easy ciphers

Easy Ciphers Tools:
cryptography lectures
popular ciphers:

woodcliff

withdrawal

permittiebant

fiorded

ofrezco

athecata

westsunbury

organelles

vinclorumque

peastake

walpurgisnacht

whinger

unmilitaristic

mortalium

vertebrats

kyburz

adferebaminique

tristes


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: stratify
cipher variations:
tusbujgz uvtcvkha vwudwlib wxvexmjc xywfynkd
yzxgzole zayhapmf abzibqng bcajcroh cdbkdspi
decletqj efdmfurk fgengvsl ghfohwtm higpixun
ijhqjyvo jkirkzwp kljslaxq lmktmbyr mnlunczs
nomvodat opnwpebu pqoxqfcv qrpyrgdw rsqzshex

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: stratify
Cipher: hgizgrub

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: stratify
Cipher: BAAAB BAABA BAAAA AAAAA BAABA ABAAA AABAB BABBA

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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: stratify
cipher variations:
tusbujgzdgabgzqvnsibsparxeqbefknhqybqvujrcgbcleflawbaryxvmebmhit
fymbyxsppkubknclzwcbwdmhjikbitwduvtcvkhaehbcharwotjctqbsyfrcfglo
irzcrwvksdhcdmfgmbxcbszywnfcnijugznczytqqlvclodmaxdcxenikjlcjuxe
vwudwlibficdibsxpukdurctzgsdghmpjsadsxwlteidenghncydctazxogdojkv
haodazurrmwdmpenbyedyfojlkmdkvyfwxvexmjcgjdejctyqvlevsduahtehinq
ktbetyxmufjefohiodzedubayphepklwibpebavssnxenqfoczfezgpkmlnelwzg
xywfynkdhkefkduzrwmfwtevbiufijorlucfuzynvgkfgpijpeafevcbzqifqlmx
jcqfcbwttoyforgpdagfahqlnmofmxahyzxgzoleilfglevasxngxufwcjvgjkps
mvdgvazowhlghqjkqfbgfwdcarjgrmnykdrgdcxuupzgpshqebhgbirmonpgnybi
zayhapmfjmghmfwbtyohyvgxdkwhklqtnwehwbapximhirklrgchgxedbskhsnoz
leshedyvvqahqtirfcihcjsnpoqhozcjabzibqngknhingxcuzpizwhyelxilmru
oxfixcbqyjnijslmshdihyfectlitopamftifezwwrbirujsgdjidktoqpripadk
bcajcrohloijohydvaqjaxizfmyjmnsvpygjydcrzkojktmntiejizgfdumjupqb
ngujgfaxxscjsvkthekjeluprqsjqbelcdbkdspimpjkpizewbrkbyjagnzknotw
qzhkzedsalpklunoujfkjahgevnkvqrcohvkhgbyytdktwluiflkfmvqsrtkrcfm
decletqjnqklqjafxcslczkbhoalopuxrailafetbmqlmvopvkglkbihfwolwrsd
piwlihczzueluxmvjgmlgnwrtsulsdgnefdmfurkorlmrkbgydtmdalcipbmpqvy
sbjmbgfucnrmnwpqwlhmlcjigxpmxsteqjxmjidaavfmvynwkhnmhoxsutvmteho
fgengvslpsmnslchzeunebmdjqcnqrwztcknchgvdosnoxqrxminmdkjhyqnytuf
rkynkjebbwgnwzoxlionipytvuwnufipghfohwtmqtnotmdiafvofcnekrdorsxa
udlodihweptopyrsynjonelkizrozuvgslzolkfccxhoxapymjpojqzuwvxovgjq
higpixunruopunejbgwpgdoflsepstybvempejixfqupqzstzokpofmljaspavwh
tmapmlgddyipybqznkqpkravxwypwhkrijhqjyvosvpqvofkchxqhepgmtfqtuzc
wfnqfkjygrvqratuaplqpgnmkbtqbwxiunbqnmheezjqzcraolrqlsbwyxzqxils
jkirkzwptwqrwpgldiyrifqhnugruvadxgorglkzhswrsbuvbqmrqhonlcurcxyj
vocroniffakradsbpmsrmtcxzyaryjmtkljslaxquxrsxqhmejzsjgriovhsvwbe
yhpshmlaitxstcvwcrnsripomdvsdyzkwpdspojggblsbetcqntsnudyazbszknu
lmktmbyrvystyrinfkatkhsjpwitwxcfziqtinmbjuytudwxdsotsjqpnewtezal
xqetqpkhhcmtcfudroutovezbactalovmnlunczswztuzsjoglbulitkqxjuxydg
ajrujonckvzuvexyetputkrqofxufabmyrfurqliidnudgvespvupwfacbdubmpw
nomvodatxauvatkphmcvmjulrykvyzehbksvkpodlwavwfyzfuqvulsrpgyvgbcn
zsgvsrmjjeovehwftqwvqxgbdcevcnqxopnwpebuybvwbulqindwnkvmszlwzafi
cltwlqpemxbwxgzagvrwvmtsqhzwhcdoathwtsnkkfpwfixgurxwryhcedfwdory
pqoxqfcvzcwxcvmrjoexolwntamxabgjdmuxmrqfnycxyhabhwsxwnutriaxidep
buixutollgqxgjyhvsyxszidfegxepszqrpyrgdwadxydwnskpfypmxoubnybchk
envynsrgozdyzibcixtyxovusjbyjefqcvjyvupmmhryhkziwtzytajegfhyfqta
rsqzshexbeyzexotlqgzqnypvcozcdilfowzotshpaezajcdjyuzypwvtkczkfgr
dwkzwvqnniszilajxuazubkfhgizgrubstratifycfzafypumrharozqwdpadejm
gpxaputiqbfabkdekzvazqxwuldalghsexlaxwroojtajmbkyvbavclgihjahsvc

