easy ciphers

Easy Ciphers Tools:
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popular ciphers:

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alloplasmic

llami


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: perebas
cipher variations:
qfsfcbt rgtgdcu shuhedv tivifew ujwjgfx
vkxkhgy wlylihz xmzmjia ynankjb zobolkc
apcpmld bqdqnme creronf dsfspog etgtqph
fuhurqi gvivsrj hwjwtsk ixkxutl jylyvum
kzmzwvn lanaxwo mbobyxp ncpczyq odqdazr

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: perebas
Cipher: kvivyzh

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: perebas
Cipher: ABBBA AABAA BAAAA AABAA AAAAB AAAAA BAAAB

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: perebas
cipher variations:
qfsfcbtunanebdyvivgbncdqdibxglylkbhktgtmbrsjwjqblwrersbv
azmzubfehuhwbpipcpybzmxkxabjrgtgdcuvobofcezwjwhcoderejcy
hmzmlciluhuncstkxkrcmxsfstcwbanavcgfivixcqjqdqzcanylybck
shuhedvwpcpgdfaxkxidpefsfkdzinanmdjmvivodtulylsdnytgtudx
cbobwdhgjwjydrkreradbozmzcdltivifewxqdqhegbylyjeqfgtglea
joboneknwjwpeuvmzmteozuhuveydcpcxeihkxkzeslsfsbecpanadem
ujwjgfxyrerifhczmzkfrghuhmfbkpcpofloxkxqfvwnanufpavivwfz
edqdyfjilylaftmtgtcfdqbobefnvkxkhgyzsfsjgidanalgshivingc
lqdqpgmpylyrgwxobovgqbwjwxgaferezgkjmzmbgunuhudgercpcfgo
wlylihzatgtkhjebobmhtijwjohdmrerqhnqzmzshxypcpwhrcxkxyhb
gfsfahlknanchvovivehfsdqdghpxmzmjiabuhulikfcpcniujkxkpie
nsfsrioranatiyzqdqxisdylyzichgtgbimlobodiwpwjwfigterehiq
ynankjbcvivmjlgdqdojvklylqjfotgtsjpsbobujzareryjtezmzajd
ihuhcjnmpcpejxqxkxgjhufsfijrzobolkcdwjwnkmherepkwlmzmrkg
puhutkqtcpcvkabsfszkufanabkejividkonqdqfkyrylyhkivgtgjks
apcpmldexkxolnifsfqlxmnanslhqvivulrudqdwlbctgtalvgbobclf
kjwjelporerglzszmziljwhuhkltbqdqnmefylypmojgtgrmynobotmi
rwjwvmsverexmcduhubmwhcpcdmglkxkfmqpsfshmatanajmkxivilmu
creronfgzmzqnpkhuhsnzopcpunjsxkxwntwfsfyndevivcnxidqdenh
mlylgnrqtgtinbubobknlyjwjmnvdsfspoghanaroqlivitoapqdqvok
tylyxouxgtgzoefwjwdoyjerefoinmzmhosruhujocvcpclomzkxknow
etgtqphibobsprmjwjupbqrerwpluzmzypvyhuhapfgxkxepzkfsfgpj
onaniptsvivkpdwdqdmpnalylopxfuhurqijcpctqsnkxkvqcrsfsxqm
vanazqwzivibqghylyfqalgtghqkpobojqutwjwlqexerenqobmzmpqy
gvivsrjkdqdurtolylwrdstgtyrnwbobarxajwjcrhizmzgrbmhuhirl
qpcpkrvuxkxmrfyfsforpcnanqrzhwjwtsklerevsupmzmxsetuhuzso
xcpcbsybkxkdsijanahscnivijsmrqdqlswvylynsgzgtgpsqdoborsa
ixkxutlmfsfwtvqnanytfuvivatpydqdctzclyletjkbobitdojwjktn
srermtxwzmzothahuhqtrepcpstbjylyvumngtgxuwrobozugvwjwbuq
zereduadmzmfuklcpcjuepkxkluotsfsnuyxanapuibivirusfqdqtuc
kzmzwvnohuhyvxspcpavhwxkxcvrafsfevbenangvlmdqdkvfqlylmvp
utgtovzybobqvjcjwjsvtgreruvdlanaxwopivizwytqdqbwixylydws
bgtgfwcfobohwmnerelwgrmzmnwqvuhupwazcpcrwkdkxktwuhsfsvwe
mbobyxpqjwjaxzurercxjyzmzextchuhgxdgpcpixnofsfmxhsnanoxr
wvivqxbadqdsxlelyluxvitgtwxfncpczyqrkxkbyavsfsdykzanafyu
divihyehqdqjyopgtgnyitobopysxwjwrycberetymfmzmvywjuhuxyg
odqdazrslylczbwtgtezlabobgzvejwjizfirerkzpqhuhozjupcpqzt
yxkxszdcfsfuzngnanwzxkvivyzhperebastmzmdacxuhufambcpchaw
fkxkjagjsfslaqrivipakvqdqrauzylytaedgtgvaohoboxaylwjwzai

