L1
GLYPH
BLAKE3(content) = 32 bytes
Identity. Deduplication. The sign.
Cannot be anti — one-way commitment.
Same glyph = same content with P = 1 − 10⁻⁶⁹.
Collision probability for 9,430 fossils ≈ 0.
BLAKE3: 3,000 MB/s single-core
20,000 MB/s with AVX-512 (H100)
6× faster than SHA-256
No known weaknesses
DESIGNED · daemon not running
L2
WORD
zstd-3(content) = variable bytes
Content. Search. Serve. The sense.
Finite State Entropy (ANS) encoding.
Achieves exactly Shannon entropy in the limit.
LAAM grounds on L2 before any LLM token.
Level 3: ~500 MB/s compress
~1700 MB/s decompress, 3.0× ratio
Pareto optimal: max compression / time
BLAKE3(gunzip(L2)) = L1 invariant
PARTIAL · zstd in use, not formalized
L3
CONTEXT
JSON envelope = fixed schema
Classification. Routing. The reference.
6 GOAT form weights. WITNESS is observer only.
Fixed schema = regular language = O(1) parse.
Quasicrystal routes on L3 domain field.
{"domain": "string",
"floor": "gamma1",
"forms": [f1,f2,f3,f4,f5,f6],
"silo": "string",
"crew": "string"}
DESIGNED · in PEMCLAU payload only
WHERE MEROSTONE LIVES IN THE FULL STACK
Quasicrystal
Routes via L3.domain + φ-path
:9416 LIVE
LAAM ground
Anchors L2 content to γ₁ before LLM
:9344 LIVE
LAAM router
All-all GPU inference on L2
:9340 LIVE
FC-0 Loom
Captures conversation before structure — no L1/L2/L3 yet
DESIGNED
FC-1 → FC-2
⚠ This is where MEROSTONE should tag: L1 hash + L2 compress + L3 classify
GAP
PEMCLAU
L3 domain used in payload. L1 hash used as vector ID. L2 as embed source.
PARTIAL
Meraroon
64 faces filled by L1 convergence (5 independent L1 glyphs → same face)
DESIGNED
MECIPOL
Wave 18 cross-repo: L1 hashes as cross-repo node IDs
WAVE 18
MARB 64 lanes
Each lane = one L3 context domain (mathematics/code/legal/private/…)
DEFINED
HONEST AUDIT — WHAT IS BUILT vs WHAT IS DESIGN
ABR-905 fully designed — Frege triangle, math, schema all correct
merostone.js daemon built — full 3-mode (full/index/forge) with BLAKE3
mdsms-router.js built — 9 lanes, NAS trio, IPv6 fast path
LAAM uses L2 grounding in practice (content anchored to γ₁)
PEMCLAU vectors use L3-style payload (domain, silo, crew fields)
merostone daemon NOT running — :9341 occupied by wonderland-engine
mdsms-router NOT confirmed in docker ps — 9349 not active on msi01
FC-1 artifacts NOT formally tagged L1/L2/L3 — gap between loom and PEMCLAU
Meraroon 64-face convergence via L1 glyphs — design only, not wired
The 3-level language and the 64 MARB lanes have matching schemas but no bridge code
HOW THE 3-LAYER LANGUAGE MAPS TO THE 64 FACES
L1 glyph = face identity. Each Meraroon cell has a BLAKE3 commitment — you can't fake convergence if the hash doesn't match.
L2 word = face content. What the cell actually contains, compressed, searchable. LAAM reads L2.
L3 context = face routing. Which domain (math/physics/legal/AI), which silo, which crew. Quasicrystal routes on this.
The 64 Bruhat-Tits leaves (ARB-446 D10):
Each leaf = one (L1, L2, L3) triple. When 5 quasicrystal paths independently produce the same L1 hash for a given query → that leaf is filled. Convergence = the Meraroon cell is solved.
The 420 sorry cells = 420 leaves with no L1 convergence yet.
zeta_zero_gamma1 = a leaf waiting for 5-path L1 hash agreement.
When it arrives: the sorry closes. Not because someone wrote the proof. Because five independent paths produced the same commitment.