RAG for Cybersecurity combines the power of large language models with vector-based retrieval to transform how security teams access and analyze cybersecurity information. Users begin by ingesting documents such as MITRE ATT&CK matrices, CVE entries, and security advisories. The framework then generates embeddings for each document and stores them in a vector database. When a user submits a query, RAG retrieves the most relevant document chunks, passes them to the LLM, and returns precise, context-rich responses. This approach ensures answers are grounded in authoritative sources, reducing hallucinations while improving accuracy. With customizable data pipelines and support for multiple embeddings and LLM providers, teams can tailor the system to their unique threat intelligence needs.

AgenticRAG provides a modular architecture for creating autonomous agents that leverage retrieval-augmented generation (RAG). It offers components to index documents in vector stores, retrieve relevant context, and feed it into LLMs to generate context-aware responses. Users can integrate external APIs and tools, configure memory stores to track conversation history, and define custom workflows to orchestrate multi-step decision-making processes. The framework supports popular vector databases like Pinecone and FAISS, and LLM providers such as OpenAI, allowing seamless switching or multi-model setups. With built-in abstractions for agent loops and tool management, AgenticRAG simplifies development of agents capable of tasks like document QA, automated research, and knowledge-driven automation, reducing boilerplate code and accelerating time to deployment.

The Controllable RAG Agent framework provides a modular approach to building Retrieval-Augmented Generation systems. It allows you to configure and chain retrieval components, memory modules, and generation strategies. Developers can plug in different LLMs, vector databases, and policy controllers to adjust how documents are fetched and processed before generation. Built on Python, it includes utilities for indexing, querying, conversation history tracking, and action-based control flows, making it ideal for chatbots, knowledge assistants, and research tools.

Multi-Agent-RAG provides a modular framework for constructing retrieval-augmented generation (RAG) applications by orchestrating multiple specialized AI agents. Developers configure individual agents: a retrieval agent connects to vector stores to fetch relevant documents; a reasoning agent performs chain-of-thought analysis; and a generation agent synthesizes final responses using large language models. The framework supports plugin extensions, configurable prompts, and comprehensive logging, enabling seamless integration with popular LLM APIs and vector databases to improve RAG accuracy, scalability, and development efficiency.

SmartRAG is a modular Python library designed for retrieval-augmented generation (RAG) workflows with large language models. It combines document ingestion, vector indexing, and state-of-the-art LLM APIs to deliver accurate, context-rich responses. Users can import PDFs, text files, or web pages, index them using popular vector stores like FAISS or Chroma, and define custom prompt templates. SmartRAG orchestrates the retrieval, prompt assembly, and LLM inference, returning coherent answers grounded in source documents. By abstracting the complexity of RAG pipelines, it accelerates development of knowledge base Q&A systems, chatbots, and research assistants. Developers can extend connectors, swap LLM providers, and fine-tune retrieval strategies to fit specific knowledge domains.

rag-services is an extensible platform that breaks down RAG pipelines into discrete microservices. It offers a document store service, a vector index service, an embedder service, multiple LLM inference services, and an orchestrator service to coordinate workflows. Each component exposes REST APIs, allowing you to mix and match databases and model providers. With Docker and Docker Compose support, you can deploy locally or in Kubernetes clusters. The framework enables scalable, fault-tolerant RAG solutions for chatbots, knowledge bases, and automated document Q&A.

The RAG-based Intelligent Conversational AI Agent combines a vector store-backed retrieval layer with Google’s Gemini LLM via LangChain to power context-rich, conversational knowledge extraction. Users ingest and index documents—PDFs, web pages, or databases—into a vector database. When a query is posed, the agent retrieves top relevant passages, feeds them into a prompt template, and generates concise, accurate answers. Modular components allow customization of data sources, vector stores, prompt engineering, and LLM backends. This open-source framework simplifies the development of domain-specific Q&A bots, knowledge explorers, and research assistants, delivering scalable, real-time insights from large document collections.

RagaAI is an AI-driven platform designed to elevate data analysis and decision-making to new heights. It utilizes cutting-edge machine learning algorithms to gather, process, and analyze vast amounts of data. By providing deep insights and predictive analytics, RagaAI empowers businesses to make informed decisions quickly and efficiently. Organizations can expect improved strategy development, optimized operations, and increased competitive advantage through data-driven insights tailored to their specific needs.

Financial Agentic RAG combines document ingestion, embedding-based retrieval, and GPT-powered generation to deliver an interactive financial analysis assistant. The agent pipelines balance search and generative AI: PDFs, spreadsheets, and reports are vectorized, enabling contextual retrieval of relevant content. When a user submits a question, the system fetches top-matching segments and conditions the language model to produce concise, accurate financial insights. Deployable locally or in the cloud, it supports custom data connectors, prompt templating, and vector stores like Pinecone or FAISS.

