb lpayyab
lpayyba lpaybya lpaybay lpayyba lpayyab lpayayb lpayaby lpyabay lpyabya lpyaaby lpyaayb
lpyayab lpyayba lpybaay lpybaya lpybaay lpybaya lpybyaa lpybyaa lpyabay lpyabya lpyaaby
lpyaayb lpyayab lpyayba lpyybaa lpyybaa lpyyaba lpyyaab lpyyaab lpyyaba lyyabpa lyyabap
lyyapba lyyapab lyyaapb lyyaabp lyybapa lyybaap lyybpaa lyybpaa lyybapa lyybaap lyypbaa
lyypbaa lyypaba lyypaab lyypaab lyypaba lyyabpa lyyabap lyyapba lyyapab lyyaapb lyyaabp
lyaybpa lyaybap lyaypba lyaypab lyayapb lyayabp lyabypa lyabyap lyabpya lyabpay lyabapy
lyabayp lyapbya lyapbay lyapyba lyapyab lyapayb lyapaby lyaabpy lyaabyp lyaapby lyaapyb
lyaaypb lyaaybp lybaypa lybayap lybapya lybapay lybaapy lybaayp lybyapa lybyaap lybypaa
lybypaa lybyapa lybyaap lybpyaa lybpyaa lybpaya lybpaay lybpaay lybpaya lybaypa lybayap
lybapya lybapay lybaapy lybaayp lypabya lypabay lypayba lypayab lypaayb lypaaby lypbaya
lypbaay lypbyaa lypbyaa lypbaya lypbaay lypybaa lypybaa lypyaba lypyaab lypyaab lypyaba
lypabya lypabay lypayba lypayab lypaayb lypaaby lyaabpy lyaabyp lyaapby lyaapyb lyaaypb
lyaaybp lyabapy lyabayp lyabpay lyabpya lyabypa lyabyap lyapbay lyapbya lyapaby lyapayb
lyapyab lyapyba lyaybpa lyaybap lyaypba lyaypab lyayapb lyayabp yayablp yayabpl yayalbp
yayalpb yayaplb yayapbl yaybalp yaybapl yayblap yayblpa yaybpla yaybpal yaylbap yaylbpa
yaylabp yaylapb yaylpab yaylpba yaypbla yaypbal yayplba yayplab yaypalb yaypabl yaayblp
yaaybpl yaaylbp yaaylpb yaayplb yaaypbl yaabylp yaabypl yaablyp yaablpy yaabply yaabpyl
yaalbyp yaalbpy yaalybp yaalypb yaalpyb yaalpby yaapbly yaapbyl yaaplby yaaplyb yaapylb
yaapybl yabaylp yabaypl yabalyp yabalpy yabaply yabapyl yabyalp yabyapl yabylap yabylpa
yabypla yabypal yablyap yablypa yablayp yablapy yablpay yablpya yabpyla yabpyal yabplya
yabplay yabpaly yabpayl yalabyp yalabpy yalaybp yalaypb yalapyb yalapby yalbayp yalbapy
yalbyap yalbypa yalbpya yalbpay yalybap yalybpa yalyabp yalyapb yalypab yalypba yalpbya
yalpbay yalpyba yalpyab yalpayb yalpaby yapably yapabyl yapalby yapalyb yapaylb yapaybl
yapbaly yapbayl yapblay yapblya yapbyla yapbyal yaplbay yaplbya yaplaby yaplayb yaplyab
yaplyba yapybla yapybal yapylba yapylab yapyalb yapyabl yyaablp yyaabpl yyaalbp yyaalpb
yyaaplb yyaapbl yyabalp yyabapl yyablap yyablpa yyabpla yyabpal yyalbap yyalbpa yyalabp
yyalapb yyalpab yyalpba yyapbla yyapbal yyaplba yyaplab yyapalb yyapabl yyaablp yyaabpl
yyaalbp yyaalpb yyaaplb yyaapbl yyabalp yyabapl yyablap yyablpa yyabpla yyabpal yyalbap
yyalbpa yyalabp yyalapb yyalpab yyalpba yyapbla yyapbal yyaplba yyaplab yyapalb yyapabl
yybaalp yybaapl yybalap yybalpa yybapla yybapal yybaalp yybaapl yybalap yybalpa yybapla
yybapal yyblaap yyblapa yyblaap yyblapa yyblpaa yyblpaa yybpala yybpaal yybplaa yybplaa
yybpala yybpaal yylabap yylabpa yylaabp yylaapb yylapab yylapba yylbaap yylbapa yylbaap
yylbapa yylbpaa yylbpaa yylabap yylabpa yylaabp yylaapb yylapab yylapba yylpbaa yylpbaa
yylpaba yylpaab yylpaab yylpaba yypabla yypabal yypalba yypalab yypaalb yypaabl yypbala
yypbaal yypblaa yypblaa yypbala yypbaal yyplbaa yyplbaa yyplaba yyplaab yyplaab yyplaba
yypabla yypabal yypalba yypalab yypaalb yypaabl yayablp yayabpl yayalbp yayalpb yayaplb
yayapbl yaybalp yaybapl yayblap yayblpa yaybpla yaybpal yaylbap yaylbpa yaylabp yaylapb
yaylpab yaylpba yaypbla yaypbal yayplba yayplab yaypalb yaypabl yaayblp yaaybpl yaaylbp
yaaylpb yaayplb yaaypbl yaabylp yaabypl yaablyp yaablpy yaabply yaabpyl yaalbyp yaalbpy
yaalybp yaalypb yaalpyb yaalpby yaapbly yaapbyl yaaplby yaaplyb yaapylb yaapybl yabaylp
