easy 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: throned
cipher variations:
uispofe vjtqpgf wkurqhg xlvsrih ymwtsji
znxutkj aoyvulk bpzwvml cqaxwnm drbyxon
esczypo ftdazqp guebarq hvfcbsr iwgdcts
jxhedut kyifevu lzjgfwv makhgxw nblihyx
ocmjizy pdnkjaz qeolkba rfpmlcb sgqnmdc

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.)
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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: throned
Cipher: gsilmvw

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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: throned

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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: throned
cipher variations:

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,

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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: throned
Cipher: guebarq

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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: throned
Cipher: 44322443335141

Extended Methods:
Method #1

Plaintext: throned
method variations:

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

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Method #3

Plaintext: throned
method variations:
ogtnxqq gtnxqqo tnxqqog
nxqqogt xqqogtn qqogtnx

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: throned

all 5040 cipher variations:
throned thronde throend throedn throden throdne thrnoed thrnode thrneod thrnedo thrndeo
thrndoe threnod threndo threond threodn thredon thredno thrdneo thrdnoe thrdeno thrdeon
thrdoen thrdone thorned thornde thorend thoredn thorden thordne thonred thonrde thonerd
thonedr thonder thondre thoenrd thoendr thoernd thoerdn thoedrn thoednr thodner thodnre
thodenr thodern thodren thodrne thnored thnorde thnoerd thnoedr thnoder thnodre thnroed
thnrode thnreod thnredo thnrdeo thnrdoe thnerod thnerdo thneord thneodr thnedor thnedro
thndreo thndroe thndero thndeor thndoer thndore theonrd theondr theornd theordn theodrn
theodnr thenord thenodr thenrod thenrdo thendro thendor thernod therndo therond therodn
therdon therdno thednro thednor thedrno thedron thedorn thedonr thdoner thdonre thdoenr
thdoern thdoren thdorne thdnoer thdnore thdneor thdnero thdnreo thdnroe thdenor thdenro
thdeonr thdeorn thderon thderno thdrneo thdrnoe thdreno thdreon thdroen thdrone trhoned
trhonde trhoend trhoedn trhoden trhodne trhnoed trhnode trhneod trhnedo trhndeo trhndoe
trhenod trhendo trheond trheodn trhedon trhedno trhdneo trhdnoe trhdeno trhdeon trhdoen
trhdone trohned trohnde trohend trohedn trohden trohdne tronhed tronhde tronehd tronedh
trondeh trondhe troenhd troendh troehnd troehdn troedhn troednh trodneh trodnhe trodenh
trodehn trodhen trodhne trnohed trnohde trnoehd trnoedh trnodeh trnodhe trnhoed trnhode
trnheod trnhedo trnhdeo trnhdoe trnehod trnehdo trneohd trneodh trnedoh trnedho trndheo
trndhoe trndeho trndeoh trndoeh trndohe treonhd treondh treohnd treohdn treodhn treodnh
trenohd trenodh trenhod trenhdo trendho trendoh trehnod trehndo trehond trehodn trehdon
trehdno trednho trednoh tredhno tredhon tredohn tredonh trdoneh trdonhe trdoenh trdoehn
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trdeohn trdehon trdehno trdhneo trdhnoe trdheno trdheon trdhoen trdhone torhned torhnde
torhend torhedn torhden torhdne tornhed tornhde tornehd tornedh torndeh torndhe torenhd
torendh torehnd torehdn toredhn torednh tordneh tordnhe tordenh tordehn tordhen tordhne
tohrned tohrnde tohrend tohredn tohrden tohrdne tohnred tohnrde tohnerd tohnedr tohnder
tohndre tohenrd tohendr tohernd toherdn tohedrn tohednr tohdner tohdnre tohdenr tohdern
tohdren tohdrne tonhred tonhrde tonherd tonhedr tonhder tonhdre tonrhed tonrhde tonrehd
tonredh tonrdeh tonrdhe tonerhd tonerdh tonehrd tonehdr tonedhr tonedrh tondreh tondrhe
