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Concepts

How does AMDP work?​

AMDP offers a comprehensive set of tools that enable developers to design, deploy, and manage applications with greater ease. At its core, AMDP integrates with cloud-native technologies and provides automation capabilities to handle critical tasks such as:

  • CI/CD automation for seamless software delivery and continuous deployment pipelines.
  • Cloud and database integration to manage application services and database operations efficiently.
  • Service orchestration for handling microservices, APIs and serverless functions in modern cloud environments.
  • Remote Development SandBox: provides developers with all necessary tools to write, build, test and deploy software without relying on their local machines.
  • Optimize developer efficiency and code integrity: by providing access to a comprehensive set of visualized dashboards such as : Application Status Dashboard, CI/CD Status Dashboard, DORA & Cycle Time Dashboard, Code Quality and Code Analysis Dashboard

Why we use AMDP?​

AMDP offers several benefits to developers and organizations:

  • Faster Development: By automating many aspects of the application lifecycle (e.g., CI/CD, database management, and cloud integration), AMDP reduces the time and effort required for application deployment and updates.
  • Streamlined Application Management: AMDP simplifies the management of complex application landscapes by integrating multiple development tools into a single platform. This reduces the complexity of maintaining and deploying applications across different environments.
  • Scalability and Flexibility: AMDP is built with cloud-native architectures in mind, enabling organizations to scale applications efficiently and deploy them in a flexible, responsive manner that meets the dynamic needs of modern enterprise environments.

When and where to use AMDP?​

AMDP is especially useful in environments where enterprises are transitioning from legacy applications to modern, cloud-based solutions. It is ideal for organizations looking to automate the following:

  • Legacy Modernization: When migrating legacy applications to cloud-native platforms, AMDP supports the process by offering integration tools and frameworks that make the transition smoother.
  • Microservices and Kubernetes: For teams adopting microservices architectures and managing containerized applications with Kubernetes, AMDP provides powerful tools to streamline development, deployment, and orchestration.
  • CI/CD Automation: AMDP excels in environments where automated deployment pipelines are needed for faster and more reliable software delivery.
  • Remote Development environment (RDE): for project continuity with flexible environment configurations to enable development anytime, anywhere.

Who uses AMDP?​

  • User level: AMDP is used by Developers, DevOps engineers, and Cloud architects working within organizations that are modernizing their application infrastructure.
  • Team level: It is primarily designed for teams working with cloud-native technologies, microservices architectures, and Kubernetes.
  • Enterprise level: It is particularly beneficial for enterprises aiming to streamline their DevOps practices and improve the efficiency and scalability of their application management.