easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

rhizopodan

freenet

protobishop

yusufs

plumpish

hache

almanza

ungazing

huette

holderman

coracles

monoploid

nonbachelor

pachydactyl

mainliner

acciuerantque

pulchrumque

besmiles


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: henegar
cipher variations:
ifofhbs jgpgict khqhjdu lirikev mjsjlfw
nktkmgx olulnhy pmvmoiz qnwnpja roxoqkb
spyprlc tqzqsmd urartne vsbsuof wtctvpg
xuduwqh yvevxri zwfwysj axgxztk byhyaul
czizbvm dajacwn ebkbdxo fclceyp gdmdfzq

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: henegar
Cipher: svmvtzi

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: henegar
Cipher: AABBB AABAA ABBAA AABAA AABBA AAAAA BAAAA

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: henegar
cipher variations:
ifofhbswnontbakvovfbiydodrbqmloldbyatotpbgcjojnbwqrorzbe
ezozlbmshohxbugpopjbcuxoxvbkjgpgictxopoucblwpwgcjzepescr
nmpmeczbupuqchdkpkocxrspsacffapamcntipiycvhqpqkcdvypywcl
khqhjduypqpvdcmxqxhdkafqftdsonqnfdacvqvrdielqlpdystqtbdg
gbqbndoujqjzdwirqrldewzqzxdmlirikevzqrqwednyryielbgrguet
porogebdwrwsejfmrmqezturucehhcrcoepvkrkaexjsrsmefxarayen
mjsjlfwarsrxfeozszjfmchshvfuqpsphfcexsxtfkgnsnrfauvsvdfi
idsdpfqwlslbfyktstnfgybsbzfonktkmgxbstsygfpatakgnditiwgv
rqtqigdfytyuglhotosgbvwtwegjjeteqgrxmtmcgzlutuoghzctcagp
olulnhyctutzhgqbublhoejujxhwsrurjhegzuzvhmipupthcwxuxfhk
kfufrhsynundhamvuvphiadudbhqpmvmoizduvuaihrcvcmipfkvkyix
tsvskifhavawinjqvquidxyvygillgvgsitzovoeibnwvwqijbevecir
qnwnpjaevwvbjisdwdnjqglwlzjyutwtljgibwbxjokrwrvjeyzwzhjm
mhwhtjuapwpfjcoxwxrjkcfwfdjsroxoqkbfwxwckjtexeokrhmxmakz
vuxumkhjcxcykplsxswkfzaxaiknnixiukvbqxqgkdpyxyskldgxgekt
spyprlcgxyxdlkufyfplsinynblawvyvnlikdydzlqmtytxlgabybjlo
ojyjvlwcryrhleqzyztlmehyhflutqzqsmdhyzyemlvgzgqmtjozocmb
xwzwomjlezeamrnuzuymhbczckmppkzkwmxdszsimfrazaumnfizigmv
urartneizazfnmwhahrnukpapdncyxaxpnkmfafbnsovavznicdadlnq
qlalxnyetatjngsbabvnogjajhnwvsbsuofjabagonxibisovlqbqeod
zybyqolngbgcotpwbwaojdebemorrmbmyozfubukohtcbcwophkbkiox
wtctvpgkbcbhpoyjcjtpwmrcrfpeazczrpmohchdpuqxcxbpkefcfnps
sncnzpagvcvlpiudcdxpqilcljpyxuduwqhlcdciqpzkdkuqxnsdsgqf
badasqnpidieqvrydycqlfgdgoqttodoaqbhwdwmqjvedeyqrjmdmkqz
yvevxrimdedjrqalelvryotethrgcbebtroqjejfrwszezdrmghehpru
upepbrcixexnrkwfefzrsknenlrazwfwysjnefeksrbmfmwszpufuish
dcfcusprkfkgsxtafaesnhifiqsvvqfqcsdjyfyoslxgfgastlofomsb
axgxztkofgfltscngnxtaqvgvjtiedgdvtqslglhtyubgbftoijgjrtw
wrgrdtekzgzptmyhghbtumpgpntcbyhyaulpghgmutdohoyubrwhwkuj
fehewurtmhmiuzvchcgupjkhksuxxshseuflahaqunzihicuvnqhqoud
czizbvmqhihnvuepipzvcsxixlvkgfifxvsuninjvawdidhvqkliltvy
ytitfvgmbibrvoajijdvworirpvedajacwnrijiowvfqjqawdtyjymwl
hgjgywtvojokwbxejeiwrlmjmuwzzujugwhncjcswpbkjkewxpsjsqwf
ebkbdxosjkjpxwgrkrbxeuzkznxmihkhzxuwpkplxcyfkfjxsmnknvxa
avkvhxiodkdtxqclklfxyqtktrxgfclceyptklkqyxhslscyfvalaoyn
jiliayvxqlqmydzglgkytnolowybbwlwiyjpeleuyrdmlmgyzrulusyh
gdmdfzqulmlrzyitmtdzgwbmbpzokjmjbzwyrmrnzeahmhlzuopmpxzc
cxmxjzkqfmfvzsenmnhzasvmvtzihenegarvmnmsazjunueahxcncqap
lknkcaxzsnsoafbinimavpqnqyaddynykalrgngwatfonoiabtwnwuaj