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rtdohne rtdnoeh rtdnohe rtdneoh rtdneho rtdnheo rtdnhoe rtdenoh rtdenho rtdeonh rtdeohn
rtdehon rtdehno rtdhneo rtdhnoe rtdheno rtdheon rtdhoen rtdhone rothned rothnde rothend
rothedn rothden rothdne rotnhed rotnhde rotnehd rotnedh rotndeh rotndhe rotenhd rotendh
rotehnd rotehdn rotedhn rotednh rotdneh rotdnhe rotdenh rotdehn rotdhen rotdhne rohtned
rohtnde rohtend rohtedn rohtden rohtdne rohnted rohntde rohnetd rohnedt rohndet rohndte
rohentd rohendt rohetnd rohetdn rohedtn rohednt rohdnet rohdnte rohdent rohdetn rohdten
rohdtne ronhted ronhtde ronhetd ronhedt ronhdet ronhdte ronthed ronthde rontehd rontedh
rontdeh rontdhe ronethd ronetdh ronehtd ronehdt ronedht ronedth rondteh rondthe rondeth
rondeht rondhet rondhte roehntd roehndt roehtnd roehtdn roehdtn roehdnt roenhtd roenhdt
roenthd roentdh roendth roendht roetnhd roetndh roethnd roethdn roetdhn roetdnh roednth
roednht roedtnh roedthn roedhtn roedhnt rodhnet rodhnte rodhent rodhetn rodhten rodhtne
rodnhet rodnhte rodneht rodneth rodnteh rodnthe rodenht rodenth rodehnt rodehtn rodethn
rodetnh rodtneh rodtnhe rodtenh rodtehn rodthen rodthne rntohed rntohde rntoehd rntoedh
rntodeh rntodhe rnthoed rnthode rntheod rnthedo rnthdeo rnthdoe rntehod rntehdo rnteohd
rnteodh rntedoh rntedho rntdheo rntdhoe rntdeho rntdeoh rntdoeh rntdohe rnothed rnothde
rnotehd rnotedh rnotdeh rnotdhe rnohted rnohtde rnohetd rnohedt rnohdet rnohdte rnoehtd
rnoehdt rnoethd rnoetdh rnoedth rnoedht rnodhet rnodhte rnodeht rnodeth rnodteh rnodthe
rnhoted rnhotde rnhoetd rnhoedt rnhodet rnhodte rnhtoed rnhtode rnhteod rnhtedo rnhtdeo
rnhtdoe rnhetod rnhetdo rnheotd rnheodt rnhedot rnhedto rnhdteo rnhdtoe rnhdeto rnhdeot
rnhdoet rnhdote rneohtd rneohdt rneothd rneotdh rneodth rneodht rnehotd rnehodt rnehtod
rnehtdo rnehdto rnehdot rnethod rnethdo rnetohd rnetodh rnetdoh rnetdho rnedhto rnedhot
rnedtho rnedtoh rnedoth rnedoht rndohet rndohte rndoeht rndoeth rndoteh rndothe rndhoet
rndhote rndheot rndheto rndhteo rndhtoe rndehot rndehto rndeoht rndeoth rndetoh rndetho
rndtheo rndthoe rndteho rndteoh rndtoeh rndtohe retonhd retondh retohnd retohdn retodhn
retodnh retnohd retnodh retnhod retnhdo retndho retndoh rethnod rethndo rethond rethodn
rethdon rethdno retdnho retdnoh retdhno retdhon retdohn retdonh reotnhd reotndh reothnd
reothdn reotdhn reotdnh reonthd reontdh reonhtd reonhdt reondht reondth reohntd reohndt
reohtnd reohtdn reohdtn reohdnt reodnht reodnth reodhnt reodhtn reodthn reodtnh renothd
renotdh renohtd renohdt renodht renodth rentohd rentodh renthod renthdo rentdho rentdoh
renhtod renhtdo renhotd renhodt renhdot renhdto rendtho rendtoh rendhto rendhot rendoht
rendoth rehontd rehondt rehotnd rehotdn rehodtn rehodnt rehnotd rehnodt rehntod rehntdo
rehndto rehndot rehtnod rehtndo rehtond rehtodn rehtdon rehtdno rehdnto rehdnot rehdtno
rehdton rehdotn rehdont redonht redonth redohnt redohtn redothn redotnh rednoht rednoth
rednhot rednhto redntho redntoh redhnot redhnto redhont redhotn redhton redhtno redtnho
redtnoh redthno redthon redtohn redtonh rdtoneh rdtonhe rdtoenh rdtoehn rdtohen rdtohne
rdtnoeh rdtnohe rdtneoh rdtneho rdtnheo rdtnhoe rdtenoh rdtenho rdteonh rdteohn rdtehon
rdtehno rdthneo rdthnoe rdtheno rdtheon rdthoen rdthone rdotneh rdotnhe rdotenh rdotehn
rdothen rdothne rdonteh rdonthe rdoneth rdoneht rdonhet rdonhte rdoenth rdoenht rdoetnh
rdoethn rdoehtn rdoehnt rdohnet rdohnte rdohent rdohetn rdohten rdohtne rdnoteh rdnothe
rdnoeth rdnoeht rdnohet rdnohte rdntoeh rdntohe rdnteoh rdnteho rdntheo rdnthoe rdnetoh
rdnetho rdneoth rdneoht rdnehot rdnehto rdnhteo rdnhtoe rdnheto rdnheot rdnhoet rdnhote
rdeonth rdeonht rdeotnh rdeothn rdeohtn rdeohnt rdenoth rdenoht rdentoh rdentho rdenhto
rdenhot rdetnoh rdetnho rdetonh rdetohn rdethon rdethno rdehnto rdehnot rdehtno rdehton
rdehotn rdehont rdhonet rdhonte rdhoent rdhoetn rdhoten rdhotne rdhnoet rdhnote rdhneot
