easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

stringology

hoodwinking

paragraphen

chamaecyparis

australi

incomposed

krieger

adfabitur

nonpersons

frankalmoign

restproof

counteracting

leeftail

jurda

unsulphonated

gleyde

volitaveritque

vowed


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: euphory
cipher variations:
fvqipsz gwrjqta hxskrub iytlsvc jzumtwd
kavnuxe lbwovyf mcxpwzg ndyqxah oezrybi
pfaszcj qgbtadk rhcubel sidvcfm tjewdgn
ukfxeho vlgyfip wmhzgjq xniahkr yojbils
zpkcjmt aqldknu brmelov csnfmpw dtognqx

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: euphory
Cipher: vfkslib

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: euphory
Cipher: AABAA BAABB ABBBA AABBB ABBAB BAAAA BABBA

Read more ...

 

Affine Cipher
In the affine cipher the letters of an alphabet of size m are first mapped to the integers in the range 0..m - 1. It then uses modular arithmetic to transform the integer that each plaintext letter corresponds to into another integer that correspond to a ciphertext letter. The encryption function for a single letter is

where modulus m is the size of the alphabet and a and b are the key of the cipher. The value a must be chosen such that a and m are coprime.
Considering the specific case of encrypting messages in English (i.e. m = 26), there are a total of 286 non-trivial affine ciphers, not counting the 26 trivial Caesar ciphers. This number comes from the fact there are 12 numbers that are coprime with 26 that are less than 26 (these are the possible values of a). Each value of a can have 26 different addition shifts (the b value) ; therefore, there are 12*26 or 312 possible keys.
Plaintext: euphory
cipher variations:
fvqipsznjuwravvxyktirdlcyvqnlzgmxyjtnkazgfjpscdwxrdwqfet
zraehmphfesjulptiglchxhmunkdgwrjqtaokvxsbwwyzlujsemdzwro
mahnyzkuolbahgkqtdexysexrgfuasbfinqigftkvmqujhmdiyinvole
hxskrubplwytcxxzamvktfneaxspnbiozalvpmcbihlruefyztfyshgv
