Sep 24, 2022
5 min read

How Containers Help with Cloud Migration

Cloud computing has become a need for businesses to manage their data and increase their overall efficiency. A report shows that the global cloud computing market will be worth USD 947.3 billion by 2026, with a CAGR of 16.3%.

Organizations are shifting their frameworks to cloud computing through cloud migration. As a result, experts predict that there will be 100 zettabytes of data on the cloud by 2025.

One of the vital elements in cloud migration is “Containers.” If the organization successfully uses container technology, it can benefit significantly.

What are containers in Cloud Computing?

Cloud computing containers assist with software deployment with various dependencies and codes. 

A software development approach takes into account a software’s dependencies, configuration files, libraries, and other details in a container. With the help of containers, developers and experts can run the software with all the necessary elements in any environment. Using the containers is also called “Containerization.” it allows to share memory, storage, network, and CPU. 

Unlike machine virtualization and servers, containers do not contain images. This property makes them lightweight and portable. Containers can carry adequate files to run a large application to a microservice.

What are the advantages of using Containers for Cloud Migration?

Containers are a priority for developers and businesses because of their ability to save time and cost. They make migration seamless and enable organizations to shift their old framework to the cloud without interrupting the code. Furthermore, containers can provide the following benefits:

  • Fast Performance

Compared to virtual machines, containers do not have an operating system which makes them less complex. They are fast to operate and have a quick start. Moreover, containers are free from dependency on cloud service providers. Containers give independent space to every element of the application to run seamlessly.

  • Portability

Portability remains one of the primary factors for a container’s popularity. The container system needs a supporting operating system to run. Fortunately, it supports most operating systems, including macOS, Windows, and Linux.

Developers can run the containers almost anywhere; they can even run them on virtual machines and local servers. Due to their compact size, developers can move the containers through the public cloud, on-premise machines, and other platforms.

  • Increase the Productivity of Developers

Containers allow them to develop runtime environments consisting of all dependencies required by the application component. Moreover, developers have the relaxation of independently running application components isolated from other applications. 

These features allow developers to run the program anytime and anywhere. Debugging also becomes less time-intensive, and it’s easier to fix errors on environmental shifts. This enables developers to allocate time and resources to innovation. 

  • Scalability

Container technology is scalable. You can create new containers if your organization needs them for additional applications. Developers can keep track of the container numbers and create new ones according to the growing needs. This way, organizations can keep track of the scalability. 

  • Increase Efficiency

Containers increase the efficiency of developers and the cloud migration process. Developers can instantly provision extra containers with no or less modification in case of excess demand for an application. The applications are independent of the environment in containers.


How to do Cloud Migration with Containers?

By following the below steps, you can use containers to migrate data to the cloud

  • Craft a Strategy

You must create an ideal migration strategy to ensure a smooth path to migration. The team should clearly understand the migration journey so that the necessary components are in the container for the developers. Your strategy also includes understanding the dependencies of your application. 

  • Assess your Data Storage

If a container stops or crashes, there is a possibility that the data will be gone forever. However, the data should be easily accessible to the application. Before migrating the data, it will be best to store the data outside of the container.

  • Migrate the Data to Containers

Manual methods of migrating data can create difficulties for IT teams. With the help of containers, teams can quickly automate data transfer data, making it possible for even the smallest IT teams to ensure efficiency and security. Moreover, developers do not have to recreate or rewrite the applications; they can automate the data extraction process from virtual machines and servers and run on containers. 

In Conclusion

Cloud migration is often challenging for organizations. The complex terminologies and practices for container storage can be trouble for organizations. However, professionals like Definity First, with expertise in cloud-based systems and platforms, can make your cloud migration journey with containers seamless. Visit our website today and contact us for a quote.