Architectural Considerations for Creating Cloud Native Applications

Architectural Considerations for Creating Cloud Native Applications

Cloud native software development utilizes a cloud operating model to build and run scalable applications in a modern distributed environment. Most of the cloud native technologies used to design and create applications are constantly evolving.

Cloud native software development utilizes a cloud operating model to build and run scalable applications in a modern distributed environment. Most of the cloud native technologies used to design and create applications are constantly evolving. That’s why in this article, we’re going to focus on giving a bird’s eye view of the critical aspects to consider before creating cloud native applications.

Start with Modernizing the Application

Each application has its own resource requirements, intrinsic characteristics, and dependencies; therefore, all these peculiarities must be considered when optimizing the application for cloud native.

Designing a cloud native app from scratch is actually pretty straightforward; the problem is building a new app from scratch is rarely the case. We are still in a transition process where thousands of monolithic applications are being looked at for conversions to modern application platforms.

Regardless of which cloud migration strategy we adopt, one thing is certain; the application transformation process will be challenging. The application capabilities and its code have to be sliced into multiple logical units that give way to microservices architecture and its patterns.

Since this is an overwhelming and costly process up-front, the question you may be asking yourself is, is it worth the effort? In many cases, the answer is YES; the value derived from creating cloud native applications far outweighs the investment in time and money. Some factors:

  • The use of cloud native applications ensures scalability that is impossible or too costly to achieve using conventional architectures.
  • Applications designed using DevOps or Agile principles allow for a much faster release cycle.
  • Cloud native applications are flexible by nature, which opens the door to adopting new and revolutionary technologies such as machine learning, artificial intelligence, serverless computing, and more.
  • The end-users can experience significant benefits by offering faster, more stable, and much more reliable applications.

cloud native cloud applications

What is Geek Coin

What is GeekCash, Geek Token

Best Visual Studio Code Themes of 2021

Bootstrap 5 Tutorial - Bootstrap 5 Crash Course for Beginners

Nest.JS Tutorial for Beginners

Hello Vue 3: A First Look at Vue 3 and the Composition API

How native is React Native? | React Native vs Native App Development

Article covers: How native is react native?, React Native vs (Ionic, Cordova), Similarities and difference between React Native and Native App Development.

Multi-cloud Spending: 8 Tips To Lower Cost

Mismanagement of multi-cloud expense costs an arm and leg to business and its management has become a major pain point. Here we break down some crucial tips to take some of the management challenges off your plate and help you optimize your cloud spend.

Becoming Cloud Native

Becoming Cloud Native. Dive into this comprehensive guide to becoming cloud native: the principle definition, why to adopt the concept, architecture, benefits and more.

Cloud-Native Application Bundles: Containerisation with Cloud-Native Applications

The Cloud Native Application Bundles, or CNAB, is designed to combat the complex nature of containerisation. Discover more here.

Start With CI/CD Using the Cloud Native Toolkit From the IBM Garage

Start With CI/CD Using the Cloud Native Toolkit From the IBM Garage. Today’s blog post is about the awesome IBM Garage Cloud Native Toolkit to support continuous integration and continuous delivery (CICD) in today's agile world.