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: stratify
Cipher: fgengvsl

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: stratify
Cipher: 3444241144421245

Extended Methods:
Method #1

Plaintext: stratify
method variations:
xywfyoldcdbldtqihigqiyvonomvodat

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
s t r a t i f y 
3 4 2 1 4 4 1 4 
4 4 4 1 4 2 2 5 
They are then read out in rows:
3421441444414225
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: stratify
Cipher: sbtqtdiw

Read more ...
Method #3

Plaintext: stratify
method variations:
tidqtbrp idqtbrpt dqtbrpti
qtbrptid tbrptidq brptidqt
rptidqtb ptidqtbr

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: stratify

first 5040 cipher variations(40320 total)
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sriatfyt sriatyft sriatytf sriaftty sriaftyt sriaftty sriaftyt sriafytt sriafytt sriaytft sriayttf
sriayftt sriayftt sriaytft sriayttf sritatfy sritatyf sritafty sritafyt sritayft sritaytf srittafy
srittayf srittfay srittfya srittyfa srittyaf sritftay sritftya sritfaty sritfayt sritfyat sritfyta
sritytfa sritytaf srityfta srityfat srityaft srityatf srittafy srittayf srittfay srittfya srittyfa
srittyaf sritatfy sritatyf sritafty sritafyt sritayft sritaytf sritfaty sritfayt sritftay sritftya
sritfyta sritfyat srityaft srityatf srityfat srityfta sritytfa sritytaf srifttay srifttya sriftaty
sriftayt sriftyat sriftyta srifttay srifttya sriftaty sriftayt sriftyat sriftyta srifatty srifatyt
srifatty srifatyt srifaytt srifaytt srifytat srifytta srifyatt srifyatt srifytat srifytta sriyttfa
sriyttaf sriytfta sriytfat sriytaft sriytatf sriyttfa sriyttaf sriytfta sriytfat sriytaft sriytatf
sriyftta sriyftat sriyftta sriyftat sriyfatt sriyfatt sriyatft sriyattf sriyaftt sriyaftt sriyatft
sriyattf srfatity srfatiyt srfattiy srfattyi srfatyti srfatyit srfaitty srfaityt srfaitty srfaityt
srfaiytt srfaiytt srfatity srfatiyt srfattiy srfattyi srfatyti srfatyit srfayitt srfayitt srfaytit
srfaytti srfaytti srfaytit srftaity srftaiyt srftatiy srftatyi srftayti srftayit srftiaty srftiayt
srftitay srftitya srftiyta srftiyat srfttiay srfttiya srfttaiy srfttayi srfttyai srfttyia srftyita
srftyiat srftytia srftytai srftyati srftyait srfitaty srfitayt srfittay srfittya srfityta srfityat
srfiatty srfiatyt srfiatty srfiatyt srfiaytt srfiaytt srfitaty srfitayt srfittay srfittya srfityta
srfityat srfiyatt srfiyatt srfiytat srfiytta srfiytta srfiytat srfttiay srfttiya srfttaiy srfttayi
srfttyai srfttyia srftitay srftitya srftiaty srftiayt srftiyat srftiyta srftaity srftaiyt srftatiy
srftatyi srftayti srftayit srftyiat srftyita srftyait srftyati srftytai srftytia srfytita srfytiat
srfyttia srfyttai srfytati srfytait srfyitta srfyitat srfyitta srfyitat srfyiatt srfyiatt srfytita
