With the increasing demand for flexibility, easy accessibility, and scalability, businesses today heavily rely on cloud-native technologies to drive transformation in the digital landscape. Cloud-native is a modern approach to developing, deploying, and running software applications that leverage cloud computing and its flexibility, scalability, and resilience. In this article, we will discuss what is cloud native and explain everything you need to know about cloud-native app development.
Whether it is about CI/CD automation, containers, or orchestration, these cloud-native technologies are widely used to drive next-gen software solutions. Cloud-native offers cutting-edge technologies that accelerate overall app development and allow frequent changes to applications without causing any delay, providing adopters with an advanced, innovative, competitive advantage.
Cloud-native app development leverages DevOps test automation and best practices and helps businesses reduce risk, enhance quality, and unlock delivery velocity to meet on-demand user needs. Whether you are a business or individual professional looking for more information on cloud-native, continue reading this blog further.
Table of Content
What is Cloud Native?
Cloud-native refers to a modern software approach to developing, deploying, running, and managing software applications in cloud computing environments. Businesses nowadays focus on building highly scalable, flexible, and resilient software applications, enabling them to update apps to meet demand for user needs.
Cloud-native offers perfect solutions for businesses seeking higher scalability, resiliency, and complete flexibility to adjust the resources based on the marketplace’s fluctuating demand of user needs.
Cloud-native is a modern software development approach that leverages cloud capabilities for building, deploying, and managing software applications in the cloud architecture. It streamlines the overall app development process and allows software developers to release software with a faster time to market.
- Architectural style: Unlike monolithic applications developed, tested, and deployed as a single unit, cloud-native applications are combined with loosely coupled services.
- Scalability: It is easier to scale up or down the resources of cloud-native applications to address the ever-changing demands of modern businesses.
- Flexibility: Cloud-native applications are easier to modify or update without causing any problems with the service delivery of products.
- Resilience: Cloud-native applications are modern and more powerful specifically built to help businesses recover from failures and continue functioning.
- Agility: Cloud-native apps show great agility, making them respond faster and easier.
Kubernetes and Docker are examples of cloud-native applications that use microservice architectures as containers. Cloud-native applications leverage modern tools and techniques, including:
- Containers, like Docker containers
- Kubernetes container orchestrations
- Continuous integration and continuous delivery (CI/CD)
- DevOps platforms, like GitLab
What is Cloud Computing?
Cloud computing refers to software infrastructure hosted on an external data center and made available to users on a pay-per-use basis. You no longer need to pay expensive servers and maintenance costs.
Furthermore, it allows businesses of all sizes to leverage on-demand cloud-native services, such as database, storage, database, and analytics from a service cloud provider.
What are Cloud Native Applications?
Cloud-native applications are designed and developed from the ground up to be more scalable, resilient, and highly performant in the cloud architecture. Microservice architectures, managed services, and continuous delivery enable more rapid time-to-market, reliability, and flexibility.
What is Cloud Native App Development?
A cloud-native application is a modern software development approach designed to build, deploy, and run software applications in a cloud computing environment. Cloud-native applications are specifically designed using a microservices architecture, which enables loosely coupled services, scalability, resiliency, flexibility, and quick updates with no disruption to the software delivery.
Here are the most common cloud-native development practices every business should follow:
1. Continuous Integration
Continuous integration (CI) is the process of building, testing, and integrating code changes into a central repository automatically. The practice is best suited for ensuring seamless testing and integration of code changes to the application codebase.
Continuous integration is often used together with containerization during cloud-native app development, allowing developers to package their code, dependencies, and configuration into a single self-contained unit.
2. Continuous Delivery
With continuous delivery (CD), applications are delivered into a production-like environment where they are carried out to perform additional automated testing to reduce possible vulnerabilities and unanticipated performance issues. Businesses can simplify software development and deployment combining CD with automation and DevOps practices in cloud-native development.
Additionally, Continuous Delivery (CD) allows developers to build, test, release, and maintain high-quality software at a faster pace and with fewer risks, resulting in more incremental updates to production applications.
3. DevOps
DevOps is a modern approach combined with software development and IT operations to enhance efficiency, performance, quality, and app security. This development approach allows developers to release software with a faster time to market while reducing the overall cost of SaaS app development that leverages cloud environments. DevOps is widely used to automate and streamline various aspects of software used in cloud-native development.
DevOps provides a rapid, iterative approach that allows businesses to deliver applications and services at greater velocity tailored to the cloud-native approach. Furthermore, it provides better customer service and helps companies gain a competitive advantage in their industry for ultimate success.
4. Serverless
Serverless computing is a cloud-native development model used together with microservices that enable software developers to write and deploy code without worrying about underlying cloud infrastructure management.
Serverless computing eliminates the overall costs and enhances scalability due to its ability to allocate resources as needed dynamically.
Advantages of Cloud Native Applications
Cloud-native applications are a great way to enhance business operations, and customer experiences, and streamline services more efficiently. Businesses today develop cloud-native applications to enhance overall app performance, extensibility, and flexibility.
Here are the top benefits of cloud-native apps, including but not limited to:
- Microservices enable cloud-native applications to continuously add new features and improve performance through incremental and automatic improvements.
- It’s easier to perform changes or make further enhancements without causing any downtime or disruption of the end-user experience.
- Cloud-native applications can be easily scaled up or down based on the needs, making them more flexible and scalable faster than ever before.
- Unlike traditional monolithic apps, cloud-native applications leverage modern tools and technologies, including DevOps processes and Agile with iterative enhancements, making it easier to manage applications without any hassle.
- In the current business environment, speed and innovation are more important than ever for software development processes.
Disadvantages of Cloud Native Applications
Although cloud-native applications provide numerous benefits, here are some drawbacks associated with them:
- Cloud-native apps require additional tools and techniques to manage the DevOps CI/CD pipeline, change outdated monitoring structures, and provide better control over microservices architecture.
- Cloud-native applications facilitate faster app development and deployment, demanding a reputed business culture that can withstand the pace of digital innovation.
- Despite the benefits of microservices, you can also the downside of managing more elements as a result of the iterative development process, making it crucial to manage various small, discrete services rather than one large application.
Conclusion
In the bottom line, it can be concluded that cloud-native is a broad cloud computing technology widely used to design, develop, test, deploy, and manage software applications in the cloud. Cloud-native leverages modern tools and techniques to streamline the overall app development process with a quicker time to market.
It’s a go-to choice for businesses looking for higher scalability, resiliency, and flexibility to scale up or down the resources as needed, reducing overall cost and time in the long run. Whether you’re a business or individual professional looking to develop modern, cloud-based software applications that drive innovation and agility to your business, look no further than Crest Infosystems.
Crest Infosystems is a reputable cloud app development company specializing in AWS services, cloud-managed services, cloud migration, ERP cloud solutions, POS solutions, CRM, and custom software development tailored to specific business needs.
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