easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

documenter

armenize

serinette

southharpswell

chitrao

surreptitiously

crucifera

charikila

teazel

itemed

blackgums

lisboa

depersonize

quietavissetque

subers

overreward

nondancer

penatibusque


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: ribbing
cipher variations:
sjccjoh tkddkpi uleelqj vmffmrk wnggnsl
xohhotm ypiipun zqjjqvo arkkrwp bsllsxq
ctmmtyr dunnuzs evoovat fwppwbu gxqqxcv
hyrrydw izsszex jattafy kbuubgz lcvvcha
mdwwdib nexxejc ofyyfkd pgzzgle qhaahmf

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: ribbing
Cipher: iryyrmt

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: ribbing
Cipher: BAAAA ABAAA AAAAB AAAAB 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: ribbing
cipher variations:
sjccjohazeezotipggpofqfiiforyvkkvodglmmlopwrqqronehsshoz
mxuuxolunwwnoxcdyydojktaatovtkddkpibaffapujqhhqpgrgjjgps
zwllwpehmnnmpqxsrrspofittipanyvvypmvoxxopydezzepklubbupw
uleelqjcbggbqvkriirqhshkkhqtaxmmxqfinoonqrytsstqpgjuujqb
ozwwzqnwpyypqzefaafqlmvccvqxvmffmrkdchhcrwlsjjsritilliru
bynnyrgjopporszutturqhkvvkrcpaxxaroxqzzqrafgbbgrmnwddwry
wnggnslediidsxmtkktsjujmmjsvczoozshkpqqpstavuuvsrilwwlsd
qbyybspyraarsbghcchsnoxeexszxohhotmfejjetynullutkvknnktw
dappatilqrrqtubwvvwtsjmxxmterczzctqzsbbstchidditopyffyta
ypiipungfkkfuzovmmvulwlooluxebqqbujmrssruvcxwwxutknyynuf
sdaaduratcctudijeejupqzggzubzqjjqvohgllgvapwnnwvmxmppmvy
fcrrcvknsttsvwdyxxyvulozzovgtebbevsbudduvejkffkvqrahhavc
arkkrwpihmmhwbqxooxwnynqqnwzgdssdwlotuutwxezyyzwvmpaapwh
ufccfwtcveevwfklgglwrsbiibwdbsllsxqjinnixcryppyxozorroxa
hettexmpuvvuxyfazzaxwnqbbqxivgddgxudwffwxglmhhmxstcjjcxe
ctmmtyrkjoojydszqqzypapsspybifuufynqvwwvyzgbaabyxorccryj
wheehyvexggxyhmniinytudkkdyfdunnuzslkppkzetarrazqbqttqzc
jgvvgzorwxxwzahcbbczypsddszkxiffizwfyhhyzinojjozuvellezg
evoovatmlqqlafubssbarcruuradkhwwhapsxyyxabidccdazqteetal
yjggjaxgziizajopkkpavwfmmfahfwppwbunmrrmbgvcttcbsdsvvsbe
lixxibqtyzzybcjeddebaruffubmzkhhkbyhajjabkpqllqbwxgnngbi
gxqqxcvonssnchwduudctetwwtcfmjyyjcruzaazcdkfeefcbsvggvcn
aliilczibkkbclqrmmrcxyhoohcjhyrrydwpottodixevvedufuxxudg
nkzzkdsvabbadelgffgdctwhhwdobmjjmdajcllcdmrsnnsdyzippidk
izsszexqpuupejyfwwfevgvyyveholaaletwbccbefmhggheduxiixep
cnkknebkdmmdenstootezajqqjeljattafyrqvvqfkzgxxgfwhwzzwfi
pmbbmfuxcddcfgnihhifevyjjyfqdollofclennefotuppufabkrrkfm
kbuubgzsrwwrglahyyhgxixaaxgjqnccngvydeedghojiijgfwzkkzgr
epmmpgdmfoofgpuvqqvgbclsslgnlcvvchatsxxshmbizzihyjybbyhk
roddohwzeffehipkjjkhgxallahsfqnnqhengppghqvwrrwhcdmttmho
mdwwdibutyytincjaajizkzcczilspeepixafggfijqlkklihybmmbit
groorifohqqhirwxssxidenuunipnexxejcvuzzujodkbbkjaladdajm
tqffqjybghhgjkrmllmjizcnncjuhsppsjgpirrijsxyttyjefovvojq
ofyyfkdwvaavkpelcclkbmbeebknurggrkzchiihklsnmmnkjadoodkv
itqqtkhqjssjktyzuuzkfgpwwpkrpgzzglexwbbwlqfmddmlcncffclo
vshhsladijjilmtonnolkbeppelwjurrulirkttkluzavvalghqxxqls
qhaahmfyxccxmrgneenmdodggdmpwtiitmbejkkjmnupoopmlcfqqfmx
kvssvmjsluulmvabwwbmhiryyrmtribbingzyddynshoffonepehhenq
xujjuncfkllknovqppqnmdgrrgnylwttwnktmvvmnwbcxxcnijszzsnu

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: ribbing
Cipher: evoovat

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: ribbing
Cipher: 24422121423322

Extended Methods:
Method #1

Plaintext: ribbing
method variations:
woggosmbtmmtxrgyrrycwmdwwdhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
r i b b i n g 
2 4 2 2 4 3 2 
4 2 1 1 2 3 2 
They are then read out in rows:
24224324211232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: ribbing
Cipher: rgorbfh

Read more ...
Method #3

Plaintext: ribbing
method variations:
tgfqmhg gfqmhgt fqmhgtg
qmhgtgf mhgtgfq hgtgfqm
gtgfqmh