btcgjorjhgulwnrvkinejzjowpmfiytlsvcqmxzudyyabnwlugofbytq
ocjpabmwqndcjimsvfgzaugztihwcudhkpskihvmxoswljofkakpxqng
jzumtwdrnyavezzbcoxmvhpgczurpdkqbcnxroedkjntwghabvhaujix
dveilqtljiwnyptxmkpglblqyrohkavnuxesozbwfaacdpynwiqhdavs
qelrcdoyspfelkouxhibcwibvkjyewfjmrumkjxozquynlqhmcmrzspi
lbwovyftpacxgbbdeqzoxjriebwtrfmsdepztqgfmlpvyijcdxjcwlkz
fxgknsvnlkyparvzomrindnsatqjmcxpwzguqbdyhccefrapyksjfcxu
sgntefqaurhgnmqwzjkdeykdxmlagyhlotwomlzqbswapnsjoeotburk
ndyqxahvrceziddfgsbqzltkgdyvthoufgrbvsihonrxaklefzleynmb
hzimpuxpnmarctxbqotkpfpucvsloezrybiwsdfajeeghtcramulhezw
uipvghscwtjiposyblmfgamfzonciajnqvyqonbsduycrpulqgqvdwtm
pfaszcjxtegbkffhiudsbnvmifaxvjqwhitdxukjqptzcmnghbngapod
jbkorwzrpoctevzdsqvmrhrwexunqgbtadkyufhclggijvetcownjgby
wkrxijueyvlkrquadnohicohbqpekclpsxasqpdufwaetrwnsisxfyvo
rhcubelzvgidmhhjkwfudpxokhczxlsyjkvfzwmlsrvbeopijdpicrqf
ldmqtybtrqevgxbfusxotjtygzwpsidvcfmawhjeniiklxgveqyplida
ymtzklwgaxnmtswcfpqjkeqjdsrgmenruzcusrfwhycgvtypukuzhaxq
tjewdgnbxikfojjlmyhwfrzqmjebznualmxhbyonutxdgqrklfrketsh
nfosvadvtsgxizdhwuzqvlvaibyrukfxehocyjlgpkkmnzixgsarnkfc
aovbmnyiczpovuyehrslmgslfutiogptwbewuthyjaeixvarwmwbjczs
vlgyfipdzkmhqllnoajyhtbsolgdbpwcnozjdaqpwvzfistmnhtmgvuj
phquxcfxvuizkbfjywbsxnxckdatwmhzgjqealnirmmopbkziuctpmhe
cqxdopakebrqxwagjtunoiunhwvkqirvydgywvjalcgkzxctyoydlebu
xniahkrfbmojsnnpqclajvduqnifdryepqblfcsryxbhkuvopjvoixwl
rjswzehzxwkbmdhlayduzpzemfcvyojbilsgcnpktooqrdmbkwevrojg
eszfqrcmgdtszycilvwpqkwpjyxmsktxafiayxlcneimbzevaqafngdw
zpkcjmthdoqlupprsenclxfwspkhftagrsdnheutazdjmwxqrlxqkzyn
tluybgjbzymdofjncafwbrbgohexaqldknuieprmvqqstfodmygxtqli
gubhsteoifvubaeknxyrsmyrlazoumvzchkcaznepgkodbgxcschpify
brmelovjfqsnwrrtugpenzhyurmjhvcitufpjgwvcbfloyzstnzsmbap
vnwadildbaofqhlpechydtdiqjgzcsnfmpwkgrtoxssuvhqfoaizvsnk
iwdjuvgqkhxwdcgmpzatuoatncbqwoxbejmecbpgrimqfdizeuejrkha
dtognqxlhsupyttvwirgpbjawtoljxekvwhrliyxedhnqabuvpbuodcr
xpycfknfdcqhsjnrgejafvfkslibeuphorymitvqzuuwxjshqckbxupm
kyflwxismjzyfeiorbcvwqcvpedsyqzdglogedritkoshfkbgwgltmjc

