Why Enterprises are Adopting Cloud Native App Development
Summary: The cloud native has changed the way of developing applications. It's an approach to building, developing, and shipping apps in a cloud environment. This gives organizations the required agility to be competitive in the market. It's a digital way of building applications on Kubernetes, Service Mesh, and other infrastructure elements to manage modern apps in a cloud environment. But what exactly does this all mean?
In this blog, we have covered all the major topics related to cloud native app development that will help you to figure out the answers to all your queries. And you may also learn to embrace the cloud native as a part of digitalization.
In this daily transforming digital world IT industry and organizations are looking for a breakthrough method that can speed up their development and building process. Cloud native app development is the best resource in the modern world that provides an automated managing experience and steady development across public, private, and hybrid networks.
They adopt cloud computing methods to enhance the scalability of an application.
The approach of cloud native is to develop and update any app quickly while enhancing its quality. If we talk specifically it is a way to run a responsive application with reducing the risk of errors that makes it free from any type of flaws and errors.
In this blog, we will be talking about the further topics:
- What is cloud native development?
- How many cloud-native services are used?
- What is the building structure of cloud native applications?
- How does low code cloud native work in development?
- What’s a Cloud-native application?
- How many characteristics are in cloud-native apps?
What is a Cloud Native Application?
Cloud native applications are basically developed to run on the cloud. It is a collection of loosely coupled, small, and independent services. These applications are developed to deliver greater business value. It has the ability to incorporate user feedback rapidly for successive improvement. The goal of cloud native app development is to deliver applications to users with the speed of business requirements.
As per the report published by Paloaltonetworks states that, In 2023 the application deployment velocity in cloud native is two-thirds of enterprises and that in the past year, there is a significant increase in deployment. Also, every day 38% of enterprises deploy code to production or publish it to the user, and 17% deploy multiple times a day.
What are the Characteristics of a Cloud Native Application?
The specialty of using cloud native applications made it popular among organizations. But this is not the only characteristic that cloud native apps contain. Below we mentioned 5 characteristics that attract organizations to it:
Separate operating system is not needed
Containers don’t require the involvement of an operating system, unlike virtual machines. As long as a common container platform is used, instead of including an operating system they share the same OS. But in cloud native the shared operating system includes dependencies
Ability to select languages/frameworks
The best characteristic of cloud native app development is that developers can select their preferred language and frameworks for the development of the application. Sometimes it requires a particular language to perform a functionality. A range of examples of languages they can use are PHP, Python, .NET, Ruby, and for frameworks Ruby on Rails, Node.js, and ASP.NET.
For more, check out our complete guide to languages for web development.
Architecture and Platform
Software developers prefer to focus on the development of functionality of applications instead of managing the OS on which their application is running. Developers are abstracting their apps away from infrastructure dependencies, which eliminates the time and effort of configuration and maintenance of operating systems by using a cloud architecture and platform. A few examples are AWS, Microsoft Azure, etc.
Benefits from the elastic infrastructure
By using the shared infrastructure of the cloud platform in a virtual, elastic manner cloud-native apps take advantage, effectively scaling up and down as required.
It is essential to support cloud-native applications, the cloud platform includes the necessary hardware, software, and services. This supports characteristic growth velocity and time to market.
Expect to use automation
With daily advancing techniques cloud-native applications are developed highly automated, which makes their scalability higher. Through Backend-as-a-Service, Infrastructure-as-a-Service, and Function-as-a-Service, developers are entrusting cloud providers to assist with a range of services automatically.
What is Cloud Native App Development?
Cloud native app development is the most efficient way to make more use of the resources you have and develop and deliver an application or software quickly to the clients. Whenever we talk about cloud native, terms like Kubernetes, Micro Services, Service Mesh, etc, always pop up in the developer's mind. These are some of the services that have the ability to completely transform the way you develop applications.
Cloud native development techniques don't treat clouds like it's a collection that consists of virtual machines. It adopts all the benefits that the cloud has to offer. This approach opens multiple doors of opportunities for developers to adopt particular software methods, so they can reduce the delivery timeline and deliver features that are accurate and meet the changing expectations of the user.
How do Cloud Native Low Code Application Development Tools Work?
