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DB-GPT vs LlamaIndex

Which should you use? A side-by-side look at what each one does, who it suits, what it costs, how hard it is to set up, and where each falls short.

DB-GPT

Open source · MIT

Open-source AI assistant that writes SQL and code to analyze your databases and files.

LlamaIndex

Open source · MIT

Python framework for building LLM apps that query your own documents and data.

The short answer

Choose DB-GPT if you need…

  • Analysts who want to ask questions of CSV or Excel files in plain language
  • Teams exploring a database without writing SQL by hand
  • Developers building AI-powered data assistants or agent workflows
  • People who want to reuse domain-specific analysis steps as skills

Choose LlamaIndex if you need…

  • Python developers building retrieval-augmented generation (RAG) apps over private documents
  • Teams wanting a modular toolkit where they can swap LLM, embedding and vector store providers
  • Developers building agent workflows that query their own data
  • Beginners who want a short path to a working document question-answering prototype

Side-by-side

DB-GPTLlamaIndex
TypeAppLibrary
PriceFree and open sourceFree and open source
LicenceMITMIT
GitHub stars20.2k52.8k
Setup difficultyIntermediateIntermediate
How you get itInstall with a package managerInstall with a package manager
Main languagePythonPython
Last code update4 days ago11 days ago

What each one is

DB-GPT

DB-GPT is an open-source AI data assistant. You connect it to databases, CSV or Excel files, warehouses, or knowledge bases, then ask questions in plain language. It can write SQL and Python code to analyze the data and produce charts, dashboards, HTML reports, and written summaries. It also works as a platform for building custom data agents and workflows.

LlamaIndex

LlamaIndex is an open-source Python framework for connecting large language models to your own data, such as PDFs, documents, APIs and SQL databases. It provides connectors to load data, ways to structure it into indexes, and retrieval tools that feed relevant context to an LLM. The README also notes that the company's main focus has shifted toward its commercial LlamaParse document platform, with the open-source framework still available.

Best for

DB-GPT

  • Analysts who want to ask questions of CSV or Excel files in plain language
  • Teams exploring a database without writing SQL by hand
  • Developers building AI-powered data assistants or agent workflows
  • People who want to reuse domain-specific analysis steps as skills

LlamaIndex

  • Python developers building retrieval-augmented generation (RAG) apps over private documents
  • Teams wanting a modular toolkit where they can swap LLM, embedding and vector store providers
  • Developers building agent workflows that query their own data
  • Beginners who want a short path to a working document question-answering prototype

Strengths

DB-GPT

  • Covers the full path from connecting data to generating reports in one tool
  • Runs code and tools in sandboxed environments, which the README presents as safer execution
  • Released under the permissive MIT license with a large community (about 20,000 GitHub stars)

LlamaIndex

  • Large ecosystem of over 300 integration packages, per the README
  • Modular design lets you customize or replace components like retrievers and query engines
  • Offers both a high-level API for quick starts and lower-level APIs for advanced control

Not ideal for

DB-GPT

  • Anyone who needs guaranteed-correct numbers without reviewing the generated SQL and code, since AI-written queries can be wrong
  • Users without an LLM API key or local model setup, since the assistant needs a model to run
  • Teams needing a small, simple tool, since the README describes a broad platform with many components

LlamaIndex

  • Non-programmers, since it is a Python library that requires writing code
  • Projects that need a fully managed hosted service, because the README points to LlamaParse for the hosted offering and the framework is a toolkit you run yourself
  • Users who only need simple one-off document parsing, where a standalone parser may be simpler

Trade-offs

DB-GPT

  • Output depends on the underlying AI model, so results need human checking
  • The README is long and covers many features, so the setup and scope may take time to understand
  • Some install and usage details are only in the external documentation site, not the README

LlamaIndex

  • The README says the company's primary focus has shifted to LlamaParse, so the open-source framework is secondary to its commercial product
  • The README is not updated as often as the documentation, so you should check the docs for current details
  • Many separate integration packages means you must choose and install the ones you need

Getting started

DB-GPT

Install from PyPI with uv (recommended)

uv pip install dbgpt-app

Install from PyPI with pip

pip install dbgpt-app
Step-by-step guide: how to use DB-GPT

LlamaIndex

Install core and selected integrations

pip install llama-index-core

Add an LLM integration

pip install llama-index-llms-openai
Step-by-step guide: how to use LlamaIndex

Frequently asked questions

What is the difference between DB-GPT and LlamaIndex?

DB-GPT: Open-source AI assistant that writes SQL and code to analyze your databases and files. LlamaIndex: Python framework for building LLM apps that query your own documents and data. DB-GPT suits analysts who want to ask questions of csv or excel files in plain language, while LlamaIndex suits python developers building retrieval-augmented generation (rag) apps over private documents.

Are DB-GPT and LlamaIndex free?

DB-GPT: Free and open source. LlamaIndex: Free and open source.

Is DB-GPT or LlamaIndex more popular?

LlamaIndex has more GitHub stars (52.8k) than DB-GPT (20.2k). Popularity isn't the same as fit — check which one matches your use case above.

What are other alternatives to DB-GPT and LlamaIndex?

Other options people compare them with include LangChain, LlamaGPT, MindsHub, Ollama, CowAgent.

Keep comparing

Built from our catalogue entries for both products: open-source details come from each project's README (AI-assisted, refreshed weekly) and GitHub data; AI-tool details are editorial. Spotted something wrong? Let us know from either product's page.