easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

opsonification

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wizzle

traumatosis

helpeth

melik

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disselboom

waspiest

hmorgan

tartare

neuroglioma

unfocused

edgerly

acetomicrobium


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: witching
cipher variations:
xjudijoh ykvejkpi zlwfklqj amxglmrk bnyhmnsl
cozinotm dpajopun eqbkpqvo frclqrwp gsdmrsxq
htenstyr iufotuzs jvgpuvat kwhqvwbu lxirwxcv
myjsxydw nzktyzex oaluzafy pbmvabgz qcnwbcha
rdoxcdib sepydejc tfqzefkd ugrafgle vhsbghmf

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: witching
Cipher: drgxsrmt

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: witching
Cipher: BABAA ABAAA BAABA AAABA AABBB ABAAA ABBAA AABBA

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: witching
cipher variations:
xjudijohpzghwzothpslkpofzfepyforrvqtmvodjlcxaloptrafcronlhmjqhoz
dxynexolvnkrsnoxndwvgdojftizutovykvejkpiqahixapuiqtmlqpgagfqzgps
swrunwpekmdybmpqusbgdspominkripaeyzofypmwolstopyoexwhepkgujavupw
zlwfklqjrbijybqvjrunmrqhbhgrahqttxsvoxqflnezcnqrvtchetqpnjolsjqb
fzapgzqnxpmtupqzpfyxifqlhvkbwvqxamxglmrkscjkzcrwksvonsricihsbiru
uytwpyrgmofadorswudifurqokpmtkrcgabqharoyqnuvqraqgzyjgrmiwlcxwry
bnyhmnsltdkladsxltwpotsjdjitcjsvvzuxqzshnpgbepstxvejgvsrplqnulsd
hbcribspzrovwrsbrhazkhsnjxmdyxszcozinotmuelmbetymuxqputkekjudktw
wavyratioqhcfqtuywfkhwtsqmrovmteicdsjctqaspwxstcsibalitokynezyta
dpajopunvfmncfuznvyrqvulflkveluxxbwzsbujpridgruvzxglixutrnspwnuf
jdetkdurbtqxytudtjcbmjuplzofazubeqbkpqvowgnodgvaowzsrwvmgmlwfmvy
ycxatcvkqsjehsvwayhmjyvusotqxovgkefulevscuryzuveukdcnkvqmapgbavc
frclqrwpxhopehwbpxatsxwnhnmxgnwzzdybudwlrtkfitwxbzinkzwvtpurypwh
lfgvmfwtdvszavwfvledolwrnbqhcbwdgsdmrsxqyipqfixcqybutyxoionyhoxa
aezcvexmsulgjuxycajolaxwuqvszqximghwngxuewtabwxgwmfepmxsocridcxe
htenstyrzjqrgjydrzcvuzypjpozipybbfadwfyntvmhkvyzdbkpmbyxvrwtaryj
nhixohyvfxubcxyhxngfqnytpdsjedyfiufotuzsakrshkzesadwvazqkqpajqzc
cgbexgzouwnilwzaeclqnczywsxubszkoijypizwgyvcdyziyohgrozuqetkfezg
jvgpuvatblstilaftbexwbarlrqbkraddhcfyhapvxojmxabfdmrodazxtyvctal
pjkzqjaxhzwdezajzpihspavrfulgfahkwhqvwbucmtujmbgucfyxcbsmsrclsbe
eidgzibqwypknybcgenspebayuzwdubmqklarkbyiaxefabkaqjitqbwsgvmhgbi
lxirwxcvdnuvknchvdgzydctntsdmtcffjehajcrxzqlozcdhfotqfcbzvaxevcn
rlmbslczjbyfgbclbrkjurcxthwnihcjmyjsxydweovwlodiwehazeduoutenudg
gkfibkdsyarmpadeigpurgdcawbyfwdosmnctmdakczghcdmcslkvsdyuixojidk
nzktyzexfpwxmpejxfibafevpvufovehhlgjcletzbsnqbefjhqvshedbxczgxep
tnodunebldahidendtmlwtezvjypkjeloaluzafygqxynqfkygjcbgfwqwvgpwfi
imhkdmfuactorcfgkirwtifecydahyfquopevofcmebijefoeunmxufawkzqlkfm
pbmvabgzhryzorglzhkdchgxrxwhqxgjjnilengvbdupsdghljsxujgfdzebizgr
vpqfwpgdnfcjkfgpfvonyvgbxlarmlgnqcnwbchaiszapshmailedihysyxiryhk
kojmfohwcevqtehimktyvkhgeafcjahswqrgxqheogdklghqgwpozwhcymbsnmho
rdoxcdibjtabqtinbjmfejiztzyjszillpkngpixdfwrufijnluzwlihfbgdkbit
xrshyrifphelmhirhxqpaxidznctonipsepydejckubcrujockngfkjauazktajm
mqlohqjyegxsvgjkomvaxmjigchelcjuystizsjgqifmnijsiyrqbyjeaodupojq
tfqzefkdlvcdsvkpdlohglkbvbalubknnrmpirkzfhytwhklpnwbynkjhdifmdkv
ztujatkhrjgnojktjzsrczkfbpevqpkrugrafglemwdetwlqempihmlcwcbmvclo
osnqjslagizuxilmqoxczolkiejgnelwauvkbuliskhopklukatsdalgcqfwrqls
vhsbghmfnxefuxmrfnqjinmdxdcnwdmpptorktmbhjavyjmnrpydapmljfkhofmx
bvwlcvmjtlipqlmvlbutebmhdrgxsrmtwitchingoyfgvynsgorkjoneyedoxenq
qupsluncikbwzknosqzebqnmkglipgnycwxmdwnkumjqrmnwmcvufcnieshytsnu

