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NQRust Hypervisor

Modern Virtualization. Open by Design. Ready for What Comes Next.

Run business-critical virtual machines on a modern hyperconverged infrastructure platform that brings compute, distributed storage, networking, backup, and cloud-native operations together on bare metal.

Request a Technical Assessment.Schedule a Live Demo.

NQRust Hypervisor helps organizations modernize infrastructure without forcing an immediate break from the virtual machine workloads they rely on today. Keep what works, simplify the platform beneath it, and create a practical path toward Kubernetes, automation, and private cloud.

Modernize on your terms. Build with greater freedom.

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NQRust Hypervisor

Move Virtualization Forward

Virtual machines remain essential to enterprise IT, but the infrastructure around them must evolve. Organizations need more automation, simpler operations, stronger integration, and a platform strategy that can support both current applications and future cloud-native services.

NQRust Hypervisor delivers that bridge.

Built on an open foundation of Linux, KVM, Kubernetes, KubeVirt, and distributed storage, it turns bare-metal servers into an integrated HCI platform for managing virtual machines at scale. Through Rancher integration, it also creates a natural connection between virtualization and a broader Kubernetes strategy.

The result is a platform designed for where infrastructure is going, without abandoning the workloads that keep the business running today.

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NQRust Hypervisor

Why NQRust Hypervisor

Open Foundation, Greater Freedom

NQRust Hypervisor is built on widely adopted open technologies. Its architecture is transparent, extensible, and aligned with the cloud-native ecosystem, giving organizations more freedom to shape their infrastructure around real business requirements.

  • Reduce dependence on a tightly coupled proprietary stack.
  • Integrate with the security, backup, monitoring, networking, and automation tools that fit your environment.
  • Build internal expertise around technologies with long-term relevance.
  • Preserve greater choice across hardware, operations, and future platform investments.

One Integrated HCI Platform

Bring virtualization, distributed storage, networking, image management, backup, monitoring, and platform management together on bare metal.

This integrated approach reduces the number of disconnected infrastructure layers teams must operate and gives engineers a clearer view of the complete VM lifecycle, from provisioning and storage to protection and recovery.

Virtual Machines Today, Cloud-Native Tomorrow

NQRust Hypervisor runs virtual machines through KubeVirt on Kubernetes. This allows VM infrastructure to move in the same strategic direction as modern application platforms.

Organizations can continue running established Windows and Linux workloads while introducing Kubernetes APIs, automation, and cloud-native operating models at a pace that makes sense for the business.

Automation-Ready by Architecture

Move beyond infrastructure that can only be managed manually. NQRust Hypervisor combines an intuitive management interface with Kubernetes APIs that support repeatable provisioning, policy-driven operations, and infrastructure automation.

This makes the platform a strong foundation for infrastructure as code, platform engineering, and standardized service delivery.

A Natural Fit for Rancher Environments

Rancher integration extends NQRust Hypervisor into a broader multi-cluster strategy. Organizations can align virtual machine operations with Kubernetes cluster management, identity, role-based access, and project-oriented governance.

The result is a more consistent direction for teams managing both traditional applications and modern cloud-native platforms.

Resilience for Production Designs

Properly designed multi-node clusters provide high-availability control plane services, replicated storage, workload recovery, and live migration for eligible virtual machines.

NQRust Hypervisor supports a production approach built around validated hardware, capacity under failure, tested backup and restore, observability, security controls, and documented operational procedures.

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NQRust Hypervisor

NQRust Hypervisor Advantage

NQRust Hypervisor is designed for organizations that want a more open, flexible, and future-ready virtualization platform without forcing a disruptive migration.

Open HCI Foundation

Built on Linux, KVM, Kubernetes, KubeVirt, and Longhorn, NQRust Hypervisor gives organizations a transparent infrastructure foundation instead of a tightly closed virtualization stack.

VM and Kubernetes in One Direction

Run the virtual machines the business still depends on while aligning infrastructure operations with Kubernetes, APIs, automation, and cloud-native practices.

Rancher-Aligned Operations

For organizations using Rancher, NQRust Hypervisor creates a natural bridge between virtual machine operations, Kubernetes cluster management, identity, governance, and multi-cluster strategy.

