easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

esthesis

crapshooters

sgraffito

nonconsecutive

tollissemusque

siphmoth

dicetis

parabuntur

diddles

skidders

pasceremini

combray

caswallaun

couturiers

choleraic

dregs

dubitaverisque

arapaima


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: preyful
cipher variations:
qsfzgvm rtgahwn suhbixo tvicjyp uwjdkzq
vxkelar wylfmbs xzmgnct yanhodu zboipev
acpjqfw bdqkrgx cerlshy dfsmtiz egtnuja
fhuovkb givpwlc hjwqxmd ikxryne jlyszof
kmztapg lnaubqh mobvcri npcwdsj oqdxetk

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: preyful
Cipher: kivbufo

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: preyful
Cipher: ABBBA BAAAA AABAA BABBA AABAB BAABB ABABA

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: preyful
cipher variations:
qsfzgvmuanvqjiyivraxecqdnklagyljuzwkgtfensswjxypkwertidg
amzpsrceuhlcfyicphmtumkxdwhqrtgahwnvbowrkjzjwsbyfdreolmb
hzmkvaxlhugfottxkyzqlxfsujehbnaqtsdfvimdgzjdqinuvnlyexir
suhbixowcpxslkakxtczgesfpmncianlwbymivhgpuuylzarmygtvkfi
cobrutegwjnehakerjovwomzfyjstvicjypxdqytmlblyudahftgqnod
jbomxcznjwihqvvzmabsnzhuwlgjdpcsvufhxkofiblfskpwxpnagzkt
uwjdkzqyerzunmcmzvebiguhropekcpnydaokxjirwwanbctoaivxmhk
eqdtwvgiylpgjcmgtlqxyqobhaluvxkelarzfsavondnawfcjhvispqf
ldqozebplykjsxxbocdupbjwynilfreuxwhjzmqhkdnhumryzrpcibmv
wylfmbsagtbwpoeobxgdkiwjtqrgmerpafcqmzlktyycpdevqckxzojm
gsfvyxikanrileoivnszasqdjcnwxzmgnctbhucxqpfpcyheljxkursh
nfsqbgdrnamluzzdqefwrdlyapknhtgwzyjlbosjmfpjwotabtrekdox
yanhoducivdyrqgqdzifmkylvstiogtrchesobnmvaaerfgxsemzbqlo
iuhxazkmcptkngqkxpubcusflepyzboipevdjwezsrhreajgnlzmwtuj
phusdiftpconwbbfsghytfnacrmpjviybalndqulohrlyqvcdvtgmfqz
acpjqfwekxfatsisfbkhomanxuvkqivtejguqdpoxccgthizugobdsnq
kwjzcbmoervmpismzrwdewuhngrabdqkrgxflygbutjtgclipnboyvwl
rjwufkhvreqpyddhuijavhpcetorlxkadcnpfswnqjtnasxefxviohsb
cerlshygmzhcvukuhdmjqocpzwxmskxvgliwsfrqzeeivjkbwiqdfups
mylbedoqgtxorkuobtyfgywjpitcdfsmtizhnaidwvlvienkrpdqaxyn
tlywhmjxtgsraffjwklcxjregvqtnzmcfeprhuypslvpcuzghzxkqjud
egtnujaiobjexwmwjfolsqerbyzoumzxinkyuhtsbggkxlmdyksfhwru
oandgfqsivzqtmwqdvahiaylrkvefhuovkbjpckfyxnxkgpmtrfsczap
vnayjolzviutchhlymnezltgixsvpboehgrtjwarunxrewbijbzmslwf
givpwlckqdlgzyoylhqnusgtdabqwobzkpmawjvudiimznofamuhjytw
qcpfihsukxbsvoysfxcjkcantmxghjwqxmdlremhazpzmirovthuebcr
xpcalqnbxkwvejjnaopgbnvikzuxrdqgjitvlyctwpztgydkldbounyh
ikxrynemsfnibaqanjspwuivfcdsyqdbmrocylxwfkkobpqhcowjlavy
serhkjuwmzduxqauhzelmecpvozijlyszofntgojcbrboktqxvjwgdet
zrecnspdzmyxgllpcqridpxkmbwztfsilkvxnaevyrbviafmnfdqwpaj
kmztapgouhpkdcscplurywkxhefuasfdotqeanzyhmmqdrsjeqylncxa
ugtjmlwyobfwzscwjbgnogerxqbklnaubqhpviqledtdqmvszxlyifgv
btgepurfboazinnrestkfrzmodybvhuknmxzpcgxatdxkchophfsyrcl
mobvcriqwjrmfeuernwtaymzjghwcuhfqvsgcpbajoosftulgsanpezc
wivlonyaqdhybueyldipqigtzsdmnpcwdsjrxksngfvfsoxubznakhix
dvigrwthdqcbkpptguvmhtboqfadxjwmpozbreizcvfzmejqrjhuaten
oqdxetksyltohgwgtpyvcaoblijyewjhsxuierdclqquhvwniucprgbe
ykxnqpacsfjadwganfkrskivbufopreyfultzmupihxhuqzwdbpcmjkz
fxkityvjfsedmrrviwxojvdqshcfzlyorqbdtgkbexhboglstljwcvgp