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: witching
Cipher: jvgpuvat

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: witching
Cipher: 2542443132423322

Extended Methods:
Method #1

Plaintext: witching
method variations:
boyhnosmgtdnstxrmyisxycwrdoxcdhb

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
w i t c h i n g 
2 4 4 3 3 4 3 2 
5 2 4 1 2 2 3 2 
They are then read out in rows:
2443343252412232
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: witching
Cipher: roshkdgh

Read more ...
Method #3

Plaintext: witching
method variations:
urolrmhg rolrmhgu olrmhgur
lrmhguro rmhgurol mhgurolr
hgurolrm gurolrmh

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: witching

first 5040 cipher variations(40320 total)
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withingc withignc withigcn withnicg withnigc withncig withncgi withngci withngic withginc withgicn
withgnic withgnci withgcni withgcin witihcng witihcgn witihncg witihngc witihgnc witihgcn witichng
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witngich witngihc witngcih witngchi witnghci witnghic witghinc witghicn witghnic witghnci witghcni
witghcin witgihnc witgihcn witginhc witginch witgicnh witgichn witgnihc witgnich witgnhic witgnhci
witgnchi witgncih witgcinh witgcihn witgcnih witgcnhi witgchni witgchin wicthing wicthign wicthnig
wicthngi wicthgni wicthgin wictihng wictihgn wictinhg wictingh wictignh wictighn wictnihg wictnigh
wictnhig wictnhgi wictnghi wictngih wictginh wictgihn wictgnih wictgnhi wictghni wictghin wichting
wichtign wichtnig wichtngi wichtgni wichtgin wichitng wichitgn wichintg wichingt wichignt wichigtn
wichnitg wichnigt wichntig wichntgi wichngti wichngit wichgint wichgitn wichgnit wichgnti wichgtni
wichgtin wicihtng wicihtgn wicihntg wicihngt wicihgnt wicihgtn wicithng wicithgn wicitnhg wicitngh
wicitgnh wicitghn wicinthg wicintgh wicinhtg wicinhgt wicinght wicingth wicigtnh wicigthn wicignth
wicignht wicighnt wicightn wicnhitg wicnhigt wicnhtig wicnhtgi wicnhgti wicnhgit wicnihtg wicnihgt
wicnithg wicnitgh wicnigth wicnight wicntihg wicntigh wicnthig wicnthgi wicntghi wicntgih wicngith
wicngiht wicngtih wicngthi wicnghti wicnghit wicghint wicghitn wicghnit wicghnti wicghtni wicghtin
wicgihnt wicgihtn wicginht wicginth wicgitnh wicgithn wicgniht wicgnith wicgnhit wicgnhti wicgnthi
wicgntih wicgtinh wicgtihn wicgtnih wicgtnhi wicgthni wicgthin wihcting wihctign wihctnig wihctngi
wihctgni wihctgin wihcitng wihcitgn wihcintg wihcingt wihcignt wihcigtn wihcnitg wihcnigt wihcntig
wihcntgi wihcngti wihcngit wihcgint wihcgitn wihcgnit wihcgnti wihcgtni wihcgtin wihtcing wihtcign
wihtcnig wihtcngi wihtcgni wihtcgin wihticng wihticgn wihtincg wihtingc wihtignc wihtigcn wihtnicg
wihtnigc wihtncig wihtncgi wihtngci wihtngic wihtginc wihtgicn wihtgnic wihtgnci wihtgcni wihtgcin
