A Docker image for PocketBase with smart entrypoint, multi-architecture support, and production-ready configuration.
PocketBase Docker is a containerized distribution of PocketBase, a lightweight backend-as-a-service platform. It packages PocketBase with a smart entrypoint, multi-architecture support, and production-ready configuration to simplify deployment in Docker environments. The image handles automatic superuser creation, configurable networking, and secure defaults out of the box.
Developers and DevOps engineers who want to deploy PocketBase in containerized environments, whether for local development, testing, or production self-hosting. It's particularly useful for teams adopting Docker-based workflows.
It provides an official-feeling, production-ready Docker image for PocketBase with sensible defaults, multi-architecture support, and automated administration features. Developers choose it to avoid manual Docker configuration and get secure, best-practice setups immediately.
Pocketbase docker image
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Automatically creates or updates superuser accounts on startup using PB_ADMIN_EMAIL and PB_ADMIN_PASSWORD environment variables, eliminating manual admin setup as demonstrated in the usage examples.
Runs on amd64, arm64, and armv7 platforms, enabling deployment on diverse hardware like Raspberry Pi, as highlighted in the image information section.
Includes Docker Compose examples, health checks, and encryption support out of the box, reducing setup time for secure deployments.
Supports all PocketBase commands (e.g., migrate, superuser) via Docker, allowing easy administration without custom scripting, as shown in the command examples.
Requires Docker runtime, adding complexity and resource usage compared to running PocketBase directly, which might be unnecessary for lightweight or isolated environments.
While configurable via environment variables, advanced PocketBase runtime tweaks or custom entrypoints may necessitate building a custom Docker image, as the smart entrypoint is fixed.
Users must manually handle sensitive data like encryption keys and admin passwords, with the README warning about secure storage, adding operational complexity in production.