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: henegar
Cipher: urartne

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: henegar
Cipher: 32513351221124

Extended Methods:
Method #1

Plaintext: henegar
method variations:
nkskmfwspxprlbxucuwqgczhzbvm

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath: 
h e n e g a r 
3 5 3 5 2 1 2 
2 1 3 1 2 1 4
They are then read out in rows:
35352122131214
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: henegar
Cipher: xxbglfq

Read more ...
Method #3

Plaintext: henegar
method variations:
wlxfbfo lxfbfow xfbfowl
fbfowlx bfowlxf fowlxfb
owlxfbf

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: henegar

all 5040 cipher variations:
henegar henegra heneagr henearg henerag henerga hengear hengera hengaer hengare hengrae
hengrea henager henagre henaegr henaerg henareg henarge henrgae henrgea henrage henraeg
henreag henrega heengar heengra heenagr heenarg heenrag heenrga heegnar heegnra heeganr
heegarn heegran heegrna heeagnr heeagrn heeangr heeanrg heearng heeargn heergan heergna
heeragn heerang heernag heernga hegenar hegenra hegeanr hegearn hegeran hegerna hegnear
hegnera hegnaer hegnare hegnrae hegnrea heganer heganre hegaenr hegaern hegaren hegarne
hegrnae hegrnea hegrane hegraen hegrean hegrena heaegnr heaegrn heaengr heaenrg heaerng
heaergn heagenr heagern heagner heagnre heagrne heagren heanger heangre heanegr heanerg
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hnraeeg hnraeeg hnraege hnregae hnregea hnreage hnreaeg hnreeag hnreega henegar henegra
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earhgne earhegn earheng earhneg earhnge earnghe earngeh earnhge earnheg earnehg earnegh
ernegah ernegha erneagh erneahg ernehag ernehga erngeah erngeha erngaeh erngahe ernghae
ernghea ernageh ernaghe ernaegh ernaehg ernaheg ernahge ernhgae ernhgea ernhage ernhaeg
ernheag ernhega erengah erengha erenagh erenahg erenhag erenhga eregnah eregnha ereganh
eregahn ereghan ereghna ereagnh ereaghn ereangh ereanhg ereahng ereahgn erehgan erehgna
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ergneha ergnaeh ergnahe ergnhae ergnhea erganeh erganhe ergaenh ergaehn ergahen ergahne
erghnae erghnea erghane erghaen erghean erghena eraegnh eraeghn eraengh eraenhg eraehng
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erhaegn erhaeng erhaneg erhange erhngae erhngea erhnage erhnaeg erhneag erhnega nehegar
nehegra neheagr nehearg neherag neherga nehgear nehgera nehgaer nehgare nehgrae nehgrea
nehager nehagre nehaegr nehaerg nehareg neharge nehrgae nehrgea nehrage nehraeg nehreag
nehrega neehgar neehgra neehagr neeharg neehrag neehrga neeghar neeghra neegahr neegarh
neegrah neegrha neeaghr neeagrh neeahgr neeahrg neearhg neeargh neergah neergha neeragh
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neghaer neghare neghrae neghrea negaher negahre negaehr negaerh negareh negarhe negrhae
negrhea negrahe negraeh negreah negreha neaeghr neaegrh neaehgr neaehrg neaerhg neaergh
neagehr neagerh neagher neaghre neagrhe neagreh neahger neahgre neahegr neaherg neahreg
neahrge nearghe neargeh nearhge nearheg nearehg nearegh neregah neregha nereagh nereahg
nerehag nerehga nergeah nergeha nergaeh nergahe nerghae nerghea nerageh neraghe neraegh
neraehg neraheg nerahge nerhgae nerhgea nerhage nerhaeg nerheag nerhega nheegar nheegra
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nheagre nheaegr nheaerg nheareg nhearge nhergae nhergea nherage nheraeg nhereag nherega
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nhegrea nheager nheagre nheaegr nheaerg nheareg nhearge nhergae nhergea nherage nheraeg
