Cloud-platform
29
Aug

The propositions of Cloud Native Platforms

With the digitization boom getting stronger by the day, businesses are firmly exploring options for evolving and transforming to meet the current industry trends. Given the market scenario which is constantly changing as so are the consumer needs, business leaders are leaning towards cloud and cloud services. The cloud has proven its potential during the pandemic by helping organizations across various industries to survive and flourish. In order to build and run scalable applications into the modern dynamic ecosystem such as hybrid, public or private clouds are supported by the cloud-native technology for businesses. With the cloud, businesses get the much-needed agility and speed for their evolving demands and capabilities. For businesses to achieve resilience, rapid change and large-scale, the Cloud-native platforms meet those needs.

Cloud Native Platforms

As per experts, Cloud-native has been able to achieve recognition by organizations that are dependent on software which they can swiftly introduce online, that adapts to changes as per the market needs and can run on infrastructure which can meet the growing demands. This is the most essential aspect for a budding business today, with capabilities to meet the flowing demand along with any new type of workload. The cloud-native systems come with all the advantages of the cloud service model, which is indeed developed to thrive in the virtual cloud ecosystem and dynamics. The cloud-native platforms also make use of PaaS, Platform as a Service infrastructure along with those benefits of managed services to build a resourceful environment for the growing businesses with the use of automation. Cloud-native systems abide by the cattle service model, where it keeps running with no correlation to the machine, and the infrastructure scales in or out. The cloud-native nature is appreciated by various industries wide due to its highly flexible infrastructure with auto-scaling, self-healing, and monitoring capabilities.

The Twelve-Factor Application

For developing any cloud-based application, the 12-factor model is applied, this model is highly appreciated in the industry that is followed by developers to set principles and practices in place for an optimized cloud environment. This 12-factor model is also considered by developers while working on cloud-native applications as well, this enables scalability and additional features that can be adapted in the future as per the market demand. As the market today is unpredictable, thanks to the ever-changing consumer needs and the competitive environment, businesses need to be on the top of their game. Let’s further understand the Twelve-Factor application.

1. Code Base – A single code developed for each micro-service, saved in its storage

2. Dependencies – Each micro-service manages its dependencies without impacting the entire system

3. Configurations – To store the configuration information in the environment

4. Backing Services – Also known as attached resources

5. Build, Release and Run – Separates build and run stages

6. Processes – Execution of the application for one or more process

7. Port Binding – To export services

8. Concurrency – Scaling out in the cloud environment

9. Disposability – Swift start-up and smooth shut down

10. Dev/Prod Parity – To ensure minor changes in the environment during the lifecycle, keeping it similar 

11. Logging – Consider as event streams

12. Admin Processes – Run one-off admin/management task

Now that we have understood the 12 Factors application methodology, let’s focus on the benefits of cloud-native that can be impactful for your growing business.

Benefits of Cloud-Native Architecture

  • Enterprises that give importance to DevOps, know the advantages that come with cloud-native architecture.
  • To avoid dependency on a single cloud provider, the portability of stacking micro-services is essential.
  • Opting for selective or customized services rather than a full package offer, allows the development team to have the options to choose from for the framework, language or system that can meet the business objectives.
  • Scheduling and allocating resources based on the demand as per the efficiency.
  • Usage of micro-services in developing the software for gaining continuous integration and delivery efforts. Which reduces man-made errors and lifecycle development.
  • Reduced troubleshooting complications.
  • Lastly, being able to make changes to one micro-service without affecting the entire application.

Once we understand the benefits that a business can gain from cloud-native architecture, let’s move on to learning about the patterns of Cloud-native architecture platforms.

Patterns of Cloud Native Architecture

Cloud Native Platforms

Pay-as-you-Go

Wherein resources are centrally hosted and delivered over the internet via a pay-per-use or pay-as-you-go model and the customers are charged based on their resource usage.

Self-service Infrastructure

On a cloud-native application architecture, IaaS Infrastructure as a Service is an essential component. This helps in avoiding unnecessary permission requests for simple balancing of the load and even management of the system centrally. 

Managed Services

Right from migration to configuration, management and maintenance, Cloud native architecture makes use of Managed services to its full potential. While each service is treated independently, creating a smooth DevOps lifecycle.

Resource Optimization

The organization has the option to hike up or eliminate the resources as per the requirement and load. Which is strategically cost-saving and a smart business move.

Automation and Infrastructure as Code (IaC)

To manage the infrastructure with the help of configuration, organizations can make use of IaC, to automate the resource deployments. 

The above mentioned are among the several patterns of Cloud-native architecture/platforms that we have learned about today. Cloud-native platforms come with the much-needed fluidity for businesses today, for a smoother and quicker transition. To support this dynamic, micro-services and containerization make the transfer and deployment swifter. The main objective of cloud native is to provide businesses with access to be able to make up for the ongoing market trends. Businesses today are evolving and moving at a greater speed, they require the best of the technology for the latest in the industry for the growing demands. Along with IoT, AI, ML, and Cloud are other factors contributing to the fourth coming industrial revolution.

Harshada Parmar

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