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: euphory
Cipher: rhcubel

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: euphory
Cipher: 51545332432445

Extended Methods:
Method #1

Plaintext: euphory
method variations:
kzuntwdpezsybiukexdgozpkcimt

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
e u p h o r y 
5 5 5 3 4 2 4 
1 4 3 2 3 4 5 
They are then read out in rows:
55534241432345
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: euphory
Cipher: zpidomy

Read more ...
Method #3

Plaintext: euphory
method variations:
vynrhtz ynrhtzv nrhtzvy
rhtzvyn htzvynr tzvynrh
zvynrht

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: euphory

all 5040 cipher variations:
euphory euphoyr euphroy euphryo euphyro euphyor eupohry eupohyr euporhy euporyh eupoyrh
eupoyhr euprohy euproyh euprhoy euprhyo eupryho eupryoh eupyorh eupyohr eupyroh eupyrho
eupyhro eupyhor euhpory euhpoyr euhproy euhpryo euhpyro euhpyor euhopry euhopyr euhorpy
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ohyperu ohypeur ohypreu ohyprue ohypure ohypuer oephury oephuyr oephruy oephryu oephyru
oephyur oepuhry oepuhyr oepurhy oepuryh oepuyrh oepuyhr oepruhy oepruyh oeprhuy oeprhyu
oepryhu oepryuh oepyurh oepyuhr oepyruh oepyrhu oepyhru oepyhur oehpury oehpuyr oehpruy
oehpryu oehpyru oehpyur oehupry oehupyr oehurpy oehuryp oehuyrp oehuypr oehrupy oehruyp
oehrpuy oehrpyu oehrypu oehryup oehyurp oehyupr oehyrup oehyrpu oehypru oehypur oeuhpry
oeuhpyr oeuhrpy oeuhryp oeuhyrp oeuhypr oeuphry oeuphyr oeuprhy oeupryh oeupyrh oeupyhr
oeurphy oeurpyh oeurhpy oeurhyp oeuryhp oeuryph oeuyprh oeuyphr oeuyrph oeuyrhp oeuyhrp
oeuyhpr oerhupy oerhuyp oerhpuy oerhpyu oerhypu oerhyup oeruhpy oeruhyp oeruphy oerupyh
oeruyph oeruyhp oerpuhy oerpuyh oerphuy oerphyu oerpyhu oerpyuh oeryuph oeryuhp oerypuh
oeryphu oeryhpu oeryhup oeyhurp oeyhupr oeyhrup oeyhrpu oeyhpru oeyhpur oeyuhrp oeyuhpr
oeyurhp oeyurph oeyuprh oeyuphr oeyruhp oeyruph oeyrhup oeyrhpu oeyrphu oeyrpuh oeypurh
oeypuhr oeypruh oeyprhu oeyphru oeyphur orpheuy orpheyu orphuey orphuye orphyue orphyeu
orpehuy orpehyu orpeuhy orpeuyh orpeyuh orpeyhu orpuehy orpueyh orpuhey orpuhye orpuyhe
orpuyeh orpyeuh orpyehu orpyueh orpyuhe orpyhue orpyheu orhpeuy orhpeyu orhpuey orhpuye
orhpyue orhpyeu orhepuy orhepyu orheupy orheuyp orheyup orheypu orhuepy orhueyp orhupey
orhupye orhuype orhuyep orhyeup orhyepu orhyuep orhyupe orhypue orhypeu orehpuy orehpyu
orehupy orehuyp orehyup orehypu orephuy orephyu orepuhy orepuyh orepyuh orepyhu oreuphy
oreupyh oreuhpy oreuhyp oreuyhp oreuyph oreypuh oreyphu oreyuph oreyuhp oreyhup oreyhpu
