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Cipher Challenge

My first Variant Beaufort

Introduction

This is a repeating-key Variant Beaufort cipher. Begin by estimating the period from repeated-sequence spacings, then inspect the corresponding Periodic columns. Each column uses one Key letter. Make a likely plaintext-letter guess from frequency or a reliable crib, number A as 0 through Z as 25, and subtract the ciphertext value from the guessed plaintext value modulo 26; the result is that column's candidate Key letter. Assemble the letters in column order, enter the candidate in Variant Beaufort transform, choose Decrypt, and Run. If only particular periodic positions fail, revise those column letters; if every column is weak, reconsider the period. Submit only when the Result reads correctly throughout.

Variant BeaufortTutorial

Find recurring Latin-letter groups and their gaps.

Live output95 repeated 3-unit sequences
FNWpositions 91, 221, 324, 476, 491gaps 130, 103, 152, 15
AQGpositions 170, 185, 205, 435gaps 15, 20, 230
GWYpositions 68, 218, 488, 523gaps 150, 270, 35
LOQpositions 114, 149, 654, 809gaps 35, 505, 155
LPApositions 39, 54, 559, 784gaps 15, 505, 225
NWLpositions 92, 222, 477, 492gaps 130, 255, 15
PAWpositions 40, 55, 560, 785gaps 15, 505, 225
QGSpositions 171, 186, 206, 436gaps 15, 20, 230
ATNpositions 270, 295, 775gaps 25, 480
CLKpositions 79, 194, 229gaps 115, 35
FAQpositions 184, 204, 434gaps 20, 230
FQDpositions 501, 576, 736gaps 75, 160

1
Rxq qvga mwef Ezjpmws 
19
Tlmdegyf, tdww ucr vpdnblpaw 
43
bdlma: dfjdholpaw rmifazuae 
67
cgw yqydsauwf Clk oqgt 
86
buzaufnwl, dtrkw kqlqqwfrnf 
110
hpmr loq Tdq aa lhhoqaswef. 
132
Fhlo M wteiqadv gqan, loq 
152
npmhfrnfz mad upbqdjaqgs 
174
wxgjkk wxjhfaqgs epzdr Clk 
197
jmv wxjhfaqgs wxgjkk 
215
juygwyfnwl wxdr Clk, jkd 
235
tamtdv ffdfak bhp. Yqydsaqm 
258
rwxgnmule jmv atnhj zbjbausb 
283
gwsb nrlpyjsw atn owyuxc bbec 
308
zk pz xszld adhlmchfn-wnx 
329
kfecdez. Moswy eykaafrmy 
350
wqahgkul bgsgvmk, adnzl lmlg 
374
uvxdlf he j Bslejq 
389
jlxjsavzbgaw irsz vzn eaeqm 
413
Jwf xnslld. J fmlebdv 
430
wxjhfaqgs sup tmgdz 
447
lhhoqaswef rlhsk Tdq lcdzdz 
471
buzaufnwl tuwtk juygwyfnwl. 
495
Yqsdua fqd ybqbr am uc espxb 
518
ddzqfgwyq rm lomc bgsgvm. Ooqw 
543
nfsk nuwyk wsz wabhlpaw hk 
565
ddxmy, yqehkl fqd 
579
uvdadkwawcaus Tdq sqcswy. 
601
Iqdf lhnqq jauteu xxncz zxhkf, 
626
fnrl h prexldnml wqahgk. Px mga 
651
gbd loq bzel wnxovdm tfkqa szl 
676
Hrfwuèdn nj adjcaauxmss 
696
Nnzmmaas uvzedfauxm sup 
717
nwhloc szl ejlw yqbtda; fqday 
741
edalymlsavz mhjlochgue 
762
mhxmqa. Bgurrqe atn 
778
bguhnmlpaw zfk ojmvppjsw Rqh 
803
zuyabr loq nmlpdn lwzejfw 
825
iqonjl mlbwwfrmy pf.

Latin letters · 7 phases
Live output7 values
PhasenIC
11210.0503
21200.0423
31200.0468
41200.0366
51200.0377
61200.0493
71200.0402

Apply Variant Beaufort with a Solver-supplied keyword.