Calculate comprehensive cloud migration costs including assessment, labor, data transfer, tooling, training, and downtime. Plan your migration budget with confidence.
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Migrating to the cloud is a strategic investment that requires careful financial planning. Our Cloud Migration Cost Calculator helps IT leaders, architects, and finance teams estimate comprehensive migration costs including assessment, execution, training, and potential downtime to build accurate project budgets.
Cloud migration costs extend far beyond simple data transfer fees. A comprehensive migration budget includes discovery and assessment phases, migration labor (internal team or consultants), tooling and licensing, employee training, and potential business downtime. The migration strategy you choose—whether lift-and-shift, replatforming, or full refactoring—significantly impacts both timeline and total investment.
Migration Cost Components
Total = Assessment + Labor + Data Transfer + Tooling + Training + Downtime + ContingencyAvoid budget overruns by accounting for all migration components including often-overlooked costs like training and downtime.
Present stakeholders with comprehensive migration costs to justify cloud transformation investments.
Evaluate cost differences between lift-and-shift, replatforming, and full refactoring approaches.
Include contingency buffers and understand potential cost drivers for proactive risk management.
Plan team sizing and vendor engagement based on realistic labor cost projections.
Understand how migration duration affects total project costs and resource requirements.
Planning complete data center decommissioning with migration of all workloads to public cloud.
Refactoring legacy applications to cloud-native architectures for improved scalability.
Establishing cloud-based DR capabilities with replicated infrastructure and data.
Moving select workloads to cloud while maintaining on-premises systems for specific requirements.
Rehost (lift-and-shift) moves applications as-is with minimal changes—fastest but limited optimization. Replatform makes minor adjustments for cloud compatibility. Refactor involves redesigning applications for cloud-native architecture—highest cost but maximum long-term benefits. Hybrid combines approaches based on application needs.