rdhneto rdhnteo rdhntoe rdhenot rdhento rdheont rdheotn rdheton rdhetno rdhtneo rdhtnoe
rdhteno rdhteon rdhtoen rdhtone ohrtned ohrtnde ohrtend ohrtedn ohrtden ohrtdne ohrnted
ohrntde ohrnetd ohrnedt ohrndet ohrndte ohrentd ohrendt ohretnd ohretdn ohredtn ohrednt
ohrdnet ohrdnte ohrdent ohrdetn ohrdten ohrdtne ohtrned ohtrnde ohtrend ohtredn ohtrden
ohtrdne ohtnred ohtnrde ohtnerd ohtnedr ohtnder ohtndre ohtenrd ohtendr ohternd ohterdn
ohtedrn ohtednr ohtdner ohtdnre ohtdenr ohtdern ohtdren ohtdrne ohntred ohntrde ohnterd
ohntedr ohntder ohntdre ohnrted ohnrtde ohnretd ohnredt ohnrdet ohnrdte ohnertd ohnerdt
ohnetrd ohnetdr ohnedtr ohnedrt ohndret ohndrte ohndert ohndetr ohndter ohndtre ohetnrd
ohetndr ohetrnd ohetrdn ohetdrn ohetdnr ohentrd ohentdr ohenrtd ohenrdt ohendrt ohendtr
oherntd oherndt ohertnd ohertdn oherdtn oherdnt ohednrt ohedntr ohedrnt ohedrtn ohedtrn
ohedtnr ohdtner ohdtnre ohdtenr ohdtern ohdtren ohdtrne ohdnter ohdntre ohdnetr ohdnert
ohdnret ohdnrte ohdentr ohdenrt ohdetnr ohdetrn ohdertn ohdernt ohdrnet ohdrnte ohdrent
ohdretn ohdrten ohdrtne orhtned orhtnde orhtend orhtedn orhtden orhtdne orhnted orhntde
orhnetd orhnedt orhndet orhndte orhentd orhendt orhetnd orhetdn orhedtn orhednt orhdnet
orhdnte orhdent orhdetn orhdten orhdtne orthned orthnde orthend orthedn orthden orthdne
ortnhed ortnhde ortnehd ortnedh ortndeh ortndhe ortenhd ortendh ortehnd ortehdn ortedhn
ortednh ortdneh ortdnhe ortdenh ortdehn ortdhen ortdhne ornthed ornthde orntehd orntedh
orntdeh orntdhe ornhted ornhtde ornhetd ornhedt ornhdet ornhdte ornehtd ornehdt ornethd
ornetdh ornedth ornedht orndhet orndhte orndeht orndeth orndteh orndthe oretnhd oretndh
orethnd orethdn oretdhn oretdnh orenthd orentdh orenhtd orenhdt orendht orendth orehntd
orehndt orehtnd orehtdn orehdtn orehdnt orednht orednth oredhnt oredhtn oredthn oredtnh
ordtneh ordtnhe ordtenh ordtehn ordthen ordthne ordnteh ordnthe ordneth ordneht ordnhet
ordnhte ordenth ordenht ordetnh ordethn ordehtn ordehnt ordhnet ordhnte ordhent ordhetn
ordhten ordhtne otrhned otrhnde otrhend otrhedn otrhden otrhdne otrnhed otrnhde otrnehd
otrnedh otrndeh otrndhe otrenhd otrendh otrehnd otrehdn otredhn otrednh otrdneh otrdnhe
otrdenh otrdehn otrdhen otrdhne othrned othrnde othrend othredn othrden othrdne othnred
othnrde othnerd othnedr othnder othndre othenrd othendr othernd otherdn othedrn othednr
othdner othdnre othdenr othdern othdren othdrne otnhred otnhrde otnherd otnhedr otnhder
otnhdre otnrhed otnrhde otnrehd otnredh otnrdeh otnrdhe otnerhd otnerdh otnehrd otnehdr
otnedhr otnedrh otndreh otndrhe otnderh otndehr otndher otndhre otehnrd otehndr otehrnd
otehrdn otehdrn otehdnr otenhrd otenhdr otenrhd otenrdh otendrh otendhr oternhd oterndh
oterhnd oterhdn oterdhn oterdnh otednrh otednhr otedrnh otedrhn otedhrn otedhnr otdhner
otdhnre otdhenr otdhern otdhren otdhrne otdnher otdnhre otdnehr otdnerh otdnreh otdnrhe
otdenhr otdenrh otdehnr otdehrn otderhn otdernh otdrneh otdrnhe otdrenh otdrehn otdrhen
otdrhne onrthed onrthde onrtehd onrtedh onrtdeh onrtdhe onrhted onrhtde onrhetd onrhedt
onrhdet onrhdte onrehtd onrehdt onrethd onretdh onredth onredht onrdhet onrdhte onrdeht
onrdeth onrdteh onrdthe ontrhed ontrhde ontrehd ontredh ontrdeh ontrdhe onthred onthrde
ontherd onthedr onthder onthdre ontehrd ontehdr onterhd onterdh ontedrh ontedhr ontdher
ontdhre ontdehr ontderh ontdreh ontdrhe onhtred onhtrde onhterd onhtedr onhtder onhtdre
onhrted onhrtde onhretd onhredt onhrdet onhrdte onhertd onherdt onhetrd onhetdr onhedtr
onhedrt onhdret onhdrte onhdert onhdetr onhdter onhdtre onethrd onethdr onetrhd onetrdh
onetdrh onetdhr onehtrd onehtdr onehrtd onehrdt onehdrt onehdtr onerhtd onerhdt onerthd
onertdh onerdth onerdht onedhrt onedhtr onedrht onedrth onedtrh onedthr ondther ondthre
ondtehr ondterh ondtreh ondtrhe ondhter ondhtre ondhetr ondhert ondhret ondhrte ondehtr