srfytiat srfyttia srfyttai srfytati srfytait srfyaitt srfyaitt srfyatit srfyatti srfyatti srfyatit
sryatift sryatitf sryatfit sryatfti sryattfi sryattif sryaitft sryaittf sryaiftt sryaiftt sryaitft
sryaittf sryafitt sryafitt sryaftit sryaftti sryaftti sryaftit sryatift sryatitf sryatfit sryatfti
sryattfi sryattif srytaift srytaitf srytafit srytafti srytatfi srytatif srytiaft srytiatf srytifat
srytifta srytitfa srytitaf srytfiat srytfita srytfait srytfati srytftai srytftia sryttifa sryttiaf
sryttfia sryttfai sryttafi sryttaif sryitaft sryitatf sryitfat sryitfta sryittfa sryittaf sryiatft
sryiattf sryiaftt sryiaftt sryiatft sryiattf sryifatt sryifatt sryiftat sryiftta sryiftta sryiftat
sryitaft sryitatf sryitfat sryitfta sryittfa sryittaf sryftiat sryftita sryftait sryftati sryfttai
sryfttia sryfitat sryfitta sryfiatt sryfiatt sryfitat sryfitta sryfaitt sryfaitt sryfatit sryfatti
sryfatti sryfatit sryftiat sryftita sryftait sryftati sryfttai sryfttia sryttifa sryttiaf sryttfia
sryttfai sryttafi sryttaif srytitfa srytitaf srytifta srytifat srytiaft srytiatf srytfita srytfiat
srytftia srytftai srytfati srytfait srytaift srytaitf srytafit srytafti srytatfi srytatif sarttify
sarttiyf sarttfiy sarttfyi sarttyfi sarttyif sartitfy sartityf sartifty sartifyt sartiyft sartiytf
sartfity sartfiyt sartftiy sartftyi sartfyti sartfyit sartyift sartyitf sartyfit sartyfti sartytfi
sartytif sarttify sarttiyf sarttfiy sarttfyi sarttyfi sarttyif sartitfy sartityf sartifty sartifyt
sartiyft sartiytf sartfity sartfiyt sartftiy sartftyi sartfyti sartfyit sartyift sartyitf sartyfit
sartyfti sartytfi sartytif sarittfy sarittyf saritfty saritfyt sarityft saritytf sarittfy sarittyf
saritfty saritfyt sarityft saritytf sariftty sariftyt sariftty sariftyt sarifytt sarifytt sariytft
sariyttf sariyftt sariyftt sariytft sariyttf sarftity sarftiyt sarfttiy sarfttyi sarftyti sarftyit
sarfitty sarfityt sarfitty sarfityt sarfiytt sarfiytt sarftity sarftiyt sarfttiy sarfttyi sarftyti
sarftyit sarfyitt sarfyitt sarfytit sarfytti sarfytti sarfytit sarytift sarytitf sarytfit sarytfti
saryttfi saryttif saryitft saryittf saryiftt saryiftt saryitft saryittf saryfitt saryfitt saryftit
saryftti saryftti saryftit sarytift sarytitf sarytfit sarytfti saryttfi saryttif satrtify satrtiyf
satrtfiy satrtfyi satrtyfi satrtyif satritfy satrityf satrifty satrifyt satriyft satriytf satrfity
satrfiyt satrftiy satrftyi satrfyti satrfyit satryift satryitf satryfit satryfti satrytfi satrytif
sattrify sattriyf sattrfiy sattrfyi sattryfi sattryif sattirfy sattiryf sattifry sattifyr sattiyfr
sattiyrf sattfiry sattfiyr sattfriy sattfryi sattfyri sattfyir sattyifr sattyirf sattyfir sattyfri
sattyrfi sattyrif satitrfy satitryf satitfry satitfyr satityfr satityrf satirtfy satirtyf satirfty
