VMware migration strategies for MSPs and cloud providers in 2026

VMware migration has become a strategic priority for many managed service providers (MSPs), cloud service providers (CSPs) and hosters.

After years of relying on VMware as the foundation for virtualization and hosting services, many providers are reassessing their infrastructure strategy. Licensing changes, cost pressure, uncertainty around partner programs and customer demand for more predictable infrastructure services are pushing providers to evaluate their options.

For MSPs and cloud providers, VMware migration is not simply a technical project. It affects customer workloads, service availability, pricing, margins and long-term infrastructure strategy.

The right migration approach should minimize disruption while giving the provider a stronger platform for future growth.

This article explores practical VMware migration strategies for MSPs and cloud providers in 2026, including how to assess workloads, reduce migration risk, protect customer continuity and choose the right destination platform.

VMware has long been a dominant platform for virtualized infrastructure. Many MSPs, CSPs and hosters built their services around VMware-based environments.

However, recent market changes have made providers rethink that dependency.

Common drivers include:

• Increased licensing costs
• Subscription-based licensing changes
• Uncertainty following the Broadcom acquisition
• Reduced pricing flexibility
• Pressure on service margins
• Customer demand for lower-cost infrastructure alternatives

For providers, these changes are especially important because infrastructure margins are often already under pressure.

If the underlying platform becomes more expensive, providers must either raise customer prices or accept lower profitability.

For a deeper look at the licensing context behind this shift, read VMware licensing changes in 2026. Providers facing cost pressure can also turn VMware cost increases into a cloud business opportunity by using migration as a foundation for new cloud services.

A VMware migration for a service provider is more complex than a typical enterprise migration.

An enterprise usually migrates its own workloads. A service provider may be responsible for workloads across many customers, tenants, contracts, service-level agreements (SLAs) and compliance requirements.

That means the migration strategy must account for:

• Customer isolation
• Tenant-level migration planning
• Service availability
• Backup and rollback
• Network dependencies
• Customer communication
• Billing and service packaging
• Support processes

The main goal is not only to move workloads. The goal is to preserve customer trust while improving the provider’s infrastructure economics.

Before planning any migration, providers need a clear inventory of the existing VMware environment.

This assessment should include:

• Number of hosts
• Number of virtual machines (VMs)
• CPU and memory utilization
• Storage usage
• Network dependencies
• Customer tenancy structure
• Backup and recovery requirements
• Operating systems and application dependencies
• SLA commitments
• Compliance requirements

Providers should also identify which workloads are business-critical and which can tolerate longer maintenance windows. This helps determine the right migration sequence.

Not every workload should be migrated the same way. Service providers should group workloads based on complexity and business risk.

These may include test systems, internal tools or noncritical customer workloads. They are good candidates for early migration waves because they help validate the process with lower risk.

These are stable applications with known dependencies and moderate uptime requirements. They often make up the bulk of the migration plan.

These include business-critical systems, databases, regulated workloads and applications with complex networking requirements. They should be migrated later, after the provider has validated tools, processes and rollback plans.

Some workloads may need modernization before migration. In these cases, the provider should evaluate whether to migrate, rebuild, replatform or retire the workload.

There is no single VMware migration method that works for every workload.

Providers should select the migration path based on operational criteria such as workload criticality, downtime tolerance, migration scale, network complexity, backup availability, rollback requirements, application dependencies, compliance obligations and the level of testing required before cutover.

Bulk migration is useful when many workloads can be moved together within a defined maintenance window.

This approach can accelerate migration when workloads have similar requirements, limited application dependencies and clear customer approval for the cutover window.

It is best suited for low-risk or standardized workloads where the provider has already validated the target environment, migration process, network configuration and rollback plan.

For critical workloads, a controlled workload-by-workload approach may be safer. This allows the provider to validate each migration before proceeding to the next system.

This approach is best suited for business-critical applications, databases, regulated workloads or customer environments with complex dependencies, stricter SLAs or limited tolerance for disruption.

Backup-based migration can be useful when VM backups are already available and can be restored or converted into the target environment.

This approach can support staged testing, pilot migrations, rollback planning and selective workload moves.

It is best suited when the provider needs to test the workload before final cutover, when direct migration connectivity is limited or when the migration plan depends on validated recovery points.

Some workloads should not be migrated as-is. Legacy or unsupported workloads may need to be rebuilt, modernized, consolidated or retired before the provider moves the customer to a new infrastructure platform.

This approach is best suited when the operating system is unsupported, the application architecture is outdated, the workload has unclear ownership or the cost of migrating the existing VM is higher than the value it provides.

For service providers, customer continuity is the most important part of migration.

A technically successful migration can still create business problems if customers experience unexpected downtime, unclear communication or post-migration performance issues.

Providers should prepare:

• Clear customer migration schedules
• Agreed maintenance windows
• Rollback plans
• Backup validation
• Performance baselines
• Support escalation paths
• Post-migration testing steps

Customer communication is especially important. Providers should explain why the migration is happening, what customers can expect and how the new environment will improve service delivery.

Networking is often one of the most complex parts of VMware migration.