ondehrt ondethr ondetrh onderth onderht ondrhet ondrhte ondreht ondreth ondrteh ondrthe
oertnhd oertndh oerthnd oerthdn oertdhn oertdnh oernthd oerntdh oernhtd oernhdt oerndht
oerndth oerhntd oerhndt oerhtnd oerhtdn oerhdtn oerhdnt oerdnht oerdnth oerdhnt oerdhtn
oerdthn oerdtnh oetrnhd oetrndh oetrhnd oetrhdn oetrdhn oetrdnh oetnrhd oetnrdh oetnhrd
oetnhdr oetndhr oetndrh oethnrd oethndr oethrnd oethrdn oethdrn oethdnr oetdnhr oetdnrh
oetdhnr oetdhrn oetdrhn oetdrnh oentrhd oentrdh oenthrd oenthdr oentdhr oentdrh oenrthd
oenrtdh oenrhtd oenrhdt oenrdht oenrdth oenhrtd oenhrdt oenhtrd oenhtdr oenhdtr oenhdrt
oendrht oendrth oendhrt oendhtr oendthr oendtrh oehtnrd oehtndr oehtrnd oehtrdn oehtdrn
oehtdnr oehntrd oehntdr oehnrtd oehnrdt oehndrt oehndtr oehrntd oehrndt oehrtnd oehrtdn
oehrdtn oehrdnt oehdnrt oehdntr oehdrnt oehdrtn oehdtrn oehdtnr oedtnhr oedtnrh oedthnr
oedthrn oedtrhn oedtrnh oednthr oedntrh oednhtr oednhrt oednrht oednrth oedhntr oedhnrt
oedhtnr oedhtrn oedhrtn oedhrnt oedrnht oedrnth oedrhnt oedrhtn oedrthn oedrtnh odrtneh
odrtnhe odrtenh odrtehn odrthen odrthne odrnteh odrnthe odrneth odrneht odrnhet odrnhte
odrenth odrenht odretnh odrethn odrehtn odrehnt odrhnet odrhnte odrhent odrhetn odrhten
odrhtne odtrneh odtrnhe odtrenh odtrehn odtrhen odtrhne odtnreh odtnrhe odtnerh odtnehr
odtnher odtnhre odtenrh odtenhr odternh odterhn odtehrn odtehnr odthner odthnre odthenr
odthern odthren odthrne odntreh odntrhe odnterh odntehr odnther odnthre odnrteh odnrthe
odnreth odnreht odnrhet odnrhte odnerth odnerht odnetrh odnethr odnehtr odnehrt odnhret
odnhrte odnhert odnhetr odnhter odnhtre odetnrh odetnhr odetrnh odetrhn odethrn odethnr
odentrh odenthr odenrth odenrht odenhrt odenhtr odernth odernht odertnh oderthn oderhtn
oderhnt odehnrt odehntr odehrnt odehrtn odehtrn odehtnr odhtner odhtnre odhtenr odhtern
odhtren odhtrne odhnter odhntre odhnetr odhnert odhnret odhnrte odhentr odhenrt odhetnr
odhetrn odhertn odhernt odhrnet odhrnte odhrent odhretn odhrten odhrtne nhroted nhrotde
nhroetd nhroedt nhrodet nhrodte nhrtoed nhrtode nhrteod nhrtedo nhrtdeo nhrtdoe nhretod
nhretdo nhreotd nhreodt nhredot nhredto nhrdteo nhrdtoe nhrdeto nhrdeot nhrdoet nhrdote
nhorted nhortde nhoretd nhoredt nhordet nhordte nhotred nhotrde nhoterd nhotedr nhotder
nhotdre nhoetrd nhoetdr nhoertd nhoerdt nhoedrt nhoedtr nhodter nhodtre nhodetr nhodert
nhodret nhodrte nhtored nhtorde nhtoerd nhtoedr nhtoder nhtodre nhtroed nhtrode nhtreod
nhtredo nhtrdeo nhtrdoe nhterod nhterdo nhteord nhteodr nhtedor nhtedro nhtdreo nhtdroe
nhtdero nhtdeor nhtdoer nhtdore nheotrd nheotdr nheortd nheordt nheodrt nheodtr nhetord
nhetodr nhetrod nhetrdo nhetdro nhetdor nhertod nhertdo nherotd nherodt nherdot nherdto
nhedtro nhedtor nhedrto nhedrot nhedort nhedotr nhdoter nhdotre nhdoetr nhdoert nhdoret
nhdorte nhdtoer nhdtore nhdteor nhdtero nhdtreo nhdtroe nhdetor nhdetro nhdeotr nhdeort
nhderot nhderto nhdrteo nhdrtoe nhdreto nhdreot nhdroet nhdrote nrhoted nrhotde nrhoetd
nrhoedt nrhodet nrhodte nrhtoed nrhtode nrhteod nrhtedo nrhtdeo nrhtdoe nrhetod nrhetdo
nrheotd nrheodt nrhedot nrhedto nrhdteo nrhdtoe nrhdeto nrhdeot nrhdoet nrhdote nrohted
nrohtde nrohetd nrohedt nrohdet nrohdte nrothed nrothde nrotehd nrotedh nrotdeh nrotdhe
nroethd nroetdh nroehtd nroehdt nroedht nroedth nrodteh nrodthe nrodeth nrodeht nrodhet
nrodhte nrtohed nrtohde nrtoehd nrtoedh nrtodeh nrtodhe nrthoed nrthode nrtheod nrthedo
nrthdeo nrthdoe nrtehod nrtehdo nrteohd nrteodh nrtedoh nrtedho nrtdheo nrtdhoe nrtdeho
nrtdeoh nrtdoeh nrtdohe nreothd nreotdh nreohtd nreohdt nreodht nreodth nretohd nretodh
nrethod nrethdo nretdho nretdoh nrehtod nrehtdo nrehotd nrehodt nrehdot nrehdto nredtho
nredtoh nredhto nredhot nredoht nredoth nrdoteh nrdothe nrdoeth nrdoeht nrdohet nrdohte
nrdtoeh nrdtohe nrdteoh nrdteho nrdtheo nrdthoe nrdetoh nrdetho nrdeoth nrdeoht nrdehot
