Revolutionizing Data Extraction: Introducing Stun by


In today's information-driven age, the capability to effectively process and interpret vast quantities of unstructured text is a game-changer. Traditional models, such as Retrieval-Augmented Generation (RAG), have been instrumental in leveraging large language models (LLMs) for a variety of applications. However, they fall short in precision and specificity, especially in complex customer service scenarios. This is where's innovative technology, Stun - Extracting Structured Data from Unstructured Text, steps in to bridge the gap.

The Challenge

Imagine a situation in a hospitality setting where a guest asks, "What are all the dining options in this hotel?" Traditional RAG mechanisms, which primarily vectorize text chunks and retrieve the top few results from a vector database, often return incomplete answers. This approach, while effective for certain queries, struggles with more nuanced requests. It's particularly problematic in cases that demand detailed aggregation or specific data points, such as identifying the least expensive item on a menu or the restaurant with the most diverse cuisine options.

Introducing Stun's Stun technology heralds a new era in data extraction. It fundamentally changes the approach to processing unstructured text by:

  • Entity Extraction: Employing advanced LLMs, Stun meticulously extracts entities from raw text and formats them into a structured JSON document. This process involves a nuanced, multi-layered algorithm that not only identifies but also categorizes data with high precision.

  • JSON DB Queries: When a query is received, Stun doesn't just search for answers; it constructs a JSON-based database query. This enables targeted data retrieval, ensuring that the responses are not only accurate but also relevant to the specific query.

  • Response Generation: Leveraging the structured data, Stun then crafts responses that are not only precise but also contextual and comprehensive, a stark contrast to the often fragmented answers provided by traditional RAG systems.

Benefits of Stun

Stun stands out in several key areas:

  • Precision in Data Retrieval: By converting unstructured text into structured, queryable data, Stun ensures that the responses are complete and encompass all relevant information.

  • Enhanced Explainability: Unlike black-box models, Stun offers transparency in its responses, making it easier for users to understand how and why a particular answer was provided.

  • Adaptability and Scalability: Stun's algorithm can adapt to various domains and scales, making it suitable for diverse applications, from customer service to market research and beyond.

Real-World Applications

  • Customer Service: In sectors like hospitality, retail, and banking, Stun can provide detailed, accurate information to customer inquiries, enhancing user experience.

  • Data Analysis: For researchers and analysts, Stun can sift through extensive documents, extracting and structuring key data points efficiently.


Stun by is not just an incremental improvement but a transformative approach to handling unstructured text. Its potential to reshape industries through precise, explainable, and scalable data extraction is immense. As we advance into an increasingly data-centric world, Stun's role in harnessing the true power of unstructured text becomes ever more critical.


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