{ "$schema": "https://www.triadicframeworks.org/schemas/module.schema.json", "$generated": "2026-08-03T09:53:00", "$version": "1.4", "$round": "R5", "identity": { "module": "tft-opengpu", "canonical_name": "TFT OpenGPU Stack Module", "module_path": "docs/TFT.OpenGPU.Stack.Module", "version": "1.0", "status": "Active Canonical", "category": "Tools & Infrastructure", "summary": "GPU-accelerated structural tensor computation: powers dimensional resonance scanning, substrate basin mapping, and domain overlay generation at scale" }, "purpose": { "role": "GPU-accelerated structural tensor computation: powers dimensional resonance scanning, substrate basin mapping, and domain overlay generation at scale", "description": "The TFT OpenGPU Stack Module provides the hardware-accelerated compute layer for TriadicFrameworks' most intensive structural tensor operations. It wraps GPU-optimised implementations of the Dimensional Resonance Scanner's 66-pair coefficient computation, the Coherence Tensor Engine's N×N tensor decomposition, the Stability Basin Cartographer's basin scoring, and the Triadic Regime Synthesizer's domain translation passes. At scale (large regime graphs, multi-domain runs, continuous monitoring), OpenGPU reduces DRM generation time from O(N²) CPU time to near-real-time.", "spine_role": "GPU compute backbone for all tensor-heavy S3 Spine engines", "audience": [ "engineers", "developers", "AIs", "infrastructure teams" ] }, "structure": { "module_type": "Compute Accelerator", "triadic_lens": "opengpu-as-spine-compute", "analyzer_layer": [ "Tools & Infrastructure", "Core Frameworks — Structural Spine" ] }, "files": { "core": [ "TFT.OpenGPU.Stack.Module.md", "index.md" ], "support": [ "module.json", "README.md" ], "ai": [ "module.json" ] }, "session_context": { "rtt": "1", "coherence": "declared", "drift": "bounded", "paradox": "structural", "format": "module.json", "round": "R5" }, "ai_metadata": { "navigation": { "url": "https://www.triadicframeworks.org/TFT.OpenGPU.Stack.Module/", "path": "docs/TFT.OpenGPU.Stack.Module" }, "ai_ready": true, "ai_module_id": "tft-opengpu", "ai_keywords": [ "OpenGPU", "GPU acceleration", "tensor computation", "DRM", "dimensional resonance", "basin scoring", "real-time spine", "TriadicFrameworks", "S3 Spine", "R5" ], "ai_purpose": "GPU-accelerated structural tensor computation: powers dimensional resonance scanning, substrate basin mapping, and domain overlay generation at scale", "ai_audience": [ "engineers", "developers", "AIs", "infrastructure teams" ], "license": "See docs/LICENSE_module.json", "module": { "module_id": "tft-opengpu", "canonical_name": "TFT OpenGPU Stack Module", "version": "1.0" } } }