| Industry | Global Manufacturing. Premium Health Instruments & Equipment |
| Challenge | Replacing VMware across distributed, multi-region data centers without adding headcount |
| Approach | iShift Proof of Value Enviroment : 4-week structured lab validation |
| Outcome | Platform9 PCD selected; confident, de-risked migration path established |
“Working with iShift has been an exceptional experience. They provided deep expertise while testing an alternative to VMware and helped us identify the solution that best aligns with our long-term IT strategy. Their communication was clear and proactive, and they were always helpful and highly professional. We would gladly recommend their services to any organization navigating a similar transformation.”
— Director of Infrastructure, Global Health Manufacturer
When Infrastructure Becomes a Strategic Decision
For a global manufacturer of premium health instruments and equipment, choosing a virtualization platform is far more than a technical exercise. Infrastructure decisions ripple outward touching production systems, global operations, and the healthcare environments that depend on their products every day.
With data centers spanning the United States, Europe, and Asia, this organization had three non-negotiable requirements for any virtualization platform: operational consistency across all regions, high availability with near-zero tolerance for disruption, and the ability to support 24/7 follow-the-sun operations.
When the friction of working under Broadcom’s new VMware ownership began to compound licensing changes, account management shifts, degraded support engagement, the business reached a turning point. This was not a cost-cutting exercise. It was a question of trust, predictability, and long-term control over their own infrastructure.
More Than a VMware Platform Swap
On the surface, the objective looked simple: identify a VMware alternative and migrate workloads. In practice, the complexity was significant and the stakes were high.
A Distributed, Multi-Region Footprint
Operating multiple small to mid-sized data centers across three continents introduced challenges that a single-site migration would not. The team needed architectural standardization across each region, consistent operational models that didn’t vary by geography, and performance that held up under regional latency conditions. A solution that worked cleanly in one data center would need to work just as cleanly in all of them.
Day-2 Operations Were the Real Priority
Most platform evaluations are dominated by deployment and migration testing. This company pushed past that. Their real question was not “Can we get there?” but “Can we run this at scale, globally, without adding operational burden?” That meant validating VM lifecycle management, monitoring and alerting, backup and restore workflows, and overall operational simplicity before committing to any platform.
A Firm Headcount Constraint
The infrastructure team established one constraint early: no additional personnel would be hired to support the new platform. That meant the learning curve had to be minimal, the operational model intuitive, and the tooling aligned with the skill sets already in the room. A technically superior platform that required specialist knowledge to operate would not qualify.
Storage Modernization Running in Parallel
Complicating the picture further, the company was simultaneously introducing new, modern storage hardware as part of their broader IT roadmap. This created both an opportunity, validating the target platform against next-generation storage, and a risk: discovering integration constraints only after a platform commitment had already been made. The team wanted to surface those issues early, not after the contract was signed.
The iShift Approach: Testing Reality, Not Theory
To work through these challenges, the client engaged iShift’s Proof of Value (PoV) Environment, a structured lab built for exactly this kind of high-stakes evaluation. This was not a demo-driven exercise. Over four weeks, the engagement moved through four deliberate phases, each designed to answer specific questions before advancing.
Phase 1 — Environment Assessment and Design Alignment
The engagement began with a thorough assessment of the client’s existing VMware environment: workload segmentation, storage utilization and performance profiles, network architecture and dependencies, backup and DR workflows, and regional deployment patterns. From this baseline, iShift defined target architecture patterns, workload-appropriate migration approaches, and evaluation criteria tied directly to business and operational goals. Nothing was assumed.
Phase 2 — Greenfield Infrastructure Validation
A key element of this engagement was the greenfield onboarding of the client’s new storage hardware tested within the candidate platforms rather than in isolation. The team configured storage backends and volume types, validated multipath configurations at both host and storage layers, and ran failover and resiliency scenarios. This surfaced integration constraints, performance characteristics under realistic load, and operational considerations early enough to inform the platform decision, not revisit it after the fact.
