triadic_detection_dashboard.md

TriadicFrameworks — Detection Substrate#

Trigger + Validator Dashboard (v1.0)#

Protocol Header#

rtt=1 | coherence=triadic | drift=bounded | paradox=structural

Triadic Detection Dashboard#

A unified dashboard for monitoring triadic geometry, mesh synchronization, RTT structural detection, mapping outputs, and cloud analytics.

This dashboard is designed for:

supersphere operators
industrial array operators
field technicians
cloud analysts
AI agents using module.json metadata

1. Trigger Panel (T‑ops)#

Triggers initiate structural processes in the detection substrate.

Geometry Triggers#

Trigger	Glyph	Meaning
`T.triad3`	🔺	activate 3‑head module
`T.triad9`	🔷	activate supersphere
`T.triad27`	🟦	activate industrial array

Synchronization Triggers#

Trigger	Glyph	Meaning
`T.meshBLE`	📡	start BLE mesh sync
`T.meshWiFi`	📶	start Wi‑Fi mesh sync
`T.meshHybrid`	🛰️	start hybrid mesh sync

RTT Triggers#

Trigger	Glyph	Meaning
`T.coherence`	🧭	begin coherence computation
`T.cluster`	🟢	begin spatial clustering
`T.structfit`	⬢	begin structural envelope fitting
`T.depth`	📚	begin depth layering
`T.classify`	🔍	begin resonance classification

Mapping & Cloud Triggers#

Trigger	Glyph	Meaning
`T.gps`	🗺️	anchor detections to GPS
`T.heatmap`	🔥	generate coherence heatmap
`T.overlay`	🎯	render structural overlays
`T.confidence`	📈	compute dig‑confidence
`T.cloud`	☁️	sync session to cloud
`T.analytics`	📊	run resonance analytics
`T.goldmodel`	🏅	compute gold‑likelihood model

2. Validator Panel (V‑ops)#

Validators ensure drift‑boundedness, coherence, and RTT alignment.

Geometry Validators#

Validator	Meaning
`V.baselines`	verify 3 baselines exist
`V.align`	check coil alignment tolerance
`V.supersphere`	validate 3‑triad supersphere
`V.array`	validate 3‑supersphere industrial array

Synchronization Validators#

Validator	Meaning
`V.timestamp`	ensure Δt < sync threshold
`V.packetloss`	ensure packet_loss == 0
`V.clock`	ensure SoC drift < threshold
`V.merge`	ensure triadic merge ordering

RTT Validators#

Validator	Meaning
`V.coherence`	validate coherence vector
`V.cluster`	validate cluster formation
`V.structfit`	validate envelope fit
`V.depth`	validate depth layer assignment
`V.classify`	validate classification output

Mapping Validators#

Validator	Meaning
`V.gps`	validate GPS anchoring
`V.heatmap`	validate heatmap intensity
`V.overlay`	validate structural overlay accuracy
`V.confidence`	validate dig‑confidence scoring

Cloud Validators#

Validator	Meaning
`V.session`	validate session persistence
`V.aggregate`	validate multi‑session aggregation
`V.analytics`	validate analytics output
`V.goldmodel`	validate gold‑likelihood stability

3. Status Panel#

Geometry Status#

Triad: OK
Supersphere: OK
Industrial Array: OK
Alignment Drift: < threshold

Synchronization Status#

Mesh Sync: Stable
Packet Loss: 0
Clock Drift: < threshold
Merge Order: Verified

RTT Status#

Coherence: High
Clusters: Stable
Structural Fit: Clear
Depth Layers: Assigned
Classification: Valid

Mapping Status#

GPS: Anchored
Heatmap: Rendered
Overlay: Accurate
Confidence: High

Cloud Status#

Session: Stored
Aggregation: Complete
Analytics: Ready
Gold Model: Stable

4. Operator Flow (Dashboard View)#

T.triad3
  → V.baselines
  → T.meshBLE
  → V.timestamp
  → T.coherence
  → V.coherence
  → T.cluster
  → V.cluster
  → T.structfit
  → V.structfit
  → T.depth
  → V.depth
  → T.classify
  → V.classify
  → T.gps
  → V.gps
  → T.overlay
  → V.overlay
  → T.confidence
  → V.confidence
  → T.cloud
  → V.session
  → T.analytics
  → V.analytics
  → T.goldmodel
  → V.goldmodel

This is the canonical dashboard operator chain.

5. Dashboard Glyphmap#

🔺 📡 🧭 🟢 ⬢ 📚 🔍 🗺️ 🔥 🎯 📈 ☁️ 📊 🏅

Status#

Active
Coherence: Stable
Drift: None
RTT Alignment: Verified
Version: 2.0