Building blocks for rapid development of GenAI applications
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Updated
Oct 22, 2025 - Python
Building blocks for rapid development of GenAI applications
Explore LangChain and build powerful chatbots that interact with your own data. Gain insights into document loading, splitting, retrieval, question answering, and more.
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A Python package to access different LLMs, embeddings, vector stores etc.
Examples of using different retrievers in LangChain, including Wikipedia, Vector Store, MMR, MultiQuery, and Contextual Compression retrievers. Demonstrates how to fetch relevant context for semantic search, Q&A, summarization, and retrieval-augmented generation (RAG).
Course LangChain Chat with Your Data
A fast, modern AI chatbot powered by LLaMA 3.3 70B via Groq, with LangChain
A proof of concept for Question-Answering API on a specific topic using RAG from pre-defined document(s) on the topic
Examples of integrating LangChain with vector stores for semantic search and RAG. Covers Chroma and FAISS. Ideal for learning how to store, index, and query embeddings with LLMs.
A simple demo of a Flutter application that implements Retrieval-Augmented Generation (RAG) using OpenAI's APIs.
This repository showcases Python scripts demonstrating interactions with various models using the LangChain library. From fine-tuning to custom runnables, explore examples with Gemini, Hugging Face, and Mistral AI models.
Demonstrate two types of chat interactions with a Mattermost instance leveraging Mattermost OpenAPI v3 spec and Spring AI.
Developed A LLM Powered Recommendation System, Based on Instructor-XL, Google Flan / GPT3.5 and FAISS. Conducted a consumer survey to understand the problems of a consumer, created the problem statement from the insights derived from the survey.
A hands-on playground to explore different chunking techniques for Retrieval-Augmented Generation (RAG). We compare Character, Token, Recursive, Document-based, Semantic and Multimodal chunking.
KnowledgeHub is an agentic AI-powered knowledge base that allows users to interact with their local documents using natural language. It leverages LangChain for orchestration, LangSmith for agent observability, and FAISS for efficient, local vector embeddings and retrieval.
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