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Cloud Native Computing allows your IT team to create and manage cloud services using a container architecture, assembling them into applications without worrying about the servers. In Cloud Native Computing, assistance from containers connecting services, microservices, immutable infrastructure, and declarative APIs demonstrates that the cloud native computing approach prioritizes flexibility and agility to develop.

Advantages of Cloud Native Technology

Cloud-native technologies enable teams to build and run scalable applications in unique and dynamic environments. Cloud-native technology is used to develop applications built with services packaged in containers, deployed as microservices, and managed on an elastic infrastructure through agile DevOps processes and continuous delivery workflows

Some of the advantages are:


Through microservices and Kubernetes, developers can build flexible applications and quickly isolate the impact of failures to prevent total crashes.


One of the main features of cloud-native technology is the ability to scale automatically. Future needs are anticipated and handled by default, and payments are made only for the resources used.

Faster releases

With DevOps, cloud-native technology enables teams to generate ideas, build, and deliver applications faster, resulting in satisfied users and successful organizations.

Reduced cost

Kubernetes is an open-source platform used by many cloud-native technologies to manage containers. Containers provide standardization of tools and infrastructure, ensuring effective use of resources and minimizing costs.

No vendor lock-in

Cloud technology enables hybrid and multi-cloud deployments. Enterprises can run applications on any platform, such as public or private clouds, without much modification. This way, companies don't have to choose one infrastructure and deal with legacy vendor problems.

Cloud-Native Technology is the Development of Cloud-Based Technology

Cloud-native applications are designed to run entirely from and in the cloud. This solution allows developers to quickly and easily update features. Cloud-based architectures are not built in the cloud but are migrated to the cloud and take advantage of cloud functions such as higher availability and scalability. Cloud native applications are considered an improvement in architecture because of their capabilities.

Here are the differences between cloud-native and cloud-based applications


Cloud-native applications are cheaper than cloud-based applications because you only have to pay for storage and licensing fees if you use cloud-native. While cloud-based applications require you to have a complete infrastructure etc.


Cloud-native applications run well on microservices architectures, thereby reducing application interruptions. Unlike cloud-based applications, you may experience frequent interruptions due to specialized software configuration and migration from traditional systems to cloud systems.

Ease of Use

Cloud-native applications are very, very flexible. You can build everything without any distractions. In contrast to cloud-based applications, which always experience downtime due to tight integration.


Cloud-native applications are faster to deploy because cloud-native applications do not require hardware or software.

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