Best Self Hosted Alternatives to Red Hat Ansible Automation Platform

Ansible is an open source IT automation engine used to provision infrastructure, manage configurations, deploy applications, and orchestrate multi-node operations. It is designed to be agentless and typically operates over SSH, using human-readable automation content.

Key Features

• Agentless automation model leveraging existing remote access (commonly SSH)
• Playbooks and roles for repeatable configuration management and application deployment
• Ad-hoc task execution for quick remote operations across many hosts
• Inventory-driven automation for fleets, groups, and environments
• Extensible module system and reusable content via collections
• Supports network automation and cloud provisioning workflows

Use Cases

• Standardize server configuration and enforce desired state across environments
• Automate application rollouts and rolling updates across multiple nodes
• Provision and maintain cloud and network infrastructure as part of operations workflows

Ansible fits teams that want a readable, versionable automation approach without installing agents on managed nodes. Its ecosystem of modules and collections helps extend automation across common platforms and vendors.

Ansible-NAS is a curated set of Ansible playbooks and roles designed to turn a stock Ubuntu server into a full-featured home server or NAS-style setup. It automates the deployment and basic configuration of a large catalog of popular self-hosted applications, primarily as Docker containers.

Key Features

• One-command provisioning of a home server stack using Ansible roles
• Large app catalog covering media servers, downloaders, monitoring, dashboards, and utilities
• Docker-based deployments with consistent, repeatable configuration
• Optional reverse proxy and TLS automation for exposing services securely
• Support for Dynamic DNS updates to keep external access working on changing IPs
• Preconfigured “application stacks” to deploy multiple related services together

Use Cases

• Build a homelab “NAS replacement” on Ubuntu without manual container setup
• Rapidly deploy and maintain a media and downloads ecosystem (e.g., Jellyfin, Sonarr/Radarr)
• Standardize repeatable server builds for personal or family self-hosting

Limitations and Considerations

• Focused on Ubuntu/Ubuntu Server; other distributions may require additional adjustments
• Application behavior and updates depend on upstream container images and role maintenance

It’s a practical option for homelab users who want reproducible infrastructure and a broad selection of services without assembling each Docker deployment by hand. Ansible-NAS is best suited to users comfortable with Ansible variables and iterative configuration as their app set grows.

DebOps is a Free and Open Source toolkit that lets you bootstrap and manage an IT infrastructure based on Debian or Ubuntu. It uses Ansible as the main configuration management platform and provides a set of pre-written roles and playbooks that tie them together in a highly integrated environment. It can be explored and tested without a full install by using Docker or Vagrant.

Key Features

• Centralized inventory and a framework of playbooks/roles for scalable multi-host management across Debian/Ubuntu environments
• Pre-built Ansible roles for common services such as GitLab, Nextcloud and monitoring
• A comprehensive collection of playbooks that orchestrate and apply the roles for automated deployment and ongoing management
• Support for testing and experimentation via Docker or Vagrant, enabling quick previews without a full deployment

Use Cases

• Provision and manage Debian/Ubuntu hosts across a data center, from a single host to multi-host deployments
• Deploy and maintain applications like GitLab, Nextcloud, and monitoring stacks using DebOps roles
• Test and experiment locally with Docker or Vagrant to validate configurations before production

Conclusion

DebOps provides a cohesive, Ansible-driven approach to operating Debian/Ubuntu environments at scale, from initial bootstrapping to ongoing service management. It emphasizes reuse of roles, consistency across hosts, and the ability to prototype configurations in containerized or virtual environments.