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: perebas
Cipher: creronf

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: perebas
Cipher: 53512451211134

Extended Methods:
Method #1

Plaintext: perebas
method variations:
ukwkgfxzpbpmlceugurqhkzmzwvn

Method #2
Bifid cipher
The message is converted to its coordinates in the usual manner, but they are written vertically beneath:
p e r e b a s 
5 5 2 5 2 1 3 
3 1 4 1 1 1 4 
They are then read out in rows:
55252133141114
Then divided up into pairs again, and the pairs turned back into letters using the square:
Plain: perebas
Cipher: zwbnqaq

Read more ...
Method #3

Plaintext: perebas
method variations:
xfyfaly fyfalyx yfalyxf
falyxfy alyxfyf lyxfyfa
yxfyfal

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: perebas

all 5040 cipher variations:
perebas perebsa pereabs pereasb peresab peresba perbeas perbesa perbaes perbase perbsae
perbsea perabes perabse peraebs peraesb peraseb perasbe persbae persbea persabe persaeb
perseab perseba peerbas peerbsa peerabs peerasb peersab peersba peebras peebrsa peebars
peebasr peebsar peebsra peeabrs peeabsr peearbs peearsb peeasrb peeasbr peesbar peesbra
peesabr peesarb peesrab peesrba peberas pebersa pebears pebeasr pebesar pebesra pebreas
pebresa pebraes pebrase pebrsae pebrsea pebares pebarse pebaers pebaesr pebaser pebasre
pebsrae pebsrea pebsare pebsaer pebsear pebsera peaebrs peaebsr peaerbs peaersb peaesrb
peaesbr peabers peabesr peabres peabrse peabsre peabser pearbes pearbse pearebs pearesb
pearseb pearsbe peasbre peasber peasrbe peasreb peaserb peasebr pesebar pesebra peseabr
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preebsa preeabs preeasb preesab preesba prebeas prebesa prebaes prebase prebsae prebsea
preabes preabse preaebs preaesb preaseb preasbe presbae presbea presabe presaeb preseab
preseba preebas preebsa preeabs preeasb preesab preesba prebeas prebesa prebaes prebase
prebsae prebsea preabes preabse preaebs preaesb preaseb preasbe presbae presbea presabe
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bsaeepr bseepar bseepra bseeapr bseearp bseerap bseerpa bsepear bsepera bsepaer bsepare
bseprae bseprea bseaper bseapre bseaepr bseaerp bsearep bsearpe bserpae bserpea bserape
bseraep bsereap bserepa aerebps aerebsp aerepbs aerepsb aerespb aeresbp aerbeps aerbesp
aerbpes aerbpse aerbspe aerbsep aerpbes aerpbse aerpebs aerpesb aerpseb aerpsbe aersbpe
aersbep aerspbe aerspeb aersepb aersebp aeerbps aeerbsp aeerpbs aeerpsb aeerspb aeersbp
aeebrps aeebrsp aeebprs aeebpsr aeebspr aeebsrp aeepbrs aeepbsr aeeprbs aeeprsb aeepsrb
aeepsbr aeesbpr aeesbrp aeespbr aeesprb aeesrpb aeesrbp aeberps aebersp aebeprs aebepsr
aebespr aebesrp aebreps aebresp aebrpes aebrpse aebrspe aebrsep aebpres aebprse aebpers