wihitcng wihitcgn wihitncg wihitngc wihitgnc wihitgcn wihictng wihictgn wihicntg wihicngt wihicgnt
wihicgtn wihinctg wihincgt wihintcg wihintgc wihingtc wihingct wihigcnt wihigctn wihignct wihigntc
wihigtnc wihigtcn wihnticg wihntigc wihntcig wihntcgi wihntgci wihntgic wihnitcg wihnitgc wihnictg
wihnicgt wihnigct wihnigtc wihncitg wihncigt wihnctig wihnctgi wihncgti wihncgit wihngict wihngitc
wihngcit wihngcti wihngtci wihngtic wihgtinc wihgticn wihgtnic wihgtnci wihgtcni wihgtcin wihgitnc
wihgitcn wihgintc wihginct wihgicnt wihgictn wihgnitc wihgnict wihgntic wihgntci wihgncti wihgncit
wihgcint wihgcitn wihgcnit wihgcnti wihgctni wihgctin wiichtng wiichtgn wiichntg wiichngt wiichgnt
wiichgtn wiicthng wiicthgn wiictnhg wiictngh wiictgnh wiictghn wiicnthg wiicntgh wiicnhtg wiicnhgt
wiicnght wiicngth wiicgtnh wiicgthn wiicgnth wiicgnht wiicghnt wiicghtn wiihctng wiihctgn wiihcntg
wiihcngt wiihcgnt wiihcgtn wiihtcng wiihtcgn wiihtncg wiihtngc wiihtgnc wiihtgcn wiihntcg wiihntgc
wiihnctg wiihncgt wiihngct wiihngtc wiihgtnc wiihgtcn wiihgntc wiihgnct wiihgcnt wiihgctn wiithcng
wiithcgn wiithncg wiithngc wiithgnc wiithgcn wiitchng wiitchgn wiitcnhg wiitcngh wiitcgnh wiitcghn
wiitnchg wiitncgh wiitnhcg wiitnhgc wiitnghc wiitngch wiitgcnh wiitgchn wiitgnch wiitgnhc wiitghnc
wiitghcn wiinhtcg wiinhtgc wiinhctg wiinhcgt wiinhgct wiinhgtc wiinthcg wiinthgc wiintchg wiintcgh
wiintgch wiintghc wiincthg wiinctgh wiinchtg wiinchgt wiincght wiincgth wiingtch wiingthc wiingcth
wiingcht wiinghct wiinghtc wiightnc wiightcn wiighntc wiighnct wiighcnt wiighctn wiigthnc wiigthcn
wiigtnhc wiigtnch wiigtcnh wiigtchn wiignthc wiigntch wiignhtc wiignhct wiigncht wiigncth wiigctnh
wiigcthn wiigcnth wiigcnht wiigchnt wiigchtn winchitg winchigt winchtig winchtgi winchgti winchgit
wincihtg wincihgt wincithg wincitgh wincigth wincight winctihg winctigh wincthig wincthgi winctghi
winctgih wincgith wincgiht wincgtih wincgthi wincghti wincghit winhcitg winhcigt winhctig winhctgi
winhcgti winhcgit winhictg winhicgt winhitcg winhitgc winhigtc winhigct winhticg winhtigc winhtcig
winhtcgi winhtgci winhtgic winhgitc winhgict winhgtic winhgtci winhgcti winhgcit winihctg winihcgt
winihtcg winihtgc winihgtc winihgct winichtg winichgt winicthg winictgh winicgth winicght winitchg
winitcgh winithcg winithgc winitghc winitgch winigcth winigcht winigtch winigthc winightc winighct
winthicg winthigc winthcig winthcgi winthgci winthgic wintihcg wintihgc wintichg winticgh wintigch
wintighc wintcihg wintcigh wintchig wintchgi wintcghi wintcgih wintgich wintgihc wintgcih wintgchi
wintghci wintghic winghitc winghict winghtic winghtci winghcti winghcit wingihtc wingihct wingithc
wingitch wingicth wingicht wingtihc wingtich wingthic wingthci wingtchi wingtcih wingcith wingciht
wingctih wingcthi wingchti wingchit wigchint wigchitn wigchnit wigchnti wigchtni wigchtin wigcihnt
