// author
’m Nilesh, a Software Development Engineer with 2+ years of experience, specializing in Go, JavaScript, Python, Docker, Kubernetes, Git, Jenkins, microservices, and system design (LLD/HLD), backed by a strong foundation in data structures and algorithms. Alongside my engineering journey, I bring 4+ years of hands-on experience in SEO, where I’ve worked extensively on content strategy, keyword research, technical SEO, and organic growth, helping products and businesses scale efficiently by aligning solid technology with search-driven performance.
327 articles
Introduction to Kubernetes Operators Kubernetes Operators are an advanced way to manage applications and their lifecycles in Kubernetes. By codifying operational knowledge into software,…
Introduction to Security in Kubernetes In any Kubernetes environment, security is paramount. With Kubernetes managing containers across distributed systems, ensuring robust security helps safeguard…
Introduction to Kustomize Kubernetes applications often require managing configuration across multiple environments, such as development, staging, and production. Manually handling these configurations can lead…
Introduction to Helm In Kubernetes, managing application configurations and deployments across multiple environments can be complex. Helm, often called the “package manager for Kubernetes,”…
Introduction to Advanced Scheduling in Kubernetes Kubernetes offers powerful default scheduling capabilities to ensure efficient placement of Pods on nodes. However, in scenarios where…
Introduction to Ingress Controllers In Kubernetes, managing external access to services running in a cluster can be challenging. While Services like NodePort and LoadBalancer…
Introduction to Stateful Applications In Kubernetes, most applications are designed to be stateless, which makes them easier to scale and manage. However, there are…
Introduction to Autoscaling Autoscaling is an essential feature in Kubernetes, enabling your applications to handle varying levels of demand by automatically adjusting resources. Kubernetes…
Introduction to Kubernetes Networking Networking in Kubernetes is essential for enabling communication between various components of a cluster. Kubernetes provides a powerful and flexible…
Introduction to Monitoring and Logging in Kubernetes Monitoring and logging are critical components for maintaining and troubleshooting Kubernetes clusters. Kubernetes offers extensive tools and…
Introduction to Namespaces and Resource Quotas As Kubernetes clusters grow in size and complexity, organizing and managing resources becomes essential. Namespaces and Resource Quotas…
Introduction to Persistent Volumes and Storage Classes In Kubernetes, managing data persistence is essential for stateful applications. Persistent Volumes (PVs) and Storage Classes provide…
Introduction to ConfigMaps and Secrets In Kubernetes, ConfigMaps and Secrets are essential for managing application configuration and sensitive data. They decouple configuration from application…
Introduction to Services in Kubernetes In Kubernetes, Services act as stable endpoints that connect applications running in a cluster to each other or to…
Introduction to Deployments and ReplicaSets In Kubernetes, Deployments and ReplicaSets are essential for managing and scaling applications. They provide a robust way to deploy,…
Introduction to kubectl kubectl is the command-line interface (CLI) tool used to interact with Kubernetes clusters. It allows you to deploy applications, inspect and…
Introduction to Setting Up Kubernetes Kubernetes is a powerful tool for managing containerized applications, but before you can use it, you need to set…
Introduction to Kubernetes Architecture Kubernetes, often abbreviated as K8s, is an open-source platform designed to automate the deployment, scaling, and operation of application containers.…