RAG Chatbot solution

The RAG (Retrieval Augmented Generation) Chatbot solution enables business and AI users to get the most out of their documents by building tailor-made chatbots. Thanks to this easy-to-use solution and extensive customization options, RAG chatbots are quickly industrialized in a secure and scalable manner.

Can Kairntech’s AI create chatbots from your documents?

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  • Use multi-turn conversation & history
  • Gain confidence through accurate, well-sourced answers
  • Adjust output style & tone
  • Adjust query rephrasing & transformation
  • Optimize the retriever
  • Leverage metadata & knowledge
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  • Track user interactions and response quality
  • Handle errors like irrelevant retrievals, poor responses…
  • Update LLMs, knowledge base and retrain models

How does Kairntech RAG Chatbot work ?

1


Prototype quickly

Uploaded documents are indexed, segmented and vectorized automatically.

Start asking questions straight away in the chatbot!

2


Customize extensively

Experiment with search methods, embedding models, retrievers, LLM prompts, document metadata and much more!

3


Monitor & Maintain

Deploy chatbots to different business groups. Either embedded within an existing application, or using a Kairntech chat user interface.

All our data storage systems take into account the constraints of the GDPR.

Manage fine-grained access rights to facilitate access to multiple stakeholders.

In the cloud or on-premise, choose the mode that best suits your organization.

The data sources for the retrieval component should be domain-specific, authoritative, and comprehensive. Examples include internal knowledge bases, industry-specific documents, research papers, or curated public datasets. To ensure quality and relevance we:
– Evaluate the retrieval performance using metrics like precision, recall, and F1-score on a validation set.
– Perform data cleaning to remove noise, duplicates, and irrelevant content.
– Use domain-specific ontologies or taxonomies to structure the data.
– Regularly update the data sources to reflect the latest information.

Fine-tuning involves adapting pre-trained models (e.g., embeddings models for retrieval and LLM for generation) to the specific domain.
– We fine-tune the generation model on question-answer pairs to improve response quality.
– We use domain-specific corpora to fine-tune the retrieval model for better semantic understanding.

To handle ambiguous or out-of-scope questions, we use a fallback response (e.g., “I don’t have enough information to answer that”) for out-of-scope queries. We can also implement a confidence scoring mechanism to identify low-confidence responses.

We use a scalable and low-latency deployment architecture that typically includes a cloud-based infrastructure for LLM (or a H100 GPU based server to operate locally a LLM) and a distributed retrieval system (e.g., Elasticsearch) for fast document lookup.

To evaluate and improve the system we can collect user feedback to identify areas for improvement. We can also use a combination of automated metrics (e.g., BLEU, ROUGE, retrieval accuracy) and human evaluation for qualitative assessment.