nrdehto nrdhteo nrdhtoe nrdheto nrdheot nrdhoet nrdhote norhted norhtde norhetd norhedt
norhdet norhdte northed northde nortehd nortedh nortdeh nortdhe norethd noretdh norehtd
norehdt noredht noredth nordteh nordthe nordeth nordeht nordhet nordhte nohrted nohrtde
nohretd nohredt nohrdet nohrdte nohtred nohtrde nohterd nohtedr nohtder nohtdre nohetrd
nohetdr nohertd noherdt nohedrt nohedtr nohdter nohdtre nohdetr nohdert nohdret nohdrte
nothred nothrde notherd nothedr nothder nothdre notrhed notrhde notrehd notredh notrdeh
notrdhe noterhd noterdh notehrd notehdr notedhr notedrh notdreh notdrhe notderh notdehr
notdher notdhre noehtrd noehtdr noehrtd noehrdt noehdrt noehdtr noethrd noethdr noetrhd
noetrdh noetdrh noetdhr noerthd noertdh noerhtd noerhdt noerdht noerdth noedtrh noedthr
noedrth noedrht noedhrt noedhtr nodhter nodhtre nodhetr nodhert nodhret nodhrte nodther
nodthre nodtehr nodterh nodtreh nodtrhe nodethr nodetrh nodehtr nodehrt noderht noderth
nodrteh nodrthe nodreth nodreht nodrhet nodrhte ntrohed ntrohde ntroehd ntroedh ntrodeh
ntrodhe ntrhoed ntrhode ntrheod ntrhedo ntrhdeo ntrhdoe ntrehod ntrehdo ntreohd ntreodh
ntredoh ntredho ntrdheo ntrdhoe ntrdeho ntrdeoh ntrdoeh ntrdohe ntorhed ntorhde ntorehd
ntoredh ntordeh ntordhe ntohred ntohrde ntoherd ntohedr ntohder ntohdre ntoehrd ntoehdr
ntoerhd ntoerdh ntoedrh ntoedhr ntodher ntodhre ntodehr ntoderh ntodreh ntodrhe nthored
nthorde nthoerd nthoedr nthoder nthodre nthroed nthrode nthreod nthredo nthrdeo nthrdoe
ntherod ntherdo ntheord ntheodr nthedor nthedro nthdreo nthdroe nthdero nthdeor nthdoer
nthdore nteohrd nteohdr nteorhd nteordh nteodrh nteodhr ntehord ntehodr ntehrod ntehrdo
ntehdro ntehdor nterhod nterhdo nterohd nterodh nterdoh nterdho ntedhro ntedhor ntedrho
ntedroh ntedorh ntedohr ntdoher ntdohre ntdoehr ntdoerh ntdoreh ntdorhe ntdhoer ntdhore
ntdheor ntdhero ntdhreo ntdhroe ntdehor ntdehro ntdeohr ntdeorh ntderoh ntderho ntdrheo
ntdrhoe ntdreho ntdreoh ntdroeh ntdrohe nerothd nerotdh nerohtd nerohdt nerodht nerodth
nertohd nertodh nerthod nerthdo nertdho nertdoh nerhtod nerhtdo nerhotd nerhodt nerhdot
nerhdto nerdtho nerdtoh nerdhto nerdhot nerdoht nerdoth neorthd neortdh neorhtd neorhdt
neordht neordth neotrhd neotrdh neothrd neothdr neotdhr neotdrh neohtrd neohtdr neohrtd
neohrdt neohdrt neohdtr neodthr neodtrh neodhtr neodhrt neodrht neodrth netorhd netordh
netohrd netohdr netodhr netodrh netrohd netrodh netrhod netrhdo netrdho netrdoh nethrod
nethrdo nethord nethodr nethdor nethdro netdrho netdroh netdhro netdhor netdohr netdorh
nehotrd nehotdr nehortd nehordt nehodrt nehodtr nehtord nehtodr nehtrod nehtrdo nehtdro
nehtdor nehrtod nehrtdo nehrotd nehrodt nehrdot nehrdto nehdtro nehdtor nehdrto nehdrot
nehdort nehdotr nedothr nedotrh nedohtr nedohrt nedorht nedorth nedtohr nedtorh nedthor
nedthro nedtrho nedtroh nedhtor nedhtro nedhotr nedhort nedhrot nedhrto nedrtho nedrtoh
nedrhto nedrhot nedroht nedroth ndroteh ndrothe ndroeth ndroeht ndrohet ndrohte ndrtoeh
ndrtohe ndrteoh ndrteho ndrtheo ndrthoe ndretoh ndretho ndreoth ndreoht ndrehot ndrehto
ndrhteo ndrhtoe ndrheto ndrheot ndrhoet ndrhote ndorteh ndorthe ndoreth ndoreht ndorhet
ndorhte ndotreh ndotrhe ndoterh ndotehr ndother ndothre ndoetrh ndoethr ndoerth ndoerht
ndoehrt ndoehtr ndohter ndohtre ndohetr ndohert ndohret ndohrte ndtoreh ndtorhe ndtoerh
ndtoehr ndtoher ndtohre ndtroeh ndtrohe ndtreoh ndtreho ndtrheo ndtrhoe ndteroh ndterho
ndteorh ndteohr ndtehor ndtehro ndthreo ndthroe ndthero ndtheor ndthoer ndthore ndeotrh
ndeothr ndeorth ndeorht ndeohrt ndeohtr ndetorh ndetohr ndetroh ndetrho ndethro ndethor
ndertoh ndertho nderoth nderoht nderhot nderhto ndehtro ndehtor ndehrto ndehrot ndehort
ndehotr ndhoter ndhotre ndhoetr ndhoert ndhoret ndhorte ndhtoer ndhtore ndhteor ndhtero
ndhtreo ndhtroe ndhetor ndhetro ndheotr ndheort ndherot ndherto ndhrteo ndhrtoe ndhreto