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: preyful
Cipher: cerlshy

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: preyful
Cipher: 53245145125413

Extended Methods:
Method #1

Plaintext: preyful
method variations:
uwkdlzqzbpiqeveguovkakmztapf

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p r e y f u l 
5 2 5 4 1 5 1 
3 4 1 5 2 4 3 
They are then read out in rows:
52541513415243
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: preyful
Cipher: kuvldko

Read more ...
Method #3

Plaintext: preyful
method variations:
hyqewdx yqewdxh qewdxhy
ewdxhyq wdxhyqe dxhyqew
xhyqewd

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: preyful

all 5040 cipher variations:
preyful preyflu preyufl preyulf preyluf preylfu prefyul prefylu prefuyl prefuly prefluy
preflyu preufyl preufly preuyfl preuylf preulyf preulfy prelfuy prelfyu prelufy preluyf
prelyuf prelyfu pryeful pryeflu pryeufl pryeulf pryeluf pryelfu pryfeul pryfelu pryfuel
pryfule pryflue pryfleu pryufel pryufle pryuefl pryuelf pryulef pryulfe prylfue prylfeu
prylufe pryluef pryleuf prylefu prfyeul prfyelu prfyuel prfyule prfylue prfyleu prfeyul
prfeylu prfeuyl prfeuly prfeluy prfelyu prfueyl prfuely prfuyel prfuyle prfulye prfuley
prfleuy prfleyu prfluey prfluye prflyue prflyeu pruyfel pruyfle pruyefl pruyelf pruylef
pruylfe prufyel prufyle prufeyl prufely prufley pruflye pruefyl pruefly prueyfl prueylf
pruelyf pruelfy prulfey prulfye prulefy pruleyf prulyef prulyfe prlyfue prlyfeu prlyufe
prlyuef prlyeuf prlyefu prlfyue prlfyeu prlfuye prlfuey prlfeuy prlfeyu prlufye prlufey
prluyfe prluyef prlueyf prluefy prlefuy prlefyu prleufy prleuyf prleyuf prleyfu peryful
peryflu peryufl peryulf peryluf perylfu perfyul perfylu perfuyl perfuly perfluy perflyu
perufyl perufly peruyfl peruylf perulyf perulfy perlfuy perlfyu perlufy perluyf perlyuf
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peluyrf peluryf pelurfy pelrfuy pelrfyu pelrufy pelruyf pelryuf pelryfu pyerful pyerflu
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pyulfer pyulfre pyulefr pyulerf pyulref pyulrfe pylrfue pylrfeu pylrufe pylruef pylreuf
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fyerlup fyerlpu fyeprul fyeprlu fyepurl fyepulr fyeplur fyeplru fyeuprl fyeuplr fyeurpl
fyeurlp fyeulrp fyeulpr fyelpur fyelpru fyelupr fyelurp fyelrup fyelrpu fyrepul fyreplu
fyreupl fyreulp fyrelup fyrelpu fyrpeul fyrpelu fyrpuel fyrpule fyrplue fyrpleu fyrupel
fyruple fyruepl fyruelp fyrulep fyrulpe fyrlpue fyrlpeu fyrlupe fyrluep fyrleup fyrlepu
