Full Stack FastAPI Template: A Batteries-Included Starting Point for FastAPI and React
Production-ready full-stack web app template combining a FastAPI backend, React and TypeScript frontend, PostgreSQL, Docker, JWT auth and automatic HTTPS.
At a glance
- What is it?
- This template bundles FastAPI, React, SQLModel, PostgreSQL, Docker, and GitHub Actions into one repository. It targets developers who want a production-shaped stack without assembling the pieces themselves.
- Who is it for?
- Adopt this template if you are building a new full-stack web app and want a coherent, tested starting point with FastAPI, React, and PostgreSQL. Skip it if you prefer a separate frontend deployment, need a non-PostgreSQL database, or want to avoid the opinionated Docker and GitHub Actions setup.
- Can I use it commercially?
- Yes. MIT is a permissive licence: you can use, modify and sell software built on it, as long as you keep its copyright and licence notices.
- Is it still maintained?
- Yes. The repository last received commits 12 days ago.
- What is it written in?
- Mainly TypeScript, according to GitHub's language statistics.
Answers come from the project's GitHub data, last synced on September 15, 2026, and from our analysis. They are not legal advice.
DEEP OPEN-SOURCE ANALYSIS
What This Template Actually Solves
The Full Stack FastAPI Template solves a specific pain: the gap between a FastAPI tutorial and a deployable application. Many developers know how to write a single endpoint, but wiring together authentication, email recovery, a React frontend, a database, and a reverse proxy takes days. This template collapses that setup into one repository. It is for teams or individuals who want to start a new project with a working baseline, not for those who want to learn each technology from scratch. The README lists the stack: FastAPI, SQLModel, PostgreSQL, React with TypeScript and Vite, Tailwind CSS, Docker Compose, Traefik, and GitHub Actions. The template's value is that these pieces are already integrated and tested, at least in the project's own CI workflows.
How the Pieces Fit Together
The architecture is visible from the README. The React frontend is built into the backend application and served by FastAPI on the same domain as the API. That is a deliberate choice. It avoids CORS configuration and simplifies deployment because there is only one web server to expose. The backend uses SQLModel for database interactions and Pydantic for validation and settings. Authentication is JWT-based, with secure password hashing by default and email-based password recovery. Email templates are written with React Email, and Mailpit is included for local testing. The frontend client is automatically generated, which means the TypeScript API client stays in sync with the backend routes. Traefik acts as a reverse proxy with automatic HTTPS. This is a coherent data flow: browser requests hit Traefik, which forwards to FastAPI, which serves both the API and the compiled React assets.
Getting It Running: Commands and Configuration
The README points to separate documentation files for backend, frontend, deployment, and development. The main entry point is the Use this template button on GitHub, which creates a new repository from this template. For local development, the development.md file is the reference, though its contents are not fully shown here. The README mentions the local FastAPI and Vite workflow, Docker Compose services, and .env configuration. A typical flow, based on the repository layout, would be to copy the .env.example file, set environment variables, and run docker compose up for the full stack. The backend has its own README, and the frontend has its own. The presence of GitHub Actions workflows for test-docker-compose and test-backend suggests that CI runs both the Docker Compose stack and backend tests. The exact commands are not in the main README, so you must read the linked docs to get precise steps.
Deployment Options: FastAPI Cloud vs. Self-Hosted
The template offers two deployment paths, and they are not equivalent. FastAPI Cloud is a commercial platform designed for FastAPI apps, and the deployment.md file covers that route. The self-hosted path uses Docker Compose with Traefik for automatic HTTPS, documented in deployment-docker-compose.md. This split matters. If you want to avoid managing infrastructure, FastAPI Cloud is the easier route, but it locks you into a specific provider. If you prefer to run your own server, Docker Compose plus Traefik gives you control. The template does not force you into either, but you must choose. The README does not compare the two in detail, so the decision rests on your operational preferences and budget.
Where the Template Is the Wrong Tool
The template's tight coupling of frontend and backend is a limitation if your frontend needs to be served separately, for example on a CDN or a different domain. The README explicitly says the frontend is built into the backend and served by FastAPI on the same domain. That works for many apps, but it complicates scenarios where the frontend team wants independent deploys or where you need to scale the frontend separately. Also, the stack is fixed: PostgreSQL is the only database mentioned. If your project requires MySQL, MongoDB, or another store, you will be replacing significant parts of the template. The template also assumes you are comfortable with Docker and GitHub Actions. If your team uses a different CI system or deploys to bare metal without containers, the template's CI and deployment setup will need rework.
A Real Alternative: Starting from Scratch or Using a Different Template
The obvious alternative is to assemble your own stack, as many developers do. You could use the official FastAPI examples and a separate React setup with Vite, then add authentication and Docker yourself. That approach gives you full control over every choice, but it takes more time and leaves more room for configuration errors. Another alternative is a different full-stack template, such as those built around Django or Next.js. A Django template, for instance, would give you an admin panel and ORM built in, but it would not use FastAPI's async capabilities. The key difference is the language and framework: this template is Python on the backend and TypeScript on the frontend. If you prefer a JavaScript-only stack, a Next.js template would be more consistent. The choice hinges on whether you want Python for the API and are willing to accept the template's specific integrations.
Maintenance, Upgrades, and License
The repository shows recent activity, with release 0.12.0 pushed on 2026-08-12, and earlier releases on the same day. That suggests active maintenance, but the README does not state a release cadence or a changelog beyond a release-notes.md file. The license is MIT, which means you can use the code freely, even in commercial projects, with attribution. There is no separate contributor license agreement mentioned. The maintenance cost is real: because the template generates a frontend client, any change to your API routes requires regenerating that client. The release notes file is the place to check for breaking changes between versions. The presence of multiple releases on the same day could indicate a burst of fixes or a release process that batches changes, but the README does not clarify. You should read the release notes before upgrading.
Editorial conclusion
Adopt this template if you are building a new full-stack web app and want a coherent, tested starting point with FastAPI, React, and PostgreSQL. Skip it if you prefer a separate frontend deployment, need a non-PostgreSQL database, or want to avoid the opinionated Docker and GitHub Actions setup. Before committing, verify that the current release notes match your needs, confirm the automatically generated frontend client covers your API changes, and test the Docker Compose workflow on your machine. The template's tight coupling of frontend and backend is a deliberate trade-off, not a bug.
Community notes