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README.md
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@@ -11,4 +11,170 @@ datasets:
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- nvidia/Nemotron-RL-instruction_following
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- nvidia/Nemotron-RL-agent-calendar_scheduling
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- nvidia/Nemotron-RL-instruction_following-structured_outputs
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| 11 |
- nvidia/Nemotron-RL-instruction_following
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| 12 |
- nvidia/Nemotron-RL-agent-calendar_scheduling
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- nvidia/Nemotron-RL-instruction_following-structured_outputs
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---
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Nvidia.Agentic.Coder-4B-GGUF
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📌 Model Overview
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Model Name: WithinUsAI/Nvidia.Agentic.Coder-4B-GGUF
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Organization: Within Us AI
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Model Type: Code LLM (Agentic, Instruction-Following)
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Parameter Size: 4B
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Format: GGUF (quantized for local inference)
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Primary Use: Agentic coding, tool-using workflows, software engineering reasoning
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This model is part of the Within Us AI ecosystem focused on building agentic, reasoning-driven coding systems designed to think, act, and verify like real engineers. 
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⸻
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🧬 Architecture & Lineage
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* Base Family: NVIDIA Nemotron-style 4B class models (inferred lineage from naming + ecosystem alignment)
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* Format Conversion: GGUF quantization for efficient local inference
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* Training Approach:
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* Instruction-tuned for coding tasks
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* Agentic workflow emphasis (multi-step reasoning, tool usage)
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* Likely merged / fine-tuned using Within Us AI proprietary pipelines
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Related ecosystem models include:
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* NVIDIA-Nemotron-3-Nano-4B
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* Other 4B agentic coders and merges in the same class 
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⸻
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⚙️ Key Capabilities
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🧑💻 Code Intelligence
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* Multi-language code generation
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* Bug fixing and refactoring
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* Structured output generation
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🤖 Agentic Behavior
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* Step-by-step reasoning
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* Task decomposition
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* Tool-calling alignment (design goal)
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🧠 Reasoning Focus
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* Instruction-following with logical chaining
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* Designed for evaluation-style datasets (tests-as-truth philosophy)
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⸻
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📦 GGUF Quantization
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GGUF allows efficient local inference with tools like:
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* llama.cpp
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* LM Studio
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* Ollama (GGUF-compatible builds)
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Typical quantizations for 4B GGUF models include:
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* Q2_K (~1.8GB)
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* Q3_K (~2.0–2.3GB)
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* Q4_K (~2.5GB, recommended balance) 
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⸻
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🚀 Intended Use
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✅ Ideal Use Cases
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* Local AI coding assistants
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* Autonomous coding agents
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* SWE-bench style evaluation
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* Tool-augmented workflows
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* Offline developer copilots
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⚠️ Limitations
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* Smaller 4B parameter size limits deep reasoning vs larger models
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* Performance depends heavily on prompt structure
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* Tool-use requires external orchestration (not built-in runtime)
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⸻
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🛠️ Usage Example (llama.cpp)
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./main -m Nvidia.Agentic.Coder-4B.Q4_K.gguf \
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-p "Write a Python function to parse JSON logs and extract errors." \
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-n 512
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⸻
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🧪 Training Philosophy (Within Us AI)
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Within Us AI focuses on:
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* Agentic AI systems
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* Test-driven training (tests-as-truth)
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* Diff-first patching workflows
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* Secure and auditable code generation
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* Evaluation-first development pipelines 
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⸻
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📊 Evaluation
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No formal benchmark results published yet.
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Expected strengths:
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* Strong instruction adherence
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* Lightweight agentic reasoning
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* Efficient local deployment
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⸻
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📚 Datasets & Training Sources
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This model follows the Within Us AI methodology:
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* Proprietary datasets created by Within Us AI
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* May include third-party datasets for training (no ownership claimed)
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* Emphasis on:
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* Code reasoning traces
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* Agentic workflows
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* Evaluation-driven samples
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⸻
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📜 License
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License Type: Custom / Other (Within Us AI License)
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Terms:
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* Within Us AI created the fine-tuning, merging, and training methodology
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* Base model architecture originates from third-party LLM ecosystems (e.g., NVIDIA / Nemotron class)
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* Third-party datasets may be used without claiming ownership
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* Full credit and acknowledgment belong to original dataset and base model creators
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⸻
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🙏 Acknowledgements
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Special thanks to:
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* NVIDIA Nemotron ecosystem contributors
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* Open-source GGUF tooling community
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* Dataset creators across Hugging Face
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* The broader open-source AI research community
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⸻
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🔗 Links
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* Model: https://huggingface.co/WithinUsAI/Nvidia.Agentic.Coder-4B-GGUF
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* Organization: https://huggingface.co/WithinUsAI
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⸻
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🧩 Closing Note
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This model is a compact engineer in a bottle 🧪
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Not the biggest brain in the room, but fast, focused, and built to act, not just
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