nhereag nherega nhgeear nhgeera nhgeaer nhgeare nhgerae nhgerea nhgeear nhgeera nhgeaer
nhgeare nhgerae nhgerea nhgaeer nhgaere nhgaeer nhgaere nhgaree nhgaree nhgreae nhgreea
nhgraee nhgraee nhgreae nhgreea nhaeger nhaegre nhaeegr nhaeerg nhaereg nhaerge nhageer
nhagere nhageer nhagere nhagree nhagree nhaeger nhaegre nhaeegr nhaeerg nhaereg nhaerge
nhargee nhargee nharege nhareeg nhareeg nharege nhregae nhregea nhreage nhreaeg nhreeag
nhreega nhrgeae nhrgeea nhrgaee nhrgaee nhrgeae nhrgeea nhragee nhragee nhraege nhraeeg
nhraeeg nhraege nhregae nhregea nhreage nhreaeg nhreeag nhreega nehegar nehegra neheagr
nehearg neherag neherga nehgear nehgera nehgaer nehgare nehgrae nehgrea nehager nehagre
nehaegr nehaerg nehareg neharge nehrgae nehrgea nehrage nehraeg nehreag nehrega neehgar
neehgra neehagr neeharg neehrag neehrga neeghar neeghra neegahr neegarh neegrah neegrha
neeaghr neeagrh neeahgr neeahrg neearhg neeargh neergah neergha neeragh neerahg neerhag
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neghrae neghrea negaher negahre negaehr negaerh negareh negarhe negrhae negrhea negrahe
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neagher neaghre neagrhe neagreh neahger neahgre neahegr neaherg neahreg neahrge nearghe
neargeh nearhge nearheg nearehg nearegh neregah neregha nereagh nereahg nerehag nerehga
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narhgee narhege narheeg narheeg narhege nrhegae nrhegea nrheage nrheaeg nrheeag nrheega
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nrehage nrehaeg nreheag nrehega eenhgar eenhgra eenhagr eenharg eenhrag eenhrga eenghar
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enegahr enegarh enegrah enegrha eneaghr eneagrh eneahgr eneahrg enearhg eneargh energah
energha eneragh enerahg enerhag enerhga enhegar enhegra enheagr enhearg enherag enherga
enhgear enhgera enhgaer enhgare enhgrae enhgrea enhager enhagre enhaegr enhaerg enhareg
enharge enhrgae enhrgea enhrage enhraeg enhreag enhrega enghear enghera enghaer enghare
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engahre engarhe engareh engreah engreha engraeh engrahe engrhae engrhea enahger enahgre
enahegr enaherg enahreg enahrge enagher enaghre enagehr enagerh enagreh enagrhe enaeghr
enaegrh enaehgr enaehrg enaerhg enaergh enargeh enarghe enaregh enarehg enarheg enarhge
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enrehag enrehga ehnegar ehnegra ehneagr ehnearg ehnerag ehnerga ehngear ehngera ehngaer
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ehgerna ehgnear ehgnera ehgnaer ehgnare ehgnrae ehgnrea ehganer ehganre ehgaenr ehgaern
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ehanegr ehanerg ehanreg ehanrge ehargne ehargen eharnge eharneg ehareng eharegn ehregan
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ehragen ehragne ehraegn ehraeng ehraneg ehrange ehrngae ehrngea ehrnage ehrnaeg ehrneag
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egnerah egnerha egnaehr egnaerh egnaher egnahre egnarhe egnareh egnreah egnreha egnraeh
egnrahe egnrhae egnrhea eghnear eghnera eghnaer eghnare eghnrae eghnrea eghenar eghenra
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eghrena eghraen eghrane eghrnae eghrnea egehnar egehnra egehanr egeharn egehran egehrna
egenhar egenhra egenahr egenarh egenrah egenrha egeanhr egeanrh egeahnr egeahrn egearhn
egearnh egernah egernha egeranh egerahn egerhan egerhna egahenr egahern egahner egahnre
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egraenh egrahen egrahne egranhe egraneh egrneah egrneha egrnaeh egrnahe egrnhae egrnhea
eanhger eanhgre eanhegr eanherg eanhreg eanhrge eangher eanghre eangehr eangerh eangreh
