octodns is a free, open source cloud infrastructure management project written in Python and released under MIT. It has 3,759 GitHub stars, 442 forks and 3 open issues, and was last pushed 8 days ago. On this registry it ranks #28 of 43 tracked projects in Cloud Infrastructure Management, with 5 head-to-head comparisons available.

What is octodns?

What it is

octoDNS is a Python tool for managing DNS records across multiple providers. It applies an infrastructure-as-code pattern to DNS, so record definitions can be stored in a repository, reviewed, and deployed through the same workflow used for other code. The project sits in the Infrastructure & Operations / Cloud Infrastructure Management category.

The concrete problem it solves is fragmented DNS administration. Organizations that use more than one DNS provider may encounter different schemas, interfaces, and operational processes. octoDNS provides a common configuration model and pluggable provider architecture, so users can describe DNS records once and translate that description into provider-specific operations.

Key capabilities

  • It manages DNS records across multiple providers through a common configuration model.
  • It supports an infrastructure-as-code workflow, allowing DNS configuration to live in a repository and be deployed with existing review processes.
  • It uses a pluggable provider architecture, which the README says makes it applicable to a wide variety of use cases.
  • It is designed so adding a new provider can involve writing a single class and translating between the provider schema and octoDNS schema.
  • It is distributed as a Python project under the MIT license.
  • It is organized around DNS, infrastructure-as-code, and workflow topics, indicating its role in operational automation.

Who uses it and how

  • Teams that manage DNS across multiple providers can define records in octoDNS configuration and deploy changes through their existing code review workflow.
  • Operators who want DNS changes to have clear history can store the resulting configuration in a repository, as the README describes.
  • Infrastructure teams can use the pluggable architecture to adapt octoDNS to their provider mix.
  • Developers can extend the project by adding provider support through a class that translates provider schemas.
  • Users can follow the documentation for getting started and for extending octoDNS.

Getting started

The README points users to the octoDNS documentation for getting started and for using the project. It describes deployment by placing the resulting configuration in a repository and deploying it with existing code review and workflow processes.

When to use it — and when not to

Use octoDNS when DNS management spans multiple providers and when DNS configuration should follow repository-based review and deployment practices. The README does not list a hosted option, specific install commands, or required self-hosted services such as a database, storage, or SMTP, so teams must consult the documentation before assuming operational requirements. The excerpt also does not compare octoDNS to paid products, so it should not be evaluated from this page alone as a direct replacement for a named commercial DNS management platform.

project readme (upstream, from github) — read inline
octoDNS Logo

DNS as code - Tools for managing DNS across multiple providers

In the vein of infrastructure as code octoDNS provides a set of tools & patterns that make it easy to manage your DNS records across multiple providers. The resulting config can live in a repository and be deployed just like the rest of your code, maintaining a clear history and using your existing review & workflow.

The architecture is pluggable and the tooling is flexible to make it applicable to a wide variety of use-cases. Effort has been made to make adding new providers as easy as possible. In the simple case that involves writing of a single class and a couple hundred lines of code, most of which is translating between the provider's schema and octoDNS's. More on some of the ways we use it and how to go about extending it below and in the the documentation.

Documentation

For more information on getting started with and using octoDNS, see the documentation.

Contributing

Please see our contributing document if you would like to participate!

Getting help

If you have a problem or suggestion, please open an issue in this repository, and we will do our best to help. Please note that this project adheres to the Contributor Covenant Code of Conduct.

License

octoDNS is licensed under the MIT license.

The MIT license grant is not for GitHub's trademarks, which include the logo designs. GitHub reserves all trademark and copyright rights in and to all GitHub trademarks. GitHub's logos include, for instance, the stylized designs that include "logo" in the file title in the following folder: https://github.com/octodns/octodns/tree/main/docs/logos/

GitHub® and its stylized versions and the Invertocat mark are GitHub's Trademarks or registered Trademarks. When using GitHub's logos, be sure to follow the GitHub logo guidelines.

Authors

octoDNS was designed and authored by Ross McFarland and Joe Williams. See https://github.com/octodns/octodns/graphs/contributors for a complete list of people who've contributed.

Frequently asked questions

Is octodns free to use?

octodns is open source under the MIT licence. There is no licence fee and no seat count — you can self-host it or, where the project offers one, pay a vendor for a managed version instead.

What does octodns do?

Tools for managing DNS across multiple providers

What is octodns written in?

octodns is primarily written in Python. Its source is publicly available at https://github.com/octodns/octodns, and it has 3,759 GitHub stars.