fypreul fyprelu fypruel fyprule fyprlue fyprleu fyperul fyperlu fypeurl fypeulr fypelur
fypelru fypuerl fypuelr fypurel fypurle fypulre fypuler fypleur fypleru fypluer fyplure
fyplrue fyplreu fyurpel fyurple fyurepl fyurelp fyurlep fyurlpe fyuprel fyuprle fyuperl
fyupelr fyupler fyuplre fyueprl fyueplr fyuerpl fyuerlp fyuelrp fyuelpr fyulper fyulpre
fyulepr fyulerp fyulrep fyulrpe fylrpue fylrpeu fylrupe fylruep fylreup fylrepu fylprue
fylpreu fylpure fylpuer fylpeur fylperu fylupre fyluper fylurpe fylurep fyluerp fyluepr
fylepur fylepru fyleupr fyleurp fylerup fylerpu fpeyrul fpeyrlu fpeyurl fpeyulr fpeylur
fpeylru fperyul fperylu fperuyl fperuly fperluy fperlyu fpeuryl fpeurly fpeuyrl fpeuylr
fpeulyr fpeulry fpelruy fpelryu fpelury fpeluyr fpelyur fpelyru fpyerul fpyerlu fpyeurl
fpyeulr fpyelur fpyelru fpyreul fpyrelu fpyruel fpyrule fpyrlue fpyrleu fpyurel fpyurle
fpyuerl fpyuelr fpyuler fpyulre fpylrue fpylreu fpylure fpyluer fpyleur fpyleru fpryeul
fpryelu fpryuel fpryule fprylue fpryleu fpreyul fpreylu fpreuyl fpreuly fpreluy fprelyu
fprueyl fpruely fpruyel fpruyle fprulye fpruley fprleuy fprleyu fprluey fprluye fprlyue
fprlyeu fpuyrel fpuyrle fpuyerl fpuyelr fpuyler fpuylre fpuryel fpuryle fpureyl fpurely
fpurley fpurlye fpueryl fpuerly fpueyrl fpueylr fpuelyr fpuelry fpulrey fpulrye fpulery
fpuleyr fpulyer fpulyre fplyrue fplyreu fplyure fplyuer fplyeur fplyeru fplryue fplryeu
fplruye fplruey fplreuy fplreyu fplurye fplurey fpluyre fpluyer fplueyr fpluery fpleruy
fpleryu fpleury fpleuyr fpleyur fpleyru fueyprl fueyplr fueyrpl fueyrlp fueylrp fueylpr
fuepyrl fuepylr fuepryl fueprly fueplry fueplyr fuerpyl fuerply fuerypl fuerylp fuerlyp
fuerlpy fuelpry fuelpyr fuelrpy fuelryp fuelyrp fuelypr fuyeprl fuyeplr fuyerpl fuyerlp
fuyelrp fuyelpr fuyperl fuypelr fuyprel fuyprle fuyplre fuypler fuyrpel fuyrple fuyrepl
fuyrelp fuyrlep fuyrlpe fuylpre fuylper fuylrpe fuylrep fuylerp fuylepr fupyerl fupyelr
fupyrel fupyrle fupylre fupyler fupeyrl fupeylr fuperyl fuperly fupelry fupelyr fupreyl
fuprely fupryel fupryle fuprlye fuprley fuplery fupleyr fuplrey fuplrye fuplyre fuplyer
furypel furyple furyepl furyelp furylep furylpe furpyel furpyle furpeyl furpely furpley
furplye furepyl fureply fureypl fureylp furelyp furelpy furlpey furlpye furlepy furleyp
furlyep furlype fulypre fulyper fulyrpe fulyrep fulyerp fulyepr fulpyre fulpyer fulprye
fulprey fulpery fulpeyr fulrpye fulrpey fulrype fulryep fulreyp fulrepy fulepry fulepyr
