OpenClaw Ansible
https://github.com/openclaw/openclaw-ansible- Category
- Developer Tools
- Rank
- No. 628Tools index
- Pricing
- Open Source
- Type
- TOOL
- Builder
- openclaw
- GitHub
- 598 stars
- Date
About
Automated, hardened Clawdbot installation playbook with Tailscale VPN, UFW firewall, and Docker isolation built in.
What it does
It turns a Debian or Ubuntu machine into a dedicated OpenClaw host through repeatable Ansible provisioning. Release mode installs the published package, while development mode clones and builds source. It prepares the service account, runtime dependencies, private access tooling, and host security controls before separate OpenClaw onboarding.
Why it's ranked here
The defense-in-depth design is unusually concrete and includes outcome-based verification. However, conflicting documentation about containerization and remote access weakens confidence in a tool that changes firewall and service configuration.
What's good
The security model combines default-deny inbound routing, localhost binding, Docker traffic filtering, an unprivileged account, scoped service permissions, SSH brute-force protection, and automatic security patches. Verification includes an external port scan and a deliberately published test container, letting operators test actual isolation.
Tradeoffs
Support is limited to Debian and Ubuntu systems with sudo access and an Internet connection. Bare-metal macOS execution explicitly fails, and Docker IPv6 is disabled by default. The quick installer pipes remote code into a shell and tracks the main branch. Documentation also disagrees about whether OpenClaw runs on the host or in a container, and whether Tailscale can reach a localhost-bound interface directly.
How to use it well
Use it for a dedicated Linux server when your team already understands Ansible, firewall recovery, and remote-access testing. Clone and audit the collection, run a dry check with differences shown, provision the host, complete provider onboarding separately, then execute every security verification. It does not replace OpenClaw configuration, messaging-provider login, secret management, or cross-platform deployment.
Technical notes+
playbook.yml delegates installation to an imported collection playbook. install.sh detects apt-based systems, installs Ansible and Git when absent, creates temporary Galaxy requirements targeting the main branch, force-installs the collection, and invokes openclaw.installer.install. galaxy.yml defines the openclaw.installer collection and depends on community.docker, community.general, and ansible.posix. README.md says OpenClaw is installed on the host, while docs/architecture.md describes systemd managing a Docker Compose container. docs/installation.md also corrects its own claim that Tailscale can directly reach port 3000 because the service binds to localhost. docs/security.md provides command-level verification for UFW, Fail2ban, listeners, Docker isolation, Tailscale, and unattended upgrades.
Observed
- License
- MIT
- Primary implementation
- YAML-based Ansible collection with a Bash bootstrap installer
- Packaging
- Installable as the openclaw.installer Ansible Galaxy collection from Git
- Interface
- Command-line Ansible playbooks and a shell bootstrap installer
- Platform support
- Debian 11+ and Ubuntu 20.04+; bare-metal macOS is disabled
- Runtime requirements
- Root or sudo access, Internet connectivity, and Ansible 2.14+
- Collection dependencies
- community.docker 3.4.0+, community.general 8.0.0+, and ansible.posix 1.5.0+
Read from README.md, docs/security.md, docs/architecture.md, docs/installation.md, docs/configuration.md, docs/troubleshooting.md, docs/development-mode.md, LICENSE, .yamllint, AGENTS.md, galaxy.yml, install.sh, ansible.cfg, CHANGELOG.md, playbook.yml.
What it can do
Install Clawdbot automatically
Target server credentials and configuration parameters → Fully deployed and configured Clawdbot instance
Configure Tailscale VPN integration
Tailscale authentication key and network settings → Secured VPN connection for remote access
Set up UFW firewall rules
Security requirements and port specifications → Hardened firewall configuration with defined access rules
Deploy Docker containerized environment
Application requirements and container specifications → Isolated Docker containers running Clawdbot services
Execute automated security hardening
Server configuration and security policies → Hardened system with security best practices applied
Provision complete infrastructure stack
Ansible playbook parameters and target environment details → Ready-to-use Clawdbot deployment with all components configured
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Editorially curated, with community endorsements as a secondary signal. Corrections welcome.