easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

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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: celebravi
cipher variations:
dfmfcsbwj egngdtcxk fhoheudyl gipifvezm hjqjgwfan
ikrkhxgbo jlsliyhcp kmtmjzidq lnunkajer movolbkfs
npwpmclgt oqxqndmhu pryroeniv qszspfojw rtatqgpkx
suburhqly tvcvsirmz uwdwtjsna vxexuktob wyfyvlupc
xzgzwmvqd yahaxnwre zbibyoxsf acjczpytg bdkdaqzuh

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: celebravi
Cipher: xvovyizer

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: celebravi
Cipher: AAABA AABAA ABABA AABAA AAAAB BAAAA AAAAA BBBAB ABAAA

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: celebravi
cipher variations:
dfmfcsbwjhnineabmzlvevgibcppdadiqbsftlwlkybivxtstmgbylfjkjqwberjrgrsebuh
nzczumbkxrhyhwubanvpupycbqdzxqxakbgtegngdtcxkiojofbcnamwfwhjcdqqebejrctg
umxmlzcjwyutunhczmgklkrxcfskshstfcvioadavnclysizixvcbowqvqzdcreayryblchu
fhoheudyljpkpgcdobnxgxikderrfcfksduhvnynmadkxzvuvoidanhlmlsydgtltitugdwj
pbebwodmztjajywdcpxrwraedsfbzszcmdivgipifvezmkqlqhdepcoyhyjlefssgdgltevi
wozonbelyawvwpjeboimnmtzehumujuvhexkqcfcxpenaukbkzxedqysxsbfetgcatadnejw
hjqjgwfanlrmriefqdpzizkmfgtthehmufwjxpapocfmzbxwxqkfcpjnonuafivnvkvwifyl
rdgdyqfobvlclayferztytcgfuhdbubeofkxikrkhxgbomsnsjfgreqajalnghuuifinvgxk
yqbqpdgnacyxyrlgdqkopovbgjwowlwxjgzmsehezrgpcwmdmbzgfsauzudhgviecvcfpgly
jlsliyhcpntotkghsfrbkbmohivvjgjowhylzrcrqehobdzyzsmherlpqpwchkxpxmxykhan
tfifashqdxnencahgtbvaveihwjfdwdgqhmzkmtmjzidqoupulhitgsclcnpijwwkhkpxizm
asdsrfipceazatnifsmqrqxdilyqynyzlibougjgbtireyofodbihucwbwfjixkgexehrina
lnunkajerpvqvmijuhtdmdoqjkxxlilqyjanbtetsgjqdfbabuojgtnrsryejmzrzozamjcp
vhkhcujsfzpgpecjivdxcxgkjylhfyfisjobmovolbkfsqwrwnjkviueneprklyymjmrzkbo
cufuthkregcbcvpkhuostszfknasapabnkdqwilidvktgaqhqfdkjweydyhlkzmigzgjtkpc
npwpmclgtrxsxoklwjvfofqslmzznknsalcpdvgvuilsfhdcdwqlivptutaglobtbqbcoler
xjmjewluhbrirgelkxfzezimlanjhahkulqdoqxqndmhusytyplmxkwgpgrtmnaaolotbmdq
ewhwvjmtgiedexrmjwquvubhmpcucrcdpmfsyknkfxmvicsjshfmlygafajnmbokibilvmre
pryroenivtzuzqmnylxhqhsunobbpmpucnerfxixwknuhjfefysnkxrvwvcinqdvdsdeqngt
zlolgynwjdtktignmzhbgbkoncpljcjmwnsfqszspfojwuavarnozmyiritvopccqnqvdofs
gyjyxlovikgfgztolyswxwdjorewetefrohuampmhzoxkeulujhonaichclpodqmkdknxotg
rtatqgpkxvbwbsopanzjsjuwpqddrorwepgthzkzympwjlhghaupmztxyxekpsfxfufgspiv
bnqniapylfvmvkipobjdidmqpernleloypuhsuburhqlywcxctpqboaktkvxqreespsxfqhu
ialaznqxkmihibvqnauyzyflqtgygvghtqjwcorojbqzmgwnwljqpckejenrqfsomfmpzqvi
tvcvsirmzxdyduqrcpblulwyrsfftqtygrivjbmbaorylnjijcwrobvzazgmruhzhwhiurkx
dpspkcranhxoxmkrqdlfkfosrgtpngnqarwjuwdwtjsnayezevrsdqcmvmxzstgguruzhsjw
kcncbpszmokjkdxspcwabahnsviaixijvslyeqtqldsboiypynlsremglgptshuqohorbsxk
vxexuktobzfafwsterdnwnyatuhhvsvaitkxldodcqtanplkleytqdxbcbiotwjbjyjkwtmz
frurmetcpjzqzomtsfnhmhqutivrpipsctylwyfyvlupcagbgxtufseoxozbuviiwtwbjuly
mepedruboqmlmfzureycdcjpuxkckzklxunagsvsnfudqkarapnutgoinirvujwsqjqtduzm
xzgzwmvqdbhchyuvgtfpypacvwjjxuxckvmznfqfesvcprnmngavsfzdedkqvyldlalmyvob
htwtogverlbsbqovuhpjojswvkxtrkruevanyahaxnwrecidizvwhugqzqbdwxkkyvydlwna
ogrgftwdqsonohbwtgaefelrwzmembmnzwpciuxuphwfsmctcrpwviqkpktxwlyuslsvfwbo
zbibyoxsfdjejawxivhrarcexyllzwzemxobphshguxertpopicxuhbfgfmsxanfncnoaxqd
jvyvqixgtndudsqxwjrlqluyxmzvtmtwgxcpacjczpytgekfkbxyjwisbsdfyzmmaxafnypc
qitihvyfsuqpqjdyvicghgntybogodopbyrekwzwrjyhuoevetryxksmrmvzynawunuxhydq
bdkdaqzuhflglcyzkxjtctegzannbybgozqdrjujiwzgtvrqrkezwjdhihouzcphpepqczsf
lxaxskzivpfwfuszyltnsnwazobxvovyizercelebravigmhmdzalykudufhabooczchpare