fulerpy fuleryp fuleyrp fuleypr fleypur fleypru fleyupr fleyurp fleyrup fleyrpu flepyur
flepyru flepuyr flepury flepruy flepryu fleupyr fleupry fleuypr fleuyrp fleuryp fleurpy
flerpuy flerpyu flerupy fleruyp fleryup flerypu flyepur flyepru flyeupr flyeurp flyerup
flyerpu flypeur flyperu flypuer flypure flyprue flypreu flyuper flyupre flyuepr flyuerp
flyurep flyurpe flyrpue flyrpeu flyrupe flyruep flyreup flyrepu flpyeur flpyeru flpyuer
flpyure flpyrue flpyreu flpeyur flpeyru flpeuyr flpeury flperuy flperyu flpueyr flpuery
flpuyer flpuyre flpurye flpurey flpreuy flpreyu flpruey flpruye flpryue flpryeu fluyper
fluypre fluyepr fluyerp fluyrep fluyrpe flupyer flupyre flupeyr flupery fluprey fluprye
fluepyr fluepry flueypr flueyrp flueryp fluerpy flurpey flurpye flurepy flureyp fluryep
flurype flrypue flrypeu flryupe flryuep flryeup flryepu flrpyue flrpyeu flrpuye flrpuey
flrpeuy flrpeyu flrupye flrupey flruype flruyep flrueyp flruepy flrepuy flrepyu flreupy
flreuyp flreyup flreypu ureyfpl ureyflp ureypfl ureyplf ureylpf ureylfp urefypl urefylp
urefpyl urefply ureflpy ureflyp urepfyl urepfly urepyfl urepylf ureplyf ureplfy urelfpy
urelfyp urelpfy urelpyf urelypf urelyfp uryefpl uryeflp uryepfl uryeplf uryelpf uryelfp
uryfepl uryfelp uryfpel uryfple uryflpe uryflep urypfel urypfle urypefl urypelf uryplef
uryplfe urylfpe urylfep urylpfe urylpef urylepf urylefp urfyepl urfyelp urfypel urfyple
urfylpe urfylep urfeypl urfeylp urfepyl urfeply urfelpy urfelyp urfpeyl urfpely urfpyel
urfpyle urfplye urfpley urflepy urfleyp urflpey urflpye urflype urflyep urpyfel urpyfle
urpyefl urpyelf urpylef urpylfe urpfyel urpfyle urpfeyl urpfely urpfley urpflye urpefyl
urpefly urpeyfl urpeylf urpelyf urpelfy urplfey urplfye urplefy urpleyf urplyef urplyfe
urlyfpe urlyfep urlypfe urlypef urlyepf urlyefp urlfype urlfyep urlfpye urlfpey urlfepy
urlfeyp urlpfye urlpfey urlpyfe urlpyef urlpeyf urlpefy urlefpy urlefyp urlepfy urlepyf
urleypf urleyfp ueryfpl ueryflp uerypfl ueryplf uerylpf uerylfp uerfypl uerfylp uerfpyl
uerfply uerflpy uerflyp uerpfyl uerpfly uerpyfl uerpylf uerplyf uerplfy uerlfpy uerlfyp
uerlpfy uerlpyf uerlypf uerlyfp ueyrfpl ueyrflp ueyrpfl ueyrplf ueyrlpf ueyrlfp ueyfrpl
ueyfrlp ueyfprl ueyfplr ueyflpr ueyflrp ueypfrl ueypflr ueyprfl ueyprlf ueyplrf ueyplfr
ueylfpr ueylfrp ueylpfr ueylprf ueylrpf ueylrfp uefyrpl uefyrlp uefyprl uefyplr uefylpr
uefylrp uefrypl uefrylp uefrpyl uefrply uefrlpy uefrlyp uefpryl uefprly uefpyrl uefpylr
uefplyr uefplry ueflrpy ueflryp ueflpry ueflpyr ueflypr ueflyrp uepyfrl uepyflr uepyrfl