satirfyt satiryft satirytf satifrty satifryt satiftry satiftyr satifytr satifyrt satiyrft satiyrtf
satiyfrt satiyftr satiytfr satiytrf satftiry satftiyr satftriy satftryi satftyri satftyir satfitry
satfityr satfirty satfiryt satfiyrt satfiytr satfrity satfriyt satfrtiy satfrtyi satfryti satfryit
satfyirt satfyitr satfyrit satfyrti satfytri satfytir satytifr satytirf satytfir satytfri satytrfi
satytrif satyitfr satyitrf satyiftr satyifrt satyirft satyirtf satyfitr satyfirt satyftir satyftri
satyfrti satyfrit satyrift satyritf satyrfit satyrfti satyrtfi satyrtif sattrify sattriyf sattrfiy
sattrfyi sattryfi sattryif sattirfy sattiryf sattifry sattifyr sattiyfr sattiyrf sattfiry sattfiyr
sattfriy sattfryi sattfyri sattfyir sattyifr sattyirf sattyfir sattyfri sattyrfi sattyrif satrtify
satrtiyf satrtfiy satrtfyi satrtyfi satrtyif satritfy satrityf satrifty satrifyt satriyft satriytf
satrfity satrfiyt satrftiy satrftyi satrfyti satrfyit satryift satryitf satryfit satryfti satrytfi
satrytif satirtfy satirtyf satirfty satirfyt satiryft satirytf satitrfy satitryf satitfry satitfyr
satityfr satityrf satiftry satiftyr satifrty satifryt satifyrt satifytr satiytfr satiytrf satiyftr
satiyfrt satiyrft satiyrtf satfrity satfriyt satfrtiy satfrtyi satfryti satfryit satfirty satfiryt
satfitry satfityr satfiytr satfiyrt satftiry satftiyr satftriy satftryi satftyri satftyir satfyitr
satfyirt satfytir satfytri satfyrti satfyrit satyrift satyritf satyrfit satyrfti satyrtfi satyrtif
satyirft satyirtf satyifrt satyiftr satyitfr satyitrf satyfirt satyfitr satyfrit satyfrti satyftri
satyftir satytifr satytirf satytfir satytfri satytrfi satytrif saittrfy saittryf saittfry saittfyr
saittyfr saittyrf saitrtfy saitrtyf saitrfty saitrfyt saitryft saitrytf saitfrty saitfryt saitftry
saitftyr saitfytr saitfyrt saityrft saityrtf saityfrt saityftr saitytfr saitytrf saittrfy saittryf
saittfry saittfyr saittyfr saittyrf saitrtfy saitrtyf saitrfty saitrfyt saitryft saitrytf saitfrty
saitfryt saitftry saitftyr saitfytr saitfyrt saityrft saityrtf saityfrt saityftr saitytfr saitytrf
sairttfy sairttyf sairtfty sairtfyt sairtyft sairtytf sairttfy sairttyf sairtfty sairtfyt sairtyft
sairtytf sairftty sairftyt sairftty sairftyt sairfytt sairfytt sairytft sairyttf sairyftt sairyftt
sairytft sairyttf saiftrty saiftryt saifttry saifttyr saiftytr saiftyrt saifrtty saifrtyt saifrtty
saifrtyt saifrytt saifrytt saiftrty saiftryt saifttry saifttyr saiftytr saiftyrt saifyrtt saifyrtt
saifytrt saifyttr saifyttr saifytrt saiytrft saiytrtf saiytfrt saiytftr saiyttfr saiyttrf saiyrtft
saiyrttf saiyrftt saiyrftt saiyrtft saiyrttf saiyfrtt saiyfrtt saiyftrt saiyfttr saiyfttr saiyftrt
saiytrft saiytrtf saiytfrt saiytftr saiyttfr saiyttrf safttiry safttiyr safttriy safttryi safttyri