More Freedom Across Tooling

Choose backup, monitoring, security, networking, automation, and integration tools based on operational needs instead of being locked into one vendor ecosystem.

Lower-Risk Modernization

Start with new workloads, dev/test, edge, branch, or selected production services. Validate through a proof of concept and pilot before expanding migration in controlled waves.

Strong Fit for Private Cloud and Edge

Integrated compute, storage, networking, VM management, and automation make NQRust Hypervisor a practical platform for private cloud, edge, branch, and modernization zones.

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NQRust Hypervisor

Why Choose NQRust Compared with Other Platforms

Every virtualization platform has strengths. NQRust Hypervisor is especially compelling when an organization values an open architecture, Rancher alignment, flexible integration choices, and a phased path toward modern infrastructure.

PlatformPrimary StrengthNQRust Is Attractive When the Customer NeedsCustomer Benefit
NQRust HypervisorOpen HCI, Kubernetes-native virtualization, and Rancher-aligned operationsAn open and flexible platform for private cloud, edge, VM operations, and gradual modernizationGreater control over technology choices, a shared direction for VM and Kubernetes operations, and adoption at a manageable pace
VMware Cloud FoundationA comprehensive enterprise private cloud platform with an established virtualization ecosystemA parallel open platform, a modernization zone, or a phased approach to reducing dependency on one virtualization stackMore platform choice, controlled migration risk, and a practical entry point for Kubernetes-native infrastructure operations
Nutanix NCI and AHVIntegrated commercial HCI with centralized infrastructure managementAn open architecture, Rancher alignment, and greater freedom to select supporting tools and integrationsMore control over the operating model, integration roadmap, and long-term cloud-native skills development
Red Hat OpenShift VirtualizationEnterprise virtualization within the Red Hat and OpenShift ecosystemRancher is the strategic management platform and the primary requirement is HCI virtualization on bare metalCloser alignment with existing Rancher governance, identity, and multi-cluster operations without making OpenShift the primary platform
Sangfor HCIIntegrated commercial HCI with infrastructure, security, and data protection capabilitiesA transparent open-source foundation and flexibility to adapt backup, monitoring, security, networking, and automation to internal standardsReduced dependency on a single integrated vendor stack and greater freedom to evolve operations around organizational requirements

The best platform choice depends on workload requirements, existing skills, support expectations, integration needs, and commercial considerations. A representative proof of concept provides the clearest way to validate the technical and operational fit.

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NQRust Hypervisor

What You Can Do

Run and Manage Enterprise Virtual Machines

Provision, start, stop, restart, clone, snapshot, back up, restore, and migrate virtual machines through a modern web interface and API-driven platform.

Support Windows and Linux workloads, reusable images and templates, cloud-init automation, multiple virtual disks, multiple networks, and controlled resource placement.

Build HCI with Distributed Storage

Use local server storage as a distributed block-storage layer with configurable replication across cluster nodes. This can remove the need for a separate SAN in suitable HCI designs while keeping storage close to compute.

For specialized requirements, external storage can be integrated through validated Container Storage Interface drivers and tested against the capabilities each workload requires.

Connect Workloads with Flexible Networking

Create management and workload networks, map multiple physical interfaces, use bonded uplinks, and connect virtual machines through VLAN or untagged networks.

The architecture supports network separation for management, VM traffic, storage, migration, backup, and other operational services when the environment requires it.

Protect and Recover Virtual Machines

Create VM snapshots and back up supported virtual machine volumes to external NFS or S3-compatible storage. Restore a failed workload, recover a new VM, or support cross-cluster recovery designs based on tested protection policies.

NQRust Hypervisor encourages a recovery-first mindset: a backup is only valuable when restore has been proven.

See What Is Happening

Monitor node, virtual machine, storage, network, capacity, backup, and platform health. Integrate logs and alerts with the observability services already used across the organization.

Support bundles and structured troubleshooting workflows help engineering teams collect better evidence and accelerate incident analysis.