eangrhe eaneghr eanegrh eanehgr eanehrg eanerhg eanergh eanrgeh eanrghe eanregh eanrehg
eanrheg eanrhge eahnger eahngre eahnegr eahnerg eahnreg eahnrge eahgner eahgnre eahgenr
eahgern eahgren eahgrne eahegnr eahegrn eahengr eahenrg eaherng eahergn eahrgen eahrgne
eahregn eahreng eahrneg eahrnge eaghner eaghnre eaghenr eaghern eaghren eaghrne eagnher
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eaehrgn eaeghnr eaeghrn eaegnhr eaegnrh eaegrnh eaegrhn eaenghr eaengrh eaenhgr eaenhrg
eaenrhg eaenrgh eaergnh eaerghn eaerngh eaernhg eaerhng eaerhgn earhgen earhgne earhegn
earheng earhneg earhnge earghen earghne eargehn eargenh eargneh eargnhe eareghn earegnh
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ernhgea ernhage ernhaeg ernheag ernhega ernghae ernghea erngahe erngaeh erngeah erngeha
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ergnahe ergnaeh ergneah ergneha erganhe erganeh ergahne ergahen ergaehn ergaenh ergenah
ergenha ergeanh ergeahn ergehan ergehna erahgne erahgen erahnge erahneg eraheng erahegn
eraghne eraghen eragnhe eragneh eragenh eragehn eranghe erangeh eranhge eranheg eranehg
eranegh eraegnh eraeghn eraengh eraenhg eraehng eraehgn erehgan erehgna erehagn erehang
erehnag erehnga ereghan ereghna eregahn ereganh eregnah eregnha ereaghn ereagnh ereahgn
ereahng ereanhg ereangh erengah erengha erenagh erenahg erenhag erenhga genehar genehra
geneahr genearh generah generha genhear genhera genhaer genhare genhrae genhrea genaher
genahre genaehr genaerh genareh genarhe genrhae genrhea genrahe genraeh genreah genreha
geenhar geenhra geenahr geenarh geenrah geenrha geehnar geehnra geehanr geeharn geehran
geehrna geeahnr geeahrn geeanhr geeanrh geearnh geearhn geerhan geerhna geerahn geeranh
geernah geernha gehenar gehenra geheanr gehearn geheran geherna gehnear gehnera gehnaer
gehnare gehnrae gehnrea gehaner gehanre gehaenr gehaern geharen geharne gehrnae gehrnea
gehrane gehraen gehrean gehrena geaehnr geaehrn geaenhr geaenrh geaernh geaerhn geahenr
geahern geahner geahnre geahrne geahren geanher geanhre geanehr geanerh geanreh geanrhe
gearhne gearhen gearnhe gearneh gearenh gearehn gerehan gerehna gereahn gereanh gerenah
gerenha gerhean gerhena gerhaen gerhane gerhnae gerhnea gerahen gerahne geraehn geraenh
geraneh geranhe gernhae gernhea gernahe gernaeh gerneah gerneha gneehar gneehra gneeahr
gneearh gneerah gneerha gnehear gnehera gnehaer gnehare gnehrae gnehrea gneaher gneahre
gneaehr gneaerh gneareh gnearhe gnerhae gnerhea gnerahe gneraeh gnereah gnereha gneehar
gneehra gneeahr gneearh gneerah gneerha gnehear gnehera gnehaer gnehare gnehrae gnehrea
gneaher gneahre gneaehr gneaerh gneareh gnearhe gnerhae gnerhea gnerahe gneraeh gnereah
gnereha gnheear gnheera gnheaer gnheare gnherae gnherea gnheear gnheera gnheaer gnheare
gnherae gnherea gnhaeer gnhaere gnhaeer gnhaere gnharee gnharee gnhreae gnhreea gnhraee
gnhraee gnhreae gnhreea gnaeher gnaehre gnaeehr gnaeerh gnaereh gnaerhe gnaheer gnahere
gnaheer gnahere gnahree gnahree gnaeher gnaehre gnaeehr gnaeerh gnaereh gnaerhe gnarhee
gnarhee gnarehe gnareeh gnareeh gnarehe gnrehae gnrehea gnreahe gnreaeh gnreeah gnreeha
gnrheae gnrheea gnrhaee gnrhaee gnrheae gnrheea gnrahee gnrahee gnraehe gnraeeh gnraeeh
gnraehe gnrehae gnrehea gnreahe gnreaeh gnreeah gnreeha genehar genehra geneahr genearh
generah generha genhear genhera genhaer genhare genhrae genhrea genaher genahre genaehr
genaerh genareh genarhe genrhae genrhea genrahe genraeh genreah genreha geenhar geenhra
geenahr geenarh geenrah geenrha geehnar geehnra geehanr geeharn geehran geehrna geeahnr
geeahrn geeanhr geeanrh geearnh geearhn geerhan geerhna geerahn geeranh geernah geernha
