Kubernetes is a powerful platform for building and deploying cloud native applications. It provides a set of features and tools that enable developers to create, manage, and scale applications across different environments. However, Kubernetes is not a one-size-fits-all solution. …

Kubernetes is a popular open-source platform for managing containerized workloads and services. It provides a declarative, scalable, and portable way to orchestrate applications across different environments. Kubernetes Reusable Elements for Designing Cloud Native Applications: Structural Patterns Structural patterns are related to organizing containers within a Kubernetes pod. Having good cloud-native containers…romanglushach.medium.com

Kubernetes configuration is based on a declarative model, which means that you define what you want your deployment to look like, rather than how to achieve it. This is in contrast to imperative models, where you specify a series of steps to follow. …

Structural patterns are related to organizing containers within a Kubernetes pod. Having good cloud-native containers is the first step, but not enough. Reusing containers and combining them into Pods to achieve the desired outcome is the next step. The primary goal of the structural pattern is to facilitate comprehension of…

Behavioral patterns are reusable solutions to recurring problems that arise from the interaction of components in a system. They describe how the components communicate, coordinate, and collaborate to achieve a desired outcome. …

Kubernetes Foundational Patterns are reusable design principles and best practices for building applications that run on Kubernetes. They are not specific to any programming language, framework, or domain. …

Microservices are a popular software architecture that aims to deliver large, complex applications as a collection of small, independent, and loosely coupled services. Each service is responsible for a single piece of domain logic and communicates with other services using language-agnostic APIs. …

A high-performing software systems are critical components of modern technology, as they enable businesses to operate efficiently, provide seamless user experiences, and gain a competitive edge in the market. High-performing software systems are applications or systems that exhibit exceptional performance, scalability, reliability, and security. These systems are designed to handle…

Anarchitecture refers to the segmentation of a system into parts, the organization and attributes of these parts, and the manner in which these parts interact with each other. An effective software architecture ensures that the software can be modified throughout its lifespan with minimal, consistent effort, resulting in predictable costs…