TLDR¶

• Core Points: Broadcom’s strategy focused on reducing dependence on maintaining every customer; users continue to shrink their VMware environments.
• Main Content: A CloudBolt survey reveals that a large majority of VMware users are still actively reducing their VMware footprint, signaling ongoing shifts away from large-scale VMware reliance.
• Key Insights: Motivation includes cost control, modernizing workloads, and avoiding vendor lock-in; strategic transitions are incremental and heterogeneous.
• Considerations: Enterprises must plan for potential disruption, tool integration gaps, and skill migrations; attention to support and licensing implications is essential.
• Recommended Actions: Map existing workloads, identify candidates for modernization, pursue phased migration plans, and invest in complementary platforms and skill development.

Content Overview¶

The landscape of enterprise IT continues to be shaped by ongoing efforts to optimize virtualization spent and resources. VMware, a cornerstone of many data centers for over two decades, remains central for many organizations, yet a notable portion of VMware users are actively working to reduce their footprint. A recent survey highlighted by CloudBolt sheds light on this trend, underscoring the shift from expansive, single-vendor virtualization footprints toward more diversified, cost-conscious, and modernized environments. This movement reflects not only policy and procurement objectives but also practical considerations around performance, agility, and total cost of ownership.

The context for this shift is multifaceted. Enterprises face rising infrastructure costs, talent shortages, and a demand for containerized and cloud-native workloads that can operate with greater portability and efficiency. As a result, organizations often pursue a hybrid strategy: maintaining critical VMware workloads where it makes economic and operational sense while exploring complementary technologies and platforms for other workloads. The CloudBolt findings provide a structured view into how organizations are navigating these decisions, with a focus on the motivations behind reducing VMware dependence, the pace of change, and the implications for vendors, ecosystems, and IT teams.

This narrative sits within a broader industry trend toward multi-cloud and modern application architectures. Organizations are increasingly scrutinizing vendor relationships and total cost of ownership, seeking to avoid single-vendor lock-in and to leverage best-of-breed solutions for different workload types. The survey’s insights are particularly relevant to IT leaders, VMware administrators, and procurement teams who are evaluating future-proofing strategies and migration roadmaps in a rapidly evolving ecosystem.

In-Depth Analysis¶

The CloudBolt survey presents a nuanced picture of how many VMware users are approaching their environments today. A central finding is that a significant majority of respondents are actively reducing their VMware footprint rather than expanding it. This does not imply a universal abandonment of VMware; rather, it reflects a strategic recalibration where VMware remains important for certain workloads, but the dominant trend is to trim the footprint, diversify deployments, and adopt complementary technologies.

Several factors drive this behavior. First, cost management remains a dominant consideration. VMware licensing and related infrastructure expenses can be substantial, especially for larger deployments spanning multiple data centers or public clouds. As organizations reassess budgets, there is heightened scrutiny of where VMware provides the strongest return on investment and where alternatives may offer more favorable cost structures or operational efficiency.

Second, the modernization of workloads influences decisions. Organizations are increasingly steering toward containerization, Kubernetes-based orchestration, and cloud-native services that promise portability and faster time-to-market. While VMware can underpin hybrid strategies, teams are motivated to shift non-critical or scalable workloads toward modern runtimes that align with ongoing cloud migrations and multi-cloud strategies.

Third, the desire to mitigate vendor lock-in shapes the approach. Diversifying infrastructure options reduces reliance on a single vendor’s stack, enabling more flexible procurement and governance. This is particularly relevant for organizations already operating across multiple cloud platforms or evaluating cloud-agnostic tooling that abstracts away platform-specific differences.

The pace and extent of footprint reduction are highly variable across industries and organizations. Some enterprises undertake rigorous, institution-wide migrations with a clear sequencing plan, while others pursue more incremental changes focused on specific business units or application domains. Factors such as regulatory requirements, data gravity, and application architecture influence the trajectory of these efforts. For many, the path is not about one-off projects but about establishing a sustainable operating model that supports ongoing optimization, cost transparency, and adaptability to changing business needs.

From a technology perspective, the migration decision often hinges on workload characteristics. Stateful applications with heavy licensing requirements or deep integration with VMware-specific features may remain on VMware longer, while stateless or loosely coupled services may be prime candidates for refactoring, containerization, or re-platforming. Networking, security policies, storage integrations, and management tooling also shape migration choices. The robustness of orchestration platforms, CI/CD pipelines, and monitoring capabilities in the target environments can affect whether teams proceed with refactors, lift-and-shift migrations, or complete re-architectures.

