easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

orthopterological

rampoong

imaginational

tabour

unthoughtedly

flexis

scleropages

naphthinduline

brasselle

miasmic

lookdown

shamsherai

knape

scourgers

eiler

colloque

transferebatisque

wullawins


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: undereat
cipher variations:
voefsfbu wpfgtgcv xqghuhdw yrhiviex zsijwjfy
atjkxkgz buklylha cvlmzmib dwmnanjc exnobokd
fyopcple gzpqdqmf haqrerng ibrsfsoh jcstgtpi
kdtuhuqj leuvivrk mfvwjwsl ngwxkxtm ohxylyun
piyzmzvo qjzanawp rkabobxq slbcpcyr tmcdqdzs

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: undereat
Cipher: fmwvivzg

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: undereat
Cipher: BAABB ABBAA AAABB AABAA BAAAA AABAA AAAAA BAABA

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: undereat
cipher variations: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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: undereat
Cipher: haqrerng

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: undereat
Cipher: 5433415124511144

Extended Methods:
Method #1

Plaintext: undereat
method variations:
zsikwkfyexopbpldkctuguqiphyzmzvo

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
u n d e r e a t 
5 3 4 5 2 5 1 4 
4 3 1 1 4 1 1 4 
They are then read out in rows:
5345251443114114
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: undereat
Cipher: pywqoadq

Read more ...
Method #3

Plaintext: undereat
method variations:
osvfyaqy svfyaqyo vfyaqyos
fyaqyosv yaqyosvf aqyosvfy
qyosvfya yosvfyaq