gehenar gehenra geheanr gehearn geheran geherna gehnear gehnera gehnaer gehnare gehnrae
gehnrea gehaner gehanre gehaenr gehaern geharen geharne gehrnae gehrnea gehrane gehraen
gehrean gehrena geaehnr geaehrn geaenhr geaenrh geaernh geaerhn geahenr geahern geahner
geahnre geahrne geahren geanher geanhre geanehr geanerh geanreh geanrhe gearhne gearhen
gearnhe gearneh gearenh gearehn gerehan gerehna gereahn gereanh gerenah gerenha gerhean
gerhena gerhaen gerhane gerhnae gerhnea gerahen gerahne geraehn geraenh geraneh geranhe
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ghnerea ghneear ghneera ghneaer ghneare ghnerae ghnerea ghnaeer ghnaere ghnaeer ghnaere
ghnaree ghnaree ghnreae ghnreea ghnraee ghnraee ghnreae ghnreea ghenear ghenera ghenaer
ghenare ghenrae ghenrea gheenar gheenra gheeanr gheearn gheeran gheerna gheaenr gheaern
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ghaerne ghaeren ghaneer ghanere ghaneer ghanere ghanree ghanree gharene ghareen gharnee
gharnee gharene ghareen ghreean ghreena ghreaen ghreane ghrenae ghrenea ghreean ghreena
ghreaen ghreane ghrenae ghrenea ghraeen ghraene ghraeen ghraene ghranee ghranee ghrneae
ghrneea ghrnaee ghrnaee ghrneae ghrneea ganeher ganehre ganeehr ganeerh ganereh ganerhe
ganheer ganhere ganheer ganhere ganhree ganhree ganeher ganehre ganeehr ganeerh ganereh
ganerhe ganrhee ganrhee ganrehe ganreeh ganreeh ganrehe gaenher gaenhre gaenehr gaenerh
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gahenre gaheenr gaheern gaheren gaherne gahrnee gahrnee gahrene gahreen gahreen gahrene
gaeehnr gaeehrn gaeenhr gaeenrh gaeernh gaeerhn gaehenr gaehern gaehner gaehnre gaehrne
gaehren gaenher gaenhre gaenehr gaenerh gaenreh gaenrhe gaerhne gaerhen gaernhe gaerneh
gaerenh gaerehn garehen garehne gareehn gareenh gareneh garenhe garheen garhene garheen
garhene garhnee garhnee garehen garehne gareehn gareenh gareneh garenhe garnhee garnhee
garnehe garneeh garneeh garnehe grnehae grnehea grneahe grneaeh grneeah grneeha grnheae
grnheea grnhaee grnhaee grnheae grnheea grnahee grnahee grnaehe grnaeeh grnaeeh grnaehe
grnehae grnehea grneahe grneaeh grneeah grneeha grenhae grenhea grenahe grenaeh greneah
greneha grehnae grehnea grehane grehaen grehean grehena greahne greahen greanhe greaneh
greaenh greaehn greehan greehna greeahn greeanh greenah greenha grhenae grhenea grheane
grheaen grheean grheena grhneae grhneea grhnaee grhnaee grhneae grhneea grhanee grhanee
grhaene grhaeen grhaeen grhaene grhenae grhenea grheane grheaen grheean grheena graehne
graehen graenhe graeneh graeenh graeehn grahene graheen grahnee grahnee grahene graheen
granhee granhee granehe graneeh graneeh granehe graehne graehen graenhe graeneh graeenh
graeehn greehan greehna greeahn greeanh greenah greenha grehean grehena grehaen grehane
grehnae grehnea greahen greahne greaehn greaenh greaneh greanhe grenhae grenhea grenahe
grenaeh greneah greneha aeneghr aenegrh aenehgr aenehrg aenerhg aenergh aengehr aengerh
aengher aenghre aengrhe aengreh aenhger aenhgre aenhegr aenherg aenhreg aenhrge aenrghe
aenrgeh aenrhge aenrheg aenrehg aenregh aeenghr aeengrh aeenhgr aeenhrg aeenrhg aeenrgh
aeegnhr aeegnrh aeeghnr aeeghrn aeegrhn aeegrnh aeehgnr aeehgrn aeehngr aeehnrg aeehrng
aeehrgn aeerghn aeergnh aeerhgn aeerhng aeernhg aeerngh aegenhr aegenrh aegehnr aegehrn
aegerhn aegernh aegnehr aegnerh aegnher aegnhre aegnrhe aegnreh aeghner aeghnre aeghenr
aeghern aeghren aeghrne aegrnhe aegrneh aegrhne aegrhen aegrehn aegrenh aehegnr aehegrn
aehengr aehenrg aeherng aehergn aehgenr aehgern aehgner aehgnre aehgrne aehgren aehnger
