28-02-2026, 02:47 PM
(This post was last modified: 28-02-2026, 03:53 PM by JoJo_Jost.
Edit Reason: abendum added
)
4. First steps towards a solution
I have now expanded the cipher – basically, I have structured it according to frequency in the original Bavarian comparison texts. A lot of tests prove that this is the form that best matches the frequency of the letters and the cipher.
The amazing thing is that the many tests I have now carried out tend to support the system rather than destroy it. This is a good indication, even if it is not proof.
A very impressive example is the EVA ‘s’, which is my search term ‘und’ (and) – one of the most common words in German.
s standing alone: 302×, at the beginning: 908×, at the end: 825×
Total s: 5.87% vs MHD and/vnd: 5.9% — almost identical
201 of 281 (72%) s-initial words also exist without s in the VMS
Result: s = and
I think it's a Brevigraph
The problem remains that the cipher leaves too many possibilities open; what I am now showing is only one of many possibilities. In addition, we still do not know the exact underlying dialect. That will be a lot of work.
Nevertheless, individual words can be recognised (bold) and a sentence structure that makes sense.
So this is what the first deciphered text (Bavarian Theorie) of the VMS looks like:
CHIFFRE
=======
ch = n/m
e = e/i
y = e / y
d = s/z/tz/ss/ß
o = o/u
a = a/o
l = l (oder r?)
r = r (oder l?)
sh = s/sch/ch
tsh = tsch
ee = eu/au/ou/ui
ai = ai/ei
t = t/d
k = w
p = f/v
f = ?
cth = b
ckh = g
cph = h
cfh = f?
o- = Artikel
qo- = Präp+Art
y- = ge/ver/be/zer
s = und
aiin/ain = en/ain/ein
m=? (here m)
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L1 tsholdchy qotchy opchear ypchedy
tscholsne in die tne (tinne) die fnear und gefnese
L2 dcheodaiin ckheody ckhody chody
sneosen (schnäuzen) geose gose nutze
L3 ydchody ckhey oty ckheodar qoky
gesnose gee ote geosar in die we
L4 daiinces okol cheody ckhy cheeey
sence und die wol (wohl) neose ge neuee
L5 tcheody qodaiin okeey qockhey taiin
tneose von dem sein die weue in die gee den
L6 ycho daiin chokaiin ykchodaiin ykald
verno sein nowen gegossen gewals und
L7 ychos ar eeckhy kcho qokchy qotal
geno und ar euge (auge) wno in die wne von dem tal
L8 oshol odaiin ckhey ckheody qokey otydy
die schol (soll) das sein gee geose von dem wee (schmerz) die tese und
L9 tol daiin daim qchodal dal qody qoetam
tol sein sam und von dem nosal sal und in die se in die etam
L10 ykchol dor shey qokeol kchey shol okam
gegol sor sey von dem weol wnee schol (soll) die wam
L11 tchodaiinoeody qokol oteodaiin kol otag
tnosenoeose und von dem wol (wohl) die teosen und wol die tag
L12 yoees ckheey kol cheeal okeor qockhey pchodal
geoeu und geue wol maual die weor in die gee fnosal und
L13 oaiin ckhol ykieol otchey cpheo daiin ykeoldy
ein gol gewieol die tnee heo sein geweolse und
L14 daiiithy qodaiin kaiiidal cphodal s al dam
senithe von dem sein wensal und hosal(hose?) und al sam und
L15 qokol cheor ckhal s or aldy otal
von dem wol neor gal und or (oder) alse die tal
a good starting point...
Addendum, I forgot to mention: What becomes clear is that the structure of the sentences, articles, conjunctions and prepositions shows that VMS can actually represent a real language with this code....
I have now expanded the cipher – basically, I have structured it according to frequency in the original Bavarian comparison texts. A lot of tests prove that this is the form that best matches the frequency of the letters and the cipher.
The amazing thing is that the many tests I have now carried out tend to support the system rather than destroy it. This is a good indication, even if it is not proof.
A very impressive example is the EVA ‘s’, which is my search term ‘und’ (and) – one of the most common words in German.
s standing alone: 302×, at the beginning: 908×, at the end: 825×
Total s: 5.87% vs MHD and/vnd: 5.9% — almost identical
201 of 281 (72%) s-initial words also exist without s in the VMS
Result: s = and
I think it's a Brevigraph
The problem remains that the cipher leaves too many possibilities open; what I am now showing is only one of many possibilities. In addition, we still do not know the exact underlying dialect. That will be a lot of work.
Nevertheless, individual words can be recognised (bold) and a sentence structure that makes sense.
So this is what the first deciphered text (Bavarian Theorie) of the VMS looks like:
CHIFFRE
=======
ch = n/m
e = e/i
y = e / y
d = s/z/tz/ss/ß
o = o/u
a = a/o
l = l (oder r?)
r = r (oder l?)
sh = s/sch/ch
tsh = tsch
ee = eu/au/ou/ui
ai = ai/ei
t = t/d
k = w
p = f/v
f = ?
cth = b
ckh = g
cph = h
cfh = f?
o- = Artikel
qo- = Präp+Art
y- = ge/ver/be/zer
s = und
aiin/ain = en/ain/ein
m=? (here m)
You are not allowed to view links. Register or Login to view. ====
L1 tsholdchy qotchy opchear ypchedy
tscholsne in die tne (tinne) die fnear und gefnese
L2 dcheodaiin ckheody ckhody chody
sneosen (schnäuzen) geose gose nutze
L3 ydchody ckhey oty ckheodar qoky
gesnose gee ote geosar in die we
L4 daiinces okol cheody ckhy cheeey
sence und die wol (wohl) neose ge neuee
L5 tcheody qodaiin okeey qockhey taiin
tneose von dem sein die weue in die gee den
L6 ycho daiin chokaiin ykchodaiin ykald
verno sein nowen gegossen gewals und
L7 ychos ar eeckhy kcho qokchy qotal
geno und ar euge (auge) wno in die wne von dem tal
L8 oshol odaiin ckhey ckheody qokey otydy
die schol (soll) das sein gee geose von dem wee (schmerz) die tese und
L9 tol daiin daim qchodal dal qody qoetam
tol sein sam und von dem nosal sal und in die se in die etam
L10 ykchol dor shey qokeol kchey shol okam
gegol sor sey von dem weol wnee schol (soll) die wam
L11 tchodaiinoeody qokol oteodaiin kol otag
tnosenoeose und von dem wol (wohl) die teosen und wol die tag
L12 yoees ckheey kol cheeal okeor qockhey pchodal
geoeu und geue wol maual die weor in die gee fnosal und
L13 oaiin ckhol ykieol otchey cpheo daiin ykeoldy
ein gol gewieol die tnee heo sein geweolse und
L14 daiiithy qodaiin kaiiidal cphodal s al dam
senithe von dem sein wensal und hosal(hose?) und al sam und
L15 qokol cheor ckhal s or aldy otal
von dem wol neor gal und or (oder) alse die tal
a good starting point...
Addendum, I forgot to mention: What becomes clear is that the structure of the sentences, articles, conjunctions and prepositions shows that VMS can actually represent a real language with this code....