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: undereat

first 5040 cipher variations(40320 total)
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uetrande uetradne uetraden uetrdean uetrdena uetrdaen uetrdane uetrdnae uetrdnea ueternad ueternda
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ureandet ureandte ureantde ureanted ureaendt ureaentd ureaednt ureaedtn ureaetdn ureaetnd ureadent
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uretnead uretneda uretnaed uretnade uretndae uretndea uretenad uretenda ureteand ureteadn uretedan
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urtaeden urtadeen urtadene urtadeen urtadene urtadnee urtadnee urtdneae urtdneea urtdnaee urtdnaee
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urtdanee urtdaene urtdaeen urtdeean urtdeena urtdeaen urtdeane urtdenae urtdenea uedernat uedernta
uederant uederatn uedertan uedertna uedenrat uedenrta uedenart uedenatr uedentar uedentra uedeanrt
uedeantr uedearnt uedeartn uedeatrn uedeatnr uedetnar uedetnra uedetanr uedetarn uedetran uedetrna
uedrenat uedrenta uedreant uedreatn uedretan uedretna uedrneat uedrneta uedrnaet uedrnate uedrntae
uedrntea uedranet uedrante uedraent uedraetn uedraten uedratne uedrtnae uedrtnea uedrtane uedrtaen
uedrtean uedrtena uednreat uednreta uednraet uednrate uednrtae uednrtea uednerat uednerta uedneart
uedneatr uednetar uednetra uednaert uednaetr uednaret uednarte uednatre uednater uedntear uedntera
uedntaer uedntare uedntrae uedntrea uedarnet uedarnte uedarent uedaretn uedarten uedartne uedanret
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uedatner uedatnre uedatenr uedatern uedatren uedatrne uedtrnae uedtrnea uedtrane uedtraen uedtrean
uedtrena uedtnrae uedtnrea uedtnare uedtnaer uedtnear uedtnera uedtanre uedtaner uedtarne uedtaren
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ueetadnr ueetdnar ueetdnra ueetdanr ueetdarn ueetdran ueetdrna uerednat uerednta ueredant ueredatn
ueredtan ueredtna uerendat uerendta uerenadt uerenatd uerentad uerentda uereandt uereantd uereadnt
uereadtn uereatdn uereatnd ueretnad ueretnda ueretand ueretadn ueretdan ueretdna uerdenat uerdenta
uerdeant uerdeatn uerdetan uerdetna uerdneat uerdneta uerdnaet uerdnate uerdntae uerdntea uerdanet
uerdante uerdaent uerdaetn uerdaten uerdatne uerdtnae uerdtnea uerdtane uerdtaen uerdtean uerdtena
uerndeat uerndeta uerndaet uerndate uerndtae uerndtea uernedat uernedta uerneadt uerneatd uernetad
uernetda uernaedt uernaetd uernadet uernadte uernatde uernated uerntead uernteda uerntaed uerntade
uerntdae uerntdea ueradnet ueradnte ueradent ueradetn ueradten ueradtne uerandet uerandte ueranedt
ueranetd ueranted uerantde ueraendt ueraentd ueraednt ueraedtn ueraetdn ueraetnd ueratned ueratnde
ueratend ueratedn ueratden ueratdne uertdnae uertdnea uertdane uertdaen uertdean uertdena uertndae
uertndea uertnade uertnaed uertnead uertneda uertande uertaned uertadne uertaden uertaedn uertaend
uertenad uertenda uerteand uerteadn uertedan uertedna uenerdat uenerdta ueneradt ueneratd uenertad
uenertda uenedrat uenedrta uenedart uenedatr uenedtar uenedtra ueneadrt ueneadtr ueneardt ueneartd
ueneatrd ueneatdr uenetdar uenetdra uenetadr uenetard uenetrad uenetrda uenredat uenredta uenreadt
uenreatd uenretad uenretda uenrdeat uenrdeta uenrdaet uenrdate uenrdtae uenrdtea uenradet uenradte
uenraedt uenraetd uenrated uenratde uenrtdae uenrtdea uenrtade uenrtaed uenrtead uenrteda uendreat
uendreta uendraet uendrate uendrtae uendrtea uenderat uenderta uendeart uendeatr uendetar uendetra
uendaert uendaetr uendaret uendarte uendatre uendater uendtear uendtera uendtaer uendtare uendtrae
uendtrea uenardet uenardte uenaredt uenaretd uenarted uenartde uenadret uenadrte uenadert uenadetr
uenadter uenadtre uenaedrt uenaedtr uenaerdt uenaertd uenaetrd uenaetdr uenatder uenatdre uenatedr
