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Simplifying App Development Through Cloud-Native Approach

An app is software that is developed for use on a specific platform or device. A cloud-native application is a program that is built specifically for a cloud computing architecture. These applications are designed to capitalize on the inherent characteristics of a cloud computing software delivery model and are run and hosted in the cloud. Cloud-native applications have shorter application lifecycles as well as being highly resilient, manageable, and observable.

Build, design, and deploy cloud-native apps to get a competitive advantage and drive your business growth! helps you simplify your app development through a cloud-native approach. This setup efficiently allocates resources to each service used by the application, making it flexible and adaptable to a cloud architecture.

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Cloud Enabled Services and Business Transformation: By employing on-demand public, private, and hybrid cloud platforms, CloudFence Technologies (Now helps businesses migrate from their traditional systems to the cloud.


Features of a Cloud-Native Application

  • Microservices-based:Each service refers to its own data and serves a specific business purpose. Application program interfaces (APIs) allow these components to communicate with one another.
  • Container-based:They prevent applications from using up all of the host's shared resources. They also permit the use of multiple instances of the same service.
  • API-based:They allow microservices to communicate with one another by acting as glue between loosely coupled services.
  • Dynamically orchestrated:Resource management, load balancing, scheduling restarts after an internal failure, and provisioning and deploying containers onto server cluster nodes are all handled by container orchestration tools.

Core Principles of Cloud- Native Development

Microservices | Containerization | Continuous Delivery | DevOps

Best Practices for Cloud-Native Application Development

  • Cost-effective: It can be used to increase the number of microservices that can run on a single host, saving time, resources, and money.
  • Independently scalable: Each microservice is logically isolated and has the ability to scale independently. Some components of an application require faster updates than others; a cloud-native architecture allows for this.
  • Portability: Cloud-native applications are vendor-neutral and use containers to port microservices between the infrastructures of different vendors, thereby avoiding vendor lock-in.
  • Reliable: Because these cloud-based applications use containers, if one microservice fails, it has no effect on adjacent services.
  • Easy to manage: Automation is used to deploy app features and updates in cloud-native applications. All microservices and components can be tracked as they are updated by developers.
  • Visibility: Because a microservice architecture isolates services, engineering teams can study applications and learn how they work together more easily.
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Best practices for cloud-native application development

  • Automate - Automation employs infrastructure as code to track changes in a source code repository.
  • Monitor - Everything from the supporting infrastructure to the application should be easy to monitor in the environment and the application.
  • Document - Documentation is essential for tracking changes and determining how each team contributes to the application.
  • Reliable - Because these cloud-based applications use containers, if one microservice fails, it has no effect on adjacent services.
  • Make incremental changes - Any modifications to the application or its underlying architecture should be incremental and reversible.
  • Design for failure - In a cloud environment, processes should be designed for when things go wrong.

How ConsultEdge can Help You In Powering in App Delivery

  • Gain a competitive advantage – We can help businesses that can quickly build and deliver applications in response to customer needs will achieve long-term success in the software age.
  • Enable teams to focus on resilience - The rapidly expanding cloud native landscape assists developers and architects in designing systems that remain operational despite environmental hiccups.
  • Achieve greater flexibility – We help enterprises to build applications that run on any public or private cloud without modification using a platform that supports cloud native development.
  • Align operations with business needs - Downtime and the need for ops experts with 'hand-me-down' expertise are eliminated by automated live patching and upgrades at all levels of the stack.
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