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: ribbing

all 5040 cipher variations:
ribbing ribbign ribbnig ribbngi ribbgni ribbgin ribibng ribibgn ribinbg ribingb ribignb
ribigbn ribnibg ribnigb ribnbig ribnbgi ribngbi ribngib ribginb ribgibn ribgnib ribgnbi
ribgbni ribgbin ribbing ribbign ribbnig ribbngi ribbgni ribbgin ribibng ribibgn ribinbg
ribingb ribignb ribigbn ribnibg ribnigb ribnbig ribnbgi ribngbi ribngib ribginb ribgibn
ribgnib ribgnbi ribgbni ribgbin riibbng riibbgn riibnbg riibngb riibgnb riibgbn riibbng
riibbgn riibnbg riibngb riibgnb riibgbn riinbbg riinbgb riinbbg riinbgb riingbb riingbb
riigbnb riigbbn riignbb riignbb riigbnb riigbbn rinbibg rinbigb rinbbig rinbbgi rinbgbi
rinbgib rinibbg rinibgb rinibbg rinibgb rinigbb rinigbb rinbibg rinbigb rinbbig rinbbgi
rinbgbi rinbgib ringibb ringibb ringbib ringbbi ringbbi ringbib rigbinb rigbibn rigbnib
rigbnbi rigbbni rigbbin rigibnb rigibbn riginbb riginbb rigibnb rigibbn rignibb rignibb
rignbib rignbbi rignbbi rignbib rigbinb rigbibn rigbnib rigbnbi rigbbni rigbbin rbibing
rbibign rbibnig rbibngi rbibgni rbibgin rbiibng rbiibgn rbiinbg rbiingb rbiignb rbiigbn
rbinibg rbinigb rbinbig rbinbgi rbingbi rbingib rbiginb rbigibn rbignib rbignbi rbigbni
rbigbin rbbiing rbbiign rbbinig rbbingi rbbigni rbbigin rbbiing rbbiign rbbinig rbbingi
rbbigni rbbigin rbbniig rbbnigi rbbniig rbbnigi rbbngii rbbngii rbbgini rbbgiin rbbgnii
rbbgnii rbbgini rbbgiin rbibing rbibign rbibnig rbibngi rbibgni rbibgin rbiibng rbiibgn
rbiinbg rbiingb rbiignb rbiigbn rbinibg rbinigb rbinbig rbinbgi rbingbi rbingib rbiginb
rbigibn rbignib rbignbi rbigbni rbigbin rbnbiig rbnbigi rbnbiig rbnbigi rbnbgii rbnbgii
rbnibig rbnibgi rbniibg rbniigb rbnigib rbnigbi rbniibg rbniigb rbnibig rbnibgi rbnigbi
rbnigib rbngiib rbngibi rbngiib rbngibi rbngbii rbngbii rbgbini rbgbiin rbgbnii rbgbnii
rbgbini rbgbiin rbgibni rbgibin rbginbi rbginib rbgiinb rbgiibn rbgnibi rbgniib rbgnbii
rbgnbii rbgnibi rbgniib rbgiinb rbgiibn rbginib rbginbi rbgibni rbgibin rbbiing rbbiign
rbbinig rbbingi rbbigni rbbigin rbbiing rbbiign rbbinig rbbingi rbbigni rbbigin rbbniig
rbbnigi rbbniig rbbnigi rbbngii rbbngii rbbgini rbbgiin rbbgnii rbbgnii rbbgini rbbgiin
rbibing rbibign rbibnig rbibngi rbibgni rbibgin rbiibng rbiibgn rbiinbg rbiingb rbiignb
rbiigbn rbinibg rbinigb rbinbig rbinbgi rbingbi rbingib rbiginb rbigibn rbignib rbignbi
rbigbni rbigbin rbiibng rbiibgn rbiinbg rbiingb rbiignb rbiigbn rbibing rbibign rbibnig
rbibngi rbibgni rbibgin rbinbig rbinbgi rbinibg rbinigb rbingib rbingbi rbigbni rbigbin
rbignbi rbignib rbiginb rbigibn rbniibg rbniigb rbnibig rbnibgi rbnigbi rbnigib rbniibg
rbniigb rbnibig rbnibgi rbnigbi rbnigib rbnbiig rbnbigi rbnbiig rbnbigi rbnbgii rbnbgii
rbngibi rbngiib rbngbii rbngbii rbngibi rbngiib rbgiinb rbgiibn rbginib rbginbi rbgibni
rbgibin rbgiinb rbgiibn rbginib rbginbi rbgibni rbgibin rbgniib rbgnibi rbgniib rbgnibi
rbgnbii rbgnbii rbgbini rbgbiin rbgbnii rbgbnii rbgbini rbgbiin ribbing ribbign ribbnig
ribbngi ribbgni ribbgin ribibng ribibgn ribinbg ribingb ribignb ribigbn ribnibg ribnigb
ribnbig ribnbgi ribngbi ribngib ribginb ribgibn ribgnib ribgnbi ribgbni ribgbin ribbing
ribbign ribbnig ribbngi ribbgni ribbgin ribibng ribibgn ribinbg ribingb ribignb ribigbn
ribnibg ribnigb ribnbig ribnbgi ribngbi ribngib ribginb ribgibn ribgnib ribgnbi ribgbni