oruhepy oruheyp oruhpey oruhpye oruhype oruhyep oruehpy oruehyp oruephy oruepyh orueyph
orueyhp orupehy orupeyh oruphey oruphye orupyhe orupyeh oruyeph oruyehp oruypeh oruyphe
oruyhpe oruyhep oryheup oryhepu oryhuep oryhupe oryhpue oryhpeu oryehup oryehpu oryeuhp
oryeuph oryepuh oryephu oryuehp oryueph oryuhep oryuhpe oryuphe oryupeh orypeuh orypehu
orypueh orypuhe oryphue orypheu oypheru oypheur oyphreu oyphrue oyphure oyphuer oypehru
oypehur oyperhu oyperuh oypeurh oypeuhr oyprehu oypreuh oyprheu oyprhue oypruhe oyprueh
oypuerh oypuehr oypureh oypurhe oypuhre oypuher oyhperu oyhpeur oyhpreu oyhprue oyhpure
oyhpuer oyhepru oyhepur oyherpu oyherup oyheurp oyheupr oyhrepu oyhreup oyhrpeu oyhrpue
oyhrupe oyhruep oyhuerp oyhuepr oyhurep oyhurpe oyhupre oyhuper oyehpru oyehpur oyehrpu
oyehrup oyehurp oyehupr oyephru oyephur oyeprhu oyepruh oyepurh oyepuhr oyerphu oyerpuh
oyerhpu oyerhup oyeruhp oyeruph oyeuprh oyeuphr oyeurph oyeurhp oyeuhrp oyeuhpr oyrhepu
oyrheup oyrhpeu oyrhpue oyrhupe oyrhuep oyrehpu oyrehup oyrephu oyrepuh oyreuph oyreuhp
oyrpehu oyrpeuh oyrpheu oyrphue oyrpuhe oyrpueh oyrueph oyruehp oyrupeh oyruphe oyruhpe
oyruhep oyuherp oyuhepr oyuhrep oyuhrpe oyuhpre oyuhper oyuehrp oyuehpr oyuerhp oyuerph
oyueprh oyuephr oyurehp oyureph oyurhep oyurhpe oyurphe oyurpeh oyuperh oyupehr oyupreh
oyuprhe oyuphre oyupher ruphoey ruphoye rupheoy rupheyo ruphyeo ruphyoe rupohey rupohye
rupoehy rupoeyh rupoyeh rupoyhe rupeohy rupeoyh rupehoy rupehyo rupeyho rupeyoh rupyoeh
rupyohe rupyeoh rupyeho rupyheo rupyhoe ruhpoey ruhpoye ruhpeoy ruhpeyo ruhpyeo ruhpyoe
ruhopey ruhopye ruhoepy ruhoeyp ruhoyep ruhoype ruheopy ruheoyp ruhepoy ruhepyo ruheypo
ruheyop ruhyoep ruhyope ruhyeop ruhyepo ruhypeo ruhypoe ruohpey ruohpye ruohepy ruoheyp
ruohyep ruohype ruophey ruophye ruopehy ruopeyh ruopyeh ruopyhe ruoephy ruoepyh ruoehpy
ruoehyp ruoeyhp ruoeyph ruoypeh ruoyphe ruoyeph ruoyehp ruoyhep ruoyhpe ruehopy ruehoyp
ruehpoy ruehpyo ruehypo ruehyop rueohpy rueohyp rueophy rueopyh rueoyph rueoyhp ruepohy
ruepoyh ruephoy ruephyo ruepyho ruepyoh rueyoph rueyohp rueypoh rueypho rueyhpo rueyhop
ruyhoep ruyhope ruyheop ruyhepo ruyhpeo ruyhpoe ruyohep ruyohpe ruyoehp ruyoeph ruyopeh
ruyophe ruyeohp ruyeoph ruyehop ruyehpo ruyepho ruyepoh ruypoeh ruypohe ruypeoh ruypeho
ruypheo ruyphoe rpuhoey rpuhoye rpuheoy rpuheyo rpuhyeo rpuhyoe rpuohey rpuohye rpuoehy
rpuoeyh rpuoyeh rpuoyhe rpueohy rpueoyh rpuehoy rpuehyo rpueyho rpueyoh rpuyoeh rpuyohe
rpuyeoh rpuyeho rpuyheo rpuyhoe rphuoey rphuoye rphueoy rphueyo rphuyeo rphuyoe rphouey
rphouye rphoeuy rphoeyu rphoyeu rphoyue rpheouy rpheoyu rpheuoy rpheuyo rpheyuo rpheyou