yabaypl yabalyp yabalpy yabaply yabapyl yabyalp yabyapl yabylap yabylpa yabypla yabypal
yablyap yablypa yablayp yablapy yablpay yablpya yabpyla yabpyal yabplya yabplay yabpaly
yabpayl yalabyp yalabpy yalaybp yalaypb yalapyb yalapby yalbayp yalbapy yalbyap yalbypa
yalbpya yalbpay yalybap yalybpa yalyabp yalyapb yalypab yalypba yalpbya yalpbay yalpyba
yalpyab yalpayb yalpaby yapably yapabyl yapalby yapalyb yapaylb yapaybl yapbaly yapbayl
yapblay yapblya yapbyla yapbyal yaplbay yaplbya yaplaby yaplayb yaplyab yaplyba yapybla
yapybal yapylba yapylab yapyalb yapyabl ybyaalp ybyaapl ybyalap ybyalpa ybyapla ybyapal
ybyaalp ybyaapl ybyalap ybyalpa ybyapla ybyapal ybylaap ybylapa ybylaap ybylapa ybylpaa
ybylpaa ybypala ybypaal ybyplaa ybyplaa ybypala ybypaal ybayalp ybayapl ybaylap ybaylpa
ybaypla ybaypal ybaaylp ybaaypl ybaalyp ybaalpy ybaaply ybaapyl ybalayp ybalapy ybalyap
ybalypa ybalpya ybalpay ybapaly ybapayl ybaplay ybaplya ybapyla ybapyal ybaaylp ybaaypl
ybaalyp ybaalpy ybaaply ybaapyl ybayalp ybayapl ybaylap ybaylpa ybaypla ybaypal ybalyap
ybalypa ybalayp ybalapy ybalpay ybalpya ybapyla ybapyal ybaplya ybaplay ybapaly ybapayl
yblaayp yblaapy yblayap yblaypa yblapya yblapay yblaayp yblaapy yblayap yblaypa yblapya
yblapay yblyaap yblyapa yblyaap yblyapa yblypaa yblypaa yblpaya yblpaay yblpyaa yblpyaa
yblpaya yblpaay ybpaaly ybpaayl ybpalay ybpalya ybpayla ybpayal ybpaaly ybpaayl ybpalay
ybpalya ybpayla ybpayal ybplaay ybplaya ybplaay ybplaya ybplyaa ybplyaa ybpyala ybpyaal
ybpylaa ybpylaa ybpyala ybpyaal ylyabap ylyabpa ylyaabp ylyaapb ylyapab ylyapba ylybaap
ylybapa ylybaap ylybapa ylybpaa ylybpaa ylyabap ylyabpa ylyaabp ylyaapb ylyapab ylyapba
ylypbaa ylypbaa ylypaba ylypaab ylypaab ylypaba ylaybap ylaybpa ylayabp ylayapb ylaypab
ylaypba ylabyap ylabypa ylabayp ylabapy ylabpay ylabpya ylaabyp ylaabpy ylaaybp ylaaypb
ylaapyb ylaapby ylapbay ylapbya ylapaby ylapayb ylapyab ylapyba ylbayap ylbaypa ylbaayp
ylbaapy ylbapay ylbapya ylbyaap ylbyapa ylbyaap ylbyapa ylbypaa ylbypaa ylbayap ylbaypa
ylbaayp ylbaapy ylbapay ylbapya ylbpyaa ylbpyaa ylbpaya ylbpaay ylbpaay ylbpaya ylaabyp
ylaabpy ylaaybp ylaaypb ylaapyb ylaapby ylabayp ylabapy ylabyap ylabypa ylabpya ylabpay
ylaybap ylaybpa ylayabp ylayapb ylaypab ylaypba ylapbya ylapbay ylapyba ylapyab ylapayb
ylapaby ylpabay ylpabya ylpaaby ylpaayb ylpayab ylpayba ylpbaay ylpbaya ylpbaay ylpbaya
ylpbyaa ylpbyaa ylpabay ylpabya ylpaaby ylpaayb ylpayab ylpayba ylpybaa ylpybaa ylpyaba
ylpyaab ylpyaab ylpyaba ypyabla ypyabal ypyalba ypyalab ypyaalb ypyaabl ypybala ypybaal
ypyblaa ypyblaa ypybala ypybaal ypylbaa ypylbaa ypylaba ypylaab ypylaab ypylaba ypyabla
ypyabal ypyalba ypyalab ypyaalb ypyaabl ypaybla ypaybal ypaylba ypaylab ypayalb ypayabl
ypabyla ypabyal ypablya ypablay ypabaly ypabayl ypalbya ypalbay ypalyba ypalyab ypalayb
ypalaby ypaably ypaabyl ypaalby ypaalyb ypaaylb ypaaybl ypbayla ypbayal ypbalya ypbalay
ypbaaly ypbaayl ypbyala ypbyaal ypbylaa ypbylaa ypbyala ypbyaal ypblyaa ypblyaa ypblaya
ypblaay ypblaay ypblaya ypbayla ypbayal ypbalya ypbalay ypbaaly ypbaayl yplabya yplabay
yplayba yplayab yplaayb yplaaby yplbaya yplbaay yplbyaa yplbyaa yplbaya yplbaay yplybaa
yplybaa yplyaba yplyaab yplyaab yplyaba yplabya yplabay yplayba yplayab yplaayb yplaaby
ypaably ypaabyl ypaalby ypaalyb ypaaylb ypaaybl ypabaly ypabayl ypablay ypablya ypabyla
ypabyal ypalbay ypalbya ypalaby ypalayb ypalyab ypalyba ypaybla ypaybal ypaylba ypaylab
ypayalb ypayabl

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History of cryptography
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