Modern healthcare organizations depend on highly automated IT infrastructure to support critical clinical and administrative services. As virtualization platforms evolve, maintaining stability while preparing for future technologies becomes essential.
This was the challenge faced by University Hospital Münster (UKM), one of Germany’s leading university hospitals. Its existing VCF Automation environment (formerly VMware Aria Automation) had been successfully automating infrastructure and service provisioning for years. However, architectural inconsistencies and operational challenges had gradually reduced transparency and reliability.
To prepare for the transition to VMware Cloud Foundation 9 (VCF 9), UKM engaged comdivision to perform a comprehensive health check, stabilize the existing automation platform, and develop a low-risk migration strategy.
The Challenge: Preparing an Existing Automation Platform for VMware Cloud Foundation 9
UKM already operated a production VCF Automation environment supporting infrastructure provisioning and self-service automation.
As VMware Cloud Foundation 9 introduces VCF Automation as a core platform component, the hospital needed to answer several critical questions:
- Is the current automation platform ready for VCF 9?
- Are there architectural risks that could affect a future migration?
- Which operational issues should be resolved before upgrading?
- How can future migration risks be minimized?
In a mission-critical healthcare environment, platform stability and reliability are essential. Any migration needed to be carefully planned with minimal operational risk.
Why UKM Chose comdivision
Rather than starting directly with a platform upgrade, UKM wanted an independent technical assessment of its current environment.
The objective was to identify risks before they became problems.
A member of the UKM Automation Team summarized the engagement:
“I worked with VCF Orchestrator for more than one year, and I learned more in these few sessions than in the entire year before, especially through the practical workshops.”
The project combined technical validation with practical knowledge transfer, allowing the internal team to better understand both the existing platform and future VMware Cloud Foundation capabilities.
What comdivision Delivered
The engagement focused on both assessment and immediate operational improvements.
The project included:
- comprehensive VMware VCF Automation Health Check
- VMware Cloud Foundation 9 readiness assessment
- review of VCF Automation architecture and configuration
- workflow analysis and optimization
- validation against VMware best practices
- assessment of the VMware vSphere environment
- dependency analysis across virtualization and automation layers
- hands-on troubleshooting workshops
- resolution of critical workflow issues
- detailed Health Check documentation
- prioritized remediation roadmap
- executive management summary
Rather than delivering only recommendations, comdivision resolved key issues directly during the workshops, providing immediate operational improvements.
Technology Stack
The assessment covered the customer’s complete VMware automation platform, including:
- VMware Cloud Foundation
- VMware VCF Automation
- VMware vSphere
- VMware NSX
- VMware VCF Orchestrator
This holistic approach ensured that dependencies across all infrastructure layers were evaluated together.
The Results
The Health Check delivered both immediate operational improvements and a long-term strategic roadmap.
Key outcomes included:
- stabilized production VCF Automation environment
- improved workflow reliability
- increased operational transparency
- independent VMware Cloud Foundation 9 readiness assessment
- validated architecture aligned with VMware best practices
- prioritized remediation roadmap
- reduced migration risk
- improved internal VMware automation expertise
- stronger operational confidence for future platform upgrades
By addressing architectural issues before upgrading, UKM significantly reduced the complexity and risk of its future VMware Cloud Foundation 9 deployment.
Why Health Checks Reduce Migration Risk
Many organizations begin infrastructure upgrades without fully understanding the condition of their existing environment.
A structured Health Check helps organizations:
- identify hidden architectural issues,
- detect operational risks,
- validate platform readiness,
- prioritize improvements,
- reduce migration complexity, and
- avoid costly redesigns after implementation.
For healthcare organizations operating mission-critical workloads, this proactive approach minimizes risk while improving long-term platform stability.
Building Internal Expertise Alongside Technology
A key part of the engagement was knowledge transfer.
Instead of simply delivering a technical report, comdivision worked directly with UKM’s engineering team through practical workshops.
This hands-on approach enabled the internal team to better understand VMware automation architecture, improve troubleshooting capabilities, and confidently prepare for future platform evolution.
As a result, UKM strengthened both its technology platform and its internal operational expertise.
Conclusion
This customer success story demonstrates how a structured VMware Health Check can reduce operational risk while preparing organizations for future platform upgrades.
By partnering with comdivision, University Hospital Münster successfully:
- stabilized its VMware VCF Automation environment,
- assessed VMware Cloud Foundation 9 readiness,
- resolved critical workflow issues,
- validated its architecture against VMware best practices,
- developed a low-risk migration roadmap, and
- strengthened internal VMware automation expertise.
Organizations planning a VMware Cloud Foundation upgrade or modernizing their automation platform benefit from an independent architectural assessment before implementation. A structured Health Check provides the transparency, operational stability, and strategic roadmap needed to confidently transition toward VMware Cloud Foundation 9 while minimizing business and operational risk.