Extend for Specialized Workloads

Selected hardware and release combinations can support advanced scenarios such as PCI passthrough, GPU and vGPU workloads, USB passthrough, and SR-IOV. These capabilities can be validated for the target server, firmware, driver, guest operating system, and application before production deployment.

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NQRust Hypervisor

Business Value That Extends Beyond Virtualization

Modernize Without a Big-Bang Migration

Create a parallel virtualization platform for new workloads, development and testing, edge sites, branch offices, or selected production services. Expand adoption as operational confidence grows.

Turn Infrastructure into a Strategic Platform

Bring VM operations closer to Kubernetes, APIs, automation, and platform engineering. This creates a stronger foundation for private cloud and future application modernization.

Gain More Control Over Technology Choices

An open architecture gives teams greater flexibility to select supporting tools and build integrations around business requirements instead of the limits of a closed ecosystem.

Simplify the Infrastructure Stack

Combine compute, storage, networking, virtualization, and management in one HCI architecture. Fewer disconnected layers can mean clearer ownership, more consistent operations, and a more repeatable delivery model.

Adopt at the Pace of the Business

NQRust Hypervisor does not require every workload to move at once. Start where the value is clearest, validate with real applications, and expand through controlled migration waves.

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NQRust Hypervisor

Designed for Real-World Use Cases

Virtualization Refresh

Introduce a modern alternative for organizations reviewing the cost, complexity, or strategic direction of an existing virtualization platform.

Private Cloud

Build a virtualization foundation for internal applications, shared infrastructure services, and self-service automation on enterprise bare-metal servers.

Edge and Branch Infrastructure

Deploy integrated compute and storage where a compact HCI architecture is more practical than multiple infrastructure products.

Development, Testing, and Enterprise Labs

Create flexible environments for application teams, platform engineers, infrastructure validation, and Kubernetes adoption.

Modernization Zone

Provide a controlled landing zone for workloads moving away from legacy infrastructure while establishing cloud-native operating practices.

Rancher-Integrated Virtualization

Align VM infrastructure with a Rancher-based strategy for Kubernetes management, governance, and multi-cluster operations.

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NQRust Hypervisor

When NQRust Is the Right Fit

NQRust Hypervisor is a strong fit for organizations building new private cloud infrastructure, modernizing selected VMware workloads, operating Rancher environments, deploying edge or branch clusters, or seeking greater control over infrastructure technology choices.

It is especially relevant when the organization wants to:

  • introduce an open HCI platform without moving every workload at once;
  • align virtual machine operations with Rancher, Kubernetes APIs, and automation;
  • use validated bare-metal hardware and server-local distributed storage;
  • retain flexibility across backup, monitoring, security, networking, and integration tools;
  • prove technical and operational fit before committing to a broader migration.
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NQRust Hypervisor

A Practical Path from Existing Virtualization

Modernization should reduce risk, not create more of it. NQRust Hypervisor supports a phased approach:

  1. Assess application dependencies, performance, storage, networking, backup, and operational requirements.
  2. Validate the target hardware and design with representative workloads.
  3. Prove VM lifecycle, performance, high availability, backup, restore, monitoring, and security through a measurable proof of concept.
  4. Pilot low-to-medium-risk workloads with clear rollback criteria.
  5. Expand migration in controlled waves as the platform and operating model prove themselves.

VM import capabilities can support migration from VMware, OpenStack, and Open Virtual Appliance sources. Every migration still benefits from workload assessment, network mapping, guest-driver validation, backup, application testing, and a defined cutover plan.

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NQRust Hypervisor

A Modern Approach to Infrastructure

Traditional Virtualization Environments OftenThe NQRust Hypervisor Approach
Separate virtualization and Kubernetes strategiesA common strategic direction built around Kubernetes-native virtualization
Depend on a tightly integrated proprietary ecosystemUse an open foundation with greater integration choice
Require multiple disconnected infrastructure layersBring compute, storage, networking, and VM management into HCI
Rely heavily on manual administrationCombine an accessible UI with API-driven automation
Make modernization a separate transformation programModernize gradually while continuing to run existing VMs
Tie infrastructure choices closely to one platformPreserve more flexibility across tools, hardware, and operating models
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NQRust Hypervisor