uenaterd uenatred uenatrde uentrdae uentrdea uentrade uentraed uentread uentreda uentdrae uentdrea
uentdare uentdaer uentdear uentdera uentadre uentader uentarde uentared uentaerd uentaedr uentedar
uentedra uenteadr uenteard uenterad uenterda ueaerndt ueaerntd ueaerdnt ueaerdtn ueaertdn ueaertnd
ueaenrdt ueaenrtd ueaendrt ueaendtr ueaentdr ueaentrd ueaednrt ueaedntr ueaedrnt ueaedrtn ueaedtrn
ueaedtnr ueaetndr ueaetnrd ueaetdnr ueaetdrn ueaetrdn ueaetrnd uearendt uearentd uearednt uearedtn
uearetdn uearetnd uearnedt uearnetd uearndet uearndte uearntde uearnted ueardnet ueardnte ueardent
ueardetn ueardten ueardtne ueartnde ueartned ueartdne ueartden ueartedn ueartend ueanredt ueanretd
ueanrdet ueanrdte ueanrtde ueanrted ueanerdt ueanertd ueanedrt ueanedtr ueanetdr ueanetrd ueandert
ueandetr ueandret ueandrte ueandtre ueandter ueantedr ueanterd ueantder ueantdre ueantrde ueantred
ueadrnet ueadrnte ueadrent ueadretn ueadrten ueadrtne ueadnret ueadnrte ueadnert ueadnetr ueadnter
ueadntre ueadenrt ueadentr ueadernt ueadertn ueadetrn ueadetnr ueadtner ueadtnre ueadtenr ueadtern
ueadtren ueadtrne ueatrnde ueatrned ueatrdne ueatrden ueatredn ueatrend ueatnrde ueatnred ueatndre
ueatnder ueatnedr ueatnerd ueatdnre ueatdner ueatdrne ueatdren ueatdern ueatdenr ueatendr ueatenrd
ueatednr ueatedrn ueaterdn ueaternd ueternad ueternda ueterand ueteradn ueterdan ueterdna uetenrad
uetenrda uetenard uetenadr uetendar uetendra ueteanrd ueteandr uetearnd ueteardn ueteadrn ueteadnr
uetednar uetednra uetedanr uetedarn uetedran uetedrna uetrenad uetrenda uetreand uetreadn uetredan
uetredna uetrnead uetrneda uetrnaed uetrnade uetrndae uetrndea uetraned uetrande uetraend uetraedn
uetraden uetradne uetrdnae uetrdnea uetrdane uetrdaen uetrdean uetrdena uetnread uetnreda uetnraed
uetnrade uetnrdae uetnrdea uetnerad uetnerda uetneard uetneadr uetnedar uetnedra uetnaerd uetnaedr
uetnared uetnarde uetnadre uetnader uetndear uetndera uetndaer uetndare uetndrae uetndrea uetarned
uetarnde uetarend uetaredn uetarden uetardne uetanred uetanrde uetanerd uetanedr uetander uetandre
uetaenrd uetaendr uetaernd uetaerdn uetaedrn uetaednr uetadner uetadnre uetadenr uetadern uetadren
uetadrne uetdrnae uetdrnea uetdrane uetdraen uetdrean uetdrena uetdnrae uetdnrea uetdnare uetdnaer
uetdnear uetdnera uetdanre uetdaner uetdarne uetdaren uetdaern uetdaenr uetdenar uetdenra uetdeanr
uetdearn uetderan uetderna uaderent uaderetn uadernet uadernte uadertne uaderten uadeernt uadeertn
uadeenrt uadeentr uadeetnr uadeetrn uadenert uadenetr uadenret uadenrte uadentre uadenter uadetenr
uadetern uadetner uadetnre uadetrne uadetren uadreent uadreetn uadrenet uadrente uadretne uadreten
uadreent uadreetn uadrenet uadrente uadretne uadreten uadrneet uadrnete uadrneet uadrnete uadrntee
uadrntee uadrtene uadrteen uadrtnee uadrtnee uadrtene uadrteen uaderent uaderetn uadernet uadernte
uadertne uaderten uadeernt uadeertn uadeenrt uadeentr uadeetnr uadeetrn uadenert uadenetr uadenret
uadenrte uadentre uadenter uadetenr uadetern uadetner uadetnre uadetrne uadetren uadnreet uadnrete
uadnreet uadnrete uadnrtee uadnrtee uadneret uadnerte uadneert uadneetr uadneter uadnetre uadneert
uadneetr uadneret uadnerte uadnetre uadneter uadnteer uadntere uadnteer uadntere uadntree uadntree
uadtrene uadtreen uadtrnee uadtrnee uadtrene uadtreen uadterne uadteren uadtenre uadtener uadteenr
uadteern uadtnere uadtneer uadtnree uadtnree uadtnere uadtneer uadteenr uadteern uadtener uadtenre
uadterne uadteren uaedrent uaedretn uaedrnet uaedrnte uaedrtne uaedrten uaedernt uaedertn uaedenrt
uaedentr uaedetnr uaedetrn uaednert uaednetr uaednret uaednrte uaedntre uaednter uaedtenr uaedtern
uaedtner uaedtnre uaedtrne uaedtren uaerdent uaerdetn uaerdnet uaerdnte uaerdtne uaerdten uaerednt
uaeredtn uaerendt uaerentd uaeretnd uaeretdn uaernedt uaernetd uaerndet uaerndte uaerntde uaernted