uepyrlf uepylrf uepylfr uepfyrl uepfylr uepfryl uepfrly uepflry uepflyr ueprfyl ueprfly
uepryfl ueprylf ueprlyf ueprlfy ueplfry ueplfyr ueplrfy ueplryf ueplyrf ueplyfr uelyfpr
uelyfrp uelypfr uelyprf uelyrpf uelyrfp uelfypr uelfyrp uelfpyr uelfpry uelfrpy uelfryp
uelpfyr uelpfry uelpyfr uelpyrf uelpryf uelprfy uelrfpy uelrfyp uelrpfy uelrpyf uelrypf
uelryfp uyerfpl uyerflp uyerpfl uyerplf uyerlpf uyerlfp uyefrpl uyefrlp uyefprl uyefplr
uyeflpr uyeflrp uyepfrl uyepflr uyeprfl uyeprlf uyeplrf uyeplfr uyelfpr uyelfrp uyelpfr
uyelprf uyelrpf uyelrfp uyrefpl uyreflp uyrepfl uyreplf uyrelpf uyrelfp uyrfepl uyrfelp
uyrfpel uyrfple uyrflpe uyrflep uyrpfel uyrpfle uyrpefl uyrpelf uyrplef uyrplfe uyrlfpe
uyrlfep uyrlpfe uyrlpef uyrlepf uyrlefp uyfrepl uyfrelp uyfrpel uyfrple uyfrlpe uyfrlep
uyferpl uyferlp uyfeprl uyfeplr uyfelpr uyfelrp uyfperl uyfpelr uyfprel uyfprle uyfplre
uyfpler uyflepr uyflerp uyflper uyflpre uyflrpe uyflrep uyprfel uyprfle uyprefl uyprelf
uyprlef uyprlfe uypfrel uypfrle uypferl uypfelr uypfler uypflre uypefrl uypeflr uyperfl
uyperlf uypelrf uypelfr uyplfer uyplfre uyplefr uyplerf uyplref uyplrfe uylrfpe uylrfep
uylrpfe uylrpef uylrepf uylrefp uylfrpe uylfrep uylfpre uylfper uylfepr uylferp uylpfre
uylpfer uylprfe uylpref uylperf uylpefr uylefpr uylefrp uylepfr uyleprf uylerpf uylerfp
ufeyrpl ufeyrlp ufeyprl ufeyplr ufeylpr ufeylrp uferypl uferylp uferpyl uferply uferlpy
uferlyp ufepryl ufeprly ufepyrl ufepylr ufeplyr ufeplry ufelrpy ufelryp ufelpry ufelpyr
ufelypr ufelyrp ufyerpl ufyerlp ufyeprl ufyeplr ufyelpr ufyelrp ufyrepl ufyrelp ufyrpel
ufyrple ufyrlpe ufyrlep ufyprel ufyprle ufyperl ufypelr ufypler ufyplre ufylrpe ufylrep
ufylpre ufylper ufylepr ufylerp ufryepl ufryelp ufrypel ufryple ufrylpe ufrylep ufreypl
ufreylp ufrepyl ufreply ufrelpy ufrelyp ufrpeyl ufrpely ufrpyel ufrpyle ufrplye ufrpley
ufrlepy ufrleyp ufrlpey ufrlpye ufrlype ufrlyep ufpyrel ufpyrle ufpyerl ufpyelr ufpyler
ufpylre ufpryel ufpryle ufpreyl ufprely ufprley ufprlye ufperyl ufperly ufpeyrl ufpeylr
ufpelyr ufpelry ufplrey ufplrye ufplery ufpleyr ufplyer ufplyre uflyrpe uflyrep uflypre
uflyper uflyepr uflyerp uflrype uflryep uflrpye uflrpey uflrepy uflreyp uflprye uflprey
uflpyre uflpyer uflpeyr uflpery uflerpy ufleryp uflepry uflepyr ufleypr ufleyrp upeyfrl
upeyflr upeyrfl upeyrlf upeylrf upeylfr upefyrl upefylr upefryl upefrly upeflry upeflyr
uperfyl uperfly uperyfl uperylf uperlyf uperlfy upelfry upelfyr upelrfy upelryf upelyrf
upelyfr upyefrl upyeflr upyerfl upyerlf upyelrf upyelfr upyferl upyfelr upyfrel upyfrle
