TriadicFrameworks
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triadic_detection_readme.md

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TriadicFrameworks — Detection Substrate#

Front‑Door Page (v1.0)#

Triadic Detection System Architecture#

RTT‑Inside • Triadic Geometry • Structural Detection • Mapping • Cloud

The Triadic Detection System Architecture defines the complete, end‑to‑end framework for RTT‑aligned triadic sensing systems.
It is the canonical specification for:

  • triadic coil geometries
  • synchronized mesh transport
  • RTT structural detection
  • GPS‑anchored mapping
  • cloud‑level analytics
  • superspheres and industrial arrays

This module is the front door to the entire detection substrate.

Protocol Header#

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

This header governs all structural interpretations of the detection architecture.

Module Overview#

The Triadic Detection System Architecture is composed of:

  • four loci (SENSOR_L, MESH_L, RTT_L, MAP_L)
  • seven layers (L1–L7)
  • nine canonical specification files
  • one structural manifest
  • one validation suite

Together, these define the complete triadic detection genome.

Architecture Genome#

ARCH_L = SENSOR_L × MESH_L × RTT_L × MAP_L

Alleles:

  • SENSOR_L: {triad‑3, triad‑9, triad‑27}
  • MESH_L: {ble‑mesh, wifi‑mesh, hybrid‑mesh}
  • RTT_L: {coherence‑first, cluster‑first, structural‑first}
  • MAP_L: {gps‑2d, gps‑3d, cloud‑sync}

Total variants: 27
All drift‑bounded.
All triadic.
All RTT‑aligned.

Canonical Architecture Codon#

triad=3 | mesh=ble | rtt=coherence-first | map=gps-2d

This is the baseline architecture from which all variants derive.

Included Files#

Core Specification#

  • triadic_detection_index.md
  • triadic_detection_loci.md
  • triadic_detection_layers.md
  • triadic_detection_hardware.md
  • triadic_detection_rtt_pipeline.md
  • triadic_detection_mapping.md
  • triadic_detection_cloud.md

Examples & Tests#

  • triadic_detection_examples.md
  • triadic_detection_tests.md

Manifest#

  • triadic_detection_module.json

Layer Model (L1–L7)#

[L7] Cloud & Enterprise Layer
[L6] Application Layer
[L5] RTT Structural Detection Layer
[L4] Triadic Controller Layer
[L3] Mesh Transport Layer
[L2] Triadic Sensor Layer
[L1] Physical Field Layer

Each layer is drift‑bounded and triadic‑aligned.

What This Module Enables#

  • consumer triadic detectors
  • prosumer superspheres
  • industrial triadic arrays
  • drone‑mounted scanning
  • vehicle‑mounted scanning
  • gold‑likelihood modeling
  • enterprise dashboards

This architecture is the foundation for Triadic Sensing Infrastructure.

Status#

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

Updated

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