The term “cloud native” was coined in 2015 by Amazon Web Services (AWS) to describe applications designed to run on a cloud infrastructure. Since then, it has become increasingly popular as a way to describe modern application development.
Cloud-Native applications are fast, flexible and responsive. They can start immediately on demand and scale up quickly without additional infrastructure. They are designed to be deployed on any infrastructure without knowledge of the underlying platform.
Why Have Cloud Native Applications Been Popular?
Cloud-Native applications have become popular because they enable developers to build flexible and easily managed software. They are also easy to test, which means that they can be deployed in a matter of weeks rather than months.
Cloud-Native apps use microservices as their foundation for building applications. Microservices are small services that can be independently developed, tested, deployed and managed without affecting other parts of an application. Microservices are ideal for developing cloud-native applications because they enable developers to build many small services, each implemented in record time and with the minimal overhead required by the system administrator or operations team.
Microservices also allow developers to reuse code between different components of an application, making it easier for them to build new features into their software without having to modify previous code bases or rewrite existing components entirely.
Why Should You Use Cloud Native Applications?
Cloud Native Applications are a new type of application that has emerged from the minds of developers who are trying to move away from traditional monolithic applications towards microservices and containers. These applications are built on a set of principles such as:
- Scalability – The ability to handle more load without breaking down. Cloud Native Apps are designed to scale quickly and seamlessly. This is achieved using modern technologies like Kubernetes, Docker, OpenTracing and many others.
- Modularity – The ability to run multiple instances of your application in different locations or even on different machines within a single server or container.
- Elasticity – The ability to change resources dynamically at runtimes like CPU, memory and storage requirements through self-healing systems like Kubernetes or Prometheus (for monitoring), which can detect errors before they cause any issues with your system’s stability or performance levels.
- Transparency – The ability to monitor what’s happening within your system so that you know when things go wrong without having to open up a console window or log into another machine just for troubleshooting purposes when something goes wrong during runtime without having any idea what caused it!
The purpose of Cloud Native Applications is to be more efficient, flexible, and agile than traditional monolithic applications. Cloud Native Applications are designed to take advantage of the benefits of cloud computing.
Conclusion:
As a result, Cloud Native Applications can handle more traffic and scale up automatically as needed without having to worry about storage issues like backups or software updates. In addition, because CloudCloud Native Apps Development Native Applications are built using modern tools such as NodeJS and Docker, they also allow developers to write code once and deploy it anywhere without making adjustments if they choose not to host their application on AWS or Azure Cloud servers.
Authored by:
Abhigna Arcot
Senior Content Writer