skvkjxahuwsrslfaxkeijipvadqiqfqrdatgmybytlajwqgxgvtazmuotoxbapcywpwzjafs

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: celebravi
Cipher: pryroeniv

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: celebravi
Cipher: 315113512124111542

Extended Methods:
Method #1

Plaintext: celebravi
method variations:
hkqkgwfaonpvpmblftsuaurgqlyxzfzwmvqd

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
c e l e b r a v i 
3 5 1 5 2 2 1 1 4 
1 1 3 1 1 4 1 5 2 
They are then read out in rows:
351522114113114152
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: celebravi
Cipher: xvgadladk

Read more ...
Method #3

Plaintext: celebravi
method variations:
vaxffdaum axffdaumv xffdaumva
ffdaumvax fdaumvaxf daumvaxff
aumvaxffd umvaxffda mvaxffdau

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: celebravi

first 5040 cipher variations(362880 total)
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ceeralivb ceeralibv ceerablvi ceerabliv ceerabvli ceerabvil ceerabivl ceerabilv ceeravbli ceeravbil ceeravlbi
ceeravlib ceeravilb ceeravibl ceeraibvl ceeraiblv ceeraivbl ceeraivlb ceerailvb ceerailbv ceervlabi ceervlaib
ceervlbai ceervlbia ceervliba ceervliab ceervalbi ceervalib ceervabli ceervabil ceervaibl ceervailb ceervbali
ceervbail ceervblai ceervblia ceervbila ceervbial ceerviabl ceervialb ceervibal ceervibla ceervilba ceervilab
ceerilavb ceerilabv ceerilvab ceerilvba ceerilbva ceerilbav ceerialvb ceerialbv ceeriavlb ceeriavbl ceeriabvl
ceeriablv ceerivalb ceerivabl ceerivlab ceerivlba ceerivbla ceerivbal ceeribavl ceeribalv ceeribval ceeribvla
ceeriblva ceeriblav ceeabrlvi ceeabrliv ceeabrvli ceeabrvil ceeabrivl ceeabrilv ceeablrvi ceeablriv ceeablvri
ceeablvir ceeablivr ceeablirv ceeabvlri ceeabvlir ceeabvrli ceeabvril ceeabvirl ceeabvilr ceeabilvr ceeabilrv
ceeabivlr ceeabivrl ceeabirvl ceeabirlv ceearblvi ceearbliv ceearbvli ceearbvil ceearbivl ceearbilv ceearlbvi
ceearlbiv ceearlvbi ceearlvib ceearlivb ceearlibv ceearvlbi ceearvlib ceearvbli ceearvbil ceearvibl ceearvilb
ceearilvb ceearilbv ceearivlb ceearivbl ceearibvl ceeariblv ceealrbvi ceealrbiv ceealrvbi ceealrvib ceealrivb
ceealribv ceealbrvi ceealbriv ceealbvri ceealbvir ceealbivr ceealbirv ceealvbri ceealvbir ceealvrbi ceealvrib
ceealvirb ceealvibr ceealibvr ceealibrv ceealivbr ceealivrb ceealirvb ceealirbv ceeavrlbi ceeavrlib ceeavrbli
ceeavrbil ceeavribl ceeavrilb ceeavlrbi ceeavlrib ceeavlbri ceeavlbir ceeavlibr ceeavlirb ceeavblri ceeavblir
ceeavbrli ceeavbril ceeavbirl ceeavbilr ceeavilbr ceeavilrb ceeaviblr ceeavibrl ceeavirbl ceeavirlb ceeairlvb
ceeairlbv ceeairvlb ceeairvbl ceeairbvl ceeairblv ceeailrvb ceeailrbv ceeailvrb ceeailvbr ceeailbvr ceeailbrv
ceeaivlrb ceeaivlbr ceeaivrlb ceeaivrbl ceeaivbrl ceeaivblr ceeaiblvr ceeaiblrv ceeaibvlr ceeaibvrl ceeaibrvl
ceeaibrlv ceevbrali ceevbrail ceevbrlai ceevbrlia ceevbrila ceevbrial ceevbarli ceevbaril ceevbalri ceevbalir
ceevbailr ceevbairl ceevblari ceevblair ceevblrai ceevblria ceevblira ceevbliar ceevbialr ceevbiarl ceevbilar
ceevbilra ceevbirla ceevbiral ceevrbali ceevrbail ceevrblai ceevrblia ceevrbila ceevrbial ceevrabli ceevrabil
ceevralbi ceevralib ceevrailb ceevraibl ceevrlabi ceevrlaib ceevrlbai ceevrlbia ceevrliba ceevrliab ceevrialb
ceevriabl ceevrilab ceevrilba ceevribla ceevribal ceevarbli ceevarbil ceevarlbi ceevarlib ceevarilb ceevaribl
ceevabrli ceevabril ceevablri ceevablir ceevabilr ceevabirl ceevalbri ceevalbir ceevalrbi ceevalrib ceevalirb
ceevalibr ceevaiblr ceevaibrl ceevailbr ceevailrb ceevairlb ceevairbl ceevlrabi ceevlraib ceevlrbai ceevlrbia