Phase 3 — Side-by-Side Platform Evaluation
Multiple platforms were evaluated in parallel, each tested against the same criteria: migration behavior across workload types, day-2 management workflows, integration with the new storage environment, and performance under load. Consistent criteria meant the results were directly comparable — observed outcomes from a controlled environment, not vendor-produced benchmarks.
Phase 4 — Operational Scenario Simulation
The final phase moved beyond technical validation into operational realism. The team simulated failure conditions, tested recovery workflows, measured time-to-resolution for common incident types, and validated runbooks against each candidate platform. The question this phase answered was blunt: “How will this platform behave at 2 AM during a production incident?” For a global manufacturer with healthcare customers depending on their systems, that answer had to be credible before any decision was made.
What the Evaluation Revealed
At the close of the four-week program, findings were presented to the Director of Infrastructure, CTO, and CFO. Clear differentiation emerged across five dimensions.
- Operational simplicity. Platform9 PCD stood out for ease of deployment and cluster onboarding, an intuitive UI, and strong API-driven operations. Critically, it aligned with the existing team’s skill sets — directly satisfying the no-new-headcount constraint.
- Day-2 manageability. Lifecycle management was streamlined. Patching and upgrade workflows were consistent across regions. The operational overhead to keep the platform healthy was demonstrably lower than alternatives.
- Support model alignment. Platform9’s managed control plane provided 24/7 operational coverage and reduced internal support burden — a direct match for the organization’s follow-the-sun requirements.
- Storage integration and performance. The greenfield validation confirmed stable integration with the new storage platform, predictable performance under workload conditions, and clear configuration patterns ready for production rollout.
- Migration feasibility at scale. Migration testing demonstrated consistent behavior across workload types, predictable timing and throughput, and no critical blockers for large-scale execution.
The Decision: Platform9 Private Cloud Director (PCD)
Based on these findings, the client selected Platform9 Private Cloud Director (PCD) as their VMware replacement. The decision was grounded in operational simplicity, alignment with the team’s existing capabilities, a strong managed support model, and performance that had been validated in their own environment against their own infrastructure.
This was not a theoretical decision. It was built on tested, observed, and measured outcomes, with full executive alignment behind it.
Business Outcomes for VMware Exit
The engagement delivered value that extended well beyond platform selection.
| Reduced Execution Risk The client moved forward with a validated architecture, known integration patterns, and a clear map of risks and mitigations. No surprises post-decision. | Operational Confidence The infrastructure team gained hands-on platform experience, clarity on day-2 workflows, and a tested runbook before migration began. |
| Accelerated Decision-Making Four weeks from evaluation start to executive alignment across IT and Finance — replacing months of uncertainty with concrete evidence. | Foundation for Global Standardization Consistent deployment models across all regions, simplified operations at scale, and alignment with the long-term modernization roadmap. |
The Takeaway
For organizations navigating a VMware exit, the greatest risk is rarely choosing the wrong platform. It is choosing a platform without truly understanding how it will behave in your environment at scale, under pressure, in real operational conditions.
This global health manufacturer eliminated that risk by running a structured, evidence-based evaluation before any commitment was made. They tested on real infrastructure, validated real workloads, and simulated real operations. The result was not just a platform decision. It was a confident, fully de-risked path to execution.
Ready to Test the VMware Exit Alternatives?
Want to explore your VMware exit options or find the platform that best fits your business needs? Test real alternatives in real conditions with our Proof of Value Environment. A purpose-built environment by iShift designed to evaluate different platforms, not through demos, but through real, hands-on experience. Discover what works for you and explore our options to move beyond VMware.
Download the latest guide! Get Life After VMware 2026 Edition, a comprehensive guide with a deep, side-by-side analysis of the leading platform alternatives. Understand the differences, evaluate your options, and make a more informed decision.
