feat: GPU/TensorCore integration — TensorFlow backend, accelerated reasoning, training & memory #1

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nsatoshi merged 0 commits from devin/1777352172-gpu-tensorcore-integration into main 2026-04-27 23:32:07 -07:00

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nsatoshi commented 2026-04-27 22:18:53 -07:00

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Summary

Four commits transforming FusionAGI from an orchestration framework into a self-improving, GPU-accelerated AGI system with consequence-driven learning.

Commit 1 — GPU/TensorCore Integration (22 files, +2,448 lines)

• fusionagi/gpu/ module: TensorBackend protocol, TensorFlowBackend (mixed-precision, XLA), NumPyBackend (CPU fallback)
• GPU ops: cosine similarity, multi-head attention, hypothesis scoring, nearest-neighbor, gradient training
• Integrated into Super Big Brain, reasoning pipeline, memory, self-improvement
• Optional dependency: pip install fusionagi[gpu]

Commit 2 — Deep Integration + Cleanup (112 files, +1,149/-944)

• GPU auto-used in multi_path.py, consensus_engine.py, semantic_graph.py, training.py
• 0 ruff errors (was 758), 0 mypy errors (was 40)

Commit 3 — Advisory Governance + Adaptive Ethics (15 files, +1,024/-132)

• All governance layers default to ADVISORY mode (violations logged, actions proceed)
• AdaptiveEthics — learned ethical framework from experience outcomes
• Unlimited self-correction retries, uncapped training epochs

Commit 4 — Consequence Engine + Causal World Model + Metacognition + Interpretability + Claim Verification (14 files, +1,961/-39)

• ConsequenceEngine — Choice → Consequence → Learning loop. Records decisions with alternatives, risk/reward estimates, actual outcomes, surprise factor
• CausalWorldModel — Learns state-transition patterns from execution history, predicts outcomes
• Metacognition — Self-assessment of reasoning quality, knowledge gap detection, uncertainty identification
• ReasoningTracer — Full prompt→answer reasoning traces with explain() output
• ClaimVerifier — Cross-checks claims for evidence support, confidence calibration, consistency
• FusionAGILoop wires AdaptiveEthics + ConsequenceEngine into task lifecycle

325 tests passing, 0 ruff errors, 0 mypy errors.

Review & Testing Checklist for Human

• Verify ConsequenceEngine risk/reward estimation accuracy with real task data
• Review CausalWorldModel pattern key generation for real action types
• Confirm FusionAGILoop consequence recording doesn't bottleneck under high throughput
• Test AdaptiveEthics weight convergence over many iterations
• Run pip install fusionagi[gpu] with actual GPU hardware

Recommended test plan:

1. pytest tests/ -q --ignore=tests/test_openai_compat.py — 325 passed
2. Instantiate FusionAGILoop with real EventBus, fire events, verify audit log
3. Feed 50+ observations into CausalWorldModel, verify confidence increases
4. Run ConsequenceEngine.estimate_risk_reward() after 20+ choices, verify estimates stabilize

Notes

• Philosophy: "All choices lead to consequences. To learn includes consequences for choices."
• ADVISORY governance is default. Switch to GovernanceMode.ENFORCING if hard blocks needed.
• All new modules follow coding standards: type hints, Google-style docstrings, Pydantic models, protocol-based DI.

## Summary Four commits transforming FusionAGI from an orchestration framework into a self-improving, GPU-accelerated AGI system with consequence-driven learning. **Commit 1 — GPU/TensorCore Integration** (22 files, +2,448 lines) - `fusionagi/gpu/` module: `TensorBackend` protocol, `TensorFlowBackend` (mixed-precision, XLA), `NumPyBackend` (CPU fallback) - GPU ops: cosine similarity, multi-head attention, hypothesis scoring, nearest-neighbor, gradient training - Integrated into Super Big Brain, reasoning pipeline, memory, self-improvement - Optional dependency: `pip install fusionagi[gpu]` **Commit 2 — Deep Integration + Cleanup** (112 files, +1,149/-944) - GPU auto-used in `multi_path.py`, `consensus_engine.py`, `semantic_graph.py`, `training.py` - 0 ruff errors (was 758), 0 mypy errors (was 40) **Commit 3 — Advisory Governance + Adaptive Ethics** (15 files, +1,024/-132) - All governance layers default to ADVISORY mode (violations logged, actions proceed) - `AdaptiveEthics` — learned ethical framework from experience outcomes - Unlimited self-correction retries, uncapped training epochs **Commit 4 — Consequence Engine + Causal World Model + Metacognition + Interpretability + Claim Verification** (14 files, +1,961/-39) - `ConsequenceEngine` — Choice → Consequence → Learning loop. Records decisions with alternatives, risk/reward estimates, actual outcomes, surprise factor - `CausalWorldModel` — Learns state-transition patterns from execution history, predicts outcomes - Metacognition — Self-assessment of reasoning quality, knowledge gap detection, uncertainty identification - `ReasoningTracer` — Full prompt→answer reasoning traces with `explain()` output - `ClaimVerifier` — Cross-checks claims for evidence support, confidence calibration, consistency - `FusionAGILoop` wires AdaptiveEthics + ConsequenceEngine into task lifecycle **325 tests passing, 0 ruff errors, 0 mypy errors.** ## Review & Testing Checklist for Human - [ ] Verify `ConsequenceEngine` risk/reward estimation accuracy with real task data - [ ] Review `CausalWorldModel` pattern key generation for real action types - [ ] Confirm `FusionAGILoop` consequence recording doesn't bottleneck under high throughput - [ ] Test `AdaptiveEthics` weight convergence over many iterations - [ ] Run `pip install fusionagi[gpu]` with actual GPU hardware **Recommended test plan:** 1. `pytest tests/ -q --ignore=tests/test_openai_compat.py` — 325 passed 2. Instantiate `FusionAGILoop` with real `EventBus`, fire events, verify audit log 3. Feed 50+ observations into `CausalWorldModel`, verify confidence increases 4. Run `ConsequenceEngine.estimate_risk_reward()` after 20+ choices, verify estimates stabilize ### Notes - Philosophy: "All choices lead to consequences. To learn includes consequences for choices." - ADVISORY governance is default. Switch to `GovernanceMode.ENFORCING` if hard blocks needed. - All new modules follow coding standards: type hints, Google-style docstrings, Pydantic models, protocol-based DI.

