Two significant infrastructure trends are arriving simultaneously. The first is VMware exit planning, driven by Broadcom's acquisition. The second is cloud repatriation, driven by AI workload economics, data sovereignty concerns, and the recognition that cloud costs at scale often exceed on-premises costs for predictable workloads.
The Repatriation Trend Is Real and Documented
A 2024 Barclays CIO survey, as reported by EE Times, found that 83 percent of enterprise CIOs planned to repatriate at least some workloads from public cloud in 2024, up from 43 percent in 2020. That directional shift reflects a genuine reassessment of where enterprise workloads belong for cost efficiency, data control, and AI infrastructure requirements.
For steady-state workloads with consistent, predictable resource demand, on-premises infrastructure financed over a multi-year period typically offers a lower total cost of ownership than ongoing cloud consumption charges.
Where VMware Exit and Cloud Repatriation Intersect
The intersection creates a specific planning question: for workloads currently running on VMware that are also candidates for cloud repatriation, what is the right target destination? If the on-premises destination is Nutanix AHV, then the VMware exit decision and the cloud repatriation decision may point at the same target platform, and organizations that recognize this can simplify their infrastructure strategy significantly.
The Planning Complexity of Convergence
Gartner estimates, reported by Network World, that large-scale VMware migrations require between 18 and 48 months end-to-end. Cloud repatriation programs have their own timelines. Running them in parallel without coordination creates competing demands for the same infrastructure resources, the same IT staff, and the same executive sponsorship.
What a Converged Architecture Looks Like
A converged architecture is sized to accommodate both VMware-exit workloads and repatriated cloud workloads. Network architecture is designed for the combination of north-south cloud traffic and east-west on-premises traffic. Security policy design accounts for the different compliance requirements of workloads from each origin. Operational tooling provides unified visibility regardless of workload origin.
How ReadyWorks Supports Converged Planning
VirtualReady provides unified operational visibility across heterogeneous environments. Its observability platform normalizes metrics and events from both VMware and Nutanix environments. Wave planning accounts for workloads coming from both VMware and cloud, with dependency mapping that identifies operational relationships requiring co-migration.
READY TO ACT?
Build your infrastructure strategy around the convergence, not the individual trends. Explore VirtualReady and design a target platform that serves both programs. Learn more about VirtualReady.
FREQUENTLY ASKED QUESTIONS
What is cloud repatriation and why is it relevant to VMware migration planning?
Cloud repatriation is moving workloads from public cloud back to on-premises or private cloud infrastructure. It is relevant to VMware migration planning because the target on-premises platform for repatriated workloads may be the same Nutanix environment receiving VMware-exit workloads.
How widespread is the cloud repatriation trend?
According to a 2024 Barclays CIO survey, 83 percent of enterprise CIOs planned to repatriate at least some workloads from public cloud in 2024, up from 43 percent in 2020. Primary drivers are cost optimization for steady-state workloads, data sovereignty requirements, and AI infrastructure economics.
Should VMware exit planning and cloud repatriation be managed as a single program?
For organizations where both trends are active, coordinating them around a shared target platform offers significant advantages: simplified target architecture, reduced duplication of planning effort, and a single operational toolset for the combined environment.
How does VirtualReady support a converged program?
VirtualReady provides unified observability across VMware and Nutanix environments, wit