ceevlriba ceevlriab ceevlarbi ceevlarib ceevlabri ceevlabir ceevlaibr ceevlairb ceevlbari ceevlbair ceevlbrai
ceevlbria ceevlbira ceevlbiar ceevliabr ceevliarb ceevlibar ceevlibra ceevlirba ceevlirab ceeviralb ceevirabl
ceevirlab ceevirlba ceevirbla ceevirbal ceeviarlb ceeviarbl ceevialrb ceevialbr ceeviablr ceeviabrl ceevilarb
ceevilabr ceevilrab ceevilrba ceevilbra ceevilbar ceevibalr ceevibarl ceeviblar ceeviblra ceevibrla ceevibral
ceeibravl ceeibralv ceeibrval ceeibrvla ceeibrlva ceeibrlav ceeibarvl ceeibarlv ceeibavrl ceeibavlr ceeibalvr
ceeibalrv ceeibvarl ceeibvalr ceeibvral ceeibvrla ceeibvlra ceeibvlar ceeiblavr ceeiblarv ceeiblvar ceeiblvra
ceeiblrva ceeiblrav ceeirbavl ceeirbalv ceeirbval ceeirbvla ceeirblva ceeirblav ceeirabvl ceeirablv ceeiravbl
ceeiravlb ceeiralvb ceeiralbv ceeirvabl ceeirvalb ceeirvbal ceeirvbla ceeirvlba ceeirvlab ceeirlavb ceeirlabv
ceeirlvab ceeirlvba ceeirlbva ceeirlbav ceeiarbvl ceeiarblv ceeiarvbl ceeiarvlb ceeiarlvb ceeiarlbv ceeiabrvl
ceeiabrlv ceeiabvrl ceeiabvlr ceeiablvr ceeiablrv ceeiavbrl ceeiavblr ceeiavrbl ceeiavrlb ceeiavlrb ceeiavlbr
ceeialbvr ceeialbrv ceeialvbr ceeialvrb ceeialrvb ceeialrbv ceeivrabl ceeivralb ceeivrbal ceeivrbla ceeivrlba
ceeivrlab ceeivarbl ceeivarlb ceeivabrl ceeivablr ceeivalbr ceeivalrb ceeivbarl ceeivbalr ceeivbral ceeivbrla
ceeivblra ceeivblar ceeivlabr ceeivlarb ceeivlbar ceeivlbra ceeivlrba ceeivlrab ceeilravb ceeilrabv ceeilrvab
ceeilrvba ceeilrbva ceeilrbav ceeilarvb ceeilarbv ceeilavrb ceeilavbr ceeilabvr ceeilabrv ceeilvarb ceeilvabr
ceeilvrab ceeilvrba ceeilvbra ceeilvbar ceeilbavr ceeilbarv ceeilbvar ceeilbvra ceeilbrva ceeilbrav cebelravi
cebelraiv cebelrvai cebelrvia cebelriva cebelriav cebelarvi cebelariv cebelavri cebelavir cebelaivr cebelairv
cebelvari cebelvair cebelvrai cebelvria cebelvira cebelviar cebeliavr cebeliarv cebelivar cebelivra cebelirva
cebelirav ceberlavi ceberlaiv ceberlvai ceberlvia ceberliva ceberliav ceberalvi ceberaliv ceberavli ceberavil
ceberaivl ceberailv cebervali cebervail cebervlai cebervlia cebervila cebervial ceberiavl ceberialv ceberival
ceberivla ceberilva ceberilav cebearlvi cebearliv cebearvli cebearvil cebearivl cebearilv cebealrvi cebealriv
cebealvri cebealvir cebealivr cebealirv cebeavlri cebeavlir cebeavrli cebeavril cebeavirl cebeavilr cebeailvr
cebeailrv cebeaivlr cebeaivrl cebeairvl cebeairlv cebevrali cebevrail cebevrlai cebevrlia cebevrila cebevrial
cebevarli cebevaril cebevalri cebevalir cebevailr cebevairl cebevlari cebevlair cebevlrai cebevlria cebevlira
cebevliar cebevialr cebeviarl cebevilar cebevilra cebevirla cebeviral cebeiravl cebeiralv cebeirval cebeirvla
cebeirlva cebeirlav cebeiarvl cebeiarlv cebeiavrl cebeiavlr cebeialvr cebeialrv cebeivarl cebeivalr cebeivral
cebeivrla cebeivlra cebeivlar cebeilavr cebeilarv cebeilvar cebeilvra cebeilrva cebeilrav cebleravi cebleraiv
ceblervai ceblervia cebleriva cebleriav ceblearvi cebleariv cebleavri cebleavir cebleaivr cebleairv ceblevari
ceblevair ceblevrai ceblevria ceblevira cebleviar cebleiavr cebleiarv cebleivar cebleivra cebleirva cebleirav
ceblreavi ceblreaiv ceblrevai ceblrevia ceblreiva ceblreiav ceblraevi ceblraeiv ceblravei ceblravie ceblraive
ceblraiev ceblrvaei ceblrvaie ceblrveai ceblrveia ceblrviea ceblrviae ceblriave ceblriaev ceblrivae ceblrivea
ceblrieva ceblrieav ceblarevi ceblareiv ceblarvei ceblarvie ceblarive ceblariev ceblaervi ceblaeriv ceblaevri
ceblaevir ceblaeivr ceblaeirv ceblaveri ceblaveir ceblavrei ceblavrie ceblavire ceblavier ceblaievr ceblaierv
