
Hugging Face Blog
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Measuring Open-Source Llama Nemotron Models on DeepResearch Bench
Contributors: David Austin, Raja Biswas, Gilberto Titericz Junior, NVIDIA
NVIDIA’s AI-Q Blueprint—the leading portable, open deep research agent—recently climbed to the top of the Hugging Face “LLM with Search” leaderboard on DeepResearch Bench. This is a significant step forward for the open-source AI stack, proving that developer-accessible models can power advanced agentic workflows that rival or surpass closed alternatives.
What sets AI-Q apart? It fuses two high-performance open LLMs—Llama 3.3-70B Instruct and Llama-3.3-Nemotron-Super-49B-v1.5—to orchestrate long-context retrieval, agentic reasoning, and robust synthesis.
Core Stack: Model Choices and Technical Innovations
- Llama 3.3-70B Instruct: The foundation for fluent, structured report generation, derived from Meta’s Llama series and open-licensed for unrestricted deployment.
- Llama-3.3-Nemotron-Super-49B-v1.5: An optimized, reasoning-focused variant. Built via Neural Architecture Search (NAS), knowledge distillation, and successive rounds of supervised and reinforcement learning, it excels at multi-step reasoning, query planning, tool use, and reflection—all with a reduced memory footprint for efficient deployment on standard GPUs.
The AI-Q reference example also includes:
- NVIDIA NeMo Retriever for scalable, multimodal search (internal+external).
- NVIDIA NeMo Agent toolkit for orchestrating complex, multistep agentic workflows.
The architecture supports parallel, low-latency search over local and web data, making it ideal for use cases that demand privacy, compliance, or on-premise deployment for reduced latency.
Deep Reasoning with Llama Nemotron
NVIDIA Llama Nemotron Super isn’t just a fine-tuned instruct model—it’s post-trained for explicit agentic reasoning and supports reasoning ON/OFF toggles via system prompts. You can use it in standard chat LLM mode or switch to deep, chain-of-thought reasoning for agent pipelines—enabling dynamic, context-sensitive workflows.
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