uaertend uaertedn uaertned uaertnde uaertdne uaertden uaeerdnt uaeerdtn uaeerndt uaeerntd uaeertnd
uaeertdn uaeedrnt uaeedrtn uaeednrt uaeedntr uaeedtnr uaeedtrn uaeendrt uaeendtr uaeenrdt uaeenrtd
uaeentrd uaeentdr uaeetdnr uaeetdrn uaeetndr uaeetnrd uaeetrnd uaeetrdn uaenredt uaenretd uaenrdet
uaenrdte uaenrtde uaenrted uaenerdt uaenertd uaenedrt uaenedtr uaenetdr uaenetrd uaendert uaendetr
uaendret uaendrte uaendtre uaendter uaentedr uaenterd uaentder uaentdre uaentrde uaentred uaetrend
uaetredn uaetrned uaetrnde uaetrdne uaetrden uaeternd uaeterdn uaetenrd uaetendr uaetednr uaetedrn
uaetnerd uaetnedr uaetnred uaetnrde uaetndre uaetnder uaetdenr uaetdern uaetdner uaetdnre uaetdrne
uaetdren uaredent uaredetn uarednet uarednte uaredtne uaredten uareednt uareedtn uareendt uareentd
uareetnd uareetdn uarenedt uarenetd uarendet uarendte uarentde uarented uaretend uaretedn uaretned
uaretnde uaretdne uaretden uardeent uardeetn uardenet uardente uardetne uardeten uardeent uardeetn
uardenet uardente uardetne uardeten uardneet uardnete uardneet uardnete uardntee uardntee uardtene
uardteen uardtnee uardtnee uardtene uardteen uaredent uaredetn uarednet uarednte uaredtne uaredten
uareednt uareedtn uareendt uareentd uareetnd uareetdn uarenedt uarenetd uarendet uarendte uarentde
uarented uaretend uaretedn uaretned uaretnde uaretdne uaretden uarndeet uarndete uarndeet uarndete
uarndtee uarndtee uarnedet uarnedte uarneedt uarneetd uarneted uarnetde uarneedt uarneetd uarnedet
uarnedte uarnetde uarneted uarnteed uarntede uarnteed uarntede uarntdee uarntdee uartdene uartdeen
uartdnee uartdnee uartdene uartdeen uartedne uarteden uartende uartened uarteend uarteedn uartnede
uartneed uartndee uartndee uartnede uartneed uarteend uarteedn uartened uartende uartedne uarteden
uaeerdnt uaeerdtn uaeerndt uaeerntd uaeertnd uaeertdn uaeedrnt uaeedrtn uaeednrt uaeedntr uaeedtnr
uaeedtrn uaeendrt uaeendtr uaeenrdt uaeenrtd uaeentrd uaeentdr uaeetdnr uaeetdrn uaeetndr uaeetnrd
uaeetrnd uaeetrdn uaerednt uaeredtn uaerendt uaerentd uaeretnd uaeretdn uaerdent uaerdetn uaerdnet
uaerdnte uaerdtne uaerdten uaerndet uaerndte uaernedt uaernetd uaernted uaerntde uaertdne uaertden
uaertnde uaertned uaertend uaertedn uaedrent uaedretn uaedrnet uaedrnte uaedrtne uaedrten uaedernt
uaedertn uaedenrt uaedentr uaedetnr uaedetrn uaednert uaednetr uaednret uaednrte uaedntre uaednter
uaedtenr uaedtern uaedtner uaedtnre uaedtrne uaedtren uaenrdet uaenrdte uaenredt uaenretd uaenrted
uaenrtde uaendret uaendrte uaendert uaendetr uaendter uaendtre uaenedrt uaenedtr uaenerdt uaenertd
uaenetrd uaenetdr uaentder uaentdre uaentedr uaenterd uaentred uaentrde uaetrdne uaetrden uaetrnde
uaetrned uaetrend uaetredn uaetdrne uaetdren uaetdnre uaetdner uaetdenr uaetdern uaetndre uaetnder
uaetnrde uaetnred uaetnerd uaetnedr uaetednr uaetedrn uaetendr uaetenrd uaeternd uaeterdn uaneredt
uaneretd uanerdet uanerdte uanertde uanerted uaneerdt uaneertd uaneedrt uaneedtr uaneetdr uaneetrd
uanedert uanedetr uanedret uanedrte uanedtre uanedter uanetedr uaneterd uanetder uanetdre uanetrde
uanetred uanreedt uanreetd uanredet uanredte uanretde uanreted uanreedt uanreetd uanredet uanredte
uanretde uanreted uanrdeet uanrdete uanrdeet uanrdete uanrdtee uanrdtee uanrtede uanrteed uanrtdee
uanrtdee uanrtede uanrteed uaneredt uaneretd uanerdet uanerdte uanertde uanerted uaneerdt uaneertd
uaneedrt uaneedtr uaneetdr uaneetrd uanedert uanedetr uanedret uanedrte uanedtre uanedter uanetedr
uaneterd uanetder uanetdre uanetrde uanetred uandreet uandrete uandreet uandrete uandrtee uandrtee
uanderet uanderte uandeert uandeetr uandeter uandetre uandeert uandeetr uanderet uanderte uandetre
uandeter uandteer uandtere uandteer uandtere uandtree uandtree uantrede uantreed uantrdee uantrdee
uantrede uantreed uanterde uantered uantedre uanteder uanteedr uanteerd uantdere uantdeer uantdree
