Anonymous Linux Hosting — Your Distro, Your Privacy

Our template library includes the most popular Linux distributions, all kept up to date with the latest stable releases. Ubuntu Server (20.04 LTS, 22.04 LTS, and 24.04 LTS) is our most deployed distribution, offering broad software compatibility and extensive community support. Debian (11 Bullseye and 12 Bookworm) provides a rock-solid foundation for servers that prioritize stability.

For enterprise workloads, AlmaLinux and Rocky Linux offer RHEL-compatible environments without the subscription requirements. Fedora Server provides cutting-edge packages for those who want the latest versions. Arch Linux is available for advanced users who want a minimal, rolling-release system they build up from the ground.

If none of our templates match your needs, upload a custom ISO through the VNC console and install any Linux distribution — or any other operating system — manually. We place no restrictions on what you run inside your server. Alpine Linux, Void Linux, NixOS, Gentoo, OpenBSD, FreeBSD — if it boots, it runs on our hardware.

Every anonymous Linux server at AnubizHost comes with full root access. You control every aspect of the system — kernel parameters, firewall rules, installed packages, running services, cron jobs, and system configurations. There is no restricted shell, no cPanel limitations, and no provider-managed processes running on your server without your knowledge.

Install Docker and run containerized applications. Set up KVM or QEMU for nested virtualization on supported plans. Configure iptables or nftables firewall rules. Run Tor, WireGuard, or OpenVPN. Deploy web servers, database clusters, mail servers, or any other service. Your root access is unrestricted and unmonitored.

• Full root (sudo) access via SSH on every plan
• Custom kernel installation and sysctl tuning supported
• Docker, Podman, and LXC container runtimes
• Nested virtualization on compatible plans
• No provider-installed monitoring or management agents
• Complete firewall control — no forced open ports

When running an anonymous Linux server, security configuration is especially important because you cannot rely on the provider to protect your identity if the server is compromised. Start by disabling password authentication for SSH and using key-based authentication only. Generate a strong Ed25519 key pair and configure your SSH daemon to accept only key-based logins.

Enable automatic security updates for your distribution. On Ubuntu and Debian, configure unattended-upgrades to automatically apply security patches. On AlmaLinux and Rocky Linux, configure dnf-automatic for the same purpose. Keeping your system patched is the single most effective security measure you can implement.

Configure a host-based firewall to allow only the ports your services need. Fail2ban or similar intrusion detection tools will automatically block IP addresses that attempt brute-force attacks. Enable AppArmor (Ubuntu/Debian) or SELinux (RHEL-based) for mandatory access control that limits the damage a compromised service can cause. These are all free, well-documented tools available in every major distribution's package repository.

Manage your anonymous Linux server through SSH from any terminal on any platform. We provide VNC console access through the dashboard for situations where SSH is unavailable — boot failures, network misconfigurations, or firewall lockouts. The VNC console provides direct access to the server's virtual display, independent of network connectivity.

Our dashboard provides resource monitoring graphs showing CPU usage, RAM consumption, disk I/O, and network traffic over time. These metrics help you right-size your server and identify performance bottlenecks. All monitoring data is collected locally on the host and presented only in your dashboard — it is not sent to external analytics services.

For automated management, tools like Ansible, Puppet, and Chef work exactly as they do on any other Linux server. Configure your anonymous server fleet through infrastructure-as-code tools, deploy applications through CI/CD pipelines, and manage configurations centrally. The anonymous nature of the hosting does not interfere with any standard Linux administration tooling or workflow.