All-in-one multimodal RAG system
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RAG-Anything is an all-in-one Retrieval-Augmented Generation (RAG) system designed to process and query complex documents containing diverse multimodal content, including text, images, tables, and equations. It targets researchers, technical writers, and knowledge management professionals who need to extract insights from rich, mixed-content documents without relying on multiple specialized tools. The system offers a unified interface for seamless multimodal document analysis and querying.
How It Works
RAG-Anything employs a multi-stage multimodal pipeline that extends traditional RAG architectures. It begins with document parsing using MinerU for high-fidelity extraction and adaptive content decomposition across various formats (PDFs, Office docs, images). Next, a concurrent multi-pipeline architecture processes textual and multimodal content separately and in parallel. Specialized analyzers handle visual content, structured data, and mathematical expressions, with an extensible handler for custom types. The system constructs a multimodal knowledge graph by extracting entities and cross-modal relationships, followed by modality-aware retrieval that fuses vector similarity search with graph traversal for contextually integrated information delivery.
Quick Start & Requirements
pip install raganything
or pip install 'raganything[all]'
for all optional dependencies. Install from source via git clone
and pip install -e .
.examples/
directory.Highlighted Details
Maintenance & Community
The project has reached 1K stars on GitHub. Links to related projects like LightRAG, VideoRAG, and MiniRAG are provided. Contributions are welcomed.
Licensing & Compatibility
The project is released under the Apache 2.0 license, which permits commercial use and linking with closed-source applications.
Limitations & Caveats
Full multimodal processing and LLM integration require API keys for services like OpenAI. Office document processing depends on a separate LibreOffice installation. The system's performance and accuracy will be influenced by the quality of the underlying MinerU parsing and the chosen LLM models.
2 days ago
Inactive