Cloud migration includes many complex steps and requires strategic vision, technical cloud expertise and both the existing infrastructure and the target state environment. This article investigates some of the proven migration techniques that can be a guide for any cloud transition journey.
I. 6 R’s cloud migration approach
The framework of “6 R” is an approach for cloud migration and provides a great basis for organizations that want to take on this journey:
- Rehaost (Remove and shift)
- Replatform (elevator, mechanic and gear)
- Reimbursement (Drop and Shopping)
- Refactor/Re -Architect
- Retire
- To continue
Among these approaches, replacement includes the most technical complexity, so we will discover more here and try to open the complexity.
Ii. Technical application of transformation
Backup not only carries resources to the target environment, but also includes optimizations in the transition process. A common example that needs to be considered here is to carry an in -house database to a sample of a managed cloud database. With the flow data integration, the following application approach and data capture technology minimizes disruptions and risks.
The above approach shows the effective handling of the complex process of database migration, while at the same time considering some of the non -functional aspects.
MEMORY TO PREVENT MEMORY EXPERIENCE
• Error processing and registering for diary
• Data Verification
III. Container to ensure cloud passage
Containerization simplifies cloud transitions by providing consistency between environments. Converting monolithic applications into inclusive services may serve as a great starting task in the process of completing the full cloud domestic reorganization process. The following flow chart depicts the detailed steps to be followed in the container.
IV. Bulut-Located Architecture Reorganization
Although reorganization is the most complex migration strategy, it offers the largest long -term benefit and YG for companies. Rearrangement is also an opportunity for teams to adopt a cloud indigenous architecture and devote monolithic practices into micro -services.
V. Data Transition Approaches
Data transition usually contains a large amount of data and is one of the most difficult parts in the cloud passage. It is very important to design an optimal approach based on basic parameters such as data volume, RTO, RPO and rules. Below is the guidance of some of the standard approaches used in large -scale data transitions and the most suitable places.
VI. Performance Monitoring and Optimization
The follow -up of the cloud environment and procedures after migration is very important not only for errors, but also to address performance problems and to scale the infrastructure as necessary. This requires a consistent approach that connects the application layer, daily infrastructure and analysis platform, as shown below.
Vii. Solution
Successful cloud migration requires the correct mixture of strategic vision and technical expertise. The migration techniques depicted in this article provide a basis for addressing complex migration difficulties. However, in a detailed understanding of special requirements and careful selection of migration strategies, it is very important to minimize risks while maximizing the benefits of the adoption of the cloud.
When planning a cloud passage, it is recommended that you prioritize these critical success factors:
- Comprehensive assessment of existing applications and infrastructure views
- Selection of appropriate migration strategies for each type of workload
- Application of a solid test process
- Continuous monitoring and optimization after migration
Cloud technologies will continue to develop as always, so using a regular evaluation of your architecture and the new cloud native language features will help to optimize your cloud infrastructure for both performance and cost.