rphyoeu rphyoue rphyeou rphyeuo rphyueo rphyuoe rpohuey rpohuye rpoheuy rpoheyu rpohyeu
rpohyue rpouhey rpouhye rpouehy rpoueyh rpouyeh rpouyhe rpoeuhy rpoeuyh rpoehuy rpoehyu
rpoeyhu rpoeyuh rpoyueh rpoyuhe rpoyeuh rpoyehu rpoyheu rpoyhue rpehouy rpehoyu rpehuoy
rpehuyo rpehyuo rpehyou rpeohuy rpeohyu rpeouhy rpeouyh rpeoyuh rpeoyhu rpeuohy rpeuoyh
rpeuhoy rpeuhyo rpeuyho rpeuyoh rpeyouh rpeyohu rpeyuoh rpeyuho rpeyhuo rpeyhou rpyhoeu
rpyhoue rpyheou rpyheuo rpyhueo rpyhuoe rpyoheu rpyohue rpyoehu rpyoeuh rpyoueh rpyouhe
rpyeohu rpyeouh rpyehou rpyehuo rpyeuho rpyeuoh rpyuoeh rpyuohe rpyueoh rpyueho rpyuheo
rpyuhoe rhpuoey rhpuoye rhpueoy rhpueyo rhpuyeo rhpuyoe rhpouey rhpouye rhpoeuy rhpoeyu
rhpoyeu rhpoyue rhpeouy rhpeoyu rhpeuoy rhpeuyo rhpeyuo rhpeyou rhpyoeu rhpyoue rhpyeou
rhpyeuo rhpyueo rhpyuoe rhupoey rhupoye rhupeoy rhupeyo rhupyeo rhupyoe rhuopey rhuopye
rhuoepy rhuoeyp rhuoyep rhuoype rhueopy rhueoyp rhuepoy rhuepyo rhueypo rhueyop rhuyoep
rhuyope rhuyeop rhuyepo rhuypeo rhuypoe rhoupey rhoupye rhouepy rhoueyp rhouyep rhouype
rhopuey rhopuye rhopeuy rhopeyu rhopyeu rhopyue rhoepuy rhoepyu rhoeupy rhoeuyp rhoeyup
rhoeypu rhoypeu rhoypue rhoyepu rhoyeup rhoyuep rhoyupe rheuopy rheuoyp rheupoy rheupyo
rheuypo rheuyop rheoupy rheouyp rheopuy rheopyu rheoypu rheoyup rhepouy rhepoyu rhepuoy
rhepuyo rhepyuo rhepyou rheyopu rheyoup rheypou rheypuo rheyupo rheyuop rhyuoep rhyuope
rhyueop rhyuepo rhyupeo rhyupoe rhyouep rhyoupe rhyoeup rhyoepu rhyopeu rhyopue rhyeoup
rhyeopu rhyeuop rhyeupo rhyepuo rhyepou rhypoeu rhypoue rhypeou rhypeuo rhypueo rhypuoe
rophuey rophuye ropheuy ropheyu rophyeu rophyue ropuhey ropuhye ropuehy ropueyh ropuyeh
ropuyhe ropeuhy ropeuyh ropehuy ropehyu ropeyhu ropeyuh ropyueh ropyuhe ropyeuh ropyehu
ropyheu ropyhue rohpuey rohpuye rohpeuy rohpeyu rohpyeu rohpyue rohupey rohupye rohuepy
rohueyp rohuyep rohuype roheupy roheuyp rohepuy rohepyu roheypu roheyup rohyuep rohyupe
rohyeup rohyepu rohypeu rohypue rouhpey rouhpye rouhepy rouheyp rouhyep rouhype rouphey
rouphye roupehy roupeyh roupyeh roupyhe rouephy rouepyh rouehpy rouehyp roueyhp roueyph
rouypeh rouyphe rouyeph rouyehp rouyhep rouyhpe roehupy roehuyp roehpuy roehpyu roehypu
roehyup roeuhpy roeuhyp roeuphy roeupyh roeuyph roeuyhp roepuhy roepuyh roephuy roephyu
roepyhu roepyuh roeyuph roeyuhp roeypuh roeyphu roeyhpu roeyhup royhuep royhupe royheup
royhepu royhpeu royhpue royuhep royuhpe royuehp royueph royupeh royuphe royeuhp royeuph
royehup royehpu royephu royepuh roypueh roypuhe roypeuh roypehu roypheu royphue rephouy