wigcihtn wigcinht wigcinth wigcitnh wigcithn wigcniht wigcnith wigcnhit wigcnhti wigcnthi wigcntih
wigctinh wigctihn wigctnih wigctnhi wigcthni wigcthin wighcint wighcitn wighcnit wighcnti wighctni
wighctin wighicnt wighictn wighinct wighintc wighitnc wighitcn wighnict wighnitc wighncit wighncti
wighntci wighntic wightinc wighticn wightnic wightnci wightcni wightcin wigihcnt wigihctn wigihnct
wigihntc wigihtnc wigihtcn wigichnt wigichtn wigicnht wigicnth wigictnh wigicthn wigincht wigincth
wiginhct wiginhtc wiginthc wigintch wigitcnh wigitchn wigitnch wigitnhc wigithnc wigithcn wignhict
wignhitc wignhcit wignhcti wignhtci wignhtic wignihct wignihtc wignicht wignicth wignitch wignithc
wignciht wigncith wignchit wignchti wigncthi wignctih wigntich wigntihc wigntcih wigntchi wignthci
wignthic wigthinc wigthicn wigthnic wigthnci wigthcni wigthcin wigtihnc wigtihcn wigtinhc wigtinch
wigticnh wigtichn wigtnihc wigtnich wigtnhic wigtnhci wigtnchi wigtncih wigtcinh wigtcihn wigtcnih
wigtcnhi wigtchni wigtchin wntchiig wntchigi wntchiig wntchigi wntchgii wntchgii wntcihig wntcihgi
wntciihg wntciigh wntcigih wntcighi wntciihg wntciigh wntcihig wntcihgi wntcighi wntcigih wntcgiih
wntcgihi wntcgiih wntcgihi wntcghii wntcghii wnthciig wnthcigi wnthciig wnthcigi wnthcgii wnthcgii
wnthicig wnthicgi wnthiicg wnthiigc wnthigic wnthigci wnthiicg wnthiigc wnthicig wnthicgi wnthigci
wnthigic wnthgiic wnthgici wnthgiic wnthgici wnthgcii wnthgcii wntihcig wntihcgi wntihicg wntihigc
wntihgic wntihgci wntichig wntichgi wnticihg wnticigh wnticgih wnticghi wntiichg wntiicgh wntiihcg
wntiihgc wntiighc wntiigch wntigcih wntigchi wntigich wntigihc wntighic wntighci wntihicg wntihigc
wntihcig wntihcgi wntihgci wntihgic wntiihcg wntiihgc wntiichg wntiicgh wntiigch wntiighc wnticihg
wnticigh wntichig wntichgi wnticghi wnticgih wntigich wntigihc wntigcih wntigchi wntighci wntighic
wntghiic wntghici wntghiic wntghici wntghcii wntghcii wntgihic wntgihci wntgiihc wntgiich wntgicih
wntgichi wntgiihc wntgiich wntgihic wntgihci wntgichi wntgicih wntgciih wntgcihi wntgciih wntgcihi
wntgchii wntgchii wncthiig wncthigi wncthiig wncthigi wncthgii wncthgii wnctihig wnctihgi wnctiihg
wnctiigh wnctigih wnctighi wnctiihg wnctiigh wnctihig wnctihgi wnctighi wnctigih wnctgiih wnctgihi
wnctgiih wnctgihi wnctghii wnctghii wnchtiig wnchtigi wnchtiig wnchtigi wnchtgii wnchtgii wnchitig
wnchitgi wnchiitg wnchiigt wnchigit wnchigti wnchiitg wnchiigt wnchitig wnchitgi wnchigti wnchigit
wnchgiit wnchgiti wnchgiit wnchgiti wnchgtii wnchgtii wncihtig wncihtgi wncihitg wncihigt wncihgit
wncihgti wncithig wncithgi wncitihg wncitigh wncitgih wncitghi wnciithg wnciitgh wnciihtg wnciihgt
wnciight wnciigth wncigtih wncigthi wncigith wncigiht wncighit wncighti wncihitg wncihigt wncihtig
