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Retrieval-Augmented Generation (RAG) is a technique that enhances a foundation model’s (large language model or LLMs) output by referencing an external knowledge base beyond its original training data. LLMs, trained on vast datasets with billions of parameters, excel at tasks like answering questions, translations and sentence completion. RAG extends these capabilities by allowing the model to access specific domains or an organization's internal knowledge without having to undergo retraining. This cost-effective approach improves the accuracy, relevance and usefulness of LLM app outputs in various contexts. RAG is a popular framework in which a large language model (LLM) accesses a specific knowledge base used to generate a response. Because there is no need to retrain the foundation model, this allows developers to use LLMs within a specific context in a fast, cost-effective way. RAG apps can be used for customer service, sales, marketing, knowledge bases and more. With Snowflake Cortex AI, you can build and deploy LLM apps that learn the unique nuances of your business and data in minutes. And since Snowflake provides industry-leading LLMs, vector search and Streamlit app-building capabilities all in a fully managed service, you can easily create production-ready RAG apps. From RAG to rich LLM apps in minutes with Snowflake Cortex AI Rich AI and data capabilities: Developing and deploying an end-to-end AI app using RAG is possible without integrations, infrastructure management or data movement using three key features: Snowflake Cortex AI, Streamlit in Snowflake and Snowpark. Cortex Search for hybrid search: Cortex Search is a key feature of Snowflake Cortex AI, enabling advanced retrieval capabilities by combining semantic and keyword search. As part of the Snowflake Cortex AI platform, it automates the creation of embeddings and delivers high-quality, efficient data retrieval without the need for complex infrastructure management. Create a RAG UI quickly in Streamlit: Use Streamlit in Snowflake for out-of-the box chat elements to quickly build and share user interfaces — all in Python. Context repository with Snowpark: The knowledge repository can be easily updated and governed using Snowflake stages. Once documents are loaded, all of your data preparation, including generating chunks (smaller, contextually rich blocks of text), can be done with Snowpark. For the chunking in particular, teams can seamlessly use LangChain as part of a Snowpark User Defined Function. Secure LLM Inference: Snowflake Cortex completes the workflow with serverless functions for embedding and text completion inference (using Mistral AI, Llama, Gemma, Arctic or other LLMs available within Snowflake). Learn more on official documentation available: https://www.snowflake.com/en/fundamen... Official quickstart link: https://www.snowflake.com/en/develope...