aebpesr aebpser aebpsre aebsrpe aebsrep aebspre aebsper aebsepr aebserp aepebrs aepebsr
aeperbs aepersb aepesrb aepesbr aepbers aepbesr aepbres aepbrse aepbsre aepbser aeprbes
aeprbse aeprebs aepresb aeprseb aeprsbe aepsbre aepsber aepsrbe aepsreb aepserb aepsebr
aesebpr aesebrp aesepbr aeseprb aeserpb aeserbp aesbepr aesberp aesbper aesbpre aesbrpe
aesbrep aespber aespbre aespebr aesperb aespreb aesprbe aesrbpe aesrbep aesrpbe aesrpeb
aesrepb aesrebp areebps areebsp areepbs areepsb areespb areesbp arebeps arebesp arebpes
arebpse arebspe arebsep arepbes arepbse arepebs arepesb arepseb arepsbe aresbpe aresbep
arespbe arespeb aresepb aresebp areebps areebsp areepbs areepsb areespb areesbp arebeps
arebesp arebpes arebpse arebspe arebsep arepbes arepbse arepebs arepesb arepseb arepsbe
aresbpe aresbep arespbe arespeb aresepb aresebp arbeeps arbeesp arbepes arbepse arbespe
arbesep arbeeps arbeesp arbepes arbepse arbespe arbesep arbpees arbpese arbpees arbpese
arbpsee arbpsee arbsepe arbseep arbspee arbspee arbsepe arbseep arpebes arpebse arpeebs
arpeesb arpeseb arpesbe arpbees arpbese arpbees arpbese arpbsee arpbsee arpebes arpebse
arpeebs arpeesb arpeseb arpesbe arpsbee arpsbee arpsebe arpseeb arpseeb arpsebe arsebpe
arsebep arsepbe arsepeb arseepb arseebp arsbepe arsbeep arsbpee arsbpee arsbepe arsbeep
arspbee arspbee arspebe arspeeb arspeeb arspebe arsebpe arsebep arsepbe arsepeb arseepb
arseebp aerebps aerebsp aerepbs aerepsb aerespb aeresbp aerbeps aerbesp aerbpes aerbpse
aerbspe aerbsep aerpbes aerpbse aerpebs aerpesb aerpseb aerpsbe aersbpe aersbep aerspbe
aerspeb aersepb aersebp aeerbps aeerbsp aeerpbs aeerpsb aeerspb aeersbp aeebrps aeebrsp
aeebprs aeebpsr aeebspr aeebsrp aeepbrs aeepbsr aeeprbs aeeprsb aeepsrb aeepsbr aeesbpr
aeesbrp aeespbr aeesprb aeesrpb aeesrbp aeberps aebersp aebeprs aebepsr aebespr aebesrp
aebreps aebresp aebrpes aebrpse aebrspe aebrsep aebpres aebprse aebpers aebpesr aebpser
aebpsre aebsrpe aebsrep aebspre aebsper aebsepr aebserp aepebrs aepebsr aeperbs aepersb
aepesrb aepesbr aepbers aepbesr aepbres aepbrse aepbsre aepbser aeprbes aeprbse aeprebs
aepresb aeprseb aeprsbe aepsbre aepsber aepsrbe aepsreb aepserb aepsebr aesebpr aesebrp
aesepbr aeseprb aeserpb aeserbp aesbepr aesberp aesbper aesbpre aesbrpe aesbrep aespber
aespbre aespebr aesperb aespreb aesprbe aesrbpe aesrbep aesrpbe aesrpeb aesrepb aesrebp
abreeps abreesp abrepes abrepse abrespe abresep abreeps abreesp abrepes abrepse abrespe
abresep abrpees abrpese abrpees abrpese abrpsee abrpsee abrsepe abrseep abrspee abrspee
abrsepe abrseep abereps aberesp aberpes aberpse aberspe abersep abeerps abeersp abeeprs
abeepsr abeespr abeesrp abepers abepesr abepres abeprse abepsre abepser abesepr abeserp
abesper abespre abesrpe abesrep abeerps abeersp abeeprs abeepsr abeespr abeesrp abereps
