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Top 7 containerization trends you need to know to build better software


 Would you wish to increase productivity while prompting the new release of your product on the market?

Containers are here to help you! 

Containers are perfect for seamless development since they offer mobility between various platforms and clouds, as well as efficiency and better resource use.

Container orchestration has played a role in improving software delivery in DevOps. 

Containerization helps us remain ahead of the curve by meeting changing industry norms and requirements.

In the current industry, technological advancement is unrelenting, and containerization offers a variety of options to assist your clients with advantages including efficiency, portability, speed, scalability, and improved security.


Billions of dollars being spent on infrastructure, software, and other resources that aren't being m used.

Containerization assists in minimizing these losses.


A container holds a specific application along with only the associated binaries or libraries.


Additionally, containers eliminate the requirement for servers by enabling numerous containers to run at once.

According to Gartner estimates, 70% of enterprises will have more than three containerized apps running in production by 2023.


1. Stateful applications and persistence

Enterprises are implementing Kubernetes and containers to improve agility and stability.

Enterprises are attempting to take advantage of Kubernetes' ability to provide stateful applications with persistent storage when deploying applications on the platform.

Using containers to compile and build microservice apps sped up the development of these services, since developers could quickly push code updates.

Developers may deploy their applications to many settings with Kubernetes without having to worry about infrastructure or compatibility issues.

The advantages listed below are those that cross-functional teams can take advantage of with Kubernetes:

  • Portability
Applications may be deployed across a variety of contexts utilizing containers without having to worry about infrastructure or platforms. Additionally, they provide a standard set of APIs for both on-premises and cloud contexts.

  • Automation
With its self-healing features and API-driven interfaces, this platform scales quickly, produces reproducible results, and integrates effortlessly with Blue-green deployments.


  • Resilient
When containerization is implemented, applications can be resumed on a different node for the purpose of troubleshooting.





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