The Red Hat Virtualization Migration Assessment Lab is an experience-driven, consultative framework designed to help customers understand, plan, and create a strategic path for migrating their existing virtual machine (VM) infrastructure (often from a traditional provider like VMware) to Red Hat OpenShift Virtualization.
|
Activity |
Description |
Core Outcomes |
|
Discovery Workshops |
Short, interactive sessions (often 2-hour, on-site) with key customer stakeholders (networking, platform, security, application owners) to understand their current environment, business drivers, and goals for the future state. |
Documented current-state analysis of infrastructure, workloads, and operational processes. Identification of key virtualization use cases. |
|
Analysis & Requirements |
Red Hat Architects analyze existing infrastructure and workload complexities. They gather requirements for the target platform, Day 2 operations (automation, DR, monitoring), and security/compliance. |
Detailed requirements for storage, networking, and clustering. Identification of initial VM workloads for a pilot migration. |
|
Co-Creation & Planning |
Red Hat works with the customer to design the high-level solution and a migration strategy. This leverages the Migration Toolkit for Virtualization (MTV), which is included with OpenShift. |
High-level solution design for OpenShift Virtualization. A customized migration roadmap and timeline, including an approach for a "migration factory" and potential modernization efforts. |
|
Final Deliverables |
The consolidated findings and plans are documented. |
A clear roadmap with estimated timing and pricing for the next steps (pilot, scaled migration). |
The assessment is typically a focused effort over a short period (e.g., a few weeks) and includes:
|
Customer Pain Point |
Assessment Output |
OpenShift Virtualization Benefit |
|
Uncertainty/Risk |
A Clear Roadmap (pilot, factory migration approach). |
Migrate with confidence using the Migration Toolkit for Virtualization (MTV). |
|
Day 2 Operations |
Analysis of existing automation, DR, and monitoring. |
Centralized Management of both VMs and containers on one platform. |
|
Cost & Complexity |
High-level solution design and timeline. |
Lower Operational Costs and a foundation for future application modernization. |