aberesp aberpes aberpse aberspe abersep abepres abeprse abepers abepesr abepser abepsre
abesrpe abesrep abespre abesper abesepr abeserp abpeers abpeesr abperes abperse abpesre
abpeser abpeers abpeesr abperes abperse abpesre abpeser abprees abprese abprees abprese
abprsee abprsee abpsere abpseer abpsree abpsree abpsere abpseer abseepr abseerp abseper
absepre abserpe abserep abseepr abseerp abseper absepre abserpe abserep abspeer abspere
abspeer abspere abspree abspree absrepe absreep absrpee absrpee absrepe absreep aprebes
aprebse apreebs apreesb apreseb apresbe aprbees aprbese aprbees aprbese aprbsee aprbsee
aprebes aprebse apreebs apreesb apreseb apresbe aprsbee aprsbee aprsebe aprseeb aprseeb
aprsebe aperbes aperbse aperebs aperesb aperseb apersbe apebres apebrse apebers apebesr
apebser apebsre apeebrs apeebsr apeerbs apeersb apeesrb apeesbr apesber apesbre apesebr
apeserb apesreb apesrbe apberes apberse apbeers apbeesr apbeser apbesre apbrees apbrese
apbrees apbrese apbrsee apbrsee apberes apberse apbeers apbeesr apbeser apbesre apbsree
apbsree apbsere apbseer apbseer apbsere apeebrs apeebsr apeerbs apeersb apeesrb apeesbr
apebers apebesr apebres apebrse apebsre apebser aperbes aperbse aperebs aperesb aperseb
apersbe apesbre apesber apesrbe apesreb apeserb apesebr apseber apsebre apseebr apseerb
apsereb apserbe apsbeer apsbere apsbeer apsbere apsbree apsbree apseber apsebre apseebr
apseerb apsereb apserbe apsrbee apsrbee apsrebe apsreeb apsreeb apsrebe asrebpe asrebep
asrepbe asrepeb asreepb asreebp asrbepe asrbeep asrbpee asrbpee asrbepe asrbeep asrpbee
asrpbee asrpebe asrpeeb asrpeeb asrpebe asrebpe asrebep asrepbe asrepeb asreepb asreebp
aserbpe aserbep aserpbe aserpeb aserepb aserebp asebrpe asebrep asebpre asebper asebepr
aseberp asepbre asepber aseprbe asepreb aseperb asepebr aseebpr aseebrp aseepbr aseeprb
aseerpb aseerbp asberpe asberep asbepre asbeper asbeepr asbeerp asbrepe asbreep asbrpee
asbrpee asbrepe asbreep asbpree asbpree asbpere asbpeer asbpeer asbpere asberpe asberep
asbepre asbeper asbeepr asbeerp aspebre aspeber asperbe aspereb aspeerb aspeebr aspbere
aspbeer aspbree aspbree aspbere aspbeer asprbee asprbee asprebe aspreeb aspreeb asprebe
aspebre aspeber asperbe aspereb aspeerb aspeebr aseebpr aseebrp aseepbr aseeprb aseerpb
aseerbp asebepr aseberp asebper asebpre asebrpe asebrep asepber asepbre asepebr aseperb
asepreb aseprbe aserbpe aserbep aserpbe aserpeb aserepb aserebp serebap serebpa sereabp
sereapb serepab serepba serbeap serbepa serbaep serbape serbpae serbpea serabep serabpe
seraebp seraepb serapeb serapbe serpbae serpbea serpabe serpaeb serpeab serpeba seerbap
seerbpa seerabp seerapb seerpab seerpba seebrap seebrpa seebarp seebapr seebpar seebpra
