Failover Server Replication

Automatic Replication& Zero Single Points of Failure

Our platform uses native OS-level replication with ZFS to keep your servers continuously mirrored across nodes. Supported by an enterprise-grade highly available network featuring LACP and fully redundant hardware, your virtual machines fail over automatically with minimal downtime—no manual intervention required.

Continuous Failover Protection

Real-time replication ensures a live copy of your system is always ready. In the event of a hardware failure, your server automatically fails over to another node with near-zero downtime.

Enterprise Built-in Resilience

Built on powerful ZFS storage and redundant enterprise hardware to eliminate single points of failure for your most mission-critical workloads.

High Availability for Any App

Bring genuine high availability to environments like cPanel/WHM or Plesk, and establish fast failover for complex applications like VOIP servers.

Built for production workloads

Optimized hardware, fast deployment, and UK-based support to keep your platform stable and predictable.

Proxmox VE with ZFS High Availability
Automatic VM restart on healthy nodes
Rapid physical hardware replacement
Optional geographically diverse backups
Full root access and API control
24/7 dedicated UK engineering support

Need a tailored configuration?

We can customize CPU, RAM, storage, and networking to match your workload.

Unyielding Infrastructure Resilience

Avoid single points of failure with an architecture built entirely on redundancy. We pair OS-level replication with enterprise ZFS storage, bound together by 10G LACP networking to guarantee that your virtual machines and containerized applications remain highly available and portable across our cluster, no matter the hardware conditions.

Zero-Touch Automated Failover

Your workloads are cloned continuously across distinct physical nodes. Should a hardware fault occur—or if we need to perform routine maintenance—our intelligent witness nodes instantly detect the anomaly and boot your replicated instance on healthy hardware. This process is seamless and entirely automated, demanding zero intervention from your team.

True HA for Legacy & Control Panels

Traditional web environments like cPanel, WHM, and Plesk historically lack native high-availability clustering. By abstracting the failover process to the hypervisor level, we imbue these legacy platforms—along with intensive custom workloads like VoIP or bespoke ERPs—with genuine enterprise reliability.

End-to-End Managed Service

Focus on your applications while our UK-based engineers manage the underlying cluster. From hypervisor patching and network orchestration to proactive hardware monitoring, the host infrastructure is operated entirely by UKNode. We also offer extended management for the guest operating systems upon request.

Space-Efficient Backups

While replication ensures uptime, our incremental backup strategy ensures longevity. Complete virtual machine snapshots are continuously rotated and compressed, allowing for immediate rollbacks of a single corrupted database table, or entire OS images, sequestered safely in an isolated facility.

Strict UK Data Sovereignty

Every byte of your data—from live production instances to offsite replicas—never leaves UK soil. Our facilities adhere strictly to domestic data sovereignty laws, delivering the ironclad compliance mandated by government agencies and highly regulated private sectors.

Request an Enterprise Consultation

Discuss your specific architectural requirements for Failover Server Replication with our UK-based engineering team.

Your request will be prioritized to our Enterprise Architecture team.

Need immediate assistance? Call us at: +447418632446

Frequently Asked Questions

Deep dive into our enterprise failover architecture.

Absolutely. Because our replication operates at the hypervisor level rather than the application layer, it is entirely software-agnostic. If it can run on a standard Linux or Windows virtual, it will benefit from our automated failover.