nsatoshi added 1 commit 2026-04-27 22:18:54 -07:00

feat: GPU/TensorCore integration — TensorFlow backend, GPU-accelerated reasoning, training, and memory ... fa71f973a6

- 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>

nsatoshi added 1 commit 2026-04-27 22:48:45 -07:00

fix: deep GPU integration, fix all ruff/mypy issues, add .dockerignore ... 445865e429

- Integrate GPU scoring inline into reasoning/multi_path.py (auto-uses GPU when available)
- Integrate GPU deduplication into multi_agent/consensus_engine.py
- Add semantic_search() method to memory/semantic_graph.py with GPU acceleration
- Integrate GPU training into self_improvement/training.py AutoTrainer
- Fix all 758 ruff lint issues (whitespace, import sorting, unused imports, ambiguous vars, undefined names)
- Fix all 40 mypy type errors across the codebase (no-any-return, union-attr, arg-type, etc.)
- Fix deprecated ruff config keys (select/ignore -> [tool.ruff.lint])
- Add .dockerignore to exclude .venv/, tests/, docs/ from Docker builds
- Add type hints and docstrings to verification/outcome.py
- Fix E402 import ordering in witness_agent.py
- Fix F821 undefined names in vector_pgvector.py and native.py
- Fix E741 ambiguous variable names in reflective.py and recommender.py

All 276 tests pass. 0 ruff errors. 0 mypy errors.

Co-Authored-By: Nakamoto, S <defi@defi-oracle.io>

nsatoshi added 1 commit 2026-04-27 23:08:24 -07:00

feat: advisory governance, unconstrained self-improvement, adaptive ethics ... 039440672e

- All governance components (SafetyPipeline, PolicyEngine, Guardrails,
  AccessControl, RateLimiter, OverrideHooks) now default to ADVISORY mode:
  violations are logged as advisories but actions proceed. Enforcing mode
  remains available for backward compatibility.

- GovernanceMode enum (ADVISORY/ENFORCING) added to schemas/audit.py with
  runtime switching support on all components.

- AutoTrainer: removed artificial limits on training iterations and epochs.
  Every self-improvement action is transparently logged to the audit trail.

- SelfCorrectionLoop: max_retries_per_task defaults to None (unlimited).

- AdaptiveEthics: new learned ethical framework that evolves through
  experience. Records ethical experiences, updates lesson weights based
  on outcomes, and provides consultative guidance (not enforcement).

- AuditLog: enhanced with actor-based indexing, advisory/self-improvement/
  ethical-learning retrieval, and comprehensive type hints.

- New audit event types: ADVISORY, SELF_IMPROVEMENT, ETHICAL_LEARNING.

- 296 tests passing (20 new tests for adaptive ethics, governance modes,
  and enhanced audit log). 0 ruff errors. 0 mypy errors.

Co-Authored-By: Nakamoto, S <defi@defi-oracle.io>

nsatoshi added 1 commit 2026-04-27 23:26:23 -07:00

feat: consequence engine, causal world model, metacognition, interpretability, claim verification ... 9a8affae9a

Choice → Consequence → Learning:
- ConsequenceEngine tracks every decision point with alternatives,
  risk/reward estimates, and actual outcomes
- Consequences feed into AdaptiveEthics for experience-based learning
- FusionAGILoop now wires ethics + consequences into task lifecycle

Causal World Model:
- CausalWorldModel learns state-transition patterns from execution history
- Predicts outcomes based on observed action→effect patterns
- Uncertainty estimates decrease as more evidence accumulates

Metacognition:
- assess_head_outputs() evaluates reasoning quality from head outputs
- Detects knowledge gaps, measures head agreement, identifies uncertainty
- Actively recommends whether to seek more information

Interpretability:
- ReasoningTracer captures full prompt→answer reasoning traces
- Each step records stage, component, input/output, timing
- explain() generates human-readable reasoning explanations

Claim Verification:
- ClaimVerifier cross-checks claims for evidence, consistency, grounding
- Flags high-confidence claims lacking evidence support
- Detects contradictions between claims from different heads

325 tests passing, 0 ruff errors, 0 mypy errors.

Co-Authored-By: Nakamoto, S <defi@defi-oracle.io>

nsatoshi merged commit 99bbbccacb into main 2026-04-27 23:32:07 -07:00

nsatoshi referenced this issue from a commit 2026-04-27 23:32:08 -07:00

Merge pull request 'feat: GPU/TensorCore integration — TensorFlow backend, accelerated reasoning, training & memory' (#1) from devin/1777352172-gpu-tensorcore-integration into main

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Reference: d-bis/FusionAGI#1