safttyir saftitry saftityr saftirty saftiryt saftiyrt saftiytr saftrity saftriyt saftrtiy saftrtyi
saftryti saftryit saftyirt saftyitr saftyrit saftyrti saftytri saftytir safttiry safttiyr safttriy
safttryi safttyri safttyir saftitry saftityr saftirty saftiryt saftiyrt saftiytr saftrity saftriyt
saftrtiy saftrtyi saftryti saftryit saftyirt saftyitr saftyrit saftyrti saftytri saftytir safittry
safittyr safitrty safitryt safityrt safitytr safittry safittyr safitrty safitryt safityrt safitytr
safirtty safirtyt safirtty safirtyt safirytt safirytt safiytrt safiyttr safiyrtt safiyrtt safiytrt
safiyttr safrtity safrtiyt safrttiy safrttyi safrtyti safrtyit safritty safrityt safritty safrityt
safriytt safriytt safrtity safrtiyt safrttiy safrttyi safrtyti safrtyit safryitt safryitt safrytit
safrytti safrytti safrytit safytirt safytitr safytrit safytrti safyttri safyttir safyitrt safyittr
safyirtt safyirtt safyitrt safyittr safyritt safyritt safyrtit safyrtti safyrtti safyrtit safytirt
safytitr safytrit safytrti safyttri safyttir sayttifr sayttirf sayttfir sayttfri sayttrfi sayttrif
saytitfr saytitrf saytiftr saytifrt saytirft saytirtf saytfitr saytfirt saytftir saytftri saytfrti
saytfrit saytrift saytritf saytrfit saytrfti saytrtfi saytrtif sayttifr sayttirf sayttfir sayttfri
sayttrfi sayttrif saytitfr saytitrf saytiftr saytifrt saytirft saytirtf saytfitr saytfirt saytftir
saytftri saytfrti saytfrit saytrift saytritf saytrfit saytrfti saytrtfi saytrtif sayittfr sayittrf
sayitftr sayitfrt sayitrft sayitrtf sayittfr sayittrf sayitftr sayitfrt sayitrft sayitrtf sayifttr
sayiftrt sayifttr sayiftrt sayifrtt sayifrtt sayirtft sayirttf sayirftt sayirftt sayirtft sayirttf
sayftitr sayftirt sayfttir sayfttri sayftrti sayftrit sayfittr sayfitrt sayfittr sayfitrt sayfirtt
sayfirtt sayftitr sayftirt sayfttir sayfttri sayftrti sayftrit sayfritt sayfritt sayfrtit sayfrtti
sayfrtti sayfrtit sayrtift sayrtitf sayrtfit sayrtfti sayrttfi sayrttif sayritft sayrittf sayriftt
sayriftt sayritft sayrittf sayrfitt sayrfitt sayrftit sayrftti sayrftti sayrftit sayrtift sayrtitf
sayrtfit sayrtfti sayrttfi sayrttif stratify stratiyf stratfiy stratfyi stratyfi stratyif straitfy
straityf straifty straifyt straiyft straiytf strafity strafiyt straftiy straftyi strafyti strafyit
strayift strayitf strayfit strayfti straytfi straytif strtaify strtaiyf strtafiy strtafyi strtayfi
strtayif strtiafy strtiayf strtifay strtifya strtiyfa strtiyaf strtfiay strtfiya strtfaiy strtfayi
strtfyai strtfyia strtyifa strtyiaf strtyfia strtyfai strtyafi strtyaif stritafy stritayf stritfay
stritfya strityfa strityaf striatfy striatyf striafty striafyt striayft striaytf strifaty strifayt
striftay striftya strifyta strifyat striyaft striyatf striyfat striyfta striytfa striytaf strftiay
