Lift-and-Shift

Cloud Migration Strategies: Lift and Shift vs Replatform Cloud migration is a strategic move for many teams. Two common paths appear in plans: lift and shift, and replatform. Both move workloads to the cloud, but they do it in different ways and with different results. Clear goals help you choose. Lift and Shift This approach copies your current setup to the cloud with minimal changes. You move applications and data to virtual machines or simple hosting services as they are. Pros: fast start, lower upfront design work, predictable timelines. Cons: you may miss cloud-native benefits, and ongoing costs can stay high if you don’t optimize storage and scaling. It works well for applications that are hard to rewrite or when speed matters most. ...

Cloud Migration Strategies: Lift-and-Shift vs Refactor Cloud migration is a business decision as much as a technical one. You want speed, predictable cost, and reliable operations. Two common paths are lift-and-shift and refactor. Lift-and-shift moves an application to the cloud with minimal changes; refactor rewrites parts to use cloud-native services and patterns. Both approaches have value, depending on the app and the business goals. Lift-and-shift can be fast and practical. You clone servers or containers, move data, and verify that the app works in the new environment. The architecture often stays the same, with similar networks and dependencies. The upside is speed and lower upfront risk. The downside is potential higher ongoing costs and fewer opportunities to reduce latency or improve resilience. ...

Cloud Migration Strategies: Lift-and-Shift vs Re-Architect Moving apps to the cloud can save costs, boost resilience, and simplify updates. Two common paths appear often: lift-and-shift, which moves apps with little change, and re-architect, which redesigns parts to fit cloud services. The best choice depends on goals, time, and skills. Lift-and-Shift Lift-and-Shift (rehosting) moves software to the cloud with minimal changes. It is fast and introduces less risk, making it attractive when time is short or the on‑prem system is complex to model. ...