upyflre upyfler upyrfel upyrfle upyrefl upyrelf upyrlef upyrlfe upylfre upylfer upylrfe
upylref upylerf upylefr upfyerl upfyelr upfyrel upfyrle upfylre upfyler upfeyrl upfeylr
upferyl upferly upfelry upfelyr upfreyl upfrely upfryel upfryle upfrlye upfrley upflery
upfleyr upflrey upflrye upflyre upflyer upryfel upryfle upryefl upryelf uprylef uprylfe
uprfyel uprfyle uprfeyl uprfely uprfley uprflye uprefyl uprefly upreyfl upreylf uprelyf
uprelfy uprlfey uprlfye uprlefy uprleyf uprlyef uprlyfe uplyfre uplyfer uplyrfe uplyref
uplyerf uplyefr uplfyre uplfyer uplfrye uplfrey uplfery uplfeyr uplrfye uplrfey uplryfe
uplryef uplreyf uplrefy uplefry uplefyr uplerfy upleryf upleyrf upleyfr uleyfpr uleyfrp
uleypfr uleyprf uleyrpf uleyrfp ulefypr ulefyrp ulefpyr ulefpry ulefrpy ulefryp ulepfyr
ulepfry ulepyfr ulepyrf ulepryf uleprfy ulerfpy ulerfyp ulerpfy ulerpyf ulerypf uleryfp
ulyefpr ulyefrp ulyepfr ulyeprf ulyerpf ulyerfp ulyfepr ulyferp ulyfper ulyfpre ulyfrpe
ulyfrep ulypfer ulypfre ulypefr ulyperf ulypref ulyprfe ulyrfpe ulyrfep ulyrpfe ulyrpef
ulyrepf ulyrefp ulfyepr ulfyerp ulfyper ulfypre ulfyrpe ulfyrep ulfeypr ulfeyrp ulfepyr
ulfepry ulferpy ulferyp ulfpeyr ulfpery ulfpyer ulfpyre ulfprye ulfprey ulfrepy ulfreyp
ulfrpey ulfrpye ulfrype ulfryep ulpyfer ulpyfre ulpyefr ulpyerf ulpyref ulpyrfe ulpfyer
ulpfyre ulpfeyr ulpfery ulpfrey ulpfrye ulpefyr ulpefry ulpeyfr ulpeyrf ulperyf ulperfy
ulprfey ulprfye ulprefy ulpreyf ulpryef ulpryfe ulryfpe ulryfep ulrypfe ulrypef ulryepf
ulryefp ulrfype ulrfyep ulrfpye ulrfpey ulrfepy ulrfeyp ulrpfye ulrpfey ulrpyfe ulrpyef
ulrpeyf ulrpefy ulrefpy ulrefyp ulrepfy ulrepyf ulreypf ulreyfp lreyfup lreyfpu lreyufp
lreyupf lreypuf lreypfu lrefyup lrefypu lrefuyp lrefupy lrefpuy lrefpyu lreufyp lreufpy
lreuyfp lreuypf lreupyf lreupfy lrepfuy lrepfyu lrepufy lrepuyf lrepyuf lrepyfu lryefup
lryefpu lryeufp lryeupf lryepuf lryepfu lryfeup lryfepu lryfuep lryfupe lryfpue lryfpeu
lryufep lryufpe lryuefp lryuepf lryupef lryupfe lrypfue lrypfeu lrypufe lrypuef lrypeuf
lrypefu lrfyeup lrfyepu lrfyuep lrfyupe lrfypue lrfypeu lrfeyup lrfeypu lrfeuyp lrfeupy
lrfepuy lrfepyu lrfueyp lrfuepy lrfuyep lrfuype lrfupye lrfupey lrfpeuy lrfpeyu lrfpuey
lrfpuye lrfpyue lrfpyeu lruyfep lruyfpe lruyefp lruyepf lruypef lruypfe lrufyep lrufype
lrufeyp lrufepy lrufpey lrufpye lruefyp lruefpy lrueyfp lrueypf lruepyf lruepfy lrupfey
lrupfye lrupefy lrupeyf lrupyef lrupyfe lrpyfue lrpyfeu lrpyufe lrpyuef lrpyeuf lrpyefu