Before moving workloads, providers should map:

• Virtual networks
• VLANs
• Firewall rules
• Public IPs
• VPN connections
• DNS dependencies
• Load balancers
• Customer-specific routing

Security policies must also be reviewed. The provider should ensure that workloads remain protected during and after migration. This includes backup, anti-malware protection, access control, monitoring and disaster recovery planning.

A successful migration depends heavily on the destination platform.

For MSPs and cloud providers, the destination platform should support service-provider operations, not just virtualization.

Important requirements include:

• Multitenancy
• Customer isolation
• Predictable licensing
• Integrated backup and security
• Scalable storage
• Virtual networking
• Self-service or provider-managed provisioning
• API-driven automation
• Billing and professional services automation (PSA) integration
• Migration tooling

The platform should also support the provider’s business model. MSPs that do not own infrastructure may prefer a hosted cloud model. CSPs and hosters with existing data centers may prefer to operate the platform locally.

Providers comparing destination platforms should also evaluate VMware alternatives for service providers to understand which capabilities matter most in a replacement platform.

A phased migration reduces risk and gives providers more control.

A typical migration sequence may look like this:

1. Assessment and discovery
2. Pilot migration
3. Noncritical workload migration
4. Standard workload migration
5. Critical workload migration
6. Customer validation
7. VMware decommissioning or reduction
8. Service optimization

A phased approach allows providers to learn from each wave and improve the process before migrating higher-risk workloads.

VMware migration should not be treated only as an infrastructure replacement project.

For service providers, it can become the foundation for a new cloud service offering.

Providers can package the new environment with:

• Managed virtual machines
• Backup
• Disaster recovery
• Security monitoring
• Compliance-friendly hosting
• Local or sovereign cloud options
• Predictable monthly pricing

This turns VMware migration into a revenue opportunity rather than just a cost-reduction project.

Instead of simply moving customers away from one platform, providers can use the migration to introduce a more complete infrastructure service that includes protection, monitoring, support and predictable commercial packaging.

Acronis Cyber Frame is designed to help service providers modernize infrastructure while reducing dependency on proprietary virtualization platforms.

Cyber Frame provides a service-provider-ready platform for delivering cloud infrastructure services, including virtual machines, storage and networking. It is built with multitenancy, integrated cyber protection and flexible deployment options.

For a product-level view of Cyber Frame VMware migration paths, Cyber Frame supports three migration methods:

• Native migration tool: Direct migration from VMware vSphere through a guided wizard for bulk migration, fast cutover and IP preservation when direct connectivity is available.
• Convert to VM: Backup-based staged migration for cross-site moves, testing before cutover and risk-sensitive environments.
• Restore to VM: Backup-based individual migration for small environments, selective workload moves and pilot projects.

Acronis offers Professional Services for assisted migration, including planning, setup, testing, execution and post-migration validation.

This gives service providers flexibility based on their internal skills, customer requirements and migration complexity.

Cyber Frame Cloud and Cyber Frame Local support different deployment models for service providers.

Cyber Frame Cloud is hosted by Acronis and allows providers to offer cloud infrastructure without buying or operating hardware.

This model is well suited for MSPs that want to launch infrastructure services quickly with lower upfront investment.

Cyber Frame Local allows the provider to deploy the platform on its own infrastructure.

This model is better suited for CSPs, hosters, telcos and infrastructure-focused providers that want greater control, data locality and long-term margin potential.

Providers should choose the deployment model that best fits their infrastructure strategy, regulatory needs, commercial goals and operational expertise.

VMware migration in 2026 is both a technical challenge and a strategic opportunity for MSPs and cloud providers.

The providers that succeed will not simply move workloads from one platform to another. They will use migration as a chance to improve margins, simplify operations, reduce vendor dependency and build stronger cloud services for customers.

A successful VMware migration strategy should include careful assessment, workload segmentation, customer communication, phased execution and a destination platform built for service-provider operations.

Acronis Cyber Frame helps MSPs, CSPs and hosters approach VMware migration with flexible deployment options, integrated protection, multitenancy and migration support. For providers looking to build a profitable IaaS business, VMware migration can become the starting point for a stronger cloud services portfolio.

For providers reassessing VMware, now is the right time to plan a migration strategy that protects customers while creating a stronger foundation for future cloud services.

VMware migration is the process of moving workloads, virtual machines or infrastructure services from VMware-based environments to another platform.

Many providers are evaluating migration because of rising licensing costs, subscription changes, margin pressure and demand for more flexible infrastructure platforms.

The safest approach is usually phased migration. Providers should begin with assessment and pilot workloads before migrating production and critical customer environments.

Disruption can be minimized through careful planning, backup validation, maintenance windows, rollback planning, phased execution and post-migration testing. Some workloads may still require planned downtime depending on application dependencies and the selected migration method.

Providers should look for multitenancy, migration tooling, integrated backup and security, predictable licensing, virtual networking, scalable storage and support for customer isolation.

Acronis Cyber Frame supports VMware migration through three migration methods: Native migration tool, Convert to VM and Restore to VM. Acronis also offers Professional Services for assisted migration, including planning, setup, testing, execution and post-migration validation.