ribgbin riibbng riibbgn riibnbg riibngb riibgnb riibgbn riibbng riibbgn riibnbg riibngb
riibgnb riibgbn riinbbg riinbgb riinbbg riinbgb riingbb riingbb riigbnb riigbbn riignbb
riignbb riigbnb riigbbn rinbibg rinbigb rinbbig rinbbgi rinbgbi rinbgib rinibbg rinibgb
rinibbg rinibgb rinigbb rinigbb rinbibg rinbigb rinbbig rinbbgi rinbgbi rinbgib ringibb
ringibb ringbib ringbbi ringbbi ringbib rigbinb rigbibn rigbnib rigbnbi rigbbni rigbbin
rigibnb rigibbn riginbb riginbb rigibnb rigibbn rignibb rignibb rignbib rignbbi rignbbi
rignbib rigbinb rigbibn rigbnib rigbnbi rigbbni rigbbin rnbbiig rnbbigi rnbbiig rnbbigi
rnbbgii rnbbgii rnbibig rnbibgi rnbiibg rnbiigb rnbigib rnbigbi rnbiibg rnbiigb rnbibig
rnbibgi rnbigbi rnbigib rnbgiib rnbgibi rnbgiib rnbgibi rnbgbii rnbgbii rnbbiig rnbbigi
rnbbiig rnbbigi rnbbgii rnbbgii rnbibig rnbibgi rnbiibg rnbiigb rnbigib rnbigbi rnbiibg
rnbiigb rnbibig rnbibgi rnbigbi rnbigib rnbgiib rnbgibi rnbgiib rnbgibi rnbgbii rnbgbii
rnibbig rnibbgi rnibibg rnibigb rnibgib rnibgbi rnibbig rnibbgi rnibibg rnibigb rnibgib
rnibgbi rniibbg rniibgb rniibbg rniibgb rniigbb rniigbb rnigbib rnigbbi rnigibb rnigibb
rnigbib rnigbbi rnibibg rnibigb rnibbig rnibbgi rnibgbi rnibgib rniibbg rniibgb rniibbg
rniibgb rniigbb rniigbb rnibibg rnibigb rnibbig rnibbgi rnibgbi rnibgib rnigibb rnigibb
rnigbib rnigbbi rnigbbi rnigbib rngbiib rngbibi rngbiib rngbibi rngbbii rngbbii rngibib
rngibbi rngiibb rngiibb rngibib rngibbi rngiibb rngiibb rngibib rngibbi rngibbi rngibib
rngbiib rngbibi rngbiib rngbibi rngbbii rngbbii rgbbini rgbbiin rgbbnii rgbbnii rgbbini
rgbbiin rgbibni rgbibin rgbinbi rgbinib rgbiinb rgbiibn rgbnibi rgbniib rgbnbii rgbnbii
rgbnibi rgbniib rgbiinb rgbiibn rgbinib rgbinbi rgbibni rgbibin rgbbini rgbbiin rgbbnii
rgbbnii rgbbini rgbbiin rgbibni rgbibin rgbinbi rgbinib rgbiinb rgbiibn rgbnibi rgbniib
rgbnbii rgbnbii rgbnibi rgbniib rgbiinb rgbiibn rgbinib rgbinbi rgbibni rgbibin rgibbni
rgibbin rgibnbi rgibnib rgibinb rgibibn rgibbni rgibbin rgibnbi rgibnib rgibinb rgibibn
rginbbi rginbib rginbbi rginbib rginibb rginibb rgiibnb rgiibbn rgiinbb rgiinbb rgiibnb
rgiibbn rgnbibi rgnbiib rgnbbii rgnbbii rgnbibi rgnbiib rgnibbi rgnibib rgnibbi rgnibib
rgniibb rgniibb rgnbibi rgnbiib rgnbbii rgnbbii rgnbibi rgnbiib rgniibb rgniibb rgnibib
rgnibbi rgnibbi rgnibib rgibinb rgibibn rgibnib rgibnbi rgibbni rgibbin rgiibnb rgiibbn
rgiinbb rgiinbb rgiibnb rgiibbn rginibb rginibb rginbib rginbbi rginbbi rginbib rgibinb
rgibibn rgibnib rgibnbi rgibbni rgibbin irbbing irbbign irbbnig irbbngi irbbgni irbbgin
irbibng irbibgn irbinbg irbingb irbignb irbigbn irbnibg irbnigb irbnbig irbnbgi irbngbi
irbngib irbginb irbgibn irbgnib irbgnbi irbgbni irbgbin irbbing irbbign irbbnig irbbngi
irbbgni irbbgin irbibng irbibgn irbinbg irbingb irbignb irbigbn irbnibg irbnigb irbnbig
irbnbgi irbngbi irbngib irbginb irbgibn irbgnib irbgnbi irbgbni irbgbin iribbng iribbgn
iribnbg iribngb iribgnb iribgbn iribbng iribbgn iribnbg iribngb iribgnb iribgbn irinbbg
irinbgb irinbbg irinbgb iringbb iringbb irigbnb irigbbn irignbb irignbb irigbnb irigbbn
irnbibg irnbigb irnbbig irnbbgi irnbgbi irnbgib irnibbg irnibgb irnibbg irnibgb irnigbb
irnigbb irnbibg irnbigb irnbbig irnbbgi irnbgbi irnbgib irngibb irngibb irngbib irngbbi
irngbbi irngbib irgbinb irgbibn irgbnib irgbnbi irgbbni irgbbin irgibnb irgibbn irginbb
irginbb irgibnb irgibbn irgnibb irgnibb irgnbib irgnbbi irgnbbi irgnbib irgbinb irgbibn