seeabrp seeabpr seearbp seearpb seeaprb seeapbr seepbar seepbra seepabr seeparb seeprab
seeprba seberap seberpa sebearp sebeapr sebepar sebepra sebreap sebrepa sebraep sebrape
sebrpae sebrpea sebarep sebarpe sebaerp sebaepr sebaper sebapre sebprae sebprea sebpare
sebpaer sebpear sebpera seaebrp seaebpr seaerbp seaerpb seaeprb seaepbr seaberp seabepr
seabrep seabrpe seabpre seabper searbep searbpe searebp searepb searpeb searpbe seapbre
seapber seaprbe seapreb seaperb seapebr sepebar sepebra sepeabr sepearb seperab seperba
sepbear sepbera sepbaer sepbare sepbrae sepbrea sepaber sepabre sepaebr sepaerb separeb
separbe seprbae seprbea seprabe sepraeb sepreab sepreba sreebap sreebpa sreeabp sreeapb
sreepab sreepba srebeap srebepa srebaep srebape srebpae srebpea sreabep sreabpe sreaebp
sreaepb sreapeb sreapbe srepbae srepbea srepabe srepaeb srepeab srepeba sreebap sreebpa
sreeabp sreeapb sreepab sreepba srebeap srebepa srebaep srebape srebpae srebpea sreabep
sreabpe sreaebp sreaepb sreapeb sreapbe srepbae srepbea srepabe srepaeb srepeab srepeba
srbeeap srbeepa srbeaep srbeape srbepae srbepea srbeeap srbeepa srbeaep srbeape srbepae
srbepea srbaeep srbaepe srbaeep srbaepe srbapee srbapee srbpeae srbpeea srbpaee srbpaee
srbpeae srbpeea sraebep sraebpe sraeebp sraeepb sraepeb sraepbe srabeep srabepe srabeep
srabepe srabpee srabpee sraebep sraebpe sraeebp sraeepb sraepeb sraepbe srapbee srapbee
srapebe srapeeb srapeeb srapebe srpebae srpebea srpeabe srpeaeb srpeeab srpeeba srpbeae
srpbeea srpbaee srpbaee srpbeae srpbeea srpabee srpabee srpaebe srpaeeb srpaeeb srpaebe
srpebae srpebea srpeabe srpeaeb srpeeab srpeeba serebap serebpa sereabp sereapb serepab
serepba serbeap serbepa serbaep serbape serbpae serbpea serabep serabpe seraebp seraepb
serapeb serapbe serpbae serpbea serpabe serpaeb serpeab serpeba seerbap seerbpa seerabp
seerapb seerpab seerpba seebrap seebrpa seebarp seebapr seebpar seebpra seeabrp seeabpr
seearbp seearpb seeaprb seeapbr seepbar seepbra seepabr seeparb seeprab seeprba seberap
seberpa sebearp sebeapr sebepar sebepra sebreap sebrepa sebraep sebrape sebrpae sebrpea
sebarep sebarpe sebaerp sebaepr sebaper sebapre sebprae sebprea sebpare sebpaer sebpear
sebpera seaebrp seaebpr seaerbp seaerpb seaeprb seaepbr seaberp seabepr seabrep seabrpe
seabpre seabper searbep searbpe searebp searepb searpeb searpbe seapbre seapber seaprbe
seapreb seaperb seapebr sepebar sepebra sepeabr sepearb seperab seperba sepbear sepbera
sepbaer sepbare sepbrae sepbrea sepaber sepabre sepaebr sepaerb separeb separbe seprbae
seprbea seprabe sepraeb sepreab sepreba sbreeap sbreepa sbreaep sbreape sbrepae sbrepea
sbreeap sbreepa sbreaep sbreape sbrepae sbrepea sbraeep sbraepe sbraeep sbraepe sbrapee
sbrapee sbrpeae sbrpeea sbrpaee sbrpaee sbrpeae sbrpeea sbereap sberepa sberaep sberape