uantdree uantdere uantdeer uanteedr uanteerd uanteder uantedre uanterde uantered uaterend uateredn
uaterned uaternde uaterdne uaterden uateernd uateerdn uateenrd uateendr uateednr uateedrn uatenerd
uatenedr uatenred uatenrde uatendre uatender uatedenr uatedern uatedner uatednre uatedrne uatedren
uatreend uatreedn uatrened uatrende uatredne uatreden uatreend uatreedn uatrened uatrende uatredne
uatreden uatrneed uatrnede uatrneed uatrnede uatrndee uatrndee uatrdene uatrdeen uatrdnee uatrdnee
uatrdene uatrdeen uaterend uateredn uaterned uaternde uaterdne uaterden uateernd uateerdn uateenrd
uateendr uateednr uateedrn uatenerd uatenedr uatenred uatenrde uatendre uatender uatedenr uatedern
uatedner uatednre uatedrne uatedren uatnreed uatnrede uatnreed uatnrede uatnrdee uatnrdee uatnered
uatnerde uatneerd uatneedr uatneder uatnedre uatneerd uatneedr uatnered uatnerde uatnedre uatneder
uatndeer uatndere uatndeer uatndere uatndree uatndree uatdrene uatdreen uatdrnee uatdrnee uatdrene
uatdreen uatderne uatderen uatdenre uatdener uatdeenr uatdeern uatdnere uatdneer uatdnree uatdnree
uatdnere uatdneer uatdeenr uatdeern uatdener uatdenre uatderne uatderen utderean utderena utderaen
utderane utdernae utdernea utdeeran utdeerna utdeearn utdeeanr utdeenar utdeenra utdeaern utdeaenr
utdearen utdearne utdeanre utdeaner utdenear utdenera utdenaer utdenare utdenrae utdenrea utdreean
utdreena utdreaen utdreane utdrenae utdrenea utdreean utdreena utdreaen utdreane utdrenae utdrenea
utdraeen utdraene utdraeen utdraene utdranee utdranee utdrneae utdrneea utdrnaee utdrnaee utdrneae
utdrneea utderean utderena utderaen utderane utdernae utdernea utdeeran utdeerna utdeearn utdeeanr
utdeenar utdeenra utdeaern utdeaenr utdearen utdearne utdeanre utdeaner utdenear utdenera utdenaer
utdenare utdenrae utdenrea utdareen utdarene utdareen utdarene utdarnee utdarnee utdaeren utdaerne
utdaeern utdaeenr utdaener utdaenre utdaeern utdaeenr utdaeren utdaerne utdaenre utdaener utdaneer
utdanere utdaneer utdanere utdanree utdanree utdnreae utdnreea utdnraee utdnraee utdnreae utdnreea
utdnerae utdnerea utdneare utdneaer utdneear utdneera utdnaere utdnaeer utdnaree utdnaree utdnaere
utdnaeer utdneear utdneera utdneaer utdneare utdnerae utdnerea utedrean utedrena utedraen utedrane
utedrnae utedrnea utederan utederna utedearn utedeanr utedenar utedenra utedaern utedaenr utedaren
utedarne utedanre utedaner utednear utednera utednaer utednare utednrae utednrea uterdean uterdena
uterdaen uterdane uterdnae uterdnea uteredan uteredna utereadn utereand uterenad uterenda uteraedn
uteraend uteraden uteradne uterande uteraned uternead uterneda uternaed uternade uterndae uterndea
uteerdan uteerdna uteeradn uteerand uteernad uteernda uteedran uteedrna uteedarn uteedanr uteednar
uteednra uteeadrn uteeadnr uteeardn uteearnd uteeanrd uteeandr uteendar uteendra uteenadr uteenard
uteenrad uteenrda utearedn utearend utearden uteardne utearnde utearned uteaerdn uteaernd uteaedrn
uteaednr uteaendr uteaenrd uteadern uteadenr uteadren uteadrne uteadnre uteadner uteanedr uteanerd
uteander uteandre uteanrde uteanred utenread utenreda utenraed utenrade utenrdae utenrdea utenerad
utenerda uteneard uteneadr utenedar utenedra utenaerd utenaedr utenared utenarde utenadre utenader
utendear utendera utendaer utendare utendrae utendrea utredean utredena utredaen utredane utrednae
utrednea utreedan utreedna utreeadn utreeand utreenad utreenda utreaedn utreaend utreaden utreadne
utreande utreaned utrenead utreneda utrenaed utrenade utrendae utrendea utrdeean utrdeena utrdeaen
utrdeane utrdenae utrdenea utrdeean utrdeena utrdeaen utrdeane utrdenae utrdenea utrdaeen utrdaene
utrdaeen utrdaene utrdanee utrdanee utrdneae utrdneea utrdnaee utrdnaee utrdneae utrdneea utredean
utredena utredaen utredane utrednae utrednea utreedan utreedna utreeadn utreeand utreenad utreenda