irgbnib irgbnbi irgbbni irgbbin ibrbing ibrbign ibrbnig ibrbngi ibrbgni ibrbgin ibribng
ibribgn ibrinbg ibringb ibrignb ibrigbn ibrnibg ibrnigb ibrnbig ibrnbgi ibrngbi ibrngib
ibrginb ibrgibn ibrgnib ibrgnbi ibrgbni ibrgbin ibbring ibbrign ibbrnig ibbrngi ibbrgni
ibbrgin ibbirng ibbirgn ibbinrg ibbingr ibbignr ibbigrn ibbnirg ibbnigr ibbnrig ibbnrgi
ibbngri ibbngir ibbginr ibbgirn ibbgnir ibbgnri ibbgrni ibbgrin ibibrng ibibrgn ibibnrg
ibibngr ibibgnr ibibgrn ibirbng ibirbgn ibirnbg ibirngb ibirgnb ibirgbn ibinrbg ibinrgb
ibinbrg ibinbgr ibingbr ibingrb ibigrnb ibigrbn ibignrb ibignbr ibigbnr ibigbrn ibnbirg
ibnbigr ibnbrig ibnbrgi ibnbgri ibnbgir ibnibrg ibnibgr ibnirbg ibnirgb ibnigrb ibnigbr
ibnribg ibnrigb ibnrbig ibnrbgi ibnrgbi ibnrgib ibngirb ibngibr ibngrib ibngrbi ibngbri
ibngbir ibgbinr ibgbirn ibgbnir ibgbnri ibgbrni ibgbrin ibgibnr ibgibrn ibginbr ibginrb
ibgirnb ibgirbn ibgnibr ibgnirb ibgnbir ibgnbri ibgnrbi ibgnrib ibgrinb ibgribn ibgrnib
ibgrnbi ibgrbni ibgrbin ibbring ibbrign ibbrnig ibbrngi ibbrgni ibbrgin ibbirng ibbirgn
ibbinrg ibbingr ibbignr ibbigrn ibbnirg ibbnigr ibbnrig ibbnrgi ibbngri ibbngir ibbginr
ibbgirn ibbgnir ibbgnri ibbgrni ibbgrin ibrbing ibrbign ibrbnig ibrbngi ibrbgni ibrbgin
ibribng ibribgn ibrinbg ibringb ibrignb ibrigbn ibrnibg ibrnigb ibrnbig ibrnbgi ibrngbi
ibrngib ibrginb ibrgibn ibrgnib ibrgnbi ibrgbni ibrgbin ibirbng ibirbgn ibirnbg ibirngb
ibirgnb ibirgbn ibibrng ibibrgn ibibnrg ibibngr ibibgnr ibibgrn ibinbrg ibinbgr ibinrbg
ibinrgb ibingrb ibingbr ibigbnr ibigbrn ibignbr ibignrb ibigrnb ibigrbn ibnribg ibnrigb
ibnrbig ibnrbgi ibnrgbi ibnrgib ibnirbg ibnirgb ibnibrg ibnibgr ibnigbr ibnigrb ibnbirg
ibnbigr ibnbrig ibnbrgi ibnbgri ibnbgir ibngibr ibngirb ibngbir ibngbri ibngrbi ibngrib
ibgrinb ibgribn ibgrnib ibgrnbi ibgrbni ibgrbin ibgirnb ibgirbn ibginrb ibginbr ibgibnr
ibgibrn ibgnirb ibgnibr ibgnrib ibgnrbi ibgnbri ibgnbir ibgbinr ibgbirn ibgbnir ibgbnri
ibgbrni ibgbrin iibbrng iibbrgn iibbnrg iibbngr iibbgnr iibbgrn iibrbng iibrbgn iibrnbg
iibrngb iibrgnb iibrgbn iibnrbg iibnrgb iibnbrg iibnbgr iibngbr iibngrb iibgrnb iibgrbn
iibgnrb iibgnbr iibgbnr iibgbrn iibbrng iibbrgn iibbnrg iibbngr iibbgnr iibbgrn iibrbng
iibrbgn iibrnbg iibrngb iibrgnb iibrgbn iibnrbg iibnrgb iibnbrg iibnbgr iibngbr iibngrb
iibgrnb iibgrbn iibgnrb iibgnbr iibgbnr iibgbrn iirbbng iirbbgn iirbnbg iirbngb iirbgnb
iirbgbn iirbbng iirbbgn iirbnbg iirbngb iirbgnb iirbgbn iirnbbg iirnbgb iirnbbg iirnbgb
iirngbb iirngbb iirgbnb iirgbbn iirgnbb iirgnbb iirgbnb iirgbbn iinbrbg iinbrgb iinbbrg
iinbbgr iinbgbr iinbgrb iinrbbg iinrbgb iinrbbg iinrbgb iinrgbb iinrgbb iinbrbg iinbrgb
iinbbrg iinbbgr iinbgbr iinbgrb iingrbb iingrbb iingbrb iingbbr iingbbr iingbrb iigbrnb
iigbrbn iigbnrb iigbnbr iigbbnr iigbbrn iigrbnb iigrbbn iigrnbb iigrnbb iigrbnb iigrbbn
iignrbb iignrbb iignbrb iignbbr iignbbr iignbrb iigbrnb iigbrbn iigbnrb iigbnbr iigbbnr
iigbbrn inbbirg inbbigr inbbrig inbbrgi inbbgri inbbgir inbibrg inbibgr inbirbg inbirgb
inbigrb inbigbr inbribg inbrigb inbrbig inbrbgi inbrgbi inbrgib inbgirb inbgibr inbgrib
inbgrbi inbgbri inbgbir inbbirg inbbigr inbbrig inbbrgi inbbgri inbbgir inbibrg inbibgr
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irginbb irginbb irgibnb irgibbn irgnibb irgnibb irgnbib irgnbbi irgnbbi irgnbib irgbinb
irgbibn irgbnib irgbnbi irgbbni irgbbin inbbrig inbbrgi inbbirg inbbigr inbbgir inbbgri
