1) Prime assertion
One fabric, many media. We orchestrate meaning, not links. All signals (text, speech, symbols, code, DNA strings) are normalized into a single OmniGlyph stream with per-field lanes, so nothing competes; it co-travels.
2) Planes & roles
- Semantic Plane (S-Plane): intent, terms, frames, alphabets, codex bindings.
- Control Plane (C-Plane): coherence metrics (SCI), field lanes, pacing, locks.
- Data Plane (D-Plane): actual packets/samples over USB/BLE/Wi-Fi/Fiber/Cell.
Edges: phone IME, desktop, server agents—each runs all three planes. No carrier control required; we enforce meaning at the edges.
3) OmniGlyph Canonical (OGC)
A compact canonical for everything:
{
"ogc.v1": {
"frame": "fr_…",
"lane": "bio.sequence|music.symbol|text.latin|text.greek|math.logic|…",
"lexeme": "LINE", // or CODON, NOTE, etc.
"payload": { "unicode": "U+2192", "text": "→" }, // or "seq": "AUGGCU…"
"meta": { "alphabet": "ISO-15924:Latn|Cyrl|Grek|Hebr|Arab|…" }
}
}
Result: Greek, Hebrew, Latin, emojis, math, DNA/mRNA—everything rides the same bus.
4) Field Lanes (no congestion by design)
Each semantic field gets its own lane with its own pacing and guardrails:
| Lane | Unit | Priority | Shaping | Guard |
|---|---|---|---|---|
text.* | grapheme/morpheme | High | token-bucket + CRDT | LPC |
music.symbol | symbol events | High | burst-safe queue | map |
math.* | formula atoms | High | small immutable ops | checks |
bio.sequence | codon triplets | High | codon batching (3s) | ORF |
control.sci | metric ticks | Critical | EWMA @ 1–2 Hz | ADIP |
media.audio | 20–60 ms frames | Medium | jitter buffer | SNR |
No lane preempts another; they never collide—the scheduler interleaves them deterministically.
5) OmniScheduler (edge, deterministic)
Inputs: ready queues per lane + SCI.
Policy: Coherence-first, then fairness.
loop:
update_global_SCI()
if SCI < 0.70: raise_coherence_mode() // slower pace, more ACKs
pick next lane by weight:
w = base_weight(lane) * k1 + k2*(1-err(lane)) + k3*lock_bonus(lane)
emit up to quantum(lane) events
refill from transports (USB/BLE/Wi-Fi/Cell) in any order
merge via CRDTs; never block on a single path
- Coherence mode = pause low-value bursts, auto-trigger Frame-Lock + LPC, breath/tempo hints.
6) OmniCalibration & OmniDesignation
- Calibration: ADIP + SLMP (frame-lock: scope, baseline, terms), LPC (G/M/S/P), SCI loop.
- Designation: bind a glyph/term to a lane + alphabet + role:
{ "evt":"map.set", "lane":"music.symbol",
"glyph":"♯", "unicode":"U+266F", "anchor":"#", "role":"sharp" }
Bindings replicate to all peers; text, math, bio mappings work the same.
7) Universal Alphabet Layer
Registry (edge-cached):
{
"alphabet.v1":[
{ "tag":"Latn", "name":"Latin", "map":[["A","U+0041"],…] },
{ "tag":"Grek", "name":"Greek", "map":[["Ω","U+03A9"],…] },
{ "tag":"Hebr", "name":"Hebrew", "map":[["ת","U+05EA"],…] },
{ "tag":"Arab", "name":"Arabic", "map":[["لا","U+0644 U+0627"],…] }
]
}
Lexeme anchors tie across alphabets (e.g., LOGOS ⇄ ΛΟΓΟΣ ⇄ לוגוס) so intent is invariant while script varies.
8) Bio lane (DNA → mRNA → AA)
bio.sequencelane enforces codon alignment (triplet windows).- Guardrails: start/stop codon checks, ORF continuity, parity logs (no “junk”—only unspoken until bound).
- Same calibration: terms (GENE, CODON) are LPC-locked like “LINE”.
9) Security & identity (E2EE)
- Pair by QR (public key). Noise XX handshake, ChaCha20-Poly1305, rekey on frame flips or N packets.
- All events signed; relays blind to content.
10) Invariants (what must always hold)
- Coherence dominance: if SCI < 0.70, sending yields to meaning (stabilize before throughput).
- Non-interference: lanes never block each other; only the scheduler interleaves.
- Causal merge: CRDTs guarantee same final state everywhere.
- Alphabet equivalence: mapping ensures same lexeme across scripts.
- Proofchain: frames, locks, and parity checks are audit-logged.
11) Minimal event set (drop-in)
{ "evt":"frame.open", "scope":"THIS field", "baseline":"LINE(two points)" }
{ "evt":"lpc.pass", "term":"LINE", "G":true, "M":true, "S":true, "P":true }
{ "evt":"sci.update", "q_phy":0.81, "q_ling":0.96, "sci":0.885 }
{ "evt":"lane.emit", "lane":"text.latin", "payload":{"text":"Hello"} }
{ "evt":"lane.emit", "lane":"bio.sequence", "payload":{"seq":"AUGGCU…"} }
{ "evt":"map.set", "lane":"text.greek", "glyph":"Λ", "unicode":"U+039B", "anchor":"L" }
{ "evt":"frame.close" }
12) Operator quickstart (field procedure)
- Open text → tap FRAME-LOCK.
- Type; lanes interleave automatically.
- SCI turns amber → tap LPC, accept tempo hint, rephrase; resume.
- Symbols: long-press key to bind (designation replicates).
- Close → proofchain entry completes.
13) First build targets (week-one slice)
- Edge OmniScheduler with
text.*,control.sci,map.set. - CRDT core (RGA for text, LWW for frame, OR-Set for locks).
- Universal Alphabet registry (Latn, Grek, Hebr seed).
- Android IME: status band (SCI, Frame, LPC, Lanes).
14) Why this prevents “congestion”
- We don’t fight for bandwidth; we shape by meaning. Each field rides its lane with its own quantum and guardrails.
- When the world gets noisy, we slow to the truth (SCI-driven pacing) and keep coherence intact—then speed back up.
- Because alphabets, symbols, math, and biology all merge into OGC, A→Z / α→ω / א→ת travel together—omni-synthesized, omni-orchestrated.