Enterprise HCI with Ceph & ZFS Stability.
High-performance distributed storage and checksum-verified resilience for data-intensive enterprise workloads.
A structured migration path from VMware, Hyper-V, or Nutanix to open, high-performance virtualization, with a documented cost advantage at every scale.
Engineered for enterprise continuity.
High-performance distributed storage and checksum-verified resilience for data-intensive enterprise workloads.
Unified control for virtualization, storage, backup, and cluster lifecycle operations.
Battle-tested V2V cutovers and Proxmox import wizards for VMware-to-HCI modernization.
Proxmox Backup Server delivers incremental, deduplicated VM and container backups with fast granular restores. Dedicated backup service coverage is available at proxmoxbackup.in.
Don't believe us? Compare the infrastructure.
Pick the incumbent platform, choose your currency, and model the operational and commercial shape of next-gen virtualization before committing to the next phase.
Currency
Current comparison
Per-socket licensing and kernel-native storage reduce both the commercial and operational overhead of VMware environments.
vCenter Server Appliance, one per cluster minimum. Proxmox management daemon: <1 vCPU, <2 GB per node.
Operational Footprint
Key Differences
We normalize current core counts, storage paths, backup posture, and workload criticality before a single platform phase is sequenced.
A representative workload set proves import paths, Ceph or ZFS behavior, and rollback posture in a safe window first.
Production phases follow dependency order, business windows, and verified back-out points instead of a weekend leap of faith.
Computer Port stays on through the tuning window with follow-the-sun support and documented operating runbooks.
Bring current core counts, host list, and storage shape. We will map the platform ownership path and show where economics, resilience, and HCI posture strengthen before cutover planning begins.
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