inbrbig inbrbgi inbribg inbrigb inbrgib inbrgbi inbirbg inbirgb inbibrg inbibgr inbigbr
inbigrb inbgrib inbgrbi inbgirb inbgibr inbgbir inbgbri inbbrig inbbrgi inbbirg inbbigr
inbbgir inbbgri inbrbig inbrbgi inbribg inbrigb inbrgib inbrgbi inbirbg inbirgb inbibrg
inbibgr inbigbr inbigrb inbgrib inbgrbi inbgirb inbgibr inbgbir inbgbri inrbbig inrbbgi
inrbibg inrbigb inrbgib inrbgbi inrbbig inrbbgi inrbibg inrbigb inrbgib inrbgbi inribbg
inribgb inribbg inribgb inrigbb inrigbb inrgbib inrgbbi inrgibb inrgibb inrgbib inrgbbi
inibrbg inibrgb inibbrg inibbgr inibgbr inibgrb inirbbg inirbgb inirbbg inirbgb inirgbb
inirgbb inibrbg inibrgb inibbrg inibbgr inibgbr inibgrb inigrbb inigrbb inigbrb inigbbr
inigbbr inigbrb ingbrib ingbrbi ingbirb ingbibr ingbbir ingbbri ingrbib ingrbbi ingribb
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ingbirb ingbibr ingbbir ingbbri igbbrni igbbrin igbbnri igbbnir igbbinr igbbirn igbrbni
igbrbin igbrnbi igbrnib igbrinb igbribn igbnrbi igbnrib igbnbri igbnbir igbnibr igbnirb
igbirnb igbirbn igbinrb igbinbr igbibnr igbibrn igbbrni igbbrin igbbnri igbbnir igbbinr
igbbirn igbrbni igbrbin igbrnbi igbrnib igbrinb igbribn igbnrbi igbnrib igbnbri igbnbir
igbnibr igbnirb igbirnb igbirbn igbinrb igbinbr igbibnr igbibrn igrbbni igrbbin igrbnbi
igrbnib igrbinb igrbibn igrbbni igrbbin igrbnbi igrbnib igrbinb igrbibn igrnbbi igrnbib
igrnbbi igrnbib igrnibb igrnibb igribnb igribbn igrinbb igrinbb igribnb igribbn ignbrbi
ignbrib ignbbri ignbbir ignbibr ignbirb ignrbbi ignrbib ignrbbi ignrbib ignribb ignribb
ignbrbi ignbrib ignbbri ignbbir ignbibr ignbirb ignirbb ignirbb ignibrb ignibbr ignibbr
ignibrb igibrnb igibrbn igibnrb igibnbr igibbnr igibbrn igirbnb igirbbn igirnbb igirnbb
igirbnb igirbbn iginrbb iginrbb iginbrb iginbbr iginbbr iginbrb igibrnb igibrbn igibnrb
igibnbr igibbnr igibbrn nibbirg nibbigr nibbrig nibbrgi nibbgri nibbgir nibibrg nibibgr
nibirbg nibirgb nibigrb nibigbr nibribg nibrigb nibrbig nibrbgi nibrgbi nibrgib nibgirb
nibgibr nibgrib nibgrbi nibgbri nibgbir nibbirg nibbigr nibbrig nibbrgi nibbgri nibbgir
nibibrg nibibgr nibirbg nibirgb nibigrb nibigbr nibribg nibrigb nibrbig nibrbgi nibrgbi
nibrgib nibgirb nibgibr nibgrib nibgrbi nibgbri nibgbir niibbrg niibbgr niibrbg niibrgb
niibgrb niibgbr niibbrg niibbgr niibrbg niibrgb niibgrb niibgbr niirbbg niirbgb niirbbg
niirbgb niirgbb niirgbb niigbrb niigbbr niigrbb niigrbb niigbrb niigbbr nirbibg nirbigb
nirbbig nirbbgi nirbgbi nirbgib niribbg niribgb niribbg niribgb nirigbb nirigbb nirbibg
nirbigb nirbbig nirbbgi nirbgbi nirbgib nirgibb nirgibb nirgbib nirgbbi nirgbbi nirgbib
nigbirb nigbibr nigbrib nigbrbi nigbbri nigbbir nigibrb nigibbr nigirbb nigirbb nigibrb
nigibbr nigribb nigribb nigrbib nigrbbi nigrbbi nigrbib nigbirb nigbibr nigbrib nigbrbi
nigbbri nigbbir nbibirg nbibigr nbibrig nbibrgi nbibgri nbibgir nbiibrg nbiibgr nbiirbg
nbiirgb nbiigrb nbiigbr nbiribg nbirigb nbirbig nbirbgi nbirgbi nbirgib nbigirb nbigibr
nbigrib nbigrbi nbigbri nbigbir nbbiirg nbbiigr nbbirig nbbirgi nbbigri nbbigir nbbiirg
nbbiigr nbbirig nbbirgi nbbigri nbbigir nbbriig nbbrigi nbbriig nbbrigi nbbrgii nbbrgii
nbbgiri nbbgiir nbbgrii nbbgrii nbbgiri nbbgiir nbibirg nbibigr nbibrig nbibrgi nbibgri
nbibgir nbiibrg nbiibgr nbiirbg nbiirgb nbiigrb nbiigbr nbiribg nbirigb nbirbig nbirbgi