rephoyu rephuoy rephuyo rephyuo rephyou repohuy repohyu repouhy repouyh repoyuh repoyhu
repuohy repuoyh repuhoy repuhyo repuyho repuyoh repyouh repyohu repyuoh repyuho repyhuo
repyhou rehpouy rehpoyu rehpuoy rehpuyo rehpyuo rehpyou rehopuy rehopyu rehoupy rehouyp
rehoyup rehoypu rehuopy rehuoyp rehupoy rehupyo rehuypo rehuyop rehyoup rehyopu rehyuop
rehyupo rehypuo rehypou reohpuy reohpyu reohupy reohuyp reohyup reohypu reophuy reophyu
reopuhy reopuyh reopyuh reopyhu reouphy reoupyh reouhpy reouhyp reouyhp reouyph reoypuh
reoyphu reoyuph reoyuhp reoyhup reoyhpu reuhopy reuhoyp reuhpoy reuhpyo reuhypo reuhyop
reuohpy reuohyp reuophy reuopyh reuoyph reuoyhp reupohy reupoyh reuphoy reuphyo reupyho
reupyoh reuyoph reuyohp reuypoh reuypho reuyhpo reuyhop reyhoup reyhopu reyhuop reyhupo
reyhpuo reyhpou reyohup reyohpu reyouhp reyouph reyopuh reyophu reyuohp reyuoph reyuhop
reyuhpo reyupho reyupoh reypouh reypohu reypuoh reypuho reyphuo reyphou ryphoeu ryphoue
rypheou rypheuo ryphueo ryphuoe rypoheu rypohue rypoehu rypoeuh rypoueh rypouhe rypeohu
rypeouh rypehou rypehuo rypeuho rypeuoh rypuoeh rypuohe rypueoh rypueho rypuheo rypuhoe
ryhpoeu ryhpoue ryhpeou ryhpeuo ryhpueo ryhpuoe ryhopeu ryhopue ryhoepu ryhoeup ryhouep
ryhoupe ryheopu ryheoup ryhepou ryhepuo ryheupo ryheuop ryhuoep ryhuope ryhueop ryhuepo
ryhupeo ryhupoe ryohpeu ryohpue ryohepu ryoheup ryohuep ryohupe ryopheu ryophue ryopehu
ryopeuh ryopueh ryopuhe ryoephu ryoepuh ryoehpu ryoehup ryoeuhp ryoeuph ryoupeh ryouphe
ryoueph ryouehp ryouhep ryouhpe ryehopu ryehoup ryehpou ryehpuo ryehupo ryehuop ryeohpu
ryeohup ryeophu ryeopuh ryeouph ryeouhp ryepohu ryepouh ryephou ryephuo ryepuho ryepuoh
ryeuoph ryeuohp ryeupoh ryeupho ryeuhpo ryeuhop ryuhoep ryuhope ryuheop ryuhepo ryuhpeo
ryuhpoe ryuohep ryuohpe ryuoehp ryuoeph ryuopeh ryuophe ryueohp ryueoph ryuehop ryuehpo
ryuepho ryuepoh ryupoeh ryupohe ryupeoh ryupeho ryupheo ryuphoe yuphore yuphoer yuphroe
yuphreo yuphero yupheor yupohre yupoher yuporhe yuporeh yupoerh yupoehr yuprohe yuproeh
yuprhoe yuprheo yupreho yupreoh yupeorh yupeohr yuperoh yuperho yupehro yupehor yuhpore
yuhpoer yuhproe yuhpreo yuhpero yuhpeor yuhopre yuhoper yuhorpe yuhorep yuhoerp yuhoepr
yuhrope yuhroep yuhrpoe yuhrpeo yuhrepo yuhreop yuheorp yuheopr yuherop yuherpo yuhepro
yuhepor yuohpre yuohper yuohrpe yuohrep yuoherp yuohepr yuophre yuopher yuoprhe yuopreh
yuoperh yuopehr yuorphe yuorpeh yuorhpe yuorhep yuorehp yuoreph yuoeprh yuoephr yuoerph
yuoerhp yuoehrp yuoehpr yurhope yurhoep yurhpoe yurhpeo yurhepo yurheop yurohpe yurohep
yurophe yuropeh yuroeph yuroehp yurpohe yurpoeh yurphoe yurpheo yurpeho yurpeoh yureoph