lrpfyue lrpfyeu lrpfuye lrpfuey lrpfeuy lrpfeyu lrpufye lrpufey lrpuyfe lrpuyef lrpueyf
lrpuefy lrpefuy lrpefyu lrpeufy lrpeuyf lrpeyuf lrpeyfu leryfup leryfpu leryufp leryupf
lerypuf lerypfu lerfyup lerfypu lerfuyp lerfupy lerfpuy lerfpyu lerufyp lerufpy leruyfp
leruypf lerupyf lerupfy lerpfuy lerpfyu lerpufy lerpuyf lerpyuf lerpyfu leyrfup leyrfpu
leyrufp leyrupf leyrpuf leyrpfu leyfrup leyfrpu leyfurp leyfupr leyfpur leyfpru leyufrp
leyufpr leyurfp leyurpf leyuprf leyupfr leypfur leypfru leypufr leypurf leypruf leyprfu
lefyrup lefyrpu lefyurp lefyupr lefypur lefypru lefryup lefrypu lefruyp lefrupy lefrpuy
lefrpyu lefuryp lefurpy lefuyrp lefuypr lefupyr lefupry lefpruy lefpryu lefpury lefpuyr
lefpyur lefpyru leuyfrp leuyfpr leuyrfp leuyrpf leuyprf leuypfr leufyrp leufypr leufryp
leufrpy leufpry leufpyr leurfyp leurfpy leuryfp leurypf leurpyf leurpfy leupfry leupfyr
leuprfy leupryf leupyrf leupyfr lepyfur lepyfru lepyufr lepyurf lepyruf lepyrfu lepfyur
lepfyru lepfuyr lepfury lepfruy lepfryu lepufyr lepufry lepuyfr lepuyrf lepuryf lepurfy
leprfuy leprfyu leprufy lepruyf lepryuf lepryfu lyerfup lyerfpu lyerufp lyerupf lyerpuf
lyerpfu lyefrup lyefrpu lyefurp lyefupr lyefpur lyefpru lyeufrp lyeufpr lyeurfp lyeurpf
lyeuprf lyeupfr lyepfur lyepfru lyepufr lyepurf lyepruf lyeprfu lyrefup lyrefpu lyreufp
lyreupf lyrepuf lyrepfu lyrfeup lyrfepu lyrfuep lyrfupe lyrfpue lyrfpeu lyrufep lyrufpe
lyruefp lyruepf lyrupef lyrupfe lyrpfue lyrpfeu lyrpufe lyrpuef lyrpeuf lyrpefu lyfreup
lyfrepu lyfruep lyfrupe lyfrpue lyfrpeu lyferup lyferpu lyfeurp lyfeupr lyfepur lyfepru
lyfuerp lyfuepr lyfurep lyfurpe lyfupre lyfuper lyfpeur lyfperu lyfpuer lyfpure lyfprue
lyfpreu lyurfep lyurfpe lyurefp lyurepf lyurpef lyurpfe lyufrep lyufrpe lyuferp lyufepr
lyufper lyufpre lyuefrp lyuefpr lyuerfp lyuerpf lyueprf lyuepfr lyupfer lyupfre lyupefr
lyuperf lyupref lyuprfe lyprfue lyprfeu lyprufe lypruef lypreuf lyprefu lypfrue lypfreu
lypfure lypfuer lypfeur lypferu lypufre lypufer lypurfe lypuref lypuerf lypuefr lypefur
lypefru lypeufr lypeurf lyperuf lyperfu lfeyrup lfeyrpu lfeyurp lfeyupr lfeypur lfeypru
lferyup lferypu lferuyp lferupy lferpuy lferpyu lfeuryp lfeurpy lfeuyrp lfeuypr lfeupyr
lfeupry lfepruy lfepryu lfepury lfepuyr lfepyur lfepyru lfyerup lfyerpu lfyeurp lfyeupr
lfyepur lfyepru lfyreup lfyrepu lfyruep lfyrupe lfyrpue lfyrpeu lfyurep lfyurpe lfyuerp
lfyuepr lfyuper lfyupre lfyprue lfypreu lfypure lfypuer lfypeur lfyperu lfryeup lfryepu
lfryuep lfryupe lfrypue lfrypeu lfreyup lfreypu lfreuyp lfreupy lfrepuy lfrepyu lfrueyp