Technology Foundation

NQRust Hypervisor brings together proven infrastructure and cloud-native technologies:

  • Linux and KVM provide the virtualization foundation.
  • Kubernetes and RKE2 provide the control plane and orchestration model.
  • KubeVirt manages virtual machines as Kubernetes resources.
  • Longhorn provides distributed block storage using server-local disks.
  • CDI supports image and virtual disk import workflows.
  • Cluster and VM networking provide management and workload connectivity.
  • Rancher integration extends identity, governance, and multi-cluster operations.
  • NQRust UI and APIs provide accessible management and automation interfaces.
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NQRust Hypervisor

Example Three-Node Architecture

A three-node cluster is the standard starting point for production designs that require control-plane resilience, storage replication across hosts, and a target for live migration. Final topology and sizing depend on workload demand, growth, protection policy, and failure-reserve requirements.

                         Administrators / Rancher
                                   |
                        NQRust UI / API / VIP
                                   |
+-----------------------------------------------------------------------+
|                 Three-Node NQRust Hypervisor Cluster                  |
|                                                                       |
|  +------------------+ +------------------+ +------------------+        |
|  | Node 1           | | Node 2           | | Node 3           |        |
|  | RKE2 + KVM       | | RKE2 + KVM       | | RKE2 + KVM       |        |
|  | KubeVirt         | | KubeVirt         | | KubeVirt         |        |
|  | Longhorn replica | | Longhorn replica | | Longhorn replica |        |
|  +------------------+ +------------------+ +------------------+        |
|       <---- Cluster, storage replication, and migration network ----> |
+-----------------------------------------------------------------------+
           | VM VLAN / trunk                    | Backup network
           v                                    v
    Workload networks                     NFS or S3 target

Management, VM, storage, migration, and backup traffic can be separated according to security, performance, and availability requirements. The cluster should be sized so that the remaining nodes can carry critical workloads while one node is unavailable.

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NQRust Hypervisor

Internal Validation and Evidence

Performance and recovery outcomes depend on the target hardware, network, storage policy, and workload. NQRust records results against agreed targets instead of presenting a universal benchmark. Each result should include the test date, topology, configuration, measured value, status, and evidence reference.

Validation AreaWhat Is MeasuredEvidence Delivered
Live migrationMigration completion, VM interruption duration, application connectivity, and source-to-target placementMigration record, timestamps, monitoring evidence, and pass/fail against the agreed interruption target
Node failure recoveryControl-plane quorum, VM recovery time, node return to healthy state, and replica resynchronizationFailure timeline, recovery time, cluster health evidence, alerts, and pass/fail against the agreed RTO
Backup and restoreBackup completion, restore duration, VM boot, application availability, and data consistencyBackup record, restore record, measured RTO/RPO, application validation, and evidence ID
Storage performanceIOPS, throughput, and p95/p99 latency under normal and agreed degraded conditionsTest profile, hardware and replica configuration, measured results, charts, and pass/fail against workload targets

Validated results are produced through an internal lab exercise or a customer proof of concept using representative hardware and workloads. Customer-facing figures should only be published after the related evidence has been reviewed and approved.

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NQRust Hypervisor

Built for Production Confidence

A production platform is more than software that installs successfully. NQRust Hypervisor is introduced through a controlled engineering approach that validates:

  • cluster topology and failure domains;
  • hardware, firmware, CPU compatibility, storage, and networking;
  • capacity when a node is unavailable;
  • high availability and live migration behavior;
  • VM backup, restore, and disaster recovery procedures;
  • monitoring, logging, alerting, and support evidence;
  • identity, access control, certificates, and security hardening;
  • migration, upgrade, patching, and vulnerability processes;
  • operational runbooks, handover, and production acceptance.

For workloads requiring high availability, a minimum three-node cluster is the standard starting point. Final sizing is based on application demand, growth, protection policy, and failure-reserve requirements.

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NQRust Hypervisor

Frequently Asked Questions

01What is NQRust Hypervisor?

NQRust Hypervisor is a modern hyperconverged infrastructure platform for running and managing virtual machines on bare metal. It combines virtualization, distributed storage, networking, backup, monitoring, and cloud-native operations on a Kubernetes-based foundation.