ndhreot ndhroet ndhrote ehrontd ehrondt ehrotnd ehrotdn ehrodtn ehrodnt ehrnotd ehrnodt
ehrntod ehrntdo ehrndto ehrndot ehrtnod ehrtndo ehrtond ehrtodn ehrtdon ehrtdno ehrdnto
ehrdnot ehrdtno ehrdton ehrdotn ehrdont ehorntd ehorndt ehortnd ehortdn ehordtn ehordnt
ehonrtd ehonrdt ehontrd ehontdr ehondtr ehondrt ehotnrd ehotndr ehotrnd ehotrdn ehotdrn
ehotdnr ehodntr ehodnrt ehodtnr ehodtrn ehodrtn ehodrnt ehnortd ehnordt ehnotrd ehnotdr
ehnodtr ehnodrt ehnrotd ehnrodt ehnrtod ehnrtdo ehnrdto ehnrdot ehntrod ehntrdo ehntord
ehntodr ehntdor ehntdro ehndrto ehndrot ehndtro ehndtor ehndotr ehndort ehtonrd ehtondr
ehtornd ehtordn ehtodrn ehtodnr ehtnord ehtnodr ehtnrod ehtnrdo ehtndro ehtndor ehtrnod
ehtrndo ehtrond ehtrodn ehtrdon ehtrdno ehtdnro ehtdnor ehtdrno ehtdron ehtdorn ehtdonr
ehdontr ehdonrt ehdotnr ehdotrn ehdortn ehdornt ehdnotr ehdnort ehdntor ehdntro ehdnrto
ehdnrot ehdtnor ehdtnro ehdtonr ehdtorn ehdtron ehdtrno ehdrnto ehdrnot ehdrtno ehdrton
ehdrotn ehdront erhontd erhondt erhotnd erhotdn erhodtn erhodnt erhnotd erhnodt erhntod
erhntdo erhndto erhndot erhtnod erhtndo erhtond erhtodn erhtdon erhtdno erhdnto erhdnot
erhdtno erhdton erhdotn erhdont erohntd erohndt erohtnd erohtdn erohdtn erohdnt eronhtd
eronhdt eronthd erontdh erondth erondht erotnhd erotndh erothnd erothdn erotdhn erotdnh
erodnth erodnht erodtnh erodthn erodhtn erodhnt ernohtd ernohdt ernothd ernotdh ernodth
ernodht ernhotd ernhodt ernhtod ernhtdo ernhdto ernhdot ernthod ernthdo erntohd erntodh
erntdoh erntdho erndhto erndhot erndtho erndtoh erndoth erndoht ertonhd ertondh ertohnd
ertohdn ertodhn ertodnh ertnohd ertnodh ertnhod ertnhdo ertndho ertndoh erthnod erthndo
erthond erthodn erthdon erthdno ertdnho ertdnoh ertdhno ertdhon ertdohn ertdonh erdonth
erdonht erdotnh erdothn erdohtn erdohnt erdnoth erdnoht erdntoh erdntho erdnhto erdnhot
erdtnoh erdtnho erdtonh erdtohn erdthon erdthno erdhnto erdhnot erdhtno erdhton erdhotn
erdhont eorhntd eorhndt eorhtnd eorhtdn eorhdtn eorhdnt eornhtd eornhdt eornthd eorntdh
eorndth eorndht eortnhd eortndh eorthnd eorthdn eortdhn eortdnh eordnth eordnht eordtnh
eordthn eordhtn eordhnt eohrntd eohrndt eohrtnd eohrtdn eohrdtn eohrdnt eohnrtd eohnrdt
eohntrd eohntdr eohndtr eohndrt eohtnrd eohtndr eohtrnd eohtrdn eohtdrn eohtdnr eohdntr
eohdnrt eohdtnr eohdtrn eohdrtn eohdrnt eonhrtd eonhrdt eonhtrd eonhtdr eonhdtr eonhdrt
eonrhtd eonrhdt eonrthd eonrtdh eonrdth eonrdht eontrhd eontrdh eonthrd eonthdr eontdhr
eontdrh eondrth eondrht eondtrh eondthr eondhtr eondhrt eothnrd eothndr eothrnd eothrdn
eothdrn eothdnr eotnhrd eotnhdr eotnrhd eotnrdh eotndrh eotndhr eotrnhd eotrndh eotrhnd
eotrhdn eotrdhn eotrdnh eotdnrh eotdnhr eotdrnh eotdrhn eotdhrn eotdhnr eodhntr eodhnrt
eodhtnr eodhtrn eodhrtn eodhrnt eodnhtr eodnhrt eodnthr eodntrh eodnrth eodnrht eodtnhr
eodtnrh eodthnr eodthrn eodtrhn eodtrnh eodrnth eodrnht eodrtnh eodrthn eodrhtn eodrhnt
enrohtd enrohdt enrothd enrotdh enrodth enrodht enrhotd enrhodt enrhtod enrhtdo enrhdto
enrhdot enrthod enrthdo enrtohd enrtodh enrtdoh enrtdho enrdhto enrdhot enrdtho enrdtoh
enrdoth enrdoht enorhtd enorhdt enorthd enortdh enordth enordht enohrtd enohrdt enohtrd
enohtdr enohdtr enohdrt enothrd enothdr enotrhd enotrdh enotdrh enotdhr enodhtr enodhrt
enodthr enodtrh enodrth enodrht enhortd enhordt enhotrd enhotdr enhodtr enhodrt enhrotd
enhrodt enhrtod enhrtdo enhrdto enhrdot enhtrod enhtrdo enhtord enhtodr enhtdor enhtdro
enhdrto enhdrot enhdtro enhdtor enhdotr enhdort entohrd entohdr entorhd entordh entodrh
entodhr enthord enthodr enthrod enthrdo enthdro enthdor entrhod entrhdo entrohd entrodh
entrdoh entrdho entdhro entdhor entdrho entdroh entdorh entdohr endohtr endohrt endothr
endotrh endorth endorht endhotr endhort endhtor endhtro endhrto endhrot endthor endthro
endtohr endtorh endtroh endtrho endrhto endrhot endrtho endrtoh endroth endroht etronhd