Vendor strategies and market dynamics are also at play. Broadcom’s ownership of VMware has brought renewed focus on cost efficiency, licensing models, and long-term roadmap clarity. The survey hints at a strategic stance where Microsoft, Amazon Web Services, Google Cloud, and other vendors’ offerings are considered as parts of an integrated ecosystem rather than stand-ins for a complete VMware replacement. In other words, enterprises are evaluating a spectrum of options rather than pursuing a binary switch to another single platform.

The human element cannot be overlooked. IT teams must contend with skill gaps, organizational inertia, and the operational discipline required to manage a multi-platform environment. Training, process adaptation, and governance become central to ensuring successful migration or footprint reduction without compromising service levels. The transition also raises questions about support contracts, migration tooling, interoperability, and the long-term viability of hybrid configurations that blend VMware with alternative platforms.

Data and telemetry reported by the survey provide a useful baseline for benchmarking. While percentages vary across segments, the overarching narrative is consistent: users are actively pursuing footprint reduction while maintaining critical workloads on VMware where it remains most beneficial. This dual-track approach underscores the importance of strategic planning, clear success criteria, and measurable outcomes to prevent scope creep or scope creep in the migration journey.

Critically, the findings point toward an ongoing cycle of evaluation and adaptation. Enterprises are not merely executing a single migration project; they are implementing governance frameworks, cost-tracking mechanisms, and architectural guidelines that enable continual optimization. The focus is on achieving a favorable blend of performance, cost, and operational agility, with VMware playing a validated role within a broader, multi-platform strategy.

What this means for VMware and its ecosystem is nuanced. The company’s product portfolio, licensing models, and support structure will continue to influence adoption patterns. For customers, the takeaway is that VMware remains a viable and often essential component for certain workloads, but it is part of a larger toolkit that allows for modernization and optimization over time. The transition landscape will likely remain heterogeneous, with some organizations accelerating migration in rapid waves, while others pursue gradual, measured adjustments aligned with financial, regulatory, and technical constraints.

The CloudBolt report thus offers a pragmatic lens on enterprise virtualization adoption. It highlights a trend toward footprint reduction that aligns with broader themes in IT strategy: cost discipline, modernization, and architectural flexibility. For practitioners, the key is to develop clear criteria for when to keep VMware intact and when to pursue alternatives, backed by careful planning, risk management, and a robust migration playbook. For vendors, the implication is to align offerings with customer roadmaps that emphasize interoperability, incentive-compatible licensing, and tools that simplify transitions rather than impede them.

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Perspectives and Impact¶

The ongoing reduction of VMware footprints carries implications for multiple stakeholders within and outside IT departments. For CIOs and CTOs, the trend reinforces the need for strategic roadmapping that balances legacy stability with modernization goals. The decision to maintain VMware for critical workloads while diversifying for others requires a governance framework that clearly articulates criteria for workload placement, expected ROI, and exit strategies if migration risks materialize.

From a procurement perspective, the findings underscore a shift in how organizations evaluate licensing and total cost of ownership. Traditional VMware-centric procurement models may give way to more nuanced approaches that consider multi-cloud compatibility, open standards, and the total lifecycle cost of each workload. Negotiation leverage may also shift as organizations demonstrate greater readiness to adopt competing platforms and to consolidate licensing across environments.

For IT operations, footprint reduction introduces new responsibilities. Teams must monitor performance across heterogeneous environments, manage cross-platform security policies, and ensure consistent observability. Operational complexity can increase if governance and automation are not scaled correspondingly. Conversely, the move toward modern runtimes and cloud-native architectures can yield benefits in agility, faster deployment cycles, and improved resource utilization when implemented with disciplined engineering practices.

Security implications also feature prominently in these transitions. As workloads migrate beyond the VMware stack, security architectures must adapt to protect data across different environments. This often entails standardized identity and access management, consistent encryption strategies, unified policy enforcement, and comprehensive visibility into cross-environment threats. Organizations that fail to align security posture with their evolving architecture risk gaps that could be exploited by attackers.