02Can NQRust Hypervisor run production workloads?

Yes. Production deployment requires a properly designed multi-node architecture, validated hardware, sufficient capacity, stable networking, tested backup and restore, observability, security controls, and an established operating model.

03Can it run as a single node?

Yes, for labs, demonstrations, proofs of concept, and non-HA scenarios that accept the associated risk. High-availability production designs start with at least three nodes.

04Does it support Windows and Linux virtual machines?

Yes. Both Windows and Linux workloads can be supported. Guest operating systems, drivers, guest tools, licensing, performance, backup, and application behavior should be validated for the target release and workload.

05Can we migrate from VMware?

Yes, suitable workloads can be migrated through a phased process. Import tooling can assist selected VMware scenarios, while assessment, guest remediation, network mapping, testing, downtime planning, and rollback remain important parts of a successful migration.

06Does it require an external SAN?

Not for the core HCI model. Distributed storage can use local disks across cluster nodes. External storage can also be considered through validated CSI integrations when a workload has specialized requirements.

07How are virtual machines protected?

Supported VM volumes can be backed up to external NFS or S3-compatible storage and restored as new or replacement VMs. Production protection should combine backup policy, application consistency, retention, restore testing, and disaster recovery planning.

08Does it support high availability and live migration?

Multi-node designs provide resilient control-plane services and replicated storage. Eligible VMs can be live-migrated when compute, CPU compatibility, storage, network, scheduling, and device requirements are met. VM recovery behavior should be validated with representative failure scenarios.

09Can it integrate with LDAP, Active Directory, or SSO?

External identity, named-user access, project governance, and multi-tenancy are typically delivered through Rancher integration and the identity providers supported by the selected Rancher architecture.

10Does our team need Kubernetes expertise?

The management interface supports familiar VM operations. Deeper troubleshooting and advanced operations benefit from Linux, networking, storage, and Kubernetes knowledge. Those skills also strengthen the organization's broader cloud-native capabilities.

11How should performance be compared with another platform?

Use representative workloads on comparable hardware and protection policies. Measure application transactions, CPU, memory, storage latency and IOPS, network throughput, migration behavior, rebuild impact, and backup and restore performance. A real proof of concept provides more value than a generic benchmark claim.

12Can NQRust Hypervisor replace every existing virtualization workload?

It does not need to replace everything at once. Many organizations begin with new workloads, development and testing, edge, branch, private cloud, or modernization zones, then expand after technical and operational acceptance.

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NQRust Hypervisor

Prove NQRust Hypervisor with Your Own Workloads

Validate NQRust Hypervisor using your infrastructure requirements, representative workloads, and success criteria agreed before testing begins.

The focused proof of concept validates:

  • one Linux virtual machine;
  • one Windows virtual machine;
  • VLAN connectivity and workload network mapping;
  • live migration for an eligible virtual machine;
  • node failure and workload recovery behavior;
  • virtual machine backup and restore;
  • storage IOPS, throughput, and latency against agreed workload targets.

Proof of Concept Deliverables

  • validated three-node architecture and hardware assumptions;
  • test plan with measurable success criteria;
  • recorded results and supporting evidence;
  • identified risks, limitations, and remediation actions;
  • recommended sizing and production pilot next steps.

Choose Your Next Step

ActionWhat the Customer Receives
Request a Technical AssessmentA structured review of workloads, capacity, network, storage, backup, security, migration, and operational requirements
Schedule a Live DemoA guided walkthrough of VM lifecycle, storage, networking, backup, monitoring, and Rancher-aligned operations
Start a Proof of ConceptA scoped validation using representative Linux and Windows workloads with agreed acceptance criteria
Download the Comparison GuideA practical comparison of NQRust Hypervisor with VMware, Nutanix, Red Hat OpenShift Virtualization, and Sangfor HCI
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NQRust Hypervisor

Build the Next Stage of Your Infrastructure

Keep the virtual machines your business depends on. Gain an open, automation-ready platform for private cloud, edge, and cloud-native modernization.

Start with your workloads, your infrastructure, and your goals. Validate the design through a focused assessment and proof of concept, then move to production with confidence.