ceblaiver ceblaivre ceblairve ceblairev ceblvraei ceblvraie ceblvreai ceblvreia ceblvriea ceblvriae ceblvarei
ceblvarie ceblvaeri ceblvaeir ceblvaier ceblvaire ceblveari ceblveair ceblverai ceblveria ceblveira ceblveiar
ceblviaer ceblviare ceblviear ceblviera ceblvirea ceblvirae ceblirave cebliraev ceblirvae ceblirvea ceblireva
ceblireav cebliarve cebliarev cebliavre cebliaver cebliaevr cebliaerv ceblivare ceblivaer ceblivrae ceblivrea
ceblivera ceblivear ceblieavr cebliearv ceblievar ceblievra ceblierva ceblierav cebrleavi cebrleaiv cebrlevai
cebrlevia cebrleiva cebrleiav cebrlaevi cebrlaeiv cebrlavei cebrlavie cebrlaive cebrlaiev cebrlvaei cebrlvaie
cebrlveai cebrlveia cebrlviea cebrlviae cebrliave cebrliaev cebrlivae cebrlivea cebrlieva cebrlieav cebrelavi
cebrelaiv cebrelvai cebrelvia cebreliva cebreliav cebrealvi cebrealiv cebreavli cebreavil cebreaivl cebreailv
cebrevali cebrevail cebrevlai cebrevlia cebrevila cebrevial cebreiavl cebreialv cebreival cebreivla cebreilva
cebreilav cebraelvi cebraeliv cebraevli cebraevil cebraeivl cebraeilv cebralevi cebraleiv cebralvei cebralvie
cebralive cebraliev cebravlei cebravlie cebraveli cebraveil cebraviel cebravile cebrailve cebrailev cebraivle
cebraivel cebraievl cebraielv cebrveali cebrveail cebrvelai cebrvelia cebrveila cebrveial cebrvaeli cebrvaeil
cebrvalei cebrvalie cebrvaile cebrvaiel cebrvlaei cebrvlaie cebrvleai cebrvleia cebrvliea cebrvliae cebrviale
cebrviael cebrvilae cebrvilea cebrviela cebrvieal cebrieavl cebriealv cebrieval cebrievla cebrielva cebrielav
cebriaevl cebriaelv cebriavel cebriavle cebrialve cebrialev cebrivael cebrivale cebriveal cebrivela cebrivlea
cebrivlae cebrilave cebrilaev cebrilvae cebrilvea cebrileva cebrileav cebalrevi cebalreiv cebalrvei cebalrvie
cebalrive cebalriev cebalervi cebaleriv cebalevri cebalevir cebaleivr cebaleirv cebalveri cebalveir cebalvrei
cebalvrie cebalvire cebalvier cebalievr cebalierv cebaliver cebalivre cebalirve cebalirev cebarlevi cebarleiv
cebarlvei cebarlvie cebarlive cebarliev cebarelvi cebareliv cebarevli cebarevil cebareivl cebareilv cebarveli
cebarveil cebarvlei cebarvlie cebarvile cebarviel cebarievl cebarielv cebarivel cebarivle cebarilve cebarilev
cebaerlvi cebaerliv cebaervli cebaervil cebaerivl cebaerilv cebaelrvi cebaelriv cebaelvri cebaelvir cebaelivr
cebaelirv cebaevlri cebaevlir cebaevrli cebaevril cebaevirl cebaevilr cebaeilvr cebaeilrv cebaeivlr cebaeivrl
cebaeirvl cebaeirlv cebavreli cebavreil cebavrlei cebavrlie cebavrile cebavriel cebaverli cebaveril cebavelri
cebavelir cebaveilr cebaveirl cebavleri cebavleir cebavlrei cebavlrie cebavlire cebavlier cebavielr cebavierl
cebaviler cebavilre cebavirle cebavirel cebairevl cebairelv cebairvel cebairvle cebairlve cebairlev cebaiervl
cebaierlv cebaievrl cebaievlr cebaielvr cebaielrv cebaiverl cebaivelr cebaivrel cebaivrle cebaivlre cebaivler
cebailevr cebailerv cebailver cebailvre cebailrve cebailrev cebvlraei cebvlraie cebvlreai cebvlreia cebvlriea
cebvlriae cebvlarei cebvlarie cebvlaeri cebvlaeir cebvlaier cebvlaire cebvleari cebvleair cebvlerai cebvleria
cebvleira cebvleiar cebvliaer cebvliare cebvliear cebvliera cebvlirea cebvlirae cebvrlaei cebvrlaie cebvrleai
cebvrleia cebvrliea cebvrliae cebvralei cebvralie cebvraeli cebvraeil cebvraiel cebvraile cebvreali cebvreail
cebvrelai cebvrelia cebvreila cebvreial cebvriael cebvriale cebvrieal cebvriela cebvrilea cebvrilae cebvarlei
cebvarlie cebvareli cebvareil cebvariel cebvarile cebvalrei cebvalrie cebvaleri cebvaleir cebvalier cebvalire
