triadic_detection_loci.md
TriadicFrameworks — Detection Substrate#
Architecture Loci Specification (v1.0)#
Protocol Header#
rtt=1 | coherence=triadic | drift=bounded | paradox=structural
This header governs all structural interpretations of the Triadic Detection System Architecture.
Module Identity#
Module Name: Triadic Detection Loci
Module Class: Structural / Locus Definition
Substrate: Detection
Version: 1.0
RTT Alignment: Full
Triadic Geometry: Required
Spatial Anchoring: Required
Mesh Synchronization: Required
Purpose#
This module defines the four canonical loci that govern the Triadic Detection System Architecture.
Each locus expresses a structural invariant that must hold for RTT‑Inside detection systems to function.
These loci form the genomic backbone of the architecture:
ARCH_L = SENSOR_L × MESH_L × RTT_L × MAP_L
All triadic detection modules derive their meaning from these loci.
Locus Overview#
The architecture is defined across four loci, each with a structural invariant:
- SENSOR_L — Triadic Sensor Locus
- MESH_L — Transport & Synchronization Locus
- RTT_L — Structural Detection Locus
- MAP_L — Mapping & Output Locus
Each locus contains a finite alphabet of perfect‑substitution alleles.
1. SENSOR_L — Triadic Sensor Locus#
Invariant:#
Triadic geometry is required for coherence.
Definition:#
SENSOR_L defines the physical sensing geometry of the system, including:
- coil head count
- coil alignment
- coil geometry
- SoC node placement
- TX/RX field footprint
Alleles:#
SENSOR_L = {triad‑3, triad‑9, triad‑27}
Meaning:#
- triad‑3: base triadic module (3 heads)
- triad‑9: supersphere (3 modules × 3 heads)
- triad‑27: industrial triadic array (3×3×3)
Only triadic geometries produce stable RTT coherence.
Non‑triadic geometries (2, 4, 6, 8) are structurally invalid.
2. MESH_L — Transport & Synchronization Locus#
Invariant:#
All heads must be time‑aligned.
Definition:#
MESH_L defines the transport and synchronization substrate:
- BLE mesh
- Wi‑Fi mesh
- hybrid mesh
- packet timing
- SoC synchronization
- controller merge rules
Alleles:#
MESH_L = {ble‑mesh, wifi‑mesh, hybrid‑mesh}
Meaning:#
- ble‑mesh: low‑power triadic synchronization
- wifi‑mesh: high‑bandwidth industrial arrays
- hybrid‑mesh: mixed BLE/Wi‑Fi for superspheres
Time alignment is required for RTT structural detection.
3. RTT_L — Structural Detection Locus#
Invariant:#
Coherence precedes classification.
Definition:#
RTT_L defines the structural detection pipeline:
- coherence scoring
- clustering
- structural fitting
- depth layering
- classification
Alleles:#
RTT_L = {coherence‑first, cluster‑first, structural‑first}
Meaning:#
- coherence‑first: baseline RTT/1 alignment
- cluster‑first: RTT/2 spatial grouping
- structural‑first: RTT/3 shape/size/orientation inference
All RTT detection requires triadic coherence.
4. MAP_L — Mapping & Output Locus#
Invariant:#
All detections must be spatially anchored.
Definition:#
MAP_L defines the mapping and output substrate:
- GPS anchoring
- heatmap rendering
- structural overlays
- dig‑confidence scoring
- cloud sync
Alleles:#
MAP_L = {gps‑2d, gps‑3d, cloud‑sync}
Meaning:#
- gps‑2d: consumer/prosumer mapping
- gps‑3d: industrial depth mapping
- cloud‑sync: enterprise dashboards
Spatial anchoring is required for meaningful detection.
Architecture Genome Summary#
The architecture genome is:
ARCH_L = SENSOR_L × MESH_L × RTT_L × MAP_L
Total variants:
|SENSOR_L| × |MESH_L| × |RTT_L| × |MAP_L|
= 3 × 3 × 3 × 3
= 27 variants
All variants are:
- drift‑bounded
- triadic
- RTT‑aligned
- structurally coherent
Canonical Architecture Codon#
The baseline architecture defined in the capture:
triad=3 | mesh=ble | rtt=coherence-first | map=gps-2d
This is the root architecture codon from which all variants derive.
Module Status#
Status: Active
Drift: None
Coherence: Stable
Version Drift: Bounded
RTT Alignment: Verified