Cloud-Native App Dev: Changing the Way Devs Deploy Apps

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Cloud-Native App Dev: Changing the Way Devs Deploy Apps

The cloud constantly changes how businesses operate but also plays a massive role in developers building and deploying applications. Cloud-native application development is one of the hottest trends right now, and it is revolutionizing how companies, large and small, approach building applications.

If you're a developer, you must understand the ins and outs of cloud-native application development. By understanding what cloud-native application development means for developers, you can better decide which applications you should build in the cloud and which ones could still benefit from traditional hosted solutions.

What Is Cloud-Native App Development?

Cloud-native app development transforms how developers build and deploy applications in the cloud. It enables teams to be faster, more agile, and more efficient by taking advantage of cloud services and tools to develop apps that scale with minimal effort rapidly. In other words, it allows developers to harness the power of the cloud to create great user experiences with minimal overhead costs.

Developers can create applications faster thanks to cloud-native features such as automatic scalability, serverless computing, automated testing, and better-distributed application management. As a result, teams can quickly develop stable, secure, easy-to-maintain applications. Cloud-native development also offers powerful tools for containerising applications; these containers offer isolated environments that ensure an application runs reliably and securely across multiple domains.

Advantages of Cloud-Native Applications

Cloud-native applications are revolutionising how developers build and deploy applications in the cloud. They offer a range of benefits that traditional deployments lack, helping you make better, faster, and more reliable apps.

Here are some of the main advantages that cloud-native applications bring:

  • Flexible Deployment - Cloud-native applications allow quick and easy deployment to multiple platforms simultaneously, enabling developers to deploy their apps across multiple cloud providers with little effort.
  • Continuous Delivery & Integration - With cloud-native approaches, developers can benefit from an automated continuous integration system that will detect changes in the codebase and test them before they're deployed. This makes it easier to find errors and quickly deploy updates whenever needed.
  • Improved Performance & Scalability - Cloud-native development makes it easier for developers to scale up or down their applications as needed, improving performance and responsiveness on demand. Plus, cloud-native technologies enable developers to take advantage of autoscaling capabilities for maximum efficiency without manual intervention.
  • Reduced Costs - By taking advantage of cloud computing resources and reducing infrastructure costs, businesses can significantly reduce their costs associated with developing apps in the cloud. Plus, they no longer need to worry about hardware or software maintenance as this is all handled by the cloud provider.

Challenges With Cloud-Native Development

You'll need to be aware of some challenges when moving to cloud-native development.

Increased Complexity

One of the biggest challenges with cloud-native development is that it involves much more complex than traditional application development. As a result, you deal with a much bigger stack, including containers, microservices, serverless computing, and the cloud provider's infrastructure and platform.

Challenges Around Security

Creating secure applications can be particularly difficult when doing cloud-native development. That's because security tools and processes that work for traditional applications are not necessarily applicable to cloud-native apps. You'll need to factor in authentication, authorisation, and encryption strategies at various levels to ensure your app is secure.


Another challenge with cloud-native application development is compatibility issues between code, software infrastructure, and environment configurations. Before coding, they understand how different components work together and how they will fit your existing architecture.

Principles of Cloud-Native Architecture

Infrastructure Abstraction

The first principle is infrastructure abstraction. This entails abstracting the underlying infrastructure layer so developers can concentrate on their code. This abstraction allows developers to develop applications without worrying about the different technical layers involved in operating them.

Automation & Orchestration

The second principle of cloud-native architecture is automation and orchestration. This means that tasks such as deployments are performed automatically, without manual intervention from developers or DevOps teams. As a result, automation reduces deployment time and helps ensure that deployments are consistent and repeatable across various environments.

Resilience & Fault Tolerance

The third principle is resilience & fault tolerance. This involves designing applications that can automatically detect and handle any failure or unexpected input from users, thus ensuring a consistent user experience regardless of any external factors that may come into play. This means making sure applications are fault tolerant—they can handle any errors that arise—as well as resilient—they can recover quickly from unforeseen incidents or outages.

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Best Practices for Developing and Deploying Cloud-Native Apps

Developers looking to build cloud-native applications must keep a few best practices in mind. Here are some key ones:

Build for scalability

Cloud-native applications must be built with scalability, as many users could use them. Therefore, focus on breaking down components into discrete pieces and leveraging services that can scale as needed instead of building monolithic applications.

Leverage Continuous Integration/Delivery (CI/CD)

CI/CD helps increase the speed and frequency of deployments; more frequent deployments mean more iterations and faster time to market. Tools like Jenkins, TeamCity, Travis CI, or Azure DevOps are great.

Implement automation

Automation helps reduce the time needed for manual tasks by eliminating repetitive manual steps, meaning developers can focus on coding instead. Puppet, Chef, or Ansible can help developers achieve this goal.


With cloud-native application development, developers can build robust, reliable applications faster. The new processes and architectures enable developers to focus on the quality of their work rather than worrying about infrastructure configuration. Cloud-native techniques have the potential to revolutionise the way organizations develop applications and move toward the cloud, making development teams more agile and productive. 

Organizations must adopt cloud-native best practices and capitalize on the opportunities cloud-native technologies offer. In doing so, organizations can ensure their applications are up to date and up to the challenge of the new digital age.

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