Run virtual machines and containers on a unified cloud-native platform while simplifying operations, accelerating modernization, and preparing for future application transformation.
Organizations are under pressure to modernize traditional virtualization platforms without disrupting business-critical applications. OpenShift Virtualization provides a unified platform for managing VMs and containers using the same Kubernetes-native operational model.
Every organization has a different starting point. Here are the most common scenarios we help enterprises navigate.
| Scenario | Outcome |
|---|---|
| VMware Modernization | Unified VM and container platform on OpenShift, eliminating legacy hypervisor licensing and operational overhead |
| New Private Cloud | Greenfield OpenShift Virtualization architecture designed for both VM and container workloads from Day 1 |
| Hybrid Workloads | Shared operations model where VMs and containers coexist, managed by the same team with the same tools |
| Performance-sensitive VMs | CPU pinning, huge pages, SR-IOV, and NUMA-aware scheduling for latency-critical workloads |
| Gradual Modernization | Run VMs today, containerize tomorrow. A platform that supports both, with a clear path forward |
Don't see your scenario? Every engagement starts with understanding your specific environment.
From legacy hypervisors to cloud-native applications. This is the architectural path we guide organizations through.
Not a product list. These are the architectural capabilities we design, implement, and operate for enterprise virtualization platforms.
The shift is not just about running VMs on Kubernetes. It is a fundamentally different operational model.
| Traditional Virtualization | OpenShift Virtualization |
|---|---|
| VM only | VM + Containers |
| Separate Platform | Unified Platform |
| Manual Operations | GitOps |
| Different APIs | Kubernetes API |
| Hypervisor Tools | Kubernetes Native |
| Limited Automation | Full Automation |
The full stack from user request to bare metal execution. Every layer is Kubernetes-native.
Battle-tested architecture patterns for different deployment scenarios. Each is designed for production and validated in real environments.
Where most vendors show a marketing diagram, we show you exactly how a packet traverses the stack from VM to physical network. This is what makes our virtualization practice different.
Want the full technical walkthrough? Read Tracking a Packet Through Linux Bridge for a detailed explanation of every hop.
Read the Article →From the VM's perspective through the CSI layer to physical disk. Understanding this path is critical for performance tuning and capacity planning.
Cloud-Native Storage hub coming soon. It will cover ODF architecture, Ceph design patterns, and storage performance at depth.
Migration is not a single event. It is a structured, repeatable engineering process designed to minimize risk and maximize velocity.
Each phase has defined entry criteria, deliverables, and exit gates. We do not start migration until assessment is validated and pilot is successful.
Every engagement begins here. A structured assessment that gives you clarity before commitment: what can move, what needs redesign, and what the roadmap looks like.
You receive a complete deliverable package:
Typical assessment takes 2 to 4 weeks depending on environment complexity. No commitment to migrate required.
VMs should be managed with the same automation discipline as containers. No manual provisioning. No snowflake configurations.
Platform Automation hub coming soon, covering GitOps patterns, Ansible collections, and Day-2 lifecycle automation in depth.
Not products. Outcomes. Each engagement is scoped to your environment, your workloads, and your modernization timeline.
A structured learning path from VM fundamentals through advanced performance tuning. Articles are published as we build the knowledge base.
We don't sell licenses. We engineer platforms. Every engagement is grounded in architecture-first thinking and real operational experience.
A structured, transparent process from first conversation to operational handoff. No surprises. No scope creep.
Whether you're evaluating OpenShift Virtualization, planning a migration, or designing a hybrid VM and container platform, BitByteIntegration can help.