The broader ecosystem — including cloud providers, independent software vendors, and service providers — also feels the ripple effects. A shift toward multi-cloud and mixed environments can drive demand for interoperability tools, modernization services, and migration accelerators. Cloud management platforms, automation frameworks, and container orchestration solutions gain prominence as enterprises look for cohesive ways to control and optimize dispersed workloads. Vendors that respond with flexible licensing, robust tooling, and clear migration pathways can position themselves favorably in a market that rewards adaptability and outcomes-based value.

Furthermore, industry-specific considerations shape how footprint reduction is approached. Regulated sectors such as healthcare, finance, and government may require more conservative pacing, rigorous validation, and stringent data governance measures. In these areas, the cost-benefit calculus of removing VMware must account for regulatory obligations, data residency requirements, and proven security controls. On the other hand, sectors with more aggressive digital transformation ambitions may proceed more rapidly, taking advantage of modernized architectures to accelerate time-to-value.

Looking ahead, the trajectory of VMware usage will likely be defined by ongoing experimentation and learning. Early adopters of new virtualization and cloud-native strategies will publish best practices that help others avoid common pitfalls. Case studies illustrating successful migrations, performance trade-offs, and cost savings will serve as useful references for organizations contemplating similar journeys. The balance between stability and innovation will shape governance frameworks, with decision-makers seeking to preserve core business functions while embracing the flexibility that modern infrastructures offer.

Overall, the survey signals a maturing IT landscape where footprint optimization is a normal part of enterprise modernization. VMware remains a critical tool for many, but its role is increasingly contextual rather than pervasive. The future of virtualization appears to be one of pragmatic integration, where organizations leverage a mix of platforms and technologies to deliver reliable services, control costs, and remain adaptable in a fast-changing technological environment.

Key Takeaways¶

Main Points:
– A majority of VMware users are actively reducing their VMware footprint.
– VMware remains essential for certain workloads, but diversification is common.
– Cost control, workload modernization, and vendor flexibility drive changes.

Areas of Concern:
– Potential operational complexity from multi-platform management.
– Risk to service levels during migrations and refactors.
– Licensing and support implications in a mixed-environment strategy.

Summary and Recommendations¶

The CloudBolt-supported findings reflect a pragmatic trend in enterprise IT: reduce VMware footprint where feasible, while preserving VMware’s strengths for workloads that benefit most from its capabilities. Rather than a wholesale retreat from VMware, organizations are embracing a measured, strategic approach that weighs cost, performance, and risk across a multi-platform landscape. This approach aligns with broader IT objectives—enhancing agility, controlling expenditure, and fostering architectural flexibility.

For organizations considering or continuing footprint reduction, a disciplined, phased plan is advisable. Start with a comprehensive inventory of workloads, then categorize them by migration suitability, data sensitivity, and regulatory requirements. Identify low-risk candidates for refactoring or re-platforming to containers or cloud-native environments, while maintaining critical, high-value workloads on VMware as needed. Establish clear success metrics, such as total cost of ownership reductions, performance parity, and operational stability, to guide decisions and measure progress.

Invest in tooling and skills that support multi-platform administration, including orchestration, observability, and security across heterogeneous environments. Build governance policies that define workload placement criteria, licensing strategies, and exit plans for migrations. Finally, maintain open lines of communication with stakeholders across procurement, security, compliance, and business units to ensure alignment with organizational goals and technology roadmaps.

The evolving VMware ecosystem will continue to adapt to this trend. Vendors that offer transparent licensing, strong interoperability, and migration-friendly tooling are likely to gain favorable consideration as organizations navigate their modernization paths. As the industry gains more experience, additional best practices, benchmarks, and reference architectures will emerge to help organizations maximize value while minimizing disruption.

In sum, the trend toward reducing the VMware footprint is a sign of a broader, mature approach to enterprise IT: optimizing for cost, flexibility, and resilience through thoughtful, measured transitions rather than sweeping shifts. For many enterprises, this balanced strategy will be the key to sustaining performance and accelerating innovation in a multi-cloud world.

References¶

• Original: https://arstechnica.com/information-technology/2026/02/most-vmware-users-still-actively-reducing-their-vmware-footprint-survey-finds/
• Additional:
• CloudBolt survey methodology and executive summary
• VMware ecosystem licensing and multi-cloud compatibility guides
• Industry analyses on multi-cloud strategy and modernization best practices

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