utreaedn utreaend utreaden utreadne utreande utreaned utrenead utreneda utrenaed utrenade utrendae
utrendea utradeen utradene utradeen utradene utradnee utradnee utraeden utraedne utraeedn utraeend
utraened utraende utraeedn utraeend utraeden utraedne utraende utraened utraneed utranede utraneed
utranede utrandee utrandee utrndeae utrndeea utrndaee utrndaee utrndeae utrndeea utrnedae utrnedea
utrneade utrneaed utrneead utrneeda utrnaede utrnaeed utrnadee utrnadee utrnaede utrnaeed utrneead
utrneeda utrneaed utrneade utrnedae utrnedea uteerdan uteerdna uteeradn uteerand uteernad uteernda
uteedran uteedrna uteedarn uteedanr uteednar uteednra uteeadrn uteeadnr uteeardn uteearnd uteeanrd
uteeandr uteendar uteendra uteenadr uteenard uteenrad uteenrda uteredan uteredna utereadn utereand
uterenad uterenda uterdean uterdena uterdaen uterdane uterdnae uterdnea uteraden uteradne uteraedn
uteraend uteraned uterande uterndae uterndea uternade uternaed uternead uterneda utedrean utedrena
utedraen utedrane utedrnae utedrnea utederan utederna utedearn utedeanr utedenar utedenra utedaern
utedaenr utedaren utedarne utedanre utedaner utednear utednera utednaer utednare utednrae utednrea
utearden uteardne utearedn utearend utearned utearnde uteadren uteadrne uteadern uteadenr uteadner
uteadnre uteaedrn uteaednr uteaerdn uteaernd uteaenrd uteaendr uteander uteandre uteanedr uteanerd
uteanred uteanrde utenrdae utenrdea utenrade utenraed utenread utenreda utendrae utendrea utendare
utendaer utendear utendera utenadre utenader utenarde utenared utenaerd utenaedr utenedar utenedra
uteneadr uteneard utenerad utenerda utaeredn utaerend utaerden utaerdne utaernde utaerned utaeerdn
utaeernd utaeedrn utaeednr utaeendr utaeenrd utaedern utaedenr utaedren utaedrne utaednre utaedner
utaenedr utaenerd utaender utaendre utaenrde utaenred utareedn utareend utareden utaredne utarende
utarened utareedn utareend utareden utaredne utarende utarened utardeen utardene utardeen utardene
utardnee utardnee utarnede utarneed utarndee utarndee utarnede utarneed utaeredn utaerend utaerden
utaerdne utaernde utaerned utaeerdn utaeernd utaeedrn utaeednr utaeendr utaeenrd utaedern utaedenr
utaedren utaedrne utaednre utaedner utaenedr utaenerd utaender utaendre utaenrde utaenred utadreen
utadrene utadreen utadrene utadrnee utadrnee utaderen utaderne utadeern utadeenr utadener utadenre
utadeern utadeenr utaderen utaderne utadenre utadener utadneer utadnere utadneer utadnere utadnree
utadnree utanrede utanreed utanrdee utanrdee utanrede utanreed utanerde utanered utanedre utaneder
utaneedr utaneerd utandere utandeer utandree utandree utandere utandeer utaneedr utaneerd utaneder
utanedre utanerde utanered utneread utnereda utneraed utnerade utnerdae utnerdea utneerad utneerda
utneeard utneeadr utneedar utneedra utneaerd utneaedr utneared utnearde utneadre utneader utnedear
utnedera utnedaer utnedare utnedrae utnedrea utnreead utnreeda utnreaed utnreade utnredae utnredea
utnreead utnreeda utnreaed utnreade utnredae utnredea utnraeed utnraede utnraeed utnraede utnradee
utnradee utnrdeae utnrdeea utnrdaee utnrdaee utnrdeae utnrdeea utneread utnereda utneraed utnerade
utnerdae utnerdea utneerad utneerda utneeard utneeadr utneedar utneedra utneaerd utneaedr utneared
utnearde utneadre utneader utnedear utnedera utnedaer utnedare utnedrae utnedrea utnareed utnarede
utnareed utnarede utnardee utnardee utnaered utnaerde utnaeerd utnaeedr utnaeder utnaedre utnaeerd
utnaeedr utnaered utnaerde utnaedre utnaeder utnadeer utnadere utnadeer utnadere utnadree utnadree
utndreae utndreea utndraee utndraee utndreae utndreea utnderae utnderea utndeare utndeaer utndeear
utndeera utndaere utndaeer utndaree utndaree utndaere utndaeer utndeear utndeera utndeaer utndeare
utnderae utnderea

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History of cryptography
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