VMware Migration
Escape VMware licensing costs with expert migration to modern platforms
Since Broadcom's acquisition of VMware, organizations face dramatic licensing cost increases of 300% to 1,500%. The shift from perpetual to subscription-only licensing, elimination of mid-market products, and mandatory bundling have forced enterprises to re-evaluate their virtualization strategy.
We help organizations migrate from VMware vSphere to cost-effective alternatives while maintaining—or improving—operational capabilities.
Why migrate from VMware?#
Licensing cost explosion#
| Change | Impact |
|---|---|
| Perpetual licenses discontinued | Forced annual subscription commitments |
| Socket-based → core-based licensing | 4x more licenses for high-density servers |
| 16-core minimum per CPU | Significant cost increase for smaller deployments |
| VMware Essentials eliminated | Mid-market customers face enterprise pricing |
| Free ESXi removed | No-cost entry point eliminated |
| 160+ products → 2 bundles | Forced purchase of unneeded capabilities |
Strategic risks#
- Vendor lock-in: Proprietary formats and tools create migration barriers
- Unpredictable costs: Subscription model enables future price increases
- Reduced support: Broadcom focuses on Fortune 500, leaving mid-market underserved
- Limited flexibility: Bundled licensing forces all-or-nothing decisions
Migration targets#
We support migration to multiple platforms based on your requirements:
Proxmox VE#
Open-source enterprise virtualization with KVM and LXC. Ideal for organizations wanting VMware-equivalent capabilities at a fraction of the cost.
- Cost: ~$110/socket/year for enterprise support (vs. $3,500+ for VMware)
- Features: Live migration, HA clustering, Ceph integration, ZFS storage
- Best for: Direct VMware replacement with minimal re-architecture
Kubernetes / Cloud-Native#
Containerization and orchestration for modern application workloads. Ideal for organizations ready to modernize their application architecture.
- Platforms: EKS, AKS, GKE, OpenShift, or self-managed clusters
- Features: Auto-scaling, declarative deployments, GitOps workflows
- Best for: Workloads that benefit from containerization and cloud-native patterns
Nutanix AHV#
Hyperconverged infrastructure with integrated virtualization. Ideal for organizations wanting a fully integrated HCI solution.
- Features: Software-defined storage, simplified management, hybrid cloud
- Best for: Organizations requiring HCI with enterprise support
Microsoft Hyper-V#
Native Windows virtualization included with Windows Server licensing.
- Features: Integration with Windows ecosystem, System Center management
- Best for: Windows-centric environments with existing Microsoft licensing
What we deliver#
Phase 1: Assessment & Planning#
Environment audit
- Complete VMware inventory: VMs, storage, networking, dependencies
- Workload profiling: CPU, memory, I/O patterns, peak utilization
- Application dependency mapping
- Licensing cost analysis and ROI modeling
Migration strategy
- Platform recommendation based on workloads and requirements
- Risk assessment and mitigation planning
- Timeline and resource planning
- Rollback procedures for every stage
Deliverables
- Detailed migration plan document
- Platform architecture design
- Cost comparison analysis
- Risk register and mitigation strategies
Phase 2: Platform Preparation#
Infrastructure setup
- Target platform deployment (Proxmox, Kubernetes, etc.)
- Network architecture with VLAN segmentation
- Storage configuration (ZFS, Ceph, or cloud storage)
- High availability and clustering setup
Security configuration
- Firewall rules and network policies
- Access control and authentication
- Backup and disaster recovery setup
- Monitoring and alerting configuration
Phase 3: Migration Execution#
Pre-migration tasks
- Snapshot consolidation and cleanup
- USB passthrough and DirectPath I/O inventory
- Network traffic separation for migration
- Validation of target environment
Migration methods
| Method | Downtime | Best for |
|---|---|---|
| Cold migration (OVF export) | Minutes per VM | Non-critical workloads |
| Live migration (block-level) | Seconds | Production systems |
| Re-platforming | Zero | Applications requiring changes |
| Re-architecting | Zero | Modernization to containers |
Execution approach
- Wave-based migration starting with low-risk workloads
- Parallel validation in target environment
- DNS cutover with minimal downtime
- Immediate rollback capability at every stage
Phase 4: Validation & Optimization#
Post-migration validation
- Performance testing: CPU, memory, disk I/O, network
- Application functionality verification
- Database connectivity and data integrity
- Integration testing with dependent systems
Optimization
- Resource right-sizing based on actual usage
- Storage optimization (compression, deduplication)
- Network performance tuning
- Backup schedule configuration
Phase 5: Decommissioning & Support#
VMware decommissioning
- Parallel operation period for validation
- Staged shutdown of VMware infrastructure
- License termination coordination
- Hardware reallocation or retirement
Ongoing support
- 30-day hypercare support included
- Knowledge transfer and documentation
- Team training on new platform
- Optional managed services engagement
Migration tools#
We use proven tools for reliable migrations:
- qemu-img: VMDK to QCOW2/raw disk conversion
- ovftool: VMware OVF/OVA export
- Veeam: Enterprise backup and migration
- StarWind V2V Converter: Cross-platform disk conversion
- HCI Migration Advisor: Pre-migration audit and compatibility checks
- Custom automation: Python/Ansible scripts for bulk operations
Pre-migration checklist#
Before migration begins, we ensure:
- Snapshot chains consolidated and cleaned
- USB passthrough devices documented
- DirectPath I/O (SR-IOV) configurations identified
- Network architecture designed with traffic separation
- Storage capacity and performance validated
- Backup and rollback procedures tested
- Application owners informed and scheduled
- Change management approvals obtained
Timeline estimates#
| Environment size | Assessment | Migration | Total |
|---|---|---|---|
| Small (< 50 VMs) | 1-2 weeks | 2-4 weeks | 3-6 weeks |
| Medium (50-200 VMs) | 2-3 weeks | 4-8 weeks | 6-11 weeks |
| Large (200+ VMs) | 3-4 weeks | 8-16 weeks | 11-20 weeks |
Timelines vary based on application complexity, downtime windows, and dependencies.
Cost comparison#
| Component | VMware vSphere | Proxmox VE | Savings |
|---|---|---|---|
| Hypervisor (per socket/year) | $1,000-3,500 | $0-110 | 70-97% |
| vCenter/management | $3,500/year | Included | 100% |
| Support (per socket/year) | $200-700 | $85-110 | 50-85% |
| Backup (Veeam equivalent) | $400+/socket | Proxmox Backup Server: $0-85 | 80-100% |
| Total (10 hosts, 3 years) | $150,000-350,000 | $10,000-35,000 | 75-90% |
Getting started#
Ready to reduce VMware costs? We'll assess your environment and deliver a detailed migration plan with realistic timelines and ROI projections.
Request Migration Assessment →