strftiya strftaiy strftayi strftyai strftyia strfitay strfitya strfiaty strfiayt strfiyat strfiyta
strfaity strfaiyt strfatiy strfatyi strfayti strfayit strfyiat strfyita strfyait strfyati strfytai
strfytia strytifa strytiaf strytfia strytfai strytafi strytaif stryitfa stryitaf stryifta stryifat
stryiaft stryiatf stryfita stryfiat stryftia stryftai stryfati stryfait stryaift stryaitf stryafit
stryafti stryatfi stryatif startify startiyf startfiy startfyi startyfi startyif staritfy starityf
starifty starifyt stariyft stariytf starfity starfiyt starftiy starftyi starfyti starfyit staryift
staryitf staryfit staryfti starytfi starytif statrify statriyf statrfiy statrfyi statryfi statryif
statirfy statiryf statifry statifyr statiyfr statiyrf statfiry statfiyr statfriy statfryi statfyri
statfyir statyifr statyirf statyfir statyfri statyrfi statyrif staitrfy staitryf staitfry staitfyr
staityfr staityrf stairtfy stairtyf stairfty stairfyt stairyft stairytf staifrty staifryt staiftry
staiftyr staifytr staifyrt staiyrft staiyrtf staiyfrt staiyftr staiytfr staiytrf staftiry staftiyr
staftriy staftryi staftyri staftyir stafitry stafityr stafirty stafiryt stafiyrt stafiytr stafrity
stafriyt stafrtiy stafrtyi stafryti stafryit stafyirt stafyitr stafyrit stafyrti stafytri stafytir
staytifr staytirf staytfir staytfri staytrfi staytrif stayitfr stayitrf stayiftr stayifrt stayirft
stayirtf stayfitr stayfirt stayftir stayftri stayfrti stayfrit stayrift stayritf stayrfit stayrfti
stayrtfi stayrtif sttarify sttariyf sttarfiy sttarfyi sttaryfi sttaryif sttairfy sttairyf sttaifry
sttaifyr sttaiyfr sttaiyrf sttafiry sttafiyr sttafriy sttafryi sttafyri sttafyir sttayifr sttayirf
sttayfir sttayfri sttayrfi sttayrif sttraify sttraiyf sttrafiy sttrafyi sttrayfi sttrayif sttriafy
sttriayf sttrifay sttrifya sttriyfa sttriyaf sttrfiay sttrfiya sttrfaiy sttrfayi sttrfyai sttrfyia
sttryifa sttryiaf sttryfia sttryfai sttryafi sttryaif sttirafy sttirayf sttirfay sttirfya sttiryfa
sttiryaf sttiarfy sttiaryf sttiafry sttiafyr sttiayfr sttiayrf sttifary sttifayr sttifray sttifrya
sttifyra sttifyar sttiyafr sttiyarf sttiyfar sttiyfra sttiyrfa sttiyraf sttfriay sttfriya sttfraiy
sttfrayi sttfryai sttfryia sttfiray sttfirya sttfiary sttfiayr sttfiyar sttfiyra sttfairy sttfaiyr
sttfariy sttfaryi sttfayri sttfayir sttfyiar sttfyira sttfyair sttfyari sttfyrai sttfyria sttyrifa
sttyriaf sttyrfia sttyrfai sttyrafi sttyraif sttyirfa sttyiraf sttyifra sttyifar sttyiafr sttyiarf
sttyfira sttyfiar sttyfria sttyfrai sttyfari sttyfair sttyaifr sttyairf sttyafir sttyafri sttyarfi
sttyarif stiatrfy stiatryf stiatfry stiatfyr stiatyfr stiatyrf stiartfy stiartyf stiarfty stiarfyt
stiaryft stiarytf stiafrty stiafryt stiaftry stiaftyr stiafytr stiafyrt stiayrft stiayrtf stiayfrt