nbirgbi nbirgib nbigirb nbigibr nbigrib nbigrbi nbigbri nbigbir nbrbiig nbrbigi nbrbiig
nbrbigi nbrbgii nbrbgii nbribig nbribgi nbriibg nbriigb nbrigib nbrigbi nbriibg nbriigb
nbribig nbribgi nbrigbi nbrigib nbrgiib nbrgibi nbrgiib nbrgibi nbrgbii nbrgbii nbgbiri
nbgbiir nbgbrii nbgbrii nbgbiri nbgbiir nbgibri nbgibir nbgirbi nbgirib nbgiirb nbgiibr
nbgribi nbgriib nbgrbii nbgrbii nbgribi nbgriib nbgiirb nbgiibr nbgirib nbgirbi nbgibri
nbgibir nbbiirg nbbiigr nbbirig nbbirgi nbbigri nbbigir nbbiirg nbbiigr nbbirig nbbirgi
nbbigri nbbigir nbbriig nbbrigi nbbriig nbbrigi nbbrgii nbbrgii nbbgiri nbbgiir nbbgrii
nbbgrii nbbgiri nbbgiir nbibirg nbibigr nbibrig nbibrgi nbibgri nbibgir nbiibrg nbiibgr
nbiirbg nbiirgb nbiigrb nbiigbr nbiribg nbirigb nbirbig nbirbgi nbirgbi nbirgib nbigirb
nbigibr nbigrib nbigrbi nbigbri nbigbir nbiibrg nbiibgr nbiirbg nbiirgb nbiigrb nbiigbr
nbibirg nbibigr nbibrig nbibrgi nbibgri nbibgir nbirbig nbirbgi nbiribg nbirigb nbirgib
nbirgbi nbigbri nbigbir nbigrbi nbigrib nbigirb nbigibr nbriibg nbriigb nbribig nbribgi
nbrigbi nbrigib nbriibg nbriigb nbribig nbribgi nbrigbi nbrigib nbrbiig nbrbigi nbrbiig
nbrbigi nbrbgii nbrbgii nbrgibi nbrgiib nbrgbii nbrgbii nbrgibi nbrgiib nbgiirb nbgiibr
nbgirib nbgirbi nbgibri nbgibir nbgiirb nbgiibr nbgirib nbgirbi nbgibri nbgibir nbgriib
nbgribi nbgriib nbgribi nbgrbii nbgrbii nbgbiri nbgbiir nbgbrii nbgbrii nbgbiri nbgbiir
nibbirg nibbigr nibbrig nibbrgi nibbgri nibbgir nibibrg nibibgr nibirbg nibirgb nibigrb
nibigbr nibribg nibrigb nibrbig nibrbgi nibrgbi nibrgib nibgirb nibgibr nibgrib nibgrbi
nibgbri nibgbir nibbirg nibbigr nibbrig nibbrgi nibbgri nibbgir nibibrg nibibgr nibirbg
nibirgb nibigrb nibigbr nibribg nibrigb nibrbig nibrbgi nibrgbi nibrgib nibgirb nibgibr
nibgrib nibgrbi nibgbri nibgbir niibbrg niibbgr niibrbg niibrgb niibgrb niibgbr niibbrg
niibbgr niibrbg niibrgb niibgrb niibgbr niirbbg niirbgb niirbbg niirbgb niirgbb niirgbb
niigbrb niigbbr niigrbb niigrbb niigbrb niigbbr nirbibg nirbigb nirbbig nirbbgi nirbgbi
nirbgib niribbg niribgb niribbg niribgb nirigbb nirigbb nirbibg nirbigb nirbbig nirbbgi
nirbgbi nirbgib nirgibb nirgibb nirgbib nirgbbi nirgbbi nirgbib nigbirb nigbibr nigbrib
nigbrbi nigbbri nigbbir nigibrb nigibbr nigirbb nigirbb nigibrb nigibbr nigribb nigribb
nigrbib nigrbbi nigrbbi nigrbib nigbirb nigbibr nigbrib nigbrbi nigbbri nigbbir nrbbiig
nrbbigi nrbbiig nrbbigi nrbbgii nrbbgii nrbibig nrbibgi nrbiibg nrbiigb nrbigib nrbigbi
nrbiibg nrbiigb nrbibig nrbibgi nrbigbi nrbigib nrbgiib nrbgibi nrbgiib nrbgibi nrbgbii
nrbgbii nrbbiig nrbbigi nrbbiig nrbbigi nrbbgii nrbbgii nrbibig nrbibgi nrbiibg nrbiigb
nrbigib nrbigbi nrbiibg nrbiigb nrbibig nrbibgi nrbigbi nrbigib nrbgiib nrbgibi nrbgiib
nrbgibi nrbgbii nrbgbii nribbig nribbgi nribibg nribigb nribgib nribgbi nribbig nribbgi
nribibg nribigb nribgib nribgbi nriibbg nriibgb nriibbg nriibgb nriigbb nriigbb nrigbib
nrigbbi nrigibb nrigibb nrigbib nrigbbi nribibg nribigb nribbig nribbgi nribgbi nribgib
nriibbg nriibgb nriibbg nriibgb nriigbb nriigbb nribibg nribigb nribbig nribbgi nribgbi
nribgib nrigibb nrigibb nrigbib nrigbbi nrigbbi nrigbib nrgbiib nrgbibi nrgbiib nrgbibi
nrgbbii nrgbbii nrgibib nrgibbi nrgiibb nrgiibb nrgibib nrgibbi nrgiibb nrgiibb nrgibib
nrgibbi nrgibbi nrgibib nrgbiib nrgbibi nrgbiib nrgbibi nrgbbii nrgbbii ngbbiri ngbbiir
ngbbrii ngbbrii ngbbiri ngbbiir ngbibri ngbibir ngbirbi ngbirib ngbiirb ngbiibr ngbribi