Advanced_RAG provides a modular pipeline for retrieval-augmented generation tasks, including document loaders, vector index builders, and chain managers. Users can configure different vector databases (FAISS, Pinecone), customize retriever strategies (similarity search, hybrid search), and plug in any LLM to generate contextual answers. It also supports evaluation metrics and logging for performance tuning and is designed for scalability and extensibility in production environments.

Cognita offers a modular architecture for building RAG applications: ingest and index documents, select from OpenAI, TrueFoundry or third-party embeddings, and configure retrieval pipelines via YAML or Python DSL. Its integrated frontend UI lets you test queries, tune retrieval parameters, and visualize vector similarity. Once validated, Cognita provides deployment templates for Kubernetes and serverless environments, enabling you to scale knowledge-driven AI assistants in production with observability and security.

Local RAG Researcher Deepseek combines Deepseek’s powerful file crawling and indexing capabilities with vector-based semantic search and local LLM inference to create a standalone retrieval-augmented generation (RAG) agent. Users configure a directory to index various document formats—including PDF, Markdown, text, and more—while custom embedding models integrate via FAISS or other vector stores. Queries are processed through local open-source models (e.g., GPT4All, Llama) or remote APIs, returning concise answers or summaries based on the indexed content. With an intuitive CLI interface, customizable prompt templates, and support for incremental updates, the tool ensures data privacy and offline accessibility for researchers, developers, and knowledge workers.

RAGFlow is a powerful open-source RAG (Retrieval-Augmented Generation) engine designed to streamline the development and deployment of AI agents. It combines deep document understanding with vector similarity search to ingest, preprocess, and index unstructured data from PDFs, web pages, and databases into custom knowledge bases. Developers can leverage its Python SDK or RESTful API to retrieve relevant context and generate accurate responses using any LLM model. RAGFlow supports building diverse agent workflows, such as chatbots, document summarizers, and Text2SQL generators, enabling automation of customer support, research, and reporting tasks. Its modular architecture and extension points allow seamless integration with existing pipelines, ensuring scalability and minimal hallucinations in AI-driven applications.

RAGNA Nano is a revolutionary desktop application designed to function as a private AI assistant. It facilitates task automation, streamlining your workflow while preserving your data privacy. This innovative tool operates offline, offering intelligent features such as text processing, personal chatbots, and more, which can be tailored to individual needs. Ideal for both personal and professional use, RAGNA Nano significantly improves efficiency, allowing you to focus on what truly matters. Experience a new way to enhance productivity without compromising security.

Easily train and share knowledge bases by transforming PDFs, URLs, and text into smart Retrieval-Augmented Generation (RAG) chatbots. Embed these chatbots anywhere using an iFrame. This user-friendly platform allows for seamless integration and sharing of information, making it ideal for enhancing customer support, creating educational tools, or optimizing business processes.

Klart AI is an AI-driven work assistant aimed at revolutionizing workplace productivity and collaboration. Utilizing advanced search capabilities and Serverless RAG technology, Klart AI generates precise answers and actionable insights efficiently. It seamlessly integrates with major platforms and databases, providing a cohesive work environment where data is easily accessible and collaboration is straightforward. Whether for daily task management, accessing company knowledge, or enhancing communication, Klart AI functions as a versatile assistant to streamline workflows and boost organizational efficiency.

RagHost simplifies the development of AI-powered internal tools using Retrieval-Augmented Generation (RAG) technology. Users can embed documents or text and ask questions with a single API. In just a few minutes, RagHost allows you to build efficient, internal search tools or customer-facing applications, drastically reducing the time and effort involved in developing complex AI tools.

Ragie is a robust RAG-as-a-Service platform for developers that simplifies building AI applications connected to various data sources. It provides easy APIs for data indexing and retrieval, along with connectors for applications like Google Drive and Notion. Developers can focus on creating intelligent applications without dealing with the complexities of infrastructure and data management. The platform is designed to expedite the development process, enabling teams to ship quality applications faster than ever.

AG智能助手 is an advanced AI assistant that integrates multiple functionalities to assist users in their daily tasks. With capabilities like GPT chat, PDF analysis, and SD/DALL-E 3 drawing, it serves as an all-in-one solution for individuals seeking to boost their work efficiency. The intelligent design ensures seamless interactions and outputs, whether you're generating written content, visuals, or analyzing data. Tailored for business professionals, educators, and creative individuals, it stands out as a comprehensive digital assistant in a modern workflow.

LangSaaS is a cutting-edge no-code template for developing AI-powered chat applications. Leveraging Retrieval-Augmented Generation (RAG) technology, it enables users to craft personalized chatbots that can engage users in meaningful dialogues. This tool integrates seamlessly with various data sources, allowing rapid deployment of document chat solutions. Whether you're an entrepreneur, educator, or a business professional, LangSaaS simplifies the process of creating intelligent chat solutions tailored to your needs, making it accessible to anyone, regardless of technical background.