05 Mar 2023 / 8 commentsHow to Remote desktop on Ubuntu | Set up and use
This tutorial will go through the steps to remote desktop on Ubuntu systems.
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Deploy a production-grade ubuntu rdp server in under five minutes. Your instance runs on KVM-isolated virtual hardware — dedicated vCPU threads, ECC-class host memory, and NVMe-backed block storage — not shared-tenant container infrastructure. Full root access is provisioned at first boot; XFCE desktop is pre-installed and RDP-ready.
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All RDP sessions traverse TLS-encrypted transport. Host-level isolation is enforced by KVM hardware virtualization — your instance's memory pages are not accessible to co-tenant processes. You retain full control to layer additional hardening: configure UFW/iptables rulesets, deploy Fail2ban on SSH, enforce public key-only authentication, install ClamAV or Suricata for host-based IDS, and enable full-disk encryption at the OS level. The shared-responsibility boundary is explicit: MonoVM secures the hypervisor layer down; you own the OS and everything above it.
RDP clipboard mapping (RDP Clipboard Virtual Channel) is enabled by default — bidirectional text, file, and image transfer between your local device and the ubuntu rdp session without secondary file transfer protocols. Drive redirection allows local filesystem mounts within the remote session. Printer and audio redirection are configurable per-connection profile.
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Below, we’ve stripped away the vague marketing jargon to answer your most critical questions. From KVM hardware isolation and root sudo privileges to networking capabilities and snapshot protocols, here is everything you need to know about our enterprise-grade Ubuntu RDP ecosystem.
An ubuntu rdp server is a cloud-hosted virtual machine running Ubuntu Linux with a graphical desktop environment (XFCE by default) accessible over the Remote Desktop Protocol. Unlike SSH-only Linux VPS, an RDP-enabled Ubuntu instance delivers a full point-and-click Linux GUI — browser, file manager, terminal, and graphical applications — accessible from any RDP-compatible client on Windows, macOS, Linux, iOS, or Android. The underlying VM is KVM-isolated, not a shared container, so kernel-level operations (module loading, namespace creation, cgroup manipulation) are fully supported.
If you're comparing different remote desktop solutions, explore our complete RDP server plans for additional operating system options.
Yes. Every rdp server for ubuntu plan is provisioned with unrestricted root/sudo access from first boot. You can install arbitrary packages, modify kernel parameters via sysctl, configure netfilter rules, mount external filesystems, deploy containerization platforms (Docker, Podman, LXD), and run privilege-requiring server daemons — no host-imposed application restrictions.
Yes. On Windows, use the built-in Remote Desktop Connection (mstsc.exe) or the Microsoft Remote Desktop app. On macOS, use Microsoft Remote Desktop (App Store). On Linux, use Remmina or FreeRDP. Mobile clients include Microsoft Remote Desktop for iOS/Android. Connection requires only the instance IP, your assigned username, and password — no VPN or client certificates required by default.
The RDP transport layer uses TLS encryption. At the hypervisor layer, KVM hardware virtualization enforces memory isolation between co-tenant instances — your RAM pages are not readable by neighboring VMs. You retain full control to implement additional OS-level security: UFW/iptables policies, Fail2ban for brute-force mitigation, SSH key-only authentication, AppArmor or SELinux mandatory access control profiles, and full-disk encryption via LUKS. MonoVM manages physical security, hypervisor patching, and network DDoS mitigation; workload security above the OS layer is the customer's responsibility.
XFCE desktop environment is pre-installed and configured for RDP rendering optimization. XFCE's compositor is lightweight (sub-100MB RAM baseline), making it well-suited for RDP sessions at 720p–1080p resolutions without requiring dedicated GPU resources. Custom desktop environments (GNOME, KDE Plasma, MATE, LXQt) can be installed post-provision via the standard package manager.
Automated snapshot-based backups are available and configurable from the management panel. Backup schedules, retention periods, and restore workflows are managed through the portal API. Manual snapshots can be triggered on-demand before major configuration changes. Restores are applied to a cloned instance (non-destructive) by default, allowing verification before replacing the live instance.
Explore expert Ubuntu guides, setup tutorials, and performance tips — no matter where your server is located. Learn to manage, secure, and scale globally.
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