cebvaelri cebvaelir cebvaerli cebvaeril cebvaeirl cebvaeilr cebvailer cebvailre cebvaielr cebvaierl cebvairel
cebvairle cebverali cebverail cebverlai cebverlia cebverila cebverial cebvearli cebvearil cebvealri cebvealir
cebveailr cebveairl cebvelari cebvelair cebvelrai cebvelria cebvelira cebveliar cebveialr cebveiarl cebveilar
cebveilra cebveirla cebveiral cebvirael cebvirale cebvireal cebvirela cebvirlea cebvirlae cebviarel cebviarle
cebviaerl cebviaelr cebvialer cebvialre cebviearl cebviealr cebvieral cebvierla cebvielra cebvielar cebvilaer
cebvilare cebvilear cebvilera cebvilrea cebvilrae cebilrave cebilraev cebilrvae cebilrvea cebilreva cebilreav
cebilarve cebilarev cebilavre cebilaver cebilaevr cebilaerv cebilvare cebilvaer cebilvrae cebilvrea cebilvera
cebilvear cebileavr cebilearv cebilevar cebilevra cebilerva cebilerav cebirlave cebirlaev cebirlvae cebirlvea
cebirleva cebirleav cebiralve cebiralev cebiravle cebiravel cebiraevl cebiraelv cebirvale cebirvael cebirvlae
cebirvlea cebirvela cebirveal cebireavl cebirealv cebireval cebirevla cebirelva cebirelav cebiarlve cebiarlev
cebiarvle cebiarvel cebiarevl cebiarelv cebialrve cebialrev cebialvre cebialver cebialevr cebialerv cebiavlre
cebiavler cebiavrle cebiavrel cebiaverl cebiavelr cebiaelvr cebiaelrv cebiaevlr cebiaevrl cebiaervl cebiaerlv
cebivrale cebivrael cebivrlae cebivrlea cebivrela cebivreal cebivarle cebivarel cebivalre cebivaler cebivaelr
cebivaerl cebivlare cebivlaer cebivlrae cebivlrea cebivlera cebivlear cebivealr cebivearl cebivelar cebivelra
cebiverla cebiveral cebieravl cebieralv cebierval cebiervla cebierlva cebierlav cebiearvl cebiearlv cebieavrl
cebieavlr cebiealvr cebiealrv cebievarl cebievalr cebievral cebievrla cebievlra cebievlar cebielavr cebielarv
cebielvar cebielvra cebielrva cebielrav cereblavi cereblaiv cereblvai cereblvia cerebliva cerebliav cerebalvi
cerebaliv cerebavli cerebavil cerebaivl cerebailv cerebvali cerebvail cerebvlai cerebvlia cerebvila cerebvial
cerebiavl cerebialv cerebival cerebivla cerebilva cerebilav cerelbavi cerelbaiv cerelbvai cerelbvia cerelbiva
cerelbiav cerelabvi cerelabiv cerelavbi cerelavib cerelaivb cerelaibv cerelvabi cerelvaib cerelvbai cerelvbia
cerelviba cerelviab cereliavb cereliabv cerelivab cerelivba cerelibva cerelibav cerealbvi cerealbiv cerealvbi
cerealvib cerealivb cerealibv cereablvi cereabliv cereabvli cereabvil cereabivl cereabilv cereavbli cereavbil
cereavlbi cereavlib cereavilb cereavibl cereaibvl cereaiblv cereaivbl cereaivlb cereailvb cereailbv cerevlabi
cerevlaib cerevlbai cerevlbia cerevliba cerevliab cerevalbi cerevalib cerevabli cerevabil cerevaibl cerevailb
cerevbali cerevbail cerevblai cerevblia cerevbila cerevbial cereviabl cerevialb cerevibal cerevibla cerevilba
cerevilab cereilavb cereilabv cereilvab cereilvba cereilbva cereilbav cereialvb cereialbv cereiavlb cereiavbl
cereiabvl cereiablv cereivalb cereivabl cereivlab cereivlba cereivbla cereivbal cereibavl cereibalv cereibval
cereibvla cereiblva cereiblav cerbelavi cerbelaiv cerbelvai cerbelvia cerbeliva cerbeliav cerbealvi cerbealiv
cerbeavli cerbeavil cerbeaivl cerbeailv cerbevali cerbevail cerbevlai cerbevlia cerbevila cerbevial cerbeiavl
cerbeialv cerbeival cerbeivla cerbeilva cerbeilav cerbleavi cerbleaiv cerblevai cerblevia cerbleiva cerbleiav
cerblaevi cerblaeiv cerblavei cerblavie cerblaive cerblaiev cerblvaei cerblvaie cerblveai cerblveia cerblviea
cerblviae cerbliave cerbliaev cerblivae cerblivea cerblieva cerblieav cerbalevi cerbaleiv cerbalvei cerbalvie