Low-code cloud-native tools provide a visual model-driven environment that speeds up and simplifies the application developer's work and application development process. The low code tools help the developers to get rid of most of the integrating hand-code burden, some other service code, and security capabilities. Now their focus should be on more important tasks that are essential for organizational needs.
As the low code tools are not new, there is still a rapid growth in its demand from the companies. A research of Mordor Intelligence on market analysis shows that the market size of low code development in 2023 is expected to grow from 12.74 billion USD to 41.30 billion USD in 2028. This periodic growth from (2023-2028) is measured at a CAGR of 26.52%.
What are Cloud Native Application Development Services?
While launching an app in different environments it takes a lot of time and takes a lot of effort. These outcomes can result in a major problem that can complicate the whole software development process. To overcome these issues in cloud native app development, it uses some services that can help you to manage the software development life cycle, integration in the cloud while building, and routine work.
Below are the mentioned services, that you used to manage software development and also overcome the issues that are faced during the development:
Containers are portable packages of software that are standalone and lightweight and consist of everything that an application needs to run. This includes:
- Source Code
- System Tools
- System Libraries
It's an efficient small piece of software developed using a specialized PaaS, like Docker, and is easier to duplicate and deploy faster wherever it's needed.
Kubernetes handles the load balancing, scheduling, and deployment of containers. It analyzes the app to scale if there is a need for any container and also removes them when not in use and if a container fails they replace it with a new one. It takes essentially zero downtime to deploy a software update.
Distributing large software bodies of monolithic applications into smaller software parts and then using them as an independent service to work together. In deployed Kubernetes clusters they are stored in the containers. It is a service that can make changes, update them in apps and redeploy faster because it only requires changes in either one or two microservices rather than the whole application.
Implementing an automated framework for microservices testing can ensure the seamless integration and functionality of individual service components.
Service mesh is a dedicated and visible infrastructure built in an application with the aim to manage how data is shared between the parts of the application. With the growth of the application, it becomes a major requirement to document communications and the need for optimization in it.
DevOps works on the method of automating and combining the process of the journey of an application from development (dev) to production (ops). It supports the methods of CI/CD. The working of the organization is based on consistent development, testing, and releasing software in small parts. IT companies that have greater enterprises with a talented and skilled deployment team and IT staff easily deploy the software multiple times in a day using this method.
What are the Steps for Building a Cloud Native Application?
Developing a cloud native app starts with the collaboration of processes and the people in your organization. For a successful deployment after building it, the application requires the incorporation of many different development tools. Building a cloud-native app gives access to faster release cycles to build software by the principles of DevOps and CI/CD. These applications can evolve rapidly and rise around cloud environments.
Cloud Native App Development needs a modification to DevOps methods. This results in the development team and operation team working in a more collaborative manner. It leads the process to a smoother and faster production process. The approach of DevOps is to efficiently simplify all the needed elements to get the application running in the cloud.
Container adoption supports these methods by offering a self-contained execution environment and an ideal application deployment unit. It is easier for the developers after taking support of DevOps and containers to easily update and release apps as loosely coupled services of collection. An example of these collections is microservices where it doesn’t have to wait for the complete release of the application.
The main focus of Cloud native development is on the modularity of an architecture, independence of its services, and loose coupling. Every business capability implemented through microservices runs in its own process. It communicates through APIs or messaging. To manage this communication service mesh layer is used.
There is no need to speed up cloud native app development delivery with microservices as a part of cloud-native applications. Many organizations still use a service-based architecture to optimize their legacy applications. DevOps workflows like (CI/CD), standardized development environments, and fully automated deployment supports the optimization of legacy apps.
But to build any application a consistent management of this application life cycle demands expert handling. And if talking about expert handling there are many companies in the market that offer these services. But why spend your time searching for professional handlers when you can find all your solutions at the same place. And that place is none other than Appsierra.
Appsierra emerges as one of the best in this field. From each development stage till the deployment of a cloud native application, our professional technical team will also guide you throughout every step so that it will be easy for organizations employees to understand the changes and learn how to work on them.
This digital era is surrounded by cloud technologies and cloud native app development is playing a huge role in it. With its extra and beneficial features, it is attracting a huge chunk of the IT industry towards it. After understanding all the advantages of cloud-native development, it is the best time for organizations to start new ways of developing and building their apps. Without even a doubt, it’s time to start upgrading your organization's app with an expert like Appsierra.
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