yureohp yurepoh yurepho yurehpo yurehop yuehorp yuehopr yuehrop yuehrpo yuehpro yuehpor
yueohrp yueohpr yueorhp yueorph yueoprh yueophr yuerohp yueroph yuerhop yuerhpo yuerpho
yuerpoh yueporh yuepohr yueproh yueprho yuephro yuephor ypuhore ypuhoer ypuhroe ypuhreo
ypuhero ypuheor ypuohre ypuoher ypuorhe ypuoreh ypuoerh ypuoehr ypurohe ypuroeh ypurhoe
ypurheo ypureho ypureoh ypueorh ypueohr ypueroh ypuerho ypuehro ypuehor yphuore yphuoer
yphuroe yphureo yphuero yphueor yphoure yphouer yphorue yphoreu yphoeru yphoeur yphroue
yphroeu yphruoe yphrueo yphreuo yphreou ypheoru ypheour ypherou ypheruo ypheuro ypheuor
ypohure ypohuer ypohrue ypohreu ypoheru ypoheur ypouhre ypouher ypourhe ypoureh ypouerh
ypouehr yporuhe yporueh yporhue yporheu yporehu yporeuh ypoeurh ypoeuhr ypoeruh ypoerhu
ypoehru ypoehur yprhoue yprhoeu yprhuoe yprhueo yprheuo yprheou yprohue yproheu yprouhe
yproueh yproeuh yproehu ypruohe ypruoeh ypruhoe ypruheo yprueho yprueoh ypreouh ypreohu
ypreuoh ypreuho yprehuo yprehou ypehoru ypehour ypehrou ypehruo ypehuro ypehuor ypeohru
ypeohur ypeorhu ypeoruh ypeourh ypeouhr yperohu yperouh yperhou yperhuo yperuho yperuoh
ypeuorh ypeuohr ypeuroh ypeurho ypeuhro ypeuhor yhpuore yhpuoer yhpuroe yhpureo yhpuero
yhpueor yhpoure yhpouer yhporue yhporeu yhpoeru yhpoeur yhproue yhproeu yhpruoe yhprueo
yhpreuo yhpreou yhpeoru yhpeour yhperou yhperuo yhpeuro yhpeuor yhupore yhupoer yhuproe
yhupreo yhupero yhupeor yhuopre yhuoper yhuorpe yhuorep yhuoerp yhuoepr yhurope yhuroep
yhurpoe yhurpeo yhurepo yhureop yhueorp yhueopr yhuerop yhuerpo yhuepro yhuepor yhoupre
yhouper yhourpe yhourep yhouerp yhouepr yhopure yhopuer yhoprue yhopreu yhoperu yhopeur
yhorpue yhorpeu yhorupe yhoruep yhoreup yhorepu yhoepru yhoepur yhoerpu yhoerup yhoeurp
yhoeupr yhruope yhruoep yhrupoe yhrupeo yhruepo yhrueop yhroupe yhrouep yhropue yhropeu
yhroepu yhroeup yhrpoue yhrpoeu yhrpuoe yhrpueo yhrpeuo yhrpeou yhreopu yhreoup yhrepou
yhrepuo yhreupo yhreuop yheuorp yheuopr yheurop yheurpo yheupro yheupor yheourp yheoupr
yheorup yheorpu yheopru yheopur yheroup yheropu yheruop yherupo yherpuo yherpou yheporu
yhepour yheprou yhepruo yhepuro yhepuor yophure yophuer yophrue yophreu yopheru yopheur
yopuhre yopuher yopurhe yopureh yopuerh yopuehr yopruhe yoprueh yoprhue yoprheu yoprehu
yopreuh yopeurh yopeuhr yoperuh yoperhu yopehru yopehur yohpure yohpuer yohprue yohpreu
yohperu yohpeur yohupre yohuper yohurpe yohurep yohuerp yohuepr yohrupe yohruep yohrpue
yohrpeu yohrepu yohreup yoheurp yoheupr yoherup yoherpu yohepru yohepur youhpre youhper