cerbalive cerbaliev cerbaelvi cerbaeliv cerbaevli cerbaevil cerbaeivl cerbaeilv cerbaveli cerbaveil cerbavlei
cerbavlie cerbavile cerbaviel cerbaievl cerbaielv cerbaivel cerbaivle cerbailve cerbailev cerbvlaei cerbvlaie
cerbvleai cerbvleia cerbvliea cerbvliae cerbvalei cerbvalie cerbvaeli cerbvaeil cerbvaiel cerbvaile cerbveali
cerbveail cerbvelai cerbvelia cerbveila cerbveial cerbviael cerbviale cerbvieal cerbviela cerbvilea cerbvilae
cerbilave cerbilaev cerbilvae cerbilvea cerbileva cerbileav cerbialve cerbialev cerbiavle cerbiavel cerbiaevl
cerbiaelv cerbivale cerbivael cerbivlae cerbivlea cerbivela cerbiveal cerbieavl cerbiealv cerbieval cerbievla
cerbielva cerbielav cerlbeavi cerlbeaiv cerlbevai cerlbevia cerlbeiva cerlbeiav cerlbaevi cerlbaeiv cerlbavei
cerlbavie cerlbaive cerlbaiev cerlbvaei cerlbvaie cerlbveai cerlbveia cerlbviea cerlbviae cerlbiave cerlbiaev
cerlbivae cerlbivea cerlbieva cerlbieav cerlebavi cerlebaiv cerlebvai cerlebvia cerlebiva cerlebiav cerleabvi
cerleabiv cerleavbi cerleavib cerleaivb cerleaibv cerlevabi cerlevaib cerlevbai cerlevbia cerleviba cerleviab
cerleiavb cerleiabv cerleivab cerleivba cerleibva cerleibav cerlaebvi cerlaebiv cerlaevbi cerlaevib cerlaeivb
cerlaeibv cerlabevi cerlabeiv cerlabvei cerlabvie cerlabive cerlabiev cerlavbei cerlavbie cerlavebi cerlaveib
cerlavieb cerlavibe cerlaibve cerlaibev cerlaivbe cerlaiveb cerlaievb cerlaiebv cerlveabi cerlveaib cerlvebai
cerlvebia cerlveiba cerlveiab cerlvaebi cerlvaeib cerlvabei cerlvabie cerlvaibe cerlvaieb cerlvbaei cerlvbaie
cerlvbeai cerlvbeia cerlvbiea cerlvbiae cerlviabe cerlviaeb cerlvibae cerlvibea cerlvieba cerlvieab cerlieavb
cerlieabv cerlievab cerlievba cerliebva cerliebav cerliaevb cerliaebv cerliaveb cerliavbe cerliabve cerliabev
cerlivaeb cerlivabe cerliveab cerliveba cerlivbea cerlivbae cerlibave cerlibaev cerlibvae cerlibvea cerlibeva
cerlibeav cerablevi cerableiv cerablvei cerablvie cerablive cerabliev cerabelvi cerabeliv cerabevli cerabevil
cerabeivl cerabeilv cerabveli cerabveil cerabvlei cerabvlie cerabvile cerabviel cerabievl cerabielv cerabivel
cerabivle cerabilve cerabilev ceralbevi ceralbeiv ceralbvei ceralbvie ceralbive ceralbiev ceralebvi ceralebiv
ceralevbi ceralevib ceraleivb ceraleibv ceralvebi ceralveib ceralvbei ceralvbie ceralvibe ceralvieb ceralievb
ceraliebv ceraliveb ceralivbe ceralibve ceralibev ceraelbvi ceraelbiv ceraelvbi ceraelvib ceraelivb ceraelibv
ceraeblvi ceraebliv ceraebvli ceraebvil ceraebivl ceraebilv ceraevbli ceraevbil ceraevlbi ceraevlib ceraevilb
ceraevibl ceraeibvl ceraeiblv ceraeivbl ceraeivlb ceraeilvb ceraeilbv ceravlebi ceravleib ceravlbei ceravlbie
ceravlibe ceravlieb ceravelbi ceravelib ceravebli ceravebil ceraveibl ceraveilb ceravbeli ceravbeil ceravblei
ceravblie ceravbile ceravbiel ceraviebl ceravielb ceravibel ceravible ceravilbe ceravileb cerailevb cerailebv
cerailveb cerailvbe cerailbve cerailbev ceraielvb ceraielbv ceraievlb ceraievbl ceraiebvl ceraieblv ceraivelb
ceraivebl ceraivleb ceraivlbe ceraivble ceraivbel ceraibevl ceraibelv ceraibvel ceraibvle ceraiblve ceraiblev
cervblaei cervblaie cervbleai cervbleia cervbliea cervbliae cervbalei cervbalie cervbaeli cervbaeil cervbaiel
cervbaile cervbeali cervbeail cervbelai cervbelia cervbeila cervbeial cervbiael cervbiale cervbieal cervbiela
cervbilea cervbilae cervlbaei cervlbaie cervlbeai cervlbeia cervlbiea cervlbiae cervlabei cervlabie cervlaebi
cervlaeib cervlaieb cervlaibe cervleabi cervleaib cervlebai cervlebia cervleiba cervleiab cervliaeb cervliabe