stiayftr stiaytfr stiaytrf stitarfy stitaryf stitafry stitafyr stitayfr stitayrf stitrafy stitrayf
stitrfay stitrfya stitryfa stitryaf stitfray stitfrya stitfary stitfayr stitfyar stitfyra stityrfa
stityraf stityfra stityfar stityafr stityarf stirtafy stirtayf stirtfay stirtfya stirtyfa stirtyaf
stiratfy stiratyf stirafty stirafyt stirayft stiraytf stirfaty stirfayt stirftay stirftya stirfyta
stirfyat stiryaft stiryatf stiryfat stiryfta stirytfa stirytaf stiftray stiftrya stiftary stiftayr
stiftyar stiftyra stifrtay stifrtya stifraty stifrayt stifryat stifryta stifarty stifaryt stifatry
stifatyr stifaytr stifayrt stifyrat stifyrta stifyart stifyatr stifytar stifytra stiytrfa stiytraf
stiytfra stiytfar stiytafr stiytarf stiyrtfa stiyrtaf stiyrfta stiyrfat stiyraft stiyratf stiyfrta
stiyfrat stiyftra stiyftar stiyfatr stiyfart stiyarft stiyartf stiyafrt stiyaftr stiyatfr stiyatrf
stfatiry stfatiyr stfatriy stfatryi stfatyri stfatyir stfaitry stfaityr stfairty stfairyt stfaiyrt
stfaiytr stfarity stfariyt stfartiy stfartyi stfaryti stfaryit stfayirt stfayitr stfayrit stfayrti
stfaytri stfaytir stftairy stftaiyr stftariy stftaryi stftayri stftayir stftiary stftiayr stftiray
stftirya stftiyra stftiyar stftriay stftriya stftraiy stftrayi stftryai stftryia stftyira stftyiar
stftyria stftyrai stftyari stftyair stfitary stfitayr stfitray stfitrya stfityra stfityar stfiatry
stfiatyr stfiarty stfiaryt stfiayrt stfiaytr stfiraty stfirayt stfirtay stfirtya stfiryta stfiryat
stfiyart stfiyatr stfiyrat stfiyrta stfiytra stfiytar stfrtiay stfrtiya stfrtaiy stfrtayi stfrtyai
stfrtyia stfritay stfritya stfriaty stfriayt stfriyat stfriyta stfraity stfraiyt stfratiy stfratyi
stfrayti stfrayit stfryiat stfryita stfryait stfryati stfrytai stfrytia stfytira stfytiar stfytria
stfytrai stfytari stfytair stfyitra stfyitar stfyirta stfyirat stfyiart stfyiatr stfyrita stfyriat
stfyrtia stfyrtai stfyrati stfyrait stfyairt stfyaitr stfyarit stfyarti stfyatri stfyatir styatifr
styatirf styatfir styatfri styatrfi styatrif styaitfr styaitrf styaiftr styaifrt styairft styairtf
styafitr styafirt styaftir styaftri styafrti styafrit styarift styaritf styarfit styarfti styartfi
styartif stytaifr stytairf stytafir stytafri stytarfi stytarif stytiafr stytiarf stytifar stytifra
stytirfa stytiraf stytfiar stytfira stytfair stytfari stytfrai stytfria stytrifa stytriaf stytrfia
stytrfai stytrafi stytraif styitafr styitarf styitfar styitfra styitrfa styitraf styiatfr styiatrf
styiaftr styiafrt styiarft styiartf styifatr styifart styiftar styiftra styifrta styifrat styiraft
styiratf styirfat styirfta styirtfa styirtaf styftiar styftira styftair styftari styftrai styftria
styfitar styfitra styfiatr styfiart styfirat styfirta styfaitr styfairt styfatir styfatri styfarti