aehngre aehnegr aehnerg aehnreg aehnrge aehrgne aehrgen aehrnge aehrneg aehreng aehregn
aereghn aeregnh aerehgn aerehng aerenhg aerengh aergehn aergenh aerghen aerghne aergnhe
aergneh aerhgen aerhgne aerhegn aerheng aerhneg aerhnge aernghe aerngeh aernhge aernheg
aernehg aernegh aneeghr aneegrh aneehgr aneehrg aneerhg aneergh anegehr anegerh anegher
aneghre anegrhe anegreh anehger anehgre anehegr aneherg anehreg anehrge anerghe anergeh
anerhge anerheg anerehg aneregh aneeghr aneegrh aneehgr aneehrg aneerhg aneergh anegehr
anegerh anegher aneghre anegrhe anegreh anehger anehgre anehegr aneherg anehreg anehrge
anerghe anergeh anerhge anerheg anerehg aneregh angeehr angeerh angeher angehre angerhe
angereh angeehr angeerh angeher angehre angerhe angereh angheer anghere angheer anghere
anghree anghree angrehe angreeh angrhee angrhee angrehe angreeh anheger anhegre anheegr
anheerg anhereg anherge anhgeer anhgere anhgeer anhgere anhgree anhgree anheger anhegre
anheegr anheerg anhereg anherge anhrgee anhrgee anhrege anhreeg anhreeg anhrege anreghe
anregeh anrehge anreheg anreehg anreegh anrgehe anrgeeh anrghee anrghee anrgehe anrgeeh
anrhgee anrhgee anrhege anrheeg anrheeg anrhege anreghe anregeh anrehge anreheg anreehg
anreegh aeneghr aenegrh aenehgr aenehrg aenerhg aenergh aengehr aengerh aengher aenghre
aengrhe aengreh aenhger aenhgre aenhegr aenherg aenhreg aenhrge aenrghe aenrgeh aenrhge
aenrheg aenrehg aenregh aeenghr aeengrh aeenhgr aeenhrg aeenrhg aeenrgh aeegnhr aeegnrh
aeeghnr aeeghrn aeegrhn aeegrnh aeehgnr aeehgrn aeehngr aeehnrg aeehrng aeehrgn aeerghn
aeergnh aeerhgn aeerhng aeernhg aeerngh aegenhr aegenrh aegehnr aegehrn aegerhn aegernh
aegnehr aegnerh aegnher aegnhre aegnrhe aegnreh aeghner aeghnre aeghenr aeghern aeghren
aeghrne aegrnhe aegrneh aegrhne aegrhen aegrehn aegrenh aehegnr aehegrn aehengr aehenrg
aeherng aehergn aehgenr aehgern aehgner aehgnre aehgrne aehgren aehnger aehngre aehnegr
aehnerg aehnreg aehnrge aehrgne aehrgen aehrnge aehrneg aehreng aehregn aereghn aeregnh
aerehgn aerehng aerenhg aerengh aergehn aergenh aerghen aerghne aergnhe aergneh aerhgen
aerhgne aerhegn aerheng aerhneg aerhnge aernghe aerngeh aernhge aernheg aernehg aernegh
agneehr agneerh agneher agnehre agnerhe agnereh agneehr agneerh agneher agnehre agnerhe
agnereh agnheer agnhere agnheer agnhere agnhree agnhree agnrehe agnreeh agnrhee agnrhee
agnrehe agnreeh agenehr agenerh agenher agenhre agenrhe agenreh ageenhr ageenrh ageehnr
ageehrn ageerhn ageernh agehenr agehern agehner agehnre agehrne agehren agerehn agerenh
agerhen agerhne agernhe agerneh ageenhr ageenrh ageehnr ageehrn ageerhn ageernh agenehr
agenerh agenher agenhre agenrhe agenreh agehner agehnre agehenr agehern agehren agehrne
agernhe agerneh agerhne agerhen agerehn agerenh agheenr agheern aghener aghenre agherne
agheren agheenr agheern aghener aghenre agherne agheren aghneer aghnere aghneer aghnere
aghnree aghnree aghrene aghreen aghrnee aghrnee aghrene aghreen agreehn agreenh agrehen
agrehne agrenhe agreneh agreehn agreenh agrehen agrehne agrenhe agreneh agrheen agrhene
agrheen agrhene agrhnee agrhnee agrnehe agrneeh agrnhee agrnhee agrnehe agrneeh ahneger
ahnegre ahneegr ahneerg ahnereg ahnerge ahngeer ahngere ahngeer ahngere ahngree ahngree
ahneger ahnegre ahneegr ahneerg ahnereg ahnerge ahnrgee ahnrgee ahnrege ahnreeg ahnreeg
ahnrege ahenger ahengre ahenegr ahenerg ahenreg ahenrge ahegner ahegnre ahegenr ahegern
ahegren ahegrne aheegnr aheegrn aheengr aheenrg aheerng aheergn ahergen ahergne aheregn
ahereng aherneg ahernge ahgener ahgenre ahgeenr ahgeern ahgeren ahgerne ahgneer ahgnere
ahgneer ahgnere ahgnree ahgnree ahgener ahgenre ahgeenr ahgeern ahgeren ahgerne ahgrnee