wncihtgi wncihgti wncihgit wnciihtg wnciihgt wnciithg wnciitgh wnciigth wnciight wncitihg wncitigh
wncithig wncithgi wncitghi wncitgih wncigith wncigiht wncigtih wncigthi wncighti wncighit wncghiit
wncghiti wncghiit wncghiti wncghtii wncghtii wncgihit wncgihti wncgiiht wncgiith wncgitih wncgithi
wncgiiht wncgiith wncgihit wncgihti wncgithi wncgitih wncgtiih wncgtihi wncgtiih wncgtihi wncgthii
wncgthii wnhctiig wnhctigi wnhctiig wnhctigi wnhctgii wnhctgii wnhcitig wnhcitgi wnhciitg wnhciigt
wnhcigit wnhcigti wnhciitg wnhciigt wnhcitig wnhcitgi wnhcigti wnhcigit wnhcgiit wnhcgiti wnhcgiit
wnhcgiti wnhcgtii wnhcgtii wnhtciig wnhtcigi wnhtciig wnhtcigi wnhtcgii wnhtcgii wnhticig wnhticgi
wnhtiicg wnhtiigc wnhtigic wnhtigci wnhtiicg wnhtiigc wnhticig wnhticgi wnhtigci wnhtigic wnhtgiic
wnhtgici wnhtgiic wnhtgici wnhtgcii wnhtgcii wnhitcig wnhitcgi wnhiticg wnhitigc wnhitgic wnhitgci
wnhictig wnhictgi wnhicitg wnhicigt wnhicgit wnhicgti wnhiictg wnhiicgt wnhiitcg wnhiitgc wnhiigtc
wnhiigct wnhigcit wnhigcti wnhigict wnhigitc wnhigtic wnhigtci wnhiticg wnhitigc wnhitcig wnhitcgi
wnhitgci wnhitgic wnhiitcg wnhiitgc wnhiictg wnhiicgt wnhiigct wnhiigtc wnhicitg wnhicigt wnhictig
wnhictgi wnhicgti wnhicgit wnhigict wnhigitc wnhigcit wnhigcti wnhigtci wnhigtic wnhgtiic wnhgtici
wnhgtiic wnhgtici wnhgtcii wnhgtcii wnhgitic wnhgitci wnhgiitc wnhgiict wnhgicit wnhgicti wnhgiitc
wnhgiict wnhgitic wnhgitci wnhgicti wnhgicit wnhgciit wnhgciti wnhgciit wnhgciti wnhgctii wnhgctii
wnichtig wnichtgi wnichitg wnichigt wnichgit wnichgti wnicthig wnicthgi wnictihg wnictigh wnictgih
wnictghi wnicithg wnicitgh wnicihtg wnicihgt wnicight wnicigth wnicgtih wnicgthi wnicgith wnicgiht
wnicghit wnicghti wnihctig wnihctgi wnihcitg wnihcigt wnihcgit wnihcgti wnihtcig wnihtcgi wnihticg
wnihtigc wnihtgic wnihtgci wnihitcg wnihitgc wnihictg wnihicgt wnihigct wnihigtc wnihgtic wnihgtci
wnihgitc wnihgict wnihgcit wnihgcti wnithcig wnithcgi wnithicg wnithigc wnithgic wnithgci wnitchig
wnitchgi wnitcihg wnitcigh wnitcgih wnitcghi wnitichg wniticgh wnitihcg wnitihgc wnitighc wnitigch
wnitgcih wnitgchi wnitgich wnitgihc wnitghic wnitghci wniihtcg wniihtgc wniihctg wniihcgt wniihgct
wniihgtc wniithcg wniithgc wniitchg wniitcgh wniitgch wniitghc wniicthg wniictgh wniichtg wniichgt
wniicght wniicgth wniigtch wniigthc wniigcth wniigcht wniighct wniightc wnightic wnightci wnighitc
wnighict wnighcit wnighcti wnigthic wnigthci wnigtihc wnigtich wnigtcih wnigtchi wnigithc wnigitch
wnigihtc wnigihct wnigicht wnigicth wnigctih wnigcthi wnigcith wnigciht wnigchit wnigchti wnichitg
wnichigt wnichtig wnichtgi wnichgti wnichgit wnicihtg wnicihgt wnicithg wnicitgh wnicigth wnicight
wnictihg wnictigh wnicthig wnicthgi wnictghi wnictgih wnicgith wnicgiht wnicgtih wnicgthi wnicghti
wnicghit wnihcitg wnihcigt wnihctig wnihctgi wnihcgti wnihcgit wnihictg wnihicgt wnihitcg wnihitgc