etrondh etrohnd etrohdn etrodhn etrodnh etrnohd etrnodh etrnhod etrnhdo etrndho etrndoh
etrhnod etrhndo etrhond etrhodn etrhdon etrhdno etrdnho etrdnoh etrdhno etrdhon etrdohn
etrdonh etornhd etorndh etorhnd etorhdn etordhn etordnh etonrhd etonrdh etonhrd etonhdr
etondhr etondrh etohnrd etohndr etohrnd etohrdn etohdrn etohdnr etodnhr etodnrh etodhnr
etodhrn etodrhn etodrnh etnorhd etnordh etnohrd etnohdr etnodhr etnodrh etnrohd etnrodh
etnrhod etnrhdo etnrdho etnrdoh etnhrod etnhrdo etnhord etnhodr etnhdor etnhdro etndrho
etndroh etndhro etndhor etndohr etndorh ethonrd ethondr ethornd ethordn ethodrn ethodnr
ethnord ethnodr ethnrod ethnrdo ethndro ethndor ethrnod ethrndo ethrond ethrodn ethrdon
ethrdno ethdnro ethdnor ethdrno ethdron ethdorn ethdonr etdonhr etdonrh etdohnr etdohrn
etdorhn etdornh etdnohr etdnorh etdnhor etdnhro etdnrho etdnroh etdhnor etdhnro etdhonr
etdhorn etdhron etdhrno etdrnho etdrnoh etdrhno etdrhon etdrohn etdronh edronth edronht
edrotnh edrothn edrohtn edrohnt edrnoth edrnoht edrntoh edrntho edrnhto edrnhot edrtnoh
edrtnho edrtonh edrtohn edrthon edrthno edrhnto edrhnot edrhtno edrhton edrhotn edrhont
edornth edornht edortnh edorthn edorhtn edorhnt edonrth edonrht edontrh edonthr edonhtr
edonhrt edotnrh edotnhr edotrnh edotrhn edothrn edothnr edohntr edohnrt edohtnr edohtrn
edohrtn edohrnt ednorth ednorht ednotrh ednothr ednohtr ednohrt ednroth ednroht ednrtoh
ednrtho ednrhto ednrhot edntroh edntrho edntorh edntohr ednthor ednthro ednhrto ednhrot
ednhtro ednhtor ednhotr ednhort edtonrh edtonhr edtornh edtorhn edtohrn edtohnr edtnorh
edtnohr edtnroh edtnrho edtnhro edtnhor edtrnoh edtrnho edtronh edtrohn edtrhon edtrhno
edthnro edthnor edthrno edthron edthorn edthonr edhontr edhonrt edhotnr edhotrn edhortn
edhornt edhnotr edhnort edhntor edhntro edhnrto edhnrot edhtnor edhtnro edhtonr edhtorn
edhtron edhtrno edhrnto edhrnot edhrtno edhrton edhrotn edhront dhronet dhronte dhroent
dhroetn dhroten dhrotne dhrnoet dhrnote dhrneot dhrneto dhrnteo dhrntoe dhrenot dhrento
dhreont dhreotn dhreton dhretno dhrtneo dhrtnoe dhrteno dhrteon dhrtoen dhrtone dhornet
dhornte dhorent dhoretn dhorten dhortne dhonret dhonrte dhonert dhonetr dhonter dhontre
dhoenrt dhoentr dhoernt dhoertn dhoetrn dhoetnr dhotner dhotnre dhotenr dhotern dhotren
dhotrne dhnoret dhnorte dhnoert dhnoetr dhnoter dhnotre dhnroet dhnrote dhnreot dhnreto
dhnrteo dhnrtoe dhnerot dhnerto dhneort dhneotr dhnetor dhnetro dhntreo dhntroe dhntero
dhnteor dhntoer dhntore dheonrt dheontr dheornt dheortn dheotrn dheotnr dhenort dhenotr
dhenrot dhenrto dhentro dhentor dhernot dhernto dheront dherotn dherton dhertno dhetnro
dhetnor dhetrno dhetron dhetorn dhetonr dhtoner dhtonre dhtoenr dhtoern dhtoren dhtorne
dhtnoer dhtnore dhtneor dhtnero dhtnreo dhtnroe dhtenor dhtenro dhteonr dhteorn dhteron
dhterno dhtrneo dhtrnoe dhtreno dhtreon dhtroen dhtrone drhonet drhonte drhoent drhoetn
drhoten drhotne drhnoet drhnote drhneot drhneto drhnteo drhntoe drhenot drhento drheont
drheotn drheton drhetno drhtneo drhtnoe drhteno drhteon drhtoen drhtone drohnet drohnte
drohent drohetn drohten drohtne dronhet dronhte droneht droneth dronteh dronthe droenht
droenth droehnt droehtn droethn droetnh drotneh drotnhe drotenh drotehn drothen drothne
drnohet drnohte drnoeht drnoeth drnoteh drnothe drnhoet drnhote drnheot drnheto drnhteo
drnhtoe drnehot drnehto drneoht drneoth drnetoh drnetho drntheo drnthoe drnteho drnteoh
drntoeh drntohe dreonht dreonth dreohnt dreohtn dreothn dreotnh drenoht drenoth drenhot
drenhto drentho drentoh drehnot drehnto drehont drehotn drehton drehtno dretnho dretnoh
drethno drethon dretohn dretonh drtoneh drtonhe drtoenh drtoehn drtohen drtohne drtnoeh
drtnohe drtneoh drtneho drtnheo drtnhoe drtenoh drtenho drteonh drteohn drtehon drtehno
drthneo drthnoe drtheno drtheon drthoen drthone dorhnet dorhnte dorhent dorhetn dorhten
dorhtne dornhet dornhte dorneht dorneth dornteh dornthe dorenht dorenth dorehnt dorehtn