sberpae sberpea sbeerap sbeerpa sbeearp sbeeapr sbeepar sbeepra sbeaerp sbeaepr sbearep
sbearpe sbeapre sbeaper sbepear sbepera sbepaer sbepare sbeprae sbeprea sbeerap sbeerpa
sbeearp sbeeapr sbeepar sbeepra sbereap sberepa sberaep sberape sberpae sberpea sbearep
sbearpe sbeaerp sbeaepr sbeaper sbeapre sbeprae sbeprea sbepare sbepaer sbepear sbepera
sbaeerp sbaeepr sbaerep sbaerpe sbaepre sbaeper sbaeerp sbaeepr sbaerep sbaerpe sbaepre
sbaeper sbareep sbarepe sbareep sbarepe sbarpee sbarpee sbapere sbapeer sbapree sbapree
sbapere sbapeer sbpeear sbpeera sbpeaer sbpeare sbperae sbperea sbpeear sbpeera sbpeaer
sbpeare sbperae sbperea sbpaeer sbpaere sbpaeer sbpaere sbparee sbparee sbpreae sbpreea
sbpraee sbpraee sbpreae sbpreea sarebep sarebpe sareebp sareepb sarepeb sarepbe sarbeep
sarbepe sarbeep sarbepe sarbpee sarbpee sarebep sarebpe sareebp sareepb sarepeb sarepbe
sarpbee sarpbee sarpebe sarpeeb sarpeeb sarpebe saerbep saerbpe saerebp saerepb saerpeb
saerpbe saebrep saebrpe saeberp saebepr saebper saebpre saeebrp saeebpr saeerbp saeerpb
saeeprb saeepbr saepber saepbre saepebr saeperb saepreb saeprbe saberep saberpe sabeerp
sabeepr sabeper sabepre sabreep sabrepe sabreep sabrepe sabrpee sabrpee saberep saberpe
sabeerp sabeepr sabeper sabepre sabpree sabpree sabpere sabpeer sabpeer sabpere saeebrp
saeebpr saeerbp saeerpb saeeprb saeepbr saeberp saebepr saebrep saebrpe saebpre saebper
saerbep saerbpe saerebp saerepb saerpeb saerpbe saepbre saepber saeprbe saepreb saeperb
saepebr sapeber sapebre sapeebr sapeerb sapereb saperbe sapbeer sapbere sapbeer sapbere
sapbree sapbree sapeber sapebre sapeebr sapeerb sapereb saperbe saprbee saprbee saprebe
sapreeb sapreeb saprebe sprebae sprebea spreabe spreaeb spreeab spreeba sprbeae sprbeea
sprbaee sprbaee sprbeae sprbeea sprabee sprabee spraebe spraeeb spraeeb spraebe sprebae
sprebea spreabe spreaeb spreeab spreeba sperbae sperbea sperabe speraeb spereab spereba
spebrae spebrea spebare spebaer spebear spebera speabre speaber spearbe speareb speaerb
speaebr speebar speebra speeabr speearb speerab speerba spberae spberea spbeare spbeaer
spbeear spbeera spbreae spbreea spbraee spbraee spbreae spbreea spbaree spbaree spbaere
spbaeer spbaeer spbaere spberae spberea spbeare spbeaer spbeear spbeera spaebre spaeber
spaerbe spaereb spaeerb spaeebr spabere spabeer spabree spabree spabere spabeer sparbee
sparbee sparebe spareeb spareeb sparebe spaebre spaeber spaerbe spaereb spaeerb spaeebr
speebar speebra speeabr speearb speerab speerba spebear spebera spebaer spebare spebrae
spebrea speaber speabre speaebr speaerb speareb spearbe sperbae sperbea sperabe speraeb
spereab spereba

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History of cryptography
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