wnihigtc wnihigct wnihticg wnihtigc wnihtcig wnihtcgi wnihtgci wnihtgic wnihgitc wnihgict wnihgtic
wnihgtci wnihgcti wnihgcit wniihctg wniihcgt wniihtcg wniihtgc wniihgtc wniihgct wniichtg wniichgt
wniicthg wniictgh wniicgth wniicght wniitchg wniitcgh wniithcg wniithgc wniitghc wniitgch wniigcth
wniigcht wniigtch wniigthc wniightc wniighct wnithicg wnithigc wnithcig wnithcgi wnithgci wnithgic
wnitihcg wnitihgc wnitichg wniticgh wnitigch wnitighc wnitcihg wnitcigh wnitchig wnitchgi wnitcghi
wnitcgih wnitgich wnitgihc wnitgcih wnitgchi wnitghci wnitghic wnighitc wnighict wnightic wnightci
wnighcti wnighcit wnigihtc wnigihct wnigithc wnigitch wnigicth wnigicht wnigtihc wnigtich wnigthic
wnigthci wnigtchi wnigtcih wnigcith wnigciht wnigctih wnigcthi wnigchti wnigchit wngchiit wngchiti
wngchiit wngchiti wngchtii wngchtii wngcihit wngcihti wngciiht wngciith wngcitih wngcithi wngciiht
wngciith wngcihit wngcihti wngcithi wngcitih wngctiih wngctihi wngctiih wngctihi wngcthii wngcthii
wnghciit wnghciti wnghciit wnghciti wnghctii wnghctii wnghicit wnghicti wnghiict wnghiitc wnghitic
wnghitci wnghiict wnghiitc wnghicit wnghicti wnghitci wnghitic wnghtiic wnghtici wnghtiic wnghtici
wnghtcii wnghtcii wngihcit wngihcti wngihict wngihitc wngihtic wngihtci wngichit wngichti wngiciht
wngicith wngictih wngicthi wngiicht wngiicth wngiihct wngiihtc wngiithc wngiitch wngitcih wngitchi
wngitich wngitihc wngithic wngithci wngihict wngihitc wngihcit wngihcti wngihtci wngihtic wngiihct
wngiihtc wngiicht wngiicth wngiitch wngiithc wngiciht wngicith wngichit wngichti wngicthi wngictih
wngitich wngitihc wngitcih wngitchi wngithci wngithic wngthiic wngthici wngthiic wngthici wngthcii
wngthcii wngtihic wngtihci wngtiihc wngtiich wngticih wngtichi wngtiihc wngtiich wngtihic wngtihci
wngtichi wngticih wngtciih wngtcihi wngtciih wngtcihi wngtchii wngtchii wgtchini wgtchiin wgtchnii
wgtchnii wgtchini wgtchiin wgtcihni wgtcihin wgtcinhi wgtcinih wgtciinh wgtciihn wgtcnihi wgtcniih
wgtcnhii wgtcnhii wgtcnihi wgtcniih wgtciinh wgtciihn wgtcinih wgtcinhi wgtcihni wgtcihin wgthcini
wgthciin wgthcnii wgthcnii wgthcini wgthciin wgthicni wgthicin wgthinci wgthinic wgthiinc wgthiicn
wgthnici wgthniic wgthncii wgthncii wgthnici wgthniic wgthiinc wgthiicn wgthinic wgthinci wgthicni
wgthicin wgtihcni wgtihcin wgtihnci wgtihnic wgtihinc wgtihicn wgtichni wgtichin wgticnhi wgticnih
wgticinh wgticihn wgtinchi wgtincih wgtinhci wgtinhic wgtinihc wgtinich wgtiicnh wgtiichn wgtiinch
wgtiinhc wgtiihnc wgtiihcn wgtnhici wgtnhiic wgtnhcii wgtnhcii wgtnhici wgtnhiic wgtnihci wgtnihic
wgtnichi wgtnicih wgtniich wgtniihc wgtncihi wgtnciih wgtnchii wgtnchii wgtncihi wgtnciih wgtniich
wgtniihc wgtnicih wgtnichi wgtnihci wgtnihic wgtihinc wgtihicn wgtihnic wgtihnci wgtihcni wgtihcin