ahgrnee ahgrene ahgreen ahgreen ahgrene aheegnr aheegrn aheengr aheenrg aheerng aheergn
ahegenr ahegern ahegner ahegnre ahegrne ahegren ahenger ahengre ahenegr ahenerg ahenreg
ahenrge ahergne ahergen ahernge aherneg ahereng aheregn ahregen ahregne ahreegn ahreeng
ahreneg ahrenge ahrgeen ahrgene ahrgeen ahrgene ahrgnee ahrgnee ahregen ahregne ahreegn
ahreeng ahreneg ahrenge ahrngee ahrngee ahrnege ahrneeg ahrneeg ahrnege arneghe arnegeh
arnehge arneheg arneehg arneegh arngehe arngeeh arnghee arnghee arngehe arngeeh arnhgee
arnhgee arnhege arnheeg arnheeg arnhege arneghe arnegeh arnehge arneheg arneehg arneegh
arenghe arengeh arenhge arenheg arenehg arenegh aregnhe aregneh areghne areghen aregehn
aregenh arehgne arehgen arehnge arehneg areheng arehegn areeghn areegnh areehgn areehng
areenhg areengh argenhe argeneh argehne argehen argeehn argeenh argnehe argneeh argnhee
argnhee argnehe argneeh arghnee arghnee arghene argheen argheen arghene argenhe argeneh
argehne argehen argeehn argeenh arhegne arhegen arhenge arheneg arheeng arheegn arhgene
arhgeen arhgnee arhgnee arhgene arhgeen arhngee arhngee arhnege arhneeg arhneeg arhnege
arhegne arhegen arhenge arheneg arheeng arheegn areeghn areegnh areehgn areehng areenhg
areengh aregehn aregenh areghen areghne aregnhe aregneh arehgen arehgne arehegn areheng
arehneg arehnge arenghe arengeh arenhge arenheg arenehg arenegh renegah renegha reneagh
reneahg renehag renehga rengeah rengeha rengaeh rengahe renghae renghea renageh renaghe
renaegh renaehg renaheg renahge renhgae renhgea renhage renhaeg renheag renhega reengah
reengha reenagh reenahg reenhag reenhga reegnah reegnha reeganh reegahn reeghan reeghna
reeagnh reeaghn reeangh reeanhg reeahng reeahgn reehgan reehgna reehagn reehang reehnag
reehnga regenah regenha regeanh regeahn regehan regehna regneah regneha regnaeh regnahe
regnhae regnhea reganeh reganhe regaenh regaehn regahen regahne reghnae reghnea reghane
reghaen reghean reghena reaegnh reaeghn reaengh reaenhg reaehng reaehgn reagenh reagehn
reagneh reagnhe reaghne reaghen reangeh reanghe reanegh reanehg reanheg reanhge reahgne
reahgen reahnge reahneg reaheng reahegn rehegan rehegna reheagn reheang rehenag rehenga
rehgean rehgena rehgaen rehgane rehgnae rehgnea rehagen rehagne rehaegn rehaeng rehaneg
rehange rehngae rehngea rehnage rehnaeg rehneag rehnega rneegah rneegha rneeagh rneeahg
rneehag rneehga rnegeah rnegeha rnegaeh rnegahe rneghae rneghea rneageh rneaghe rneaegh
rneaehg rneaheg rneahge rnehgae rnehgea rnehage rnehaeg rneheag rnehega rneegah rneegha
rneeagh rneeahg rneehag rneehga rnegeah rnegeha rnegaeh rnegahe rneghae rneghea rneageh
rneaghe rneaegh rneaehg rneaheg rneahge rnehgae rnehgea rnehage rnehaeg rneheag rnehega
rngeeah rngeeha rngeaeh rngeahe rngehae rngehea rngeeah rngeeha rngeaeh rngeahe rngehae
rngehea rngaeeh rngaehe rngaeeh rngaehe rngahee rngahee rngheae rngheea rnghaee rnghaee
rngheae rngheea rnaegeh rnaeghe rnaeegh rnaeehg rnaeheg rnaehge rnageeh rnagehe rnageeh
rnagehe rnaghee rnaghee rnaegeh rnaeghe rnaeegh rnaeehg rnaeheg rnaehge rnahgee rnahgee
rnahege rnaheeg rnaheeg rnahege rnhegae rnhegea rnheage rnheaeg rnheeag rnheega rnhgeae
rnhgeea rnhgaee rnhgaee rnhgeae rnhgeea rnhagee rnhagee rnhaege rnhaeeg rnhaeeg rnhaege
rnhegae rnhegea rnheage rnheaeg rnheeag rnheega renegah renegha reneagh reneahg renehag
renehga rengeah rengeha rengaeh rengahe renghae renghea renageh renaghe renaegh renaehg
renaheg renahge renhgae renhgea renhage renhaeg renheag renhega reengah reengha reenagh
reenahg reenhag reenhga reegnah reegnha reeganh reegahn reeghan reeghna reeagnh reeaghn
