Instructions to use Subject-Emu-5259/NeuralAI with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- PEFT
How to use Subject-Emu-5259/NeuralAI with PEFT:
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- Notebooks
- Google Colab
- Kaggle
🚀 NeuralAI Development Roadmap
Version Target: 6.0 (The Workstation Pivot) Last Updated: June 6, 2026
✅ Completed Milestones (NeuralAI Legacy)
Phase 0: Core System ✓
SmolLM2-360M base model fine-tuned with QLoRA
Chat streaming (SSE) working
Web UI deployed (NeuralAI → NeuralAI v1.0)
Unified Service Migration: Consolidated Model + UI + Terminal into
file neural_core_service.pyFixed Chat streaming and Terminal consistency
Improved SSE responsiveness with tool execution indicators and non-blocking stream chunks.
Phase 1: Tool Ecosystem ✓
Code Execution Sandbox, File Manager, Web Fetcher, DB Connector, Git Assistant
Tool detection and routing in chat
Phase 2: DPO Alignment ✓
DPO training pipeline implemented
Preference dataset expanded to 244 pairs (v12.0)
Memphis Culture & Founder Context integration
🏗️ Phase 3: NeuralAI Evolution (In Progress)
1. Workstation Orchestration
Establish distinction: NeuralAI (Model) vs. NeuralAI (Hub)
UI Overhaul: Added "Workstation Dashboard" tab with project/model/shell status
Robust Multi-Turn Context Support (10-message sliding window)
Integrated Multi-Modal Speech-to-Speech (Gemini Live + ElevenLabs Fallback)
Transition UI from Chat-Only to Multi-Panel Workstation (Expand dashboard features)
Implement System-Wide Context Layer
Add "Vibe Stack" Workflow Registry
2. Neural Knowledge Graph
Implement Persistent Memory (Graph-based)
Automate Infrastructure Learning
Sync with Supermemory
📊 System Status
- Main Service: READY (Unified
file neural_core_service.py) - Voice Service: READY (ElevenLabs v2 Migrated)
- Model: SmolLM2-360M-Instruct + DPO v14.0 (In Progress)
- Context: System-wide (Expanding)
Latest DPO Run (v13.0)
- Training samples: 363
- Validation samples: 41
- Epochs: 3
- Best checkpoint:
checkpoint-69 - Best validation loss:
0.7232 - Eval progression:
1.6713→0.8969→0.7232 - Alignment improvement:
56.73%reduction from first eval to best checkpoint - Completed:
2026-05-17 08:41 UTC
🎯 Next Steps (Priority Order)
1. Training Data Expansion
Status: In progress (500+ samples reached, target 1000+)
Categories to expand:
- Symbolic Logic & Formal Proofs: +50 samples
- Security & Vulnerability Analysis: +50 samples
- Multi-Step Algorithmic Reasoning: +50 samples
- Advanced Mathematics (Calculus/Linear Algebra): +50 samples
2. Evaluation Suite
Status: Created, pending execution
Benchmarks:
- Code correctness: Generated code runs
- Response helpfulness: Quality scoring
- Safety: Refuses harmful requests
- Latency: Inference speed
🚀 Future Phases (The Agentic Horizon)
Phase 4: Agentic Autonomy & Computer Use
Goal: Transition from "Assistant" to "Operator"
Browser Agent Integration: Implement autonomous web navigation and interaction (Computer Use).
Multi-Agent Orchestration: Ability to spawn and manage specialized sub-agents for parallel task execution.
Long-Horizon Planning: Implement hierarchical planning for tasks requiring 10+ steps.
Third-Party App Integration: Direct agentic control over productivity tools (Calendar, Email, CRM).
Phase 5: Universal Knowledge Integration (The "World-Brain" Training)
Goal: Massive expansion of general-world intelligence and cultural context.
Natural World: Plants, animals, creatures, ecosystems, and biology.
Humanity & Culture: History, religions, beliefs, sociology, and anthropology.
The Arts: Music theory, cinematic history, fine arts, and literature.
Global Systems: Geography, geopolitics, economics, and planetary sciences.
Phase 6: Model Capability Upgrades
Goal: Integration of frontier reasoning and multimodal capabilities.
Deep Reasoning Integration: Implement "Think" modes for complex mathematical and logical deduction.
Native Multimodal Understanding: Unified processing of video, audio, and images in a single context window.
Test-Time Compute Optimization: Optimize inference to allow the model to "think longer" for harder problems.
📊 Data Files
data/
├── train.jsonl # 347 original samples
├── train_v3.jsonl # 404 samples (latest)
├── train_dpo.jsonl # 13 DPO pairs
├── train_dpo_expanded.jsonl # 31 DPO pairs
└── train_expanded.jsonl # 363 samples
📁 Project Structure
NeuralAI/
├── checkpoints/final_model/ # LoRA adapter
├── data/ # Training data
├── eval/benchmarks.py # Evaluation suite
├── from-scratch/web_ui/ # Flask app + static files
│ ├── app.py # Main Flask server
│ ├── neuralai_engine.py # Model + tools
│ └── neuralai_router.py # Routing logic
├── tools/ # Tool implementations
│ ├── code_sandbox.py
│ ├── file_manager.py
│ ├── web_fetcher.py
│ ├── db_connector.py
│ └── git_assistant.py
└── training/ # Training scripts
├── train_dpo.py
├── generate_training_v3.py
└── NeuralAI_TPU_Training.ipynb
🔗 Quick Links
- Live Chat: https://neuralai-deandrewharris.zocomputer.io
- GitHub: https://github.com/Subject-Emu-5259/NeuralAI
- Local Dev: http://localhost:5000
📝 Commands
# Start the service
cd /home/workspace/Projects/NeuralAI/from-scratch/web_ui
python3 app.py
# Generate v5 DPO data
python3 training/generate_dpo_v5.py
# DPO training (currently running in background)
python3 training/train_dpo.py
Next Session Goals:
- Run evaluation benchmarks
- Expand training data to 1000+ samples
- Request GPU or prepare Colab notebook for DPO training