cervlieab cervlieba cervlibea cervlibae cervalbei cervalbie cervalebi cervaleib cervalieb cervalibe cervablei
cervablie cervabeli cervabeil cervabiel cervabile cervaebli cervaebil cervaelbi cervaelib cervaeilb cervaeibl
cervaibel cervaible cervaiebl cervaielb cervaileb cervailbe cervelabi cervelaib cervelbai cervelbia cerveliba
cerveliab cervealbi cervealib cerveabli cerveabil cerveaibl cerveailb cervebali cervebail cerveblai cerveblia
cervebila cervebial cerveiabl cerveialb cerveibal cerveibla cerveilba cerveilab cervilaeb cervilabe cervileab
cervileba cervilbea cervilbae cervialeb cervialbe cerviaelb cerviaebl cerviabel cerviable cerviealb cervieabl
cervielab cervielba cerviebla cerviebal cervibael cervibale cervibeal cervibela cerviblea cerviblae ceriblave
ceriblaev ceriblvae ceriblvea ceribleva ceribleav ceribalve ceribalev ceribavle ceribavel ceribaevl ceribaelv
ceribvale ceribvael ceribvlae ceribvlea ceribvela ceribveal ceribeavl ceribealv ceribeval ceribevla ceribelva
ceribelav cerilbave cerilbaev cerilbvae cerilbvea cerilbeva cerilbeav cerilabve cerilabev cerilavbe cerilaveb
cerilaevb cerilaebv cerilvabe cerilvaeb cerilvbae cerilvbea cerilveba cerilveab cerileavb cerileabv cerilevab
cerilevba cerilebva cerilebav cerialbve cerialbev cerialvbe cerialveb cerialevb cerialebv ceriablve ceriablev
ceriabvle ceriabvel ceriabevl ceriabelv ceriavble ceriavbel ceriavlbe ceriavleb ceriavelb ceriavebl ceriaebvl
ceriaeblv ceriaevbl ceriaevlb ceriaelvb ceriaelbv cerivlabe cerivlaeb cerivlbae cerivlbea cerivleba cerivleab
cerivalbe cerivaleb cerivable cerivabel cerivaebl cerivaelb cerivbale cerivbael cerivblae cerivblea cerivbela
cerivbeal ceriveabl cerivealb cerivebal cerivebla cerivelba cerivelab cerielavb cerielabv cerielvab cerielvba
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ceaelbvir ceaelbivr ceaelbirv ceaelvbri ceaelvbir ceaelvrbi ceaelvrib ceaelvirb ceaelvibr ceaelibvr ceaelibrv
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cearebvli cearebvil cearebivl cearebilv cearelbvi cearelbiv cearelvbi cearelvib cearelivb cearelibv cearevlbi
cearevlib cearevbli cearevbil cearevibl cearevilb ceareilvb ceareilbv ceareivlb ceareivbl ceareibvl ceareiblv
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cearlievb cearliebv cearvelbi cearvelib cearvebli cearvebil cearveibl cearveilb cearvlebi cearvleib cearvlbei
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cevealrib cevealirb cevealibr ceveaiblr ceveaibrl ceveailbr ceveailrb ceveairlb ceveairbl cevelrabi cevelraib
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ceveiabrl ceveilarb ceveilabr ceveilrab ceveilrba ceveilbra ceveilbar ceveibalr ceveibarl ceveiblar ceveiblra
ceveibrla ceveibral cevberali cevberail cevberlai cevberlia cevberila cevberial cevbearli cevbearil cevbealri
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cevbilare cevbilaer cevbilrae cevbilrea cevbilera cevbilear cevbiealr cevbiearl cevbielar cevbielra cevbierla
cevbieral cevrbeali cevrbeail cevrbelai cevrbelia cevrbeila cevrbeial cevrbaeli cevrbaeil cevrbalei cevrbalie
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cevreiabl cevreilab cevreilba cevreibla cevreibal cevraebli cevraebil cevraelbi cevraelib cevraeilb cevraeibl
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cevlierba cevliebra cevliebar cevlibaer cevlibare cevlibear cevlibera cevlibrea cevlibrae cevibrale cevibrael
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ceviblaer ceviblrae ceviblrea ceviblera ceviblear cevibealr cevibearl cevibelar cevibelra ceviberla ceviberal