styfarit styfriat styfrita styfrait styfrati styfrtai styfrtia styrtifa styrtiaf styrtfia styrtfai
styrtafi styrtaif styritfa styritaf styrifta styrifat styriaft styriatf styrfita styrfiat styrftia
styrftai styrfati styrfait styraift styraitf styrafit styrafti styratfi styratif sirattfy sirattyf
siratfty siratfyt siratyft siratytf sirattfy sirattyf siratfty siratfyt siratyft siratytf siraftty
siraftyt siraftty siraftyt sirafytt sirafytt siraytft sirayttf sirayftt sirayftt siraytft sirayttf
sirtatfy sirtatyf sirtafty sirtafyt sirtayft sirtaytf sirttafy sirttayf sirttfay sirttfya sirttyfa
sirttyaf sirtftay sirtftya sirtfaty sirtfayt sirtfyat sirtfyta sirtytfa sirtytaf sirtyfta sirtyfat
sirtyaft sirtyatf sirttafy sirttayf sirttfay sirttfya sirttyfa sirttyaf sirtatfy sirtatyf sirtafty
sirtafyt sirtayft sirtaytf sirtfaty sirtfayt sirtftay sirtftya sirtfyta sirtfyat sirtyaft sirtyatf
sirtyfat sirtyfta sirtytfa sirtytaf sirfttay sirfttya sirftaty sirftayt sirftyat sirftyta sirfttay
sirfttya sirftaty sirftayt sirftyat sirftyta sirfatty sirfatyt sirfatty sirfatyt sirfaytt sirfaytt
sirfytat sirfytta sirfyatt sirfyatt sirfytat sirfytta siryttfa siryttaf sirytfta sirytfat sirytaft
sirytatf siryttfa siryttaf sirytfta sirytfat sirytaft sirytatf siryftta siryftat siryftta siryftat
siryfatt siryfatt siryatft siryattf siryaftt siryaftt siryatft siryattf siarttfy siarttyf siartfty
siartfyt siartyft siartytf siarttfy siarttyf siartfty siartfyt siartyft siartytf siarftty siarftyt
siarftty siarftyt siarfytt siarfytt siarytft siaryttf siaryftt siaryftt siarytft siaryttf siatrtfy
siatrtyf siatrfty siatrfyt siatryft siatrytf siattrfy siattryf siattfry siattfyr siattyfr siattyrf
siatftry siatftyr siatfrty siatfryt siatfyrt siatfytr siatytfr siatytrf siatyftr siatyfrt siatyrft
siatyrtf siattrfy siattryf siattfry siattfyr siattyfr siattyrf siatrtfy siatrtyf siatrfty siatrfyt
siatryft siatrytf siatfrty siatfryt siatftry siatftyr siatfytr siatfyrt siatyrft siatyrtf siatyfrt
siatyftr siatytfr siatytrf siafttry siafttyr siaftrty siaftryt siaftyrt siaftytr siafttry siafttyr
siaftrty siaftryt siaftyrt siaftytr siafrtty siafrtyt siafrtty siafrtyt siafrytt siafrytt siafytrt
siafyttr siafyrtt siafyrtt siafytrt siafyttr siayttfr siayttrf siaytftr siaytfrt siaytrft siaytrtf
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sytfairt sytfatir sytfatri sytfarti sytfarit sytfriat sytfrita sytfrait sytfrati sytfrtai sytfrtia
sytrtifa sytrtiaf sytrtfia sytrtfai sytrtafi sytrtaif sytritfa sytritaf sytrifta sytrifat sytriaft
sytriatf sytrfita sytrfiat sytrftia sytrftai sytrfati sytrfait sytraift sytraitf sytrafit sytrafti
sytratfi sytratif

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History of cryptography
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