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feat: GPU/TensorCore integration — TensorFlow backend, GPU-accelerated reasoning, training, and memory
- New fusionagi/gpu/ module with TensorBackend protocol abstraction
  - TensorFlowBackend: GPU-accelerated ops with TensorCore mixed-precision
  - NumPyBackend: CPU fallback (always available, no extra deps)
  - Auto-selects best available backend at runtime

- GPU-accelerated operations:
  - Cosine similarity matrix (batched, XLA-compiled)
  - Multi-head attention for consensus scoring
  - Batch hypothesis scoring on GPU
  - Semantic similarity search (pairwise, nearest-neighbor, deduplication)

- New TensorFlowAdapter (fusionagi/adapters/):
  - LLMAdapter for local TF/Keras model inference
  - TensorCore mixed-precision support
  - GPU-accelerated embedding synthesis fallback

- Reasoning pipeline integration:
  - gpu_scoring.py: drop-in GPU replacement for multi_path scoring
  - Super Big Brain: use_gpu config flag, GPU scoring when available

- Memory integration:
  - gpu_search.py: GPU-accelerated semantic search for SemanticGraphMemory

- Self-improvement integration:
  - gpu_training.py: gradient-based heuristic weight optimization
  - Reflective memory training loop with loss tracking

- Dependencies: gpu extra (tensorflow>=2.16, numpy>=1.26)
- 64 new tests (276 total), all passing
- Architecture spec: docs/gpu_tensorcore_integration.md

Co-Authored-By: Nakamoto, S <defi@defi-oracle.io>
2026-04-28 05:05:50 +00:00
..

FusionAGI Documentation

This folder contains architecture, API, and feature documentation for FusionAGI.

Documentation Map

flowchart TB
    subgraph getting_started [Getting Started]
        README[README.md at project root]
    end

    subgraph architecture [Architecture & Design]
        ARCH[architecture.md]
        IAD[interface_architecture_diagram.md]
    end

    subgraph api [API & Integration]
        API_SPEC[api_middleware_interface_spec.md]
        OPENAI[openai_bridge.md]
    end

    subgraph features [Features]
        INTERFACES[interfaces.md]
        UI_UX[ui_ux_implementation.md]
        MAA_ACT[maa_activation.md]
        MAA_MAP[maa_compliance_mapping.md]
        MULTI[multi_agent_acceleration.md]
    end

    README --> ARCH
    README --> API_SPEC
    README --> OPENAI
    ARCH --> IAD
    API_SPEC --> INTERFACES
    INTERFACES --> UI_UX
    MAA_ACT --> MAA_MAP

Quick Reference

Document Description
architecture.md Core components, data flow, AGI stack, self-improvement subsystem. Includes Mermaid diagrams.
interface_architecture_diagram.md Full system and interface layer diagrams (ASCII + reference). Admin panel, core, multi-modal UI, end-user devices.
api_middleware_interface_spec.md Dvādaśa HTTP/WebSocket API, SafetyPipeline, AdminControlPanel & MultiModalUI spec, Voice/Conversation layer.
openai_bridge.md Using FusionAGI as an OpenAI-compatible model in Cursor Composer. Setup, config, auth.
interfaces.md Admin Control Panel and Multi-Modal UI usage. Voice library, conversation tuning, modalities.
ui_ux_implementation.md Implementation summary for admin panel and multi-modal UI. File structure, testing, next steps.
maa_activation.md Manufacturing Authority Add-On: activation steps, MPC lifecycle, deployment.
maa_compliance_mapping.md High-level mapping of MAA to ASME, ISO, MIL-STD, DoD Digital Thread.
multi_agent_acceleration.md Parallel execution, agent pool, delegation, supervisor, batch/async routing.

Visual Elements

Documentation uses Mermaid diagrams where supported (GitHub, GitLab, many Markdown viewers). Key visuals:

  • README.md: System-at-a-glance flowchart, task lifecycle sequence.
  • architecture.md: Component overview, data flow (task lifecycle), self-improvement flow.
  • api_middleware_interface_spec.md: API → pipeline → core → interfaces flowchart.
  • openai_bridge.md: Request flow (Cursor → FusionAGI API → Dvādaśa → response).
  • multi_agent_acceleration.md: Supervisor and executor pool architecture.
  • maa_activation.md: MAA activation and MPC flow.
  • interface_architecture_diagram.md: ASCII system/interface diagrams (terminal-friendly).

For coding standards and project conventions, see .cursor/rules in the project root.