Autobase is an open-source internal database platform for PostgreSQL that brings the managed DBaaS experience — deployment, failover, backups, restore, upgrades, and scaling — into infrastructure a team already owns, and it is aimed at teams running their own PostgreSQL that do not have dedicated database specialists.

What it is

Autobase is an automated database platform for PostgreSQL, written under an MIT licence and published as an open-source project. It describes itself as an internal database platform, meaning the software runs inside the operator's own environment rather than as a vendor-hosted service, and it delivers the managed database experience of a DBaaS on that infrastructure. The project is implemented as an automation layer over PostgreSQL: an Ansible Collection supplies the playbook-level automation, a Console provides a graphical interface for cluster creation, and a GitOps path allows cluster configuration to live in Git and to be applied through CI/CD pipelines. The repository lists TypeScript as its language, and its continuous integration runs Ansible-lint, Yamllint, Flake8, and Molecule checks.

The concrete problem it addresses is manual database administration. Creating and operating a production-ready, highly available PostgreSQL cluster by hand involves provisioning hosts, configuring replication and failover, scheduling backups, testing restores, performing upgrades, and scaling capacity as load changes, and each of those steps is a source of operational error. Autobase automates that whole set of tasks so that deployment, failover, backups, restore, upgrades, and scaling are handled by the platform rather than by an operator following a runbook. It replaces the manual management of self-hosted PostgreSQL clusters, and by extension reduces reliance on an external managed database provider for teams that would rather keep the data in their own infrastructure.

Key capabilities

• Automated failover for PostgreSQL clusters, listed among the project topics as auto-failover and high availability.
• Lifecycle automation covering deployment, failover, backups, restore, upgrades, and scaling.
• Three deployment paths: the Console graphical interface, the Ansible Collection for playbooks, and GitOps through CI/CD pipelines.
• Community Edition of the Console, offered under a free licence for individual developers and hobby projects, with lightweight cluster deployment.
• Enterprise Edition of the Console, offered under a commercial licence for production environments, with extended cluster management features and support.
• Tested against PostgreSQL 10 through 18, with all supported PostgreSQL versions declared compatible.
• Reported support for Debian 11, 12, and 13; Ubuntu 22.04, 24.04, and 26.04; CentOS Stream 9 and 10; Oracle Linux 8, 9, and 10; Rocky Linux 8, 9, and 10; and AlmaLinux 8, 9, and 10, on x86_64 (amd64) and aarch64 (arm64).

Who uses it and how

• Teams without specialized database expertise, since the project explicitly targets making database management accessible to them.
• Individual developers and hobby projects running the Community Edition of the Console for lightweight cluster deployment.
• Production environments running the Enterprise Edition, where extended cluster management features and vendor support are required.
• Ansible-centric teams using the Ansible Collection instead of the database platform, keeping their existing playbook workflows.
• GitOps teams that manage cluster configuration in Git and apply changes through CI/CD pipelines.
• Organizations standardized on Red Hat-based or Debian-based fleets, given the distribution list above.

Getting started

Deploy through the Console user interface, which has a free Community Edition documented in ./console/README.md for individual developers and hobby projects and a commercial Enterprise Edition documented at autobase.tech/docs, or use the Ansible Collection in ./automation/README.md or the GitOps flow described in the management documentation.

How it compares

Patroni appears among the project topics, which places Autobase in the PostgreSQL high-availability space alongside that template-based failover tooling. Where Patroni is a component that operators wire into their own automation, Autobase packages the surrounding lifecycle work — the Console, the Ansible Collection, and the GitOps path — into a single platform. The Ansible Collection exists for teams that prefer playbooks over a database platform, and the Community and Enterprise editions split on licence and support rather than on the open-source core.

When to use it — and when not to

A self-hoster must supply the Linux hosts and keep them within the supported distribution matrix, because Autobase is an internal platform rather than a hosted service. Teams that need the extended cluster management features or vendor support will have to move to the commercial Enterprise Edition, and teams unwilling to run a mix of Ansible, a Console, and PostgreSQL hosts should look elsewhere. Note that the registry lists the repository language as TypeScript while the automation layer is Ansible-based, so tooling expectations are worth verifying against the documentation before committing.