Quantix-KVM
SECURED · SELF-HOSTABLE · CLOUD-HOSTABLE

Quantix-KVM

Hypervisor. Modernized.

An open, VMware-equivalent virtualization platform — a modern, immutable platform that runs the whole lifecycle: bare-metal hypervisor, control plane, live migration, and VM console. Built for homelabs and private clouds.

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01 — HOW IT WORKS

One control plane. Every node. Live.

Quantix-vDC orchestrates a fleet of bare-metal Quantix-OS hosts over a single secure control fabric — provisioning VMs, streaming telemetry, and live-migrating running workloads across shared storage.

secure fabric host-01 → host-02 Quantix-vDC control plane host-01 Quantix-OS · KVM vm: web-01 running vm: db-01 running host-02 Quantix-OS · KVM slot: free vm: app-07 running Shared Storage clustered · shared vm: db-01 migrating
control telemetry · heartbeat live migration
02 — ARCHITECTURE

The stack, reimagined

Three layers, one clean contract. Every hop — dashboard to control plane to host — speaks the same secure, typed API end to end.

Management Layer
Quantix-vDC · control plane appliance
Dashboard Control Plane Clustered state store
Host Layer
Quantix-OS · immutable bare-metal hypervisor
Node Daemon Host UI · QHCI DCUI console Hardware virtualization
Guest Layer
inside your VMs · Linux & Windows
Guest Agent QVMC desktop console
03 — CAPABILITIES

Everything the datacenter needs

The full virtualization lifecycle, self-hosted — no vendor lock-in, no per-socket licensing.

◆ FLAGSHIP CAPABILITY

Live migration, zero downtime

Relocate a running VM across hosts while it keeps serving traffic. The control plane pre-copies memory live, then cuts over in a sub-second switch — no dropped connections.

Iterative memory pre-copy with dirty-page tracking
Sub-second switch-over on shared storage
Orchestrated end-to-end by the control plane
quantix@host-01: ~

        
04 — MIGRATION

A drop-in for the VMware stack

Every piece of the ESXi/vCenter world has a Quantix counterpart. If you know vSphere, you already know the map.

UNDER THE HOOD

Curious how it's built?

We took the hypervisor apart and rebuilt it from first principles. Read the full architecture — every layer and the reasoning behind it — in the deep dive.

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