wgtiihnc wgtiihcn wgtiinhc wgtiinch wgtiicnh wgtiichn wgtinihc wgtinich wgtinhic wgtinhci wgtinchi
wgtincih wgticinh wgticihn wgticnih wgticnhi wgtichni wgtichin wgcthini wgcthiin wgcthnii wgcthnii
wgcthini wgcthiin wgctihni wgctihin wgctinhi wgctinih wgctiinh wgctiihn wgctnihi wgctniih wgctnhii
wgctnhii wgctnihi wgctniih wgctiinh wgctiihn wgctinih wgctinhi wgctihni wgctihin wgchtini wgchtiin
wgchtnii wgchtnii wgchtini wgchtiin wgchitni wgchitin wgchinti wgchinit wgchiint wgchiitn wgchniti
wgchniit wgchntii wgchntii wgchniti wgchniit wgchiint wgchiitn wgchinit wgchinti wgchitni wgchitin
wgcihtni wgcihtin wgcihnti wgcihnit wgcihint wgcihitn wgcithni wgcithin wgcitnhi wgcitnih wgcitinh
wgcitihn wgcinthi wgcintih wgcinhti wgcinhit wgciniht wgcinith wgciitnh wgciithn wgciinth wgciinht
wgciihnt wgciihtn wgcnhiti wgcnhiit wgcnhtii wgcnhtii wgcnhiti wgcnhiit wgcnihti wgcnihit wgcnithi
wgcnitih wgcniith wgcniiht wgcntihi wgcntiih wgcnthii wgcnthii wgcntihi wgcntiih wgcniith wgcniiht
wgcnitih wgcnithi wgcnihti wgcnihit wgcihint wgcihitn wgcihnit wgcihnti wgcihtni wgcihtin wgciihnt
wgciihtn wgciinht wgciinth wgciitnh wgciithn wgciniht wgcinith wgcinhit wgcinhti wgcinthi wgcintih
wgcitinh wgcitihn wgcitnih wgcitnhi wgcithni wgcithin wghctini wghctiin wghctnii wghctnii wghctini
wghctiin wghcitni wghcitin wghcinti wghcinit wghciint wghciitn wghcniti wghcniit wghcntii wghcntii
wghcniti wghcniit wghciint wghciitn wghcinit wghcinti wghcitni wghcitin wghtcini wghtciin wghtcnii
wghtcnii wghtcini wghtciin wghticni wghticin wghtinci wghtinic wghtiinc wghtiicn wghtnici wghtniic
wghtncii wghtncii wghtnici wghtniic wghtiinc wghtiicn wghtinic wghtinci wghticni wghticin wghitcni
wghitcin wghitnci wghitnic wghitinc wghiticn wghictni wghictin wghicnti wghicnit wghicint wghicitn
wghincti wghincit wghintci wghintic wghinitc wghinict wghiicnt wghiictn wghiinct wghiintc wghiitnc
wghiitcn wghntici wghntiic wghntcii wghntcii wghntici wghntiic wghnitci wghnitic wghnicti wghnicit
wghniict wghniitc wghnciti wghnciit wghnctii wghnctii wghnciti wghnciit wghniict wghniitc wghnicit
wghnicti wghnitci wghnitic wghitinc wghiticn wghitnic wghitnci wghitcni wghitcin wghiitnc wghiitcn
wghiintc wghiinct wghiicnt wghiictn wghinitc wghinict wghintic wghintci wghincti wghincit wghicint
wghicitn wghicnit wghicnti wghictni wghictin wgichtni wgichtin wgichnti wgichnit wgichint wgichitn
wgicthni wgicthin wgictnhi wgictnih wgictinh wgictihn wgicnthi wgicntih wgicnhti wgicnhit wgicniht
wgicnith wgicitnh wgicithn wgicinth wgicinht wgicihnt wgicihtn wgihctni wgihctin wgihcnti wgihcnit
wgihcint wgihcitn wgihtcni wgihtcin wgihtnci wgihtnic wgihtinc wgihticn wgihntci wgihntic wgihncti
wgihncit wgihnict wgihnitc wgihitnc wgihitcn wgihintc wgihinct wgihicnt wgihictn wgithcni wgithcin
wgithnci wgithnic wgithinc wgithicn wgitchni wgitchin wgitcnhi wgitcnih wgitcinh wgitcihn wgitnchi
