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Discover, download, and run any local LLM on your machine with total privacy and hardware acceleration.

Interact privately with your documents using the power of LLMs.
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PrivateGPT is a robust, open-source project dedicated to enabling entirely private and local interactions with user documents using large language models (LLMs). It orchestrates a sophisticated Retrieval Augmented Generation (RAG) architecture, allowing users to query their personal or corporate data without ever transmitting sensitive information to external cloud services or third-party LLM APIs. The technical foundation relies on a modular stack that typically includes locally hosted LLMs—often optimized through quantization (e.g., GGML, GGUF) for efficient execution on consumer-grade hardware—alongside local embedding models, such as `sentence-transformers`, to convert textual content into vector representations. These embeddings are then stored in a local vector database, commonly ChromaDB, facilitating rapid semantic search. The platform supports ingestion of diverse document formats like PDFs, DOCX, and TXT, which are chunked, embedded, and indexed on the user's machine. When a query is made, PrivateGPT retrieves the most relevant document snippets locally, provides them as context to the chosen local LLM, and generates a precise, contextually grounded answer. This architecture is paramount for ensuring unparalleled data privacy, compliance, and eliminating data leakage risks, making it an ideal solution for handling highly confidential information. It further offers a flexible RESTful API for developers and an intuitive web UI for end-users.
PrivateGPT 0.6.2, released on August 8, 2024, brings significant enhancements to its Docker setup for easier deployment and management. Key improvements include a simplified cold-start with better Docker Compose integration, environment-specific profiles for CPU, CUDA, and MacOS, and pre-built Docker Hub images for faster deployment. This release also introduces support for Google Gemini LLMs and Embeddings, and sets Llama 3.1 as the default LLM for Ollama and Llamacpp local setups.
PrivateGPT is a robust, open-source project dedicated to enabling entirely private and local interactions with user documents using large language models (LLMs).
Explore all tools that specialize in document question answering. This domain focus ensures PrivateGPT delivers optimized results for this specific requirement.
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Explore all tools that specialize in local llm inference. This domain focus ensures PrivateGPT delivers optimized results for this specific requirement.
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PrivateGPT leverages a full RAG pipeline that operates entirely on local hardware. This involves using local embedding models (e.g., `sentence-transformers`) to convert document chunks into vector embeddings, storing them in a local vector database (like ChromaDB), and then performing vector similarity search. The retrieved context is then fed into a locally hosted Large Language Model (e.g., GGUF quantized models like Llama 2, Mistral) to generate answers, ensuring no data ever leaves the user's environment.
The architecture is designed to be modular, allowing users to swap out different local Large Language Models (LLMs) and embedding models. This flexibility is achieved through integration with frameworks like LlamaIndex or LangChain, enabling support for various open-source models (e.g., Llama, Mistral, Zephyr) in different formats (e.g., GGUF, GPTQ) and a range of local embedding models.
PrivateGPT provides a well-documented RESTful API, enabling seamless integration into other applications and automated workflows. Alongside the API, it offers an intuitive web user interface for direct interaction, document ingestion, and querying, making it accessible to both developers and end-users.
Employees often struggle to find specific information buried in extensive internal company documentation (HR policies, technical manuals, project reports), leading to wasted time and inconsistent adherence to guidelines. Using public AI services for this could leak proprietary information.
An enterprise IT department deploys PrivateGPT internally, accessible only within their network.
All internal documentation, including HR handbooks, technical specifications, training manuals, and project reports, are indexed into PrivateGPT.
Employees can then query PrivateGPT directly: 'What is the company's policy on remote work?', 'How do I configure the new VPN client?', or 'Summarize the key decisions from last month's Q2 strategy meeting'.
PrivateGPT provides immediate and accurate answers based on the company's private data, improving information accessibility and operational efficiency without compromising data security.
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Similar to PrivateGPT, LocalGPT also focuses on running LLMs and RAG entirely locally. PrivateGPT often boasts a more mature API, broader document support, and a more actively developed user interface, making it slightly more user-friendly for direct deployment and integration.
While PrivateGPT *uses* these frameworks, they themselves are alternatives if a user wants to build a custom RAG solution from scratch. PrivateGPT offers a pre-packaged, ready-to-run application, saving significant development time for users who need a functional local RAG system immediately, rather than building one from components.
These cloud-based LLM providers offer superior model performance and ease of use without local hardware constraints. However, PrivateGPT is chosen when data privacy and security are paramount, and sending data to third-party servers is unacceptable due to compliance, proprietary information, or personal preference. PrivateGPT offers full data ownership and control.