ngbriib ngbrbii ngbrbii ngbribi ngbriib ngbiirb ngbiibr ngbirib ngbirbi ngbibri ngbibir
ngbbiri ngbbiir ngbbrii ngbbrii ngbbiri ngbbiir ngbibri ngbibir ngbirbi ngbirib ngbiirb
ngbiibr ngbribi ngbriib ngbrbii ngbrbii ngbribi ngbriib ngbiirb ngbiibr ngbirib ngbirbi
ngbibri ngbibir ngibbri ngibbir ngibrbi ngibrib ngibirb ngibibr ngibbri ngibbir ngibrbi
ngibrib ngibirb ngibibr ngirbbi ngirbib ngirbbi ngirbib ngiribb ngiribb ngiibrb ngiibbr
ngiirbb ngiirbb ngiibrb ngiibbr ngrbibi ngrbiib ngrbbii ngrbbii ngrbibi ngrbiib ngribbi
ngribib ngribbi ngribib ngriibb ngriibb ngrbibi ngrbiib ngrbbii ngrbbii ngrbibi ngrbiib
ngriibb ngriibb ngribib ngribbi ngribbi ngribib ngibirb ngibibr ngibrib ngibrbi ngibbri
ngibbir ngiibrb ngiibbr ngiirbb ngiirbb ngiibrb ngiibbr ngiribb ngiribb ngirbib ngirbbi
ngirbbi ngirbib ngibirb ngibibr ngibrib ngibrbi ngibbri ngibbir gibbinr gibbirn gibbnir
gibbnri gibbrni gibbrin gibibnr gibibrn gibinbr gibinrb gibirnb gibirbn gibnibr gibnirb
gibnbir gibnbri gibnrbi gibnrib gibrinb gibribn gibrnib gibrnbi gibrbni gibrbin gibbinr
gibbirn gibbnir gibbnri gibbrni gibbrin gibibnr gibibrn gibinbr gibinrb gibirnb gibirbn
gibnibr gibnirb gibnbir gibnbri gibnrbi gibnrib gibrinb gibribn gibrnib gibrnbi gibrbni
gibrbin giibbnr giibbrn giibnbr giibnrb giibrnb giibrbn giibbnr giibbrn giibnbr giibnrb
giibrnb giibrbn giinbbr giinbrb giinbbr giinbrb giinrbb giinrbb giirbnb giirbbn giirnbb
giirnbb giirbnb giirbbn ginbibr ginbirb ginbbir ginbbri ginbrbi ginbrib ginibbr ginibrb
ginibbr ginibrb ginirbb ginirbb ginbibr ginbirb ginbbir ginbbri ginbrbi ginbrib ginribb
ginribb ginrbib ginrbbi ginrbbi ginrbib girbinb girbibn girbnib girbnbi girbbni girbbin
giribnb giribbn girinbb girinbb giribnb giribbn girnibb girnibb girnbib girnbbi girnbbi
girnbib girbinb girbibn girbnib girbnbi girbbni girbbin gbibinr gbibirn gbibnir gbibnri
gbibrni gbibrin gbiibnr gbiibrn gbiinbr gbiinrb gbiirnb gbiirbn gbinibr gbinirb gbinbir
gbinbri gbinrbi gbinrib gbirinb gbiribn gbirnib gbirnbi gbirbni gbirbin gbbiinr gbbiirn
gbbinir gbbinri gbbirni gbbirin gbbiinr gbbiirn gbbinir gbbinri gbbirni gbbirin gbbniir
gbbniri gbbniir gbbniri gbbnrii gbbnrii gbbrini gbbriin gbbrnii gbbrnii gbbrini gbbriin
gbibinr gbibirn gbibnir gbibnri gbibrni gbibrin gbiibnr gbiibrn gbiinbr gbiinrb gbiirnb
gbiirbn gbinibr gbinirb gbinbir gbinbri gbinrbi gbinrib gbirinb gbiribn gbirnib gbirnbi
gbirbni gbirbin gbnbiir gbnbiri gbnbiir gbnbiri gbnbrii gbnbrii gbnibir gbnibri gbniibr
gbniirb gbnirib gbnirbi gbniibr gbniirb gbnibir gbnibri gbnirbi gbnirib gbnriib gbnribi
gbnriib gbnribi gbnrbii gbnrbii gbrbini gbrbiin gbrbnii gbrbnii gbrbini gbrbiin gbribni
gbribin gbrinbi gbrinib gbriinb gbriibn gbrnibi gbrniib gbrnbii gbrnbii gbrnibi gbrniib
gbriinb gbriibn gbrinib gbrinbi gbribni gbribin gbbiinr gbbiirn gbbinir gbbinri gbbirni
gbbirin gbbiinr gbbiirn gbbinir gbbinri gbbirni gbbirin gbbniir gbbniri gbbniir gbbniri
gbbnrii gbbnrii gbbrini gbbriin gbbrnii gbbrnii gbbrini gbbriin gbibinr gbibirn gbibnir
gbibnri gbibrni gbibrin gbiibnr gbiibrn gbiinbr gbiinrb gbiirnb gbiirbn gbinibr gbinirb
gbinbir gbinbri gbinrbi gbinrib gbirinb gbiribn gbirnib gbirnbi gbirbni gbirbin gbiibnr
gbiibrn gbiinbr gbiinrb gbiirnb gbiirbn gbibinr gbibirn gbibnir gbibnri gbibrni gbibrin
gbinbir gbinbri gbinibr gbinirb gbinrib gbinrbi gbirbni gbirbin gbirnbi gbirnib gbirinb
