Business

7 Reasons Why the Application of Cloud Native Processes Can Help Business Development

The cloud has come to stay. However, it’s vital to examine the potential of cloud technology in your business before investing in it. You should be aware of the best cloud-native practices and have decent reasons for employing cloud-native in your business.

Investing in cloud-native development applications gives your company the edge over competitors. It is a new trend to enforce in your business. Gartner had estimated that over 50% of businesses would move to all-cloud infrastructure in 2021. Today, many, if not over 50% of companies leverage the cloud to lead the competition in various industries.

Considering why investing in cloud-native is not a gamble, below are the reasons why the application of cloud-native processes can help business development:

Containerised Large-Scale Development

With the native cloud, you can containerise large-scale development. As a best practice, you must manage a large number of containers when deploying production apps. Container orchestration allows you to manage containers efficiently on supported platforms.

Kubernetes, for example, is a popular open-source platform for clusters of container management. There are many alternatives, indicating that native cloud development offers arrays of options.

Most container orchestration platforms offer reliable functionalities that aid complete container lifecycle management. Some notable features are networking, access control, auto-scaling, failover and healing, storage management, etc.

Cloud-Native Enhances Deployment Speed

Taking a cloud-native business approach enables customers to access new releases faster, such that it enhances customer experience. Since cloud-native is all about flexibility and efficiency, your business growth is directly stimulated. Besides, resources can be scaled to manage user demand and reach multiple users faster.

The cloud platform also enhances your organisation’s responsiveness, plus bringing about timely app updates. This practice aids self-service and continuous integration, effective with customers more likely to buy and use the application, and, perhaps, inform others about it.

Route App Requests to Relevant Microservices

You’d be having a load balancer by investing in cloud-native development. Meanwhile, a load balancer is a reverse proxy mechanism. In a microservices architecture, a load balancer routes app requests to relevant microservices. It typically tries to balance instances.

For instance, a balancer would incite a scaling event if the current capacity can’t meet incoming requests.

Design Apps Made Up of Processes

Application of cloud-native processes employs process thinking to help business development. So, the IT manager can design processes apps, and each process is a stateless app.

When addressing requests, you want to use the file system or memory for processing similar requests. Session information can also be saved on external databases, but your IT manager must not depend on local persistent disk or locally data stored

Do Away with Security Fears

With cloud-native, security fears diminish. Modern security models, including DevSecOps, are merging, enabling companies to integrate security in every life cycle of the development stage. This practice is fundamental to cloud-native environments considering that infrastructures are dynamic, have faster release cycles and have a large number of components.

Modern tech solutions are equally evolving to aid convenient large-scale security management for cloud-native development.

Let the Cloud Provider Manage Infrastructure

With a serverless computing approach, you can get rid of the underlying app server infrastructure. Your cloud services provider handles the infrastructure while you manage the remaining responsibilities.

Note that serverless models arrive with automation capabilities allowing IT managers to trigger events with functions.

Enable and Experience Automatic Scaling

Native cloud apps support auto-scale to address continuous organisational demands. Through auto-scaling, you can manage business demands and capacity using config files.

Autoscaling is built-in functionality in most cloud-native tools, including Kubernetes. When your IT activates auto-scaling, the system provisions required resources automatically, managing the app following the actual loads and predefined requirements.

Is it the Right Time to Invest in Cloud Native?

The cloud-native architecture leverages the scalable, flexible, and distributed structure of the public cloud to increase business objectives on writing code, creating business value and ensuring excellent customer experience.

By migrating to the cloud, your business abstracts off multiple infrastructure layers, including operating systems, servers, networks, and more, enabling functionalities definable in code. A developer would merely be concerned about orchestrating the required infrastructure and app code.

Final Thoughts

Cloud-native apps comprise multiple small elements. In this regard, to ensure smooth, seamless, and secure app operations, monitoring measures must be employed. A typical requirement includes performing health checks to detect failures for the system to fix failed components automatically.

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