
Developed an end-to-end Retrieval-Augmented Generation (RAG) tutorial for Azure Cosmos DB in the langchain-ai/langchain-azure repository, focusing on reproducibility and ease of experimentation. The solution integrated Python, LangChain, and Gradio to demonstrate vector search, hybrid search, semantic caching, and per-user chat history within a self-contained Jupyter Notebook. A helper script enabled seamless sample data download, while configuration relied on local environment variables to avoid exposing secrets. All changes were isolated to the sample and tutorial workflow, maintaining library integrity. The work provided a practical, interactive resource for developers to evaluate RAG capabilities with minimal external dependencies or setup complexity.
June 2026 focused on delivering a complete end-to-end RAG tutorial experience for Azure Cosmos DB with LangChain in the langchain-azure repo. The deliverable demonstrates vector search, hybrid search, semantic caching, and per-user chat history within a self-contained notebook and UI, enabling developers and customers to evaluate RAG capabilities against Cosmos DB. The work emphasizes reproducibility and minimal external dependencies by including a helper script for sample data and a local-env-based configuration.
June 2026 focused on delivering a complete end-to-end RAG tutorial experience for Azure Cosmos DB with LangChain in the langchain-azure repo. The deliverable demonstrates vector search, hybrid search, semantic caching, and per-user chat history within a self-contained notebook and UI, enabling developers and customers to evaluate RAG capabilities against Cosmos DB. The work emphasizes reproducibility and minimal external dependencies by including a helper script for sample data and a local-env-based configuration.

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