lfruepy lfruyep lfruype lfrupye lfrupey lfrpeuy lfrpeyu lfrpuey lfrpuye lfrpyue lfrpyeu
lfuyrep lfuyrpe lfuyerp lfuyepr lfuyper lfuypre lfuryep lfurype lfureyp lfurepy lfurpey
lfurpye lfueryp lfuerpy lfueyrp lfueypr lfuepyr lfuepry lfuprey lfuprye lfupery lfupeyr
lfupyer lfupyre lfpyrue lfpyreu lfpyure lfpyuer lfpyeur lfpyeru lfpryue lfpryeu lfpruye
lfpruey lfpreuy lfpreyu lfpurye lfpurey lfpuyre lfpuyer lfpueyr lfpuery lfperuy lfperyu
lfpeury lfpeuyr lfpeyur lfpeyru lueyfrp lueyfpr lueyrfp lueyrpf lueyprf lueypfr luefyrp
luefypr luefryp luefrpy luefpry luefpyr luerfyp luerfpy lueryfp luerypf luerpyf luerpfy
luepfry luepfyr lueprfy luepryf luepyrf luepyfr luyefrp luyefpr luyerfp luyerpf luyeprf
luyepfr luyferp luyfepr luyfrep luyfrpe luyfpre luyfper luyrfep luyrfpe luyrefp luyrepf
luyrpef luyrpfe luypfre luypfer luyprfe luypref luyperf luypefr lufyerp lufyepr lufyrep
lufyrpe lufypre lufyper lufeyrp lufeypr luferyp luferpy lufepry lufepyr lufreyp lufrepy
lufryep lufrype lufrpye lufrpey lufpery lufpeyr lufprey lufprye lufpyre lufpyer luryfep
luryfpe luryefp luryepf lurypef lurypfe lurfyep lurfype lurfeyp lurfepy lurfpey lurfpye
lurefyp lurefpy lureyfp lureypf lurepyf lurepfy lurpfey lurpfye lurpefy lurpeyf lurpyef
lurpyfe lupyfre lupyfer lupyrfe lupyref lupyerf lupyefr lupfyre lupfyer lupfrye lupfrey
lupfery lupfeyr luprfye luprfey lupryfe lupryef lupreyf luprefy lupefry lupefyr luperfy
luperyf lupeyrf lupeyfr lpeyfur lpeyfru lpeyufr lpeyurf lpeyruf lpeyrfu lpefyur lpefyru
lpefuyr lpefury lpefruy lpefryu lpeufyr lpeufry lpeuyfr lpeuyrf lpeuryf lpeurfy lperfuy
lperfyu lperufy lperuyf lperyuf lperyfu lpyefur lpyefru lpyeufr lpyeurf lpyeruf lpyerfu
lpyfeur lpyferu lpyfuer lpyfure lpyfrue lpyfreu lpyufer lpyufre lpyuefr lpyuerf lpyuref
lpyurfe lpyrfue lpyrfeu lpyrufe lpyruef lpyreuf lpyrefu lpfyeur lpfyeru lpfyuer lpfyure
lpfyrue lpfyreu lpfeyur lpfeyru lpfeuyr lpfeury lpferuy lpferyu lpfueyr lpfuery lpfuyer
lpfuyre lpfurye lpfurey lpfreuy lpfreyu lpfruey lpfruye lpfryue lpfryeu lpuyfer lpuyfre
lpuyefr lpuyerf lpuyref lpuyrfe lpufyer lpufyre lpufeyr lpufery lpufrey lpufrye lpuefyr
lpuefry lpueyfr lpueyrf lpueryf lpuerfy lpurfey lpurfye lpurefy lpureyf lpuryef lpuryfe
lpryfue lpryfeu lpryufe lpryuef lpryeuf lpryefu lprfyue lprfyeu lprfuye lprfuey lprfeuy
lprfeyu lprufye lprufey lpruyfe lpruyef lprueyf lpruefy lprefuy lprefyu lpreufy lpreuyf
lpreyuf lpreyfu

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History of cryptography
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