gbiribn gbniibr gbniirb gbnibir gbnibri gbnirbi gbnirib gbniibr gbniirb gbnibir gbnibri
gbnirbi gbnirib gbnbiir gbnbiri gbnbiir gbnbiri gbnbrii gbnbrii gbnribi gbnriib gbnrbii
gbnrbii gbnribi gbnriib gbriinb gbriibn gbrinib gbrinbi gbribni gbribin gbriinb gbriibn
gbrinib gbrinbi gbribni gbribin gbrniib gbrnibi gbrniib gbrnibi gbrnbii gbrnbii gbrbini
gbrbiin gbrbnii gbrbnii gbrbini gbrbiin gibbinr gibbirn gibbnir gibbnri gibbrni gibbrin
gibibnr gibibrn gibinbr gibinrb gibirnb gibirbn gibnibr gibnirb gibnbir gibnbri gibnrbi
gibnrib gibrinb gibribn gibrnib gibrnbi gibrbni gibrbin gibbinr gibbirn gibbnir gibbnri
gibbrni gibbrin gibibnr gibibrn gibinbr gibinrb gibirnb gibirbn gibnibr gibnirb gibnbir
gibnbri gibnrbi gibnrib gibrinb gibribn gibrnib gibrnbi gibrbni gibrbin giibbnr giibbrn
giibnbr giibnrb giibrnb giibrbn giibbnr giibbrn giibnbr giibnrb giibrnb giibrbn giinbbr
giinbrb giinbbr giinbrb giinrbb giinrbb giirbnb giirbbn giirnbb giirnbb giirbnb giirbbn
ginbibr ginbirb ginbbir ginbbri ginbrbi ginbrib ginibbr ginibrb ginibbr ginibrb ginirbb
ginirbb ginbibr ginbirb ginbbir ginbbri ginbrbi ginbrib ginribb ginribb ginrbib ginrbbi
ginrbbi ginrbib girbinb girbibn girbnib girbnbi girbbni girbbin giribnb giribbn girinbb
girinbb giribnb giribbn girnibb girnibb girnbib girnbbi girnbbi girnbib girbinb girbibn
girbnib girbnbi girbbni girbbin gnbbiir gnbbiri gnbbiir gnbbiri gnbbrii gnbbrii gnbibir
gnbibri gnbiibr gnbiirb gnbirib gnbirbi gnbiibr gnbiirb gnbibir gnbibri gnbirbi gnbirib
gnbriib gnbribi gnbriib gnbribi gnbrbii gnbrbii gnbbiir gnbbiri gnbbiir gnbbiri gnbbrii
gnbbrii gnbibir gnbibri gnbiibr gnbiirb gnbirib gnbirbi gnbiibr gnbiirb gnbibir gnbibri
gnbirbi gnbirib gnbriib gnbribi gnbriib gnbribi gnbrbii gnbrbii gnibbir gnibbri gnibibr
gnibirb gnibrib gnibrbi gnibbir gnibbri gnibibr gnibirb gnibrib gnibrbi gniibbr gniibrb
gniibbr gniibrb gniirbb gniirbb gnirbib gnirbbi gniribb gniribb gnirbib gnirbbi gnibibr
gnibirb gnibbir gnibbri gnibrbi gnibrib gniibbr gniibrb gniibbr gniibrb gniirbb gniirbb
gnibibr gnibirb gnibbir gnibbri gnibrbi gnibrib gniribb gniribb gnirbib gnirbbi gnirbbi
gnirbib gnrbiib gnrbibi gnrbiib gnrbibi gnrbbii gnrbbii gnribib gnribbi gnriibb gnriibb
gnribib gnribbi gnriibb gnriibb gnribib gnribbi gnribbi gnribib gnrbiib gnrbibi gnrbiib
gnrbibi gnrbbii gnrbbii grbbini grbbiin grbbnii grbbnii grbbini grbbiin grbibni grbibin
grbinbi grbinib grbiinb grbiibn grbnibi grbniib grbnbii grbnbii grbnibi grbniib grbiinb
grbiibn grbinib grbinbi grbibni grbibin grbbini grbbiin grbbnii grbbnii grbbini grbbiin
grbibni grbibin grbinbi grbinib grbiinb grbiibn grbnibi grbniib grbnbii grbnbii grbnibi
grbniib grbiinb grbiibn grbinib grbinbi grbibni grbibin gribbni gribbin gribnbi gribnib
gribinb gribibn gribbni gribbin gribnbi gribnib gribinb gribibn grinbbi grinbib grinbbi
grinbib grinibb grinibb griibnb griibbn griinbb griinbb griibnb griibbn grnbibi grnbiib
grnbbii grnbbii grnbibi grnbiib grnibbi grnibib grnibbi grnibib grniibb grniibb grnbibi
grnbiib grnbbii grnbbii grnbibi grnbiib grniibb grniibb grnibib grnibbi grnibbi grnibib
gribinb gribibn gribnib gribnbi gribbni gribbin griibnb griibbn griinbb griinbb griibnb
griibbn grinibb grinibb grinbib grinbbi grinbbi grinbib gribinb gribibn gribnib gribnbi
gribbni gribbin

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History of cryptography
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