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ceviaelbr ceviaelrb ceviaerlb ceviaerbl cevilrabe cevilraeb cevilrbae cevilrbea cevilreba cevilreab cevilarbe
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ceiebrvla ceiebrlva ceiebrlav ceiebarvl ceiebarlv ceiebavrl ceiebavlr ceiebalvr ceiebalrv ceiebvarl ceiebvalr
ceiebvral ceiebvrla ceiebvlra ceiebvlar ceieblavr ceieblarv ceieblvar ceieblvra ceieblrva ceieblrav ceierbavl
ceierbalv ceierbval ceierbvla ceierblva ceierblav ceierabvl ceierablv ceieravbl ceieravlb ceieralvb ceieralbv
ceiervabl ceiervalb ceiervbal ceiervbla ceiervlba ceiervlab ceierlavb ceierlabv ceierlvab ceierlvba ceierlbva
ceierlbav ceiearbvl ceiearblv ceiearvbl ceiearvlb ceiearlvb ceiearlbv ceieabrvl ceieabrlv ceieabvrl ceieabvlr
ceieablvr ceieablrv ceieavbrl ceieavblr ceieavrbl ceieavrlb ceieavlrb ceieavlbr ceiealbvr ceiealbrv ceiealvbr
ceiealvrb ceiealrvb ceiealrbv ceievrabl ceievralb ceievrbal ceievrbla ceievrlba ceievrlab ceievarbl ceievarlb
ceievabrl ceievablr ceievalbr ceievalrb ceievbarl ceievbalr ceievbral ceievbrla ceievblra ceievblar ceievlabr
ceievlarb ceievlbar ceievlbra ceievlrba ceievlrab ceielravb ceielrabv ceielrvab ceielrvba ceielrbva ceielrbav
ceielarvb ceielarbv ceielavrb ceielavbr ceielabvr ceielabrv ceielvarb ceielvabr ceielvrab ceielvrba ceielvbra
ceielvbar ceielbavr ceielbarv ceielbvar ceielbvra ceielbrva ceielbrav ceiberavl ceiberalv ceiberval ceibervla
ceiberlva ceiberlav ceibearvl ceibearlv ceibeavrl ceibeavlr ceibealvr ceibealrv ceibevarl ceibevalr ceibevral
ceibevrla ceibevlra ceibevlar ceibelavr ceibelarv ceibelvar ceibelvra ceibelrva ceibelrav ceibreavl ceibrealv
ceibreval ceibrevla ceibrelva ceibrelav ceibraevl ceibraelv ceibravel ceibravle ceibralve ceibralev ceibrvael
ceibrvale ceibrveal ceibrvela ceibrvlea ceibrvlae ceibrlave ceibrlaev ceibrlvae ceibrlvea ceibrleva ceibrleav
ceibarevl ceibarelv ceibarvel ceibarvle ceibarlve ceibarlev ceibaervl ceibaerlv ceibaevrl ceibaevlr ceibaelvr
ceibaelrv ceibaverl ceibavelr ceibavrel ceibavrle ceibavlre ceibavler ceibalevr ceibalerv ceibalver ceibalvre
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ceibvaelr ceibvaler ceibvalre ceibvearl ceibvealr ceibveral ceibverla ceibvelra ceibvelar ceibvlaer ceibvlare
ceibvlear ceibvlera ceibvlrea ceibvlrae ceiblrave ceiblraev ceiblrvae ceiblrvea ceiblreva ceiblreav ceiblarve
ceiblarev ceiblavre ceiblaver ceiblaevr ceiblaerv ceiblvare ceiblvaer ceiblvrae ceiblvrea ceiblvera ceiblvear
ceibleavr ceiblearv ceiblevar ceiblevra ceiblerva ceiblerav ceirbeavl ceirbealv ceirbeval ceirbevla ceirbelva
ceirbelav ceirbaevl ceirbaelv ceirbavel ceirbavle ceirbalve ceirbalev ceirbvael ceirbvale ceirbveal ceirbvela
ceirbvlea ceirbvlae ceirblave ceirblaev ceirblvae ceirblvea ceirbleva ceirbleav ceirebavl ceirebalv ceirebval
ceirebvla ceireblva ceireblav ceireabvl ceireablv ceireavbl ceireavlb ceirealvb ceirealbv ceirevabl ceirevalb
ceirevbal ceirevbla ceirevlba ceirevlab ceirelavb ceirelabv ceirelvab ceirelvba ceirelbva ceirelbav ceiraebvl
ceiraeblv ceiraevbl ceiraevlb ceiraelvb ceiraelbv ceirabevl ceirabelv ceirabvel ceirabvle ceirablve ceirablev
ceiravbel ceiravble ceiravebl ceiravelb ceiravleb ceiravlbe ceiralbve ceiralbev ceiralvbe ceiralveb ceiralevb
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ceileabrv ceilevarb ceilevabr ceilevrab ceilevrba ceilevbra ceilevbar ceilebavr ceilebarv ceilebvar ceilebvra
ceilebrva ceilebrav

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History of cryptography
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