DevOps

Kubernetes service discovery is a crucial mechanism that enables seamless communication between microservices in a Kubernetes cluster. It allows services to dynamically locate and connect with each other without manual intervention, ensuring high availability and scalability. Why is Service Discovery Important? In traditional environments, applications rely on static IP addresses or load balancers to route […]

Kubernetes service types define how applications running in a cluster are exposed to the network. They enable communication between different pods and external users, ensuring seamless access to services. Kubernetes provides multiple service types to cater to different networking needs. Types of Kubernetes Services Kubernetes offers four main service types: 1. ClusterIP This is the

Kubernetes Persistent Volume (PV) is a powerful storage resource in Kubernetes that provides a stable and reusable storage solution for containers. Unlike ephemeral storage, which gets deleted when a pod is terminated, a persistent volume retains data, ensuring continuity and resilience in cloud-native applications. Why Use Kubernetes Persistent Volume? Persistent storage is crucial for stateful

Kubernetes components are the building blocks that enable the orchestration of containerized applications. These components work together to manage containerized workloads, ensuring automation, scalability, and high availability. Key Kubernetes Components Kubernetes architecture is composed of several essential components categorized into control plane components and worker node components. Control Plane Components The control plane manages the

Kubernetes networking is essential for enabling communication between containers, pods, and services within a Kubernetes cluster. Unlike traditional networking, Kubernetes networking is dynamic, scalable, and designed for cloud-native applications. Why is Kubernetes Networking Important? Key Components of Kubernetes Networking 1. Pod-to-Pod Communication Pods are the smallest deployable units in Kubernetes, and they need to communicate