wgitncih wgitnhci wgitnhic wgitnihc wgitnich wgiticnh wgitichn wgitinch wgitinhc wgitihnc wgitihcn
wginhtci wginhtic wginhcti wginhcit wginhict wginhitc wginthci wginthic wgintchi wgintcih wgintich
wgintihc wgincthi wginctih wginchti wginchit wginciht wgincith wginitch wginithc wginicth wginicht
wginihct wginihtc wgiihtnc wgiihtcn wgiihntc wgiihnct wgiihcnt wgiihctn wgiithnc wgiithcn wgiitnhc
wgiitnch wgiitcnh wgiitchn wgiinthc wgiintch wgiinhtc wgiinhct wgiincht wgiincth wgiictnh wgiicthn
wgiicnth wgiicnht wgiichnt wgiichtn wgnchiti wgnchiit wgnchtii wgnchtii wgnchiti wgnchiit wgncihti
wgncihit wgncithi wgncitih wgnciith wgnciiht wgnctihi wgnctiih wgncthii wgncthii wgnctihi wgnctiih
wgnciith wgnciiht wgncitih wgncithi wgncihti wgncihit wgnhciti wgnhciit wgnhctii wgnhctii wgnhciti
wgnhciit wgnhicti wgnhicit wgnhitci wgnhitic wgnhiitc wgnhiict wgnhtici wgnhtiic wgnhtcii wgnhtcii
wgnhtici wgnhtiic wgnhiitc wgnhiict wgnhitic wgnhitci wgnhicti wgnhicit wgnihcti wgnihcit wgnihtci
wgnihtic wgnihitc wgnihict wgnichti wgnichit wgnicthi wgnictih wgnicith wgniciht wgnitchi wgnitcih
wgnithci wgnithic wgnitihc wgnitich wgniicth wgniicht wgniitch wgniithc wgniihtc wgniihct wgnthici
wgnthiic wgnthcii wgnthcii wgnthici wgnthiic wgntihci wgntihic wgntichi wgnticih wgntiich wgntiihc
wgntcihi wgntciih wgntchii wgntchii wgntcihi wgntciih wgntiich wgntiihc wgnticih wgntichi wgntihci
wgntihic wgnihitc wgnihict wgnihtic wgnihtci wgnihcti wgnihcit wgniihtc wgniihct wgniithc wgniitch
wgniicth wgniicht wgnitihc wgnitich wgnithic wgnithci wgnitchi wgnitcih wgnicith wgniciht wgnictih
wgnicthi wgnichti wgnichit wgichint wgichitn wgichnit wgichnti wgichtni wgichtin wgicihnt wgicihtn
wgicinht wgicinth wgicitnh wgicithn wgicniht wgicnith wgicnhit wgicnhti wgicnthi wgicntih wgictinh
wgictihn wgictnih wgictnhi wgicthni wgicthin wgihcint wgihcitn wgihcnit wgihcnti wgihctni wgihctin
wgihicnt wgihictn wgihinct wgihintc wgihitnc wgihitcn wgihnict wgihnitc wgihncit wgihncti wgihntci
wgihntic wgihtinc wgihticn wgihtnic wgihtnci wgihtcni wgihtcin wgiihcnt wgiihctn wgiihnct wgiihntc
wgiihtnc wgiihtcn wgiichnt wgiichtn wgiicnht wgiicnth wgiictnh wgiicthn wgiincht wgiincth wgiinhct
wgiinhtc wgiinthc wgiintch wgiitcnh wgiitchn wgiitnch wgiitnhc wgiithnc wgiithcn wginhict wginhitc
wginhcit wginhcti wginhtci wginhtic wginihct wginihtc wginicht wginicth wginitch wginithc wginciht
wgincith wginchit wginchti wgincthi wginctih wgintich wgintihc wgintcih wgintchi wginthci wginthic
wgithinc wgithicn wgithnic wgithnci wgithcni wgithcin wgitihnc wgitihcn wgitinhc wgitinch wgiticnh
wgitichn wgitnihc wgitnich wgitnhic wgitnhci wgitnchi wgitncih wgitcinh wgitcihn wgitcnih wgitcnhi
wgitchni wgitchin

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History of cryptography
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