reeangh reeanhg reeahng reeahgn reehgan reehgna reehagn reehang reehnag reehnga regenah
regenha regeanh regeahn regehan regehna regneah regneha regnaeh regnahe regnhae regnhea
reganeh reganhe regaenh regaehn regahen regahne reghnae reghnea reghane reghaen reghean
reghena reaegnh reaeghn reaengh reaenhg reaehng reaehgn reagenh reagehn reagneh reagnhe
reaghne reaghen reangeh reanghe reanegh reanehg reanheg reanhge reahgne reahgen reahnge
reahneg reaheng reahegn rehegan rehegna reheagn reheang rehenag rehenga rehgean rehgena
rehgaen rehgane rehgnae rehgnea rehagen rehagne rehaegn rehaeng rehaneg rehange rehngae
rehngea rehnage rehnaeg rehneag rehnega rgneeah rgneeha rgneaeh rgneahe rgnehae rgnehea
rgneeah rgneeha rgneaeh rgneahe rgnehae rgnehea rgnaeeh rgnaehe rgnaeeh rgnaehe rgnahee
rgnahee rgnheae rgnheea rgnhaee rgnhaee rgnheae rgnheea rgeneah rgeneha rgenaeh rgenahe
rgenhae rgenhea rgeenah rgeenha rgeeanh rgeeahn rgeehan rgeehna rgeaenh rgeaehn rgeaneh
rgeanhe rgeahne rgeahen rgehean rgehena rgehaen rgehane rgehnae rgehnea rgeenah rgeenha
rgeeanh rgeeahn rgeehan rgeehna rgeneah rgeneha rgenaeh rgenahe rgenhae rgenhea rgeaneh
rgeanhe rgeaenh rgeaehn rgeahen rgeahne rgehnae rgehnea rgehane rgehaen rgehean rgehena
rgaeenh rgaeehn rgaeneh rgaenhe rgaehne rgaehen rgaeenh rgaeehn rgaeneh rgaenhe rgaehne
rgaehen rganeeh rganehe rganeeh rganehe rganhee rganhee rgahene rgaheen rgahnee rgahnee
rgahene rgaheen rgheean rgheena rgheaen rgheane rghenae rghenea rgheean rgheena rgheaen
rgheane rghenae rghenea rghaeen rghaene rghaeen rghaene rghanee rghanee rghneae rghneea
rghnaee rghnaee rghneae rghneea ranegeh raneghe raneegh raneehg raneheg ranehge rangeeh
rangehe rangeeh rangehe ranghee ranghee ranegeh raneghe raneegh raneehg raneheg ranehge
ranhgee ranhgee ranhege ranheeg ranheeg ranhege raengeh raenghe raenegh raenehg raenheg
raenhge raegneh raegnhe raegenh raegehn raeghen raeghne raeegnh raeeghn raeengh raeenhg
raeehng raeehgn raehgen raehgne raehegn raeheng raehneg raehnge rageneh ragenhe rageenh
rageehn ragehen ragehne ragneeh ragnehe ragneeh ragnehe ragnhee ragnhee rageneh ragenhe
rageenh rageehn ragehen ragehne raghnee raghnee raghene ragheen ragheen raghene raeegnh
raeeghn raeengh raeenhg raeehng raeehgn raegenh raegehn raegneh raegnhe raeghne raeghen
raengeh raenghe raenegh raenehg raenheg raenhge raehgne raehgen raehnge raehneg raeheng
raehegn rahegen rahegne raheegn raheeng raheneg rahenge rahgeen rahgene rahgeen rahgene
rahgnee rahgnee rahegen rahegne raheegn raheeng raheneg rahenge rahngee rahngee rahnege
rahneeg rahneeg rahnege rhnegae rhnegea rhneage rhneaeg rhneeag rhneega rhngeae rhngeea
rhngaee rhngaee rhngeae rhngeea rhnagee rhnagee rhnaege rhnaeeg rhnaeeg rhnaege rhnegae
rhnegea rhneage rhneaeg rhneeag rhneega rhengae rhengea rhenage rhenaeg rheneag rhenega
rhegnae rhegnea rhegane rhegaen rhegean rhegena rheagne rheagen rheange rheaneg rheaeng
rheaegn rheegan rheegna rheeagn rheeang rheenag rheenga rhgenae rhgenea rhgeane rhgeaen
rhgeean rhgeena rhgneae rhgneea rhgnaee rhgnaee rhgneae rhgneea rhganee rhganee rhgaene
rhgaeen rhgaeen rhgaene rhgenae rhgenea rhgeane rhgeaen rhgeean rhgeena rhaegne rhaegen
rhaenge rhaeneg rhaeeng rhaeegn rhagene rhageen rhagnee rhagnee rhagene rhageen rhangee
rhangee rhanege rhaneeg rhaneeg rhanege rhaegne rhaegen rhaenge rhaeneg rhaeeng rhaeegn
rheegan rheegna rheeagn rheeang rheenag rheenga rhegean rhegena rhegaen rhegane rhegnae
rhegnea rheagen rheagne rheaegn rheaeng rheaneg rheange rhengae rhengea rhenage rhenaeg
rheneag rhenega

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History of cryptography
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