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Principles Of Cloud-Native Architecture, And How To Master it

The future of software development is cloud native, as it has already been demonstrated. 80% of enterprise software will be cloud-based or transitioning to cloud-native apps by 2025.

To save money and maintain the security of their designs off-site, IT departments are moving to the cloud. Make sure to comprehend the application architecture before beginning to consider such a transition.

Cloud Native Architecture: What Is It?

Microservices bundled into containers that run on cloud computing infrastructure make up cloud native apps. These programmes are created, examined, and implemented in the cloud. In light of this, they operate on a private, public, hybrid, or multi-cloud architecture.

A microservice architecture design, which consists of a group of functionally unconnected services, is used by cloud applications. Each service has its own features and functions as a separate part. These reusable, resilient, and scalable functionality models are managed by a container-orchestration system. A cloud application can horizontally scale resources by adding or deleting them as needed with the help of such a system.

The use of cloud architecture in app development and operation indicates that the app is adaptable to different platforms and cloud service providers. This gives your company the freedom it needs and a large selection of resources it can use. For instance, Jaiinfoway’s services for Cloud native is best for cloud deployment and can be integrated with your current infrastructure.

A platform like this one gives developers all they need to guarantee continuous integration and continuous delivery. Developers are free to focus on enhancing the user experience and adding new features by putting up an application in accordance with the cloud architecture’s guiding principles.

Also read; Facts On Cloud-Native 

Cloud Native Design Types. 


The system is periodically backed up on the cloud using the basic cloud native design. To connect to an application, utilise DNS. One of the load balancers is accessed by the DNS, which directs you to the app. The master and slave databases, which connect with the programme, contain important data.


On several cloud platforms, a single application component can operate. You can reach it using DNS. No additional systems are required in such a configuration. While the components function in many environments, the data is stored on your platform.


Use DNS to access your application. One of the load balancers that the DNS connects to directs you to the app. The replicas are kept in a slave database, another cloud platform, or your building while the programme pushes to a master database.

5 Cloud Native Architecture Principles

To achieve improved performance and quick delivery, designing and running an application based on cloud architecture necessitates adherence to specific standards.

Self sufficient Containers

In cloud-design, each microservice’s libraries, dependencies, and lightweight runtime contained in its own container. Developers can move the isolated container with all the needs packaged inside of it with ease from one environment to another.

Additionally, having an externalised setup leads in such mobility and independence. Immutable infrastructure included into the container itself is preconfigured for a particular setting.

The most widely used container technology is Docker, and containerized applications are deployed, scaled, and managed using Kubernetes.

Scalable and Stateless Components

A state-independent architecture required by cloud applications. It indicates that state kept outside the service, allowing any instance to handle any given request. You want as many stateless components as you can when creating a distributed cloud application.

The system can quickly grow, repair, rewind, and load balance without maintaining data persistence or sessions. A cloud programme scales horizontally, adding and deleting instances as necessary, depending on the workload. Additionally, because of its statelessness, developers may quickly spin up replacement instances to fix damaged existing ones. Stateless components make it easier to load balance between instances and roll back to a previous version of the application.

Resilient construction

Designing a resilient application is a key consideration in app development. It entails designing and setting up a system with high availability and a successful disaster recovery strategy. Planning ahead is the greatest strategy to handle probable problems in the future because failures are unavoidable.

Microservices-based cloud native architecture offers a robust system that ensures resilience. When necessary, numerous instances can take over a job thanks to stateless scalable components and automated recovery. In order to give users the best experience possible, you can keep the app running and minimise downtime.

Managed Services Built for Collaboration and Interaction

Services built for the cloud must communicate with one another and other programmes. A cloud software communicates with a service and an external application or legacy programme using APIs, such as the RESTful API.

Microservices provide the opportunity to build a specific infrastructure layer that manages all internal communication when it comes to internal communication and management. The service mesh is the name of this layer. Connecting, securing, and monitoring services inside the cloud architecture are its main responsibilities.

Process automation and CI/CD pipeline

The ability to automate the infrastructure of cloud systems is one of their key benefits. A CI/CD pipeline allows developers to use automation for quicker scaling, deployment, and fixes. Building, testing, and deployment should be automated. Additional procedures that can automated include rollbacks, canary deployments, scaling up and down, monitoring, and recovery.

Jaiinfoway provides cloud native application development to a wide range of industries. With access to leading cloud service providers like Amazon, Google, and Microsoft, we offer reliable, easily scalable solutions. We provide adaptable services that tailored to your requirements and span all development stages.

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Pros and cons of Cloud Native Architecture

An array of benefits come with a cloud architecture:


The cloud offers inexpensive ways to make sure your systems are constantly up and ready to serve clients. Additionally, you can benefit from a number of cloud-delivered services that would take a lot of effort and money to supply internally.


Cloud environments include alternatives for resilience and reliability, such as availability zones, that guarantee your system won’t ever go offline. This safeguards you against outages so that you can prevent the costs and reputational harm that come with downtime.


 Development necessitates ongoing testing and improvements, which is challenging in a conventional monolith design where a minor adjustment could render the entire system inoperable. In order to make it easier for you to maintain and modify your apps, cloud solutions designed with continual modification in mind.


cloud-native designs are platform-agnostic, so you can migrate to a new environment if your present system isn’t working for you. You don’t need to completely reprogramme the system.

A cloud native design has several disadvantages, including:

Solving problems

Identifying problems requires following a linear plan in a traditional architecture. Containers in cloud designs link to and interact with one another in a complicated network, making it possible that the connection between a specific set of components is not obvious. Its difficult to identify the underlying cause of an issue the problem’s source is dispersed across several containers.


Due to the system’s numerous dynamic, distributed components, cloud designs are often more challenging to monitor and manage.

Knowledge gaps:

 Learning to write involves modification if you are new to cloud systems, just like learning a new language. Gaining a thorough knowledge of new ideas is crucial to avoiding blunders that could later cause major problems.

Cloud-Native with Jaiinfoway

Jai Infoway has worked with more than 100 worldwide digital businesses over the course of more than eight years. The empowerment of startups at every stage. The best cloud solution services offered by Jaiinfoway. Companies of all sizes can use Jaiinfoway as a tool to transition to a cloud-native platform. The environment provided by Amazon Web Services (AWS), which facilitates process linkability, is another benefit of the system.

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