Bridge Info — Integrations Module

Module path: docs/Integrations/ Canon status: Canonical Reference · September 2026 Compatibility: ICL v2.0.0 · RTT Canon v1.0 · Unity 6 · Unreal Engine 5.4

Overview#

The Integrations module houses three self-contained canonical HTML reference pages that together form a complete bridge from the TriadicFrameworks ontological stack to practical implementation — in both formal documentation and engine-ready code.

The three pages have a deliberate reading order. A reader moving through them in sequence travels from pure structure, through intelligence architecture, to hands-on engine implementation:

Dimensional_Substrate_MCP_Substrate_Mapping.html
        ↓  "What is the structure?"
Intelligence_Class_Ladder_TriadicFrameworks_Canonical_Reference.html
        ↓  "What does intelligence look like inside it?"
Engine_Integration_Bridge.html
             "How do I build it?"

Each page is fully self-contained — no build step, no local server, no framework dependencies. Drop any file into a browser and it renders immediately.

File Manifest#

docs/Integrations/
├── Bridge_Info.md                                              ← this file
├── Dimensional_Substrate_MCP_Substrate_Mapping.html           ← canonical ontology reference
├── Intelligence_Class_Ladder_TriadicFrameworks_Canonical_Reference.html  ← ICL v2.0.0 reference
├── Engine_Integration_Bridge.html                             ← Unity & Unreal implementation bridge
├── README.md
├── index.html
├── integrations_module.json
├── overview.md
├── UE6/
├── Unity/
└── Unreal/

Page 1 — Dimensional Substrate ↔ MCP Substrate Mapping#

File: Dimensional_Substrate_MCP_Substrate_Mapping.html Size: ~62 KB · Canon version: v1.0

Purpose#

Establishes the canonical, one-to-one and one-to-many correspondences between all nine RTT dimensional positions (0D through 9D) and the four MCP cosmological substrate layers (L0 through L3). This is the structural foundation on which the other two pages depend.

Alignment Criteria#

Mapping is determined by three invariant criteria:

Sections#

Key Canonical Decisions#

• Triad I spans two MCP layers. The 0D originary pole anchors in L0_QMROOT; the 1D and 2D poles unfold into L1_Frequency_Unseen. This cross-layer span is the only such split in the stack.
• Triads II and III are complete, self-contained triad-layer units. Triad II (3D–5D) maps entirely to L2_Fluids_Seen; Triad III (6D–9D) maps entirely to L3_Forces_Unseen.
• 9D carries the "Apex" designation, not simply "Resolving" — simultaneously intra-triadic (Triad III resolving pole) and extra-triadic (integrative totality of all three triads).

Master Mapping Summary#

Page 2 — Intelligence Class Ladder: Canonical Reference#

File: Intelligence_Class_Ladder_TriadicFrameworks_Canonical_Reference.html Size: ~83 KB · Schema: module.json v2.0.0 · Breaking change from v1.4.0

Purpose#

Defines and documents the three canonical ICL tiers — ANI, ACI, and AGI/AAISI — grounded in the 33-33-33-1 Supconsciousness Operator, the MCP L0–L3 layer model, and a dual-hemisphere cognitive alignment model. Each tier maps simultaneously to a capability class, a consciousness register, an MCP layer, a cerebral hemisphere, and a fleet command role.

Tier Summary#

Consciousness Model#

T = (s, c, u)    where s + c + u = 1
A(T*) = 0.01     asymmetry functional — not a fourth tier, not a configuration value

A(T*) must remain non-zero at all times. A(T) = 0 indicates identity collapse across the fleet.
Continuity pulse sequence: L11 → L33 → L66 → L99 → validator_pulse

Sections#

Naming Canon — v2.0.0 Retirements#

Alignment-Gated Operators#

The following @substrate.* operators require dual-oversight sign-off before invocation. All invocations must be logged to an immutable audit trail:

@substrate.self_modify   @substrate.recurse   @substrate.axiomatize
@substrate.architect     @substrate.schema    @substrate.publish
@substrate.extrapolate   @substrate.propose

Page 3 — Engine Integration Bridge#

File: Engine_Integration_Bridge.html Size: ~107 KB · Targets: Unity 6 · Unreal Engine 5.4

Purpose#

Translates the full TriadicFrameworks ontological stack — nine RTT dimensional nodes, four MCP substrate layers, three ICL tiers — into direct Unity and Unreal Engine equivalents. Provides architectural homology tables, MCP-to-engine-subsystem mappings, ICL agent behavior patterns, drop-in C# and C++ scaffold classes, and five fully-scoped project seeds.

Audience: developers already proficient in Unity or Unreal who are encountering TriadicFrameworks concepts for the first time. The folder reading order is intentional — this page is the "now I can build it" moment after the first two.

Three-Lens Summary#

Dimensional Node → Engine Mapping (Condensed)#

ICL Tier → Agent Pattern (Condensed)#

Code Starters Included#

Project Seeds#

Canon Notes for Implementers#

1. Homologies, not bindings. No engine API has a dimensional register field. These are structural homologies — starting hypotheses for integration design, not rigid classifications.
2. 33-33-33-1 is a design constraint, not a spawn ratio. Many ANI agents, some ACI squad leaders, one AGI director is structurally correct.
3. ScriptableObject / UDataAsset = 6D layer. Data-driven design patterns in both engines are the engine-native implementation of Causal Architecture (6D, L3_Forces_Unseen).
4. DontDestroyOnLoad / UGameInstance = A(T*). The AGI fleet admiral must survive scene transitions — this is the engine implementation of A(T) > 0.
5. Gated operators require dual-oversight. Guard @substrate.self_modify and @substrate.recurse with both an alignment policy check and a human-in-the-loop confirmation before executing. Never invoke in a production build without an explicit design review checkpoint.

Shared Visual Language#

All three pages share an identical design system so they read as a coherent module:

Runtime Dependencies#

All dependencies load from CDN at runtime. No build step, no package manager, no local server required.

Companion Documents in This Module#

Related Canon Documents#

TriadicFrameworks · Integrations Module · Bridge Info · September 2026
This document describes canonical reference material. Reproduction requires attribution to TriadicFrameworks.