fibonacciai/RealRobot-Chatbot-Ecommerce-Robot-Fibonacci-Nano-llm

https://youtu.be/yS3aX3_w3T0

RealRobot_chatbot_llm (GGUF) - The Blueprint for Specialized Product AI

This repository contains the highly optimized GGUF (quantized) version of the RealRobot_chatbot_llm model, developed by fibonacciai.

Our model is built on the efficient Gemma3n architecture and is fine-tuned on a proprietary dataset from the RealRobot product catalog. This model serves as the proof-of-concept for our core value proposition: the ability to rapidly create accurate, cost-effective, and deployable specialized language models for any business, based on their own product data.

📈 Key Advantages and Value Proposition

The RealRobot_chatbot_llm demonstrates the unique benefits of our specialization strategy:

• Hyper-Specialization & Accuracy: The model is trained exclusively on product data, eliminating the noise and inaccuracy of general-purpose models. It provides authoritative, relevant answers directly related to the RealRobot product line.
• Scalable Business Model: The entire process—from dataset creation to GGUF deployment—is a repeatable blueprint. This exact specialized AI solution can be replicated for any company or platform that wishes to embed a highly accurate, product-aware chatbot.
• Cost & Resource Efficiency: Leveraging the small and optimized Gemma 3n architecture, combined with GGUF quantization, ensures maximum performance and minimal computational cost. This makes on-premise, real-time deployment economically viable for enterprises of all sizes.
• Optimal Deployment: The GGUF format enables seamless integration into embedded systems, mobile applications, and local servers using industry-standard tools like llama.cpp.

📝 Model & Architecture Details: Gemma 3n

The RealRobot_chatbot_llm is built upon the cutting-edge Gemma 3n architecture, a powerful, open model family from Google, optimized for size and speed.

Feature	Description
Base Architecture	Google's Gemma 3n (Optimized for size and speed)
Efficiency Focus	Designed for accelerated performance on local devices (CPU/Edge)
Model Size	Approx. 4 Billion Parameters (Quantized)
Fine-tuning Base	gemma-3n-e2b-it-bnb-4bit

📊 Training Data: RealRobot Product Catalog

This model's high accuracy is a direct result of being fine-tuned on a single-domain, high-quality dataset:

• Dataset Source: fibonacciai/RealRobot-chatbot-v2
• Content Focus: The dataset is composed of conversational data and information derived directly from the RealRobot website product documentation and support materials.
• Purpose: This data ensures the chatbot can accurately and effectively answer customer questions about product features, usage, and troubleshooting specific to the RealRobot offerings.

⚙️ How to Use (GGUF)

This GGUF model can be run using various clients, with llama.cpp being the most common.

1. Using llama.cpp (Terminal)

1. Clone and build llama.cpp:

   git clone [https://github.com/ggerganov/llama.cpp](https://github.com/ggerganov/llama.cpp)
   cd llama.cpp
   make
   

2. Run the model: Use the --hf-repo flag to automatically download the model file. Replace [YOUR_GGUF_FILENAME.gguf] with the actual filename (e.g., RealRobot_chatbot_llm-Q8_0.gguf).

   ./main --hf-repo fibonacciai/RealRobot_chatbot_llm \
          --hf-file [YOUR_GGUF_FILENAME.gguf] \
          -n 256 \
          -p "<start_of_turn>user\nWhat are the main features of the RealRobot X1 model?<end_of_turn>\n<start_of_turn>model\n"
   

2. Using llama-cpp-python (Python)

1. Install the library:

   pip install llama-cpp-python
   

2. Run in Python:

   from llama_cpp import Llama
   
   GGUF_FILE = "[YOUR_GGUF_FILENAME.gguf]" 
   REPO_ID = "fibonacciai/RealRobot_chatbot_llm"
   
   llm = Llama.from_pretrained(
       repo_id=REPO_ID,
       filename=GGUF_FILE,
       n_ctx=2048,
       chat_format="gemma",  # Use the gemma chat format
       verbose=False
   )
   
   messages = [
       {"role": "user", "content": "How do I troubleshoot error code X-404 on the platform?"},
   ]
   
   response = llm.create_chat_completion(messages)
   print(response['choices'][0]['message']['content'])
   

⚠️ Limitations and Bias

• Domain Focus: The model is highly specialized. It excels in answering questions about RealRobot products but will have limited performance on general knowledge outside this domain.
• Output Verification: The model's output should always be verified by human oversight before being used in critical customer support or business processes.

📜 License

The model is licensed under the Apache 2.0 license.

📞 Contact for Specialized AI Solutions

For specialized inquiries, collaboration, or to develop a custom product AI for your business using this scalable blueprint, please contact: [[email protected]] [www.RealRobot.ir]