Cloud Native Maturity Model

Cloud-native applications are designed to deliver business value like rapidly incorporating user feedback for continuous improvement. App development using this technology speeds up the process of building new applications, optimizing existing ones, and connecting them all. Cloud-native app development delivers apps that users want at the pace a business needs.

Cloud-native apps are taking over with a storm. The online storage resources enable easy access to company content and data to all the stakeholders. Their components are also available online and are compatible with a different application. Cloud apps have data, codes, and programming logic.

  • Shifting applications to cloud is not a binary decision.
  • Organizations access their applications and find themselves in one of the different stages of cloud native maturity model.
  • Companies progresses further toward cloud native environment in order to achieve scalability, fast deployments and fault tolerant.

Before we delve further into the details of cloud-native applications, let us look at various types of infrastructure for apps.

On-Premise Apps:

Applications that are sourced and housed internally or on off-site locations are called on-prem apps. However, the on-prem housed apps are prone to high risk involving virus infiltration, hard-drive crashes, corrupt operating systems, and various other catastrophes.

Besides being risk-prone, they incur a high cost too. Expense rises due to hardware, power backups, licenses, operators, vertical and horizontal scaling.

Cloud-Enabled Apps:

These apps are easy to work with as they operate on the lift and shift principle where the data is migrated to the cloud easily. The lift and shift process refers to moving various apps, data structures, content, databases, and services to the cloud from a non-cloud application.

Traits and benefits of cloud-enabled apps include

  • Density:

Applications could be built on the same set of hardware and do not require a new set at every app development

  • Cost-Effectiveness:

Cloud-enabled apps cost less than conventional data resources. Therefore, businesses could quickly reduce their capital by lowering the cost of hardware, tech & support, building, and maintenance

Cloud-Optimized Apps:

Cloud-optimized apps enable better and more access to cloud features to understand and fulfill organizational needs fully. Cloud optimization allows further cost reduction and an increase in performance efficiency.

Cloud-optimized apps are a hybrid between applications moved to the cloud and the applications built for the cloud.

Mentioned below are some of the features of cloud-optimized apps:

  • Uninterrupted Delivery:

It refers to deploying an efficient and streamlined workflow. The code repository enables continuous delivery making cloud-optimized apps seamless and effective in use.

  • Scaling:

Cloud-optimized apps allow scaling up and out of functions through which one can add ‘compute and memory’ and add the ‘server to handle the load,’ respectively.

  • Redundant access:

Virtual load balancers make room for redundant access to various applications.

Cloud-Native Apps:

It would not be wrong to establish that cloud-native apps are an end-goal for enterprises’ modern software development purposes.

Cloud-native apps encompass best practices that allow ease of accessibility, efficient working, and smooth delivery.

These are compatible with a range of devices and platforms. Some of the characteristics of cloud-native apps include,

  • Microservices:

They perform services for individual tasks by coupling with underlying applications. They can also repair and update the apps quite easily. Deployment and maintenance of these applications are more comfortable than traditional applications.

  • Containerization:

Multiple apps could exist under one virtual machine in cloud-native apps. Some of the added benefits of native apps include inbuilt libraries, configuration files, and binaries.

  • Orchestration:

Native apps could easily undergo orchestration through which they can manually configure applications. Orchestration leads to efficiently automating DevOps.

  • Tolerance for Glitches and Faults:

For cloud-native apps, the associated risk of single-point failure is less since the apps can automatically relocate to different locations, systems, and memory resources. In case a failure occurs, cloud providers can hot swap out startup disks. Thus, the need for IT staff is less, which increases business continuity.

Every organization needs to understand the cloud pillars to understand what works best for your business. Therefore, depending on your business needs and what the cloud apps offer, make an informed decision.

When companies consider the development of new applications, it’s critical to not only understand the cloud maturity model but to ensure employees only build cloud-native applications.

This increases domain capability, flexibility, efficiency while enhancing service quality and easy integration. Cloud-native apps also ensure cost savings, shared responsibility, mature implementation, and useful resource utilization.

The goal is not to focus on moving to the cloud, but to understand the pillars of the cloud, and see what makes the most sense for your business. When businesses consider the development of new applications, it’s critical to not only understand the cloud maturity model but to ensure applications are being built as cloud-native.

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