dorethn doretnh dortneh dortnhe dortenh dortehn dorthen dorthne dohrnet dohrnte dohrent
dohretn dohrten dohrtne dohnret dohnrte dohnert dohnetr dohnter dohntre dohenrt dohentr
dohernt dohertn dohetrn dohetnr dohtner dohtnre dohtenr dohtern dohtren dohtrne donhret
donhrte donhert donhetr donhter donhtre donrhet donrhte donreht donreth donrteh donrthe
donerht donerth donehrt donehtr donethr donetrh dontreh dontrhe donterh dontehr donther
donthre doehnrt doehntr doehrnt doehrtn doehtrn doehtnr doenhrt doenhtr doenrht doenrth
doentrh doenthr doernht doernth doerhnt doerhtn doerthn doertnh doetnrh doetnhr doetrnh
doetrhn doethrn doethnr dothner dothnre dothenr dothern dothren dothrne dotnher dotnhre
dotnehr dotnerh dotnreh dotnrhe dotenhr dotenrh dotehnr dotehrn doterhn doternh dotrneh
dotrnhe dotrenh dotrehn dotrhen dotrhne dnrohet dnrohte dnroeht dnroeth dnroteh dnrothe
dnrhoet dnrhote dnrheot dnrheto dnrhteo dnrhtoe dnrehot dnrehto dnreoht dnreoth dnretoh
dnretho dnrtheo dnrthoe dnrteho dnrteoh dnrtoeh dnrtohe dnorhet dnorhte dnoreht dnoreth
dnorteh dnorthe dnohret dnohrte dnohert dnohetr dnohter dnohtre dnoehrt dnoehtr dnoerht
dnoerth dnoetrh dnoethr dnother dnothre dnotehr dnoterh dnotreh dnotrhe dnhoret dnhorte
dnhoert dnhoetr dnhoter dnhotre dnhroet dnhrote dnhreot dnhreto dnhrteo dnhrtoe dnherot
dnherto dnheort dnheotr dnhetor dnhetro dnhtreo dnhtroe dnhtero dnhteor dnhtoer dnhtore
dneohrt dneohtr dneorht dneorth dneotrh dneothr dnehort dnehotr dnehrot dnehrto dnehtro
dnehtor dnerhot dnerhto dneroht dneroth dnertoh dnertho dnethro dnethor dnetrho dnetroh
dnetorh dnetohr dntoher dntohre dntoehr dntoerh dntoreh dntorhe dnthoer dnthore dntheor
dnthero dnthreo dnthroe dntehor dntehro dnteohr dnteorh dnteroh dnterho dntrheo dntrhoe
dntreho dntreoh dntroeh dntrohe deronht deronth derohnt derohtn derothn derotnh dernoht
dernoth dernhot dernhto derntho derntoh derhnot derhnto derhont derhotn derhton derhtno
dertnho dertnoh derthno derthon dertohn dertonh deornht deornth deorhnt deorhtn deorthn
deortnh deonrht deonrth deonhrt deonhtr deonthr deontrh deohnrt deohntr deohrnt deohrtn
deohtrn deohtnr deotnhr deotnrh deothnr deothrn deotrhn deotrnh denorht denorth denohrt
denohtr denothr denotrh denroht denroth denrhot denrhto denrtho denrtoh denhrot denhrto
denhort denhotr denhtor denhtro dentrho dentroh denthro denthor dentohr dentorh dehonrt
dehontr dehornt dehortn dehotrn dehotnr dehnort dehnotr dehnrot dehnrto dehntro dehntor
dehrnot dehrnto dehront dehrotn dehrton dehrtno dehtnro dehtnor dehtrno dehtron dehtorn
dehtonr detonhr detonrh detohnr detohrn detorhn detornh detnohr detnorh detnhor detnhro
detnrho detnroh dethnor dethnro dethonr dethorn dethron dethrno detrnho detrnoh detrhno
detrhon detrohn detronh dtroneh dtronhe dtroenh dtroehn dtrohen dtrohne dtrnoeh dtrnohe
dtrneoh dtrneho dtrnheo dtrnhoe dtrenoh dtrenho dtreonh dtreohn dtrehon dtrehno dtrhneo
dtrhnoe dtrheno dtrheon dtrhoen dtrhone dtorneh dtornhe dtorenh dtorehn dtorhen dtorhne
dtonreh dtonrhe dtonerh dtonehr dtonher dtonhre dtoenrh dtoenhr dtoernh dtoerhn dtoehrn
dtoehnr dtohner dtohnre dtohenr dtohern dtohren dtohrne dtnoreh dtnorhe dtnoerh dtnoehr
dtnoher dtnohre dtnroeh dtnrohe dtnreoh dtnreho dtnrheo dtnrhoe dtneroh dtnerho dtneorh
dtneohr dtnehor dtnehro dtnhreo dtnhroe dtnhero dtnheor dtnhoer dtnhore dteonrh dteonhr
dteornh dteorhn dteohrn dteohnr dtenorh dtenohr dtenroh dtenrho dtenhro dtenhor dternoh
dternho dteronh dterohn dterhon dterhno dtehnro dtehnor dtehrno dtehron dtehorn dtehonr
dthoner dthonre dthoenr dthoern dthoren dthorne dthnoer dthnore dthneor dthnero dthnreo
dthnroe dthenor dthenro dtheonr dtheorn dtheron dtherno dthrneo dthrnoe dthreno dthreon
dthroen dthrone

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History of cryptography
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