youhrpe youhrep youherp youhepr youphre youpher youprhe youpreh youperh youpehr yourphe
yourpeh yourhpe yourhep yourehp youreph youeprh youephr youerph youerhp youehrp youehpr
yorhupe yorhuep yorhpue yorhpeu yorhepu yorheup yoruhpe yoruhep yoruphe yorupeh yorueph
yoruehp yorpuhe yorpueh yorphue yorpheu yorpehu yorpeuh yoreuph yoreuhp yorepuh yorephu
yorehpu yorehup yoehurp yoehupr yoehrup yoehrpu yoehpru yoehpur yoeuhrp yoeuhpr yoeurhp
yoeurph yoeuprh yoeuphr yoeruhp yoeruph yoerhup yoerhpu yoerphu yoerpuh yoepurh yoepuhr
yoepruh yoeprhu yoephru yoephur yrphoue yrphoeu yrphuoe yrphueo yrpheuo yrpheou yrpohue
yrpoheu yrpouhe yrpoueh yrpoeuh yrpoehu yrpuohe yrpuoeh yrpuhoe yrpuheo yrpueho yrpueoh
yrpeouh yrpeohu yrpeuoh yrpeuho yrpehuo yrpehou yrhpoue yrhpoeu yrhpuoe yrhpueo yrhpeuo
yrhpeou yrhopue yrhopeu yrhoupe yrhouep yrhoeup yrhoepu yrhuope yrhuoep yrhupoe yrhupeo
yrhuepo yrhueop yrheoup yrheopu yrheuop yrheupo yrhepuo yrhepou yrohpue yrohpeu yrohupe
yrohuep yroheup yrohepu yrophue yropheu yropuhe yropueh yropeuh yropehu yrouphe yroupeh
yrouhpe yrouhep yrouehp yroueph yroepuh yroephu yroeuph yroeuhp yroehup yroehpu yruhope
yruhoep yruhpoe yruhpeo yruhepo yruheop yruohpe yruohep yruophe yruopeh yruoeph yruoehp
yrupohe yrupoeh yruphoe yrupheo yrupeho yrupeoh yrueoph yrueohp yruepoh yruepho yruehpo
yruehop yrehoup yrehopu yrehuop yrehupo yrehpuo yrehpou yreohup yreohpu yreouhp yreouph
yreopuh yreophu yreuohp yreuoph yreuhop yreuhpo yreupho yreupoh yrepouh yrepohu yrepuoh
yrepuho yrephuo yrephou yephoru yephour yephrou yephruo yephuro yephuor yepohru yepohur
yeporhu yeporuh yepourh yepouhr yeprohu yeprouh yeprhou yeprhuo yepruho yepruoh yepuorh
yepuohr yepuroh yepurho yepuhro yepuhor yehporu yehpour yehprou yehpruo yehpuro yehpuor
yehopru yehopur yehorpu yehorup yehourp yehoupr yehropu yehroup yehrpou yehrpuo yehrupo
yehruop yehuorp yehuopr yehurop yehurpo yehupro yehupor yeohpru yeohpur yeohrpu yeohrup
yeohurp yeohupr yeophru yeophur yeoprhu yeopruh yeopurh yeopuhr yeorphu yeorpuh yeorhpu
yeorhup yeoruhp yeoruph yeouprh yeouphr yeourph yeourhp yeouhrp yeouhpr yerhopu yerhoup
yerhpou yerhpuo yerhupo yerhuop yerohpu yerohup yerophu yeropuh yerouph yerouhp yerpohu
yerpouh yerphou yerphuo yerpuho yerpuoh yeruoph yeruohp yerupoh yerupho yeruhpo yeruhop
yeuhorp yeuhopr yeuhrop yeuhrpo yeuhpro yeuhpor yeuohrp yeuohpr yeuorhp yeuorph yeuoprh
yeuophr yeurohp yeuroph yeurhop yeurhpo yeurpho yeurpoh yeuporh yeupohr yeuproh yeuprho
yeuphro yeuphor

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History of cryptography
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