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Introduction In today's rapidly evolving technological landscape, database management has become more complex yet essential for ensuring high availability, scalability, and resilience. One of the most effective ways to manage MySQL databases in a cloud-native environment is by integrating InnoDB Cluster with Kubernetes and containers. ...
Introduction In this blog, I have checked application availability when one of the availability zones is down. AWS has regional services where there are more than one data centers, which are known as availability zones, to ensure High availability and redundancy. For instance, we have three availability zones for the ap-south-1(Mumbai)...
Introduction For over a decade, we've relied on AWS Managed Kubernetes (EKS) clusters to deploy our microservices workloads. As businesses increasingly depend on cloud-native applications, security, and compliance have become critical components for ensuring business continuity and growth. These applications, deployed across clusters,...
Introduction In today’s fast-paced DevOps world, technologies like Kubernetes, OpenShift, and CI/CD are reshaping how applications are deployed and managed. Many enterprises are transitioning to Red Hat OpenShift for faster and more secure application deployments. This article explores the evolution of cloud deployment...
In today’s business world, agility, scalability, and performance are more important than ever. Many organizations face the challenge of managing rapid growth while ensuring high uptime and operational flexibility. Initially deployed on-premises using Docker Swarm, this infrastructure required a more scalable solution to meet the...
In the era of agile methodologies and DevOps practices, the traditional boundaries between roles are blurring, necessitating a collaborative approach across cross-functional teams. For testers, this entails gaining proficiency in tools beyond their traditional domain, including Kubernetes—a pivotal platform for container...
Introduction Kubernetes is a powerful tool for managing containerized applications. It helps us to automate the deployment, scaling, and management of our applications in containers, which are like lightweight, standalone packages for software. In the market, multiple tools are available to set up Kubernetes clusters locally (on our...
Introduction In the fast-paced world of cloud computing, businesses are constantly searching for ways to optimize their workloads and enhance performance. One such solution is leveraging AWS Graviton for containerized workloads with Docker and Kubernetes. This powerful combination opens up new possibilities and can significantly enhance...
Introduction The main goal of this blog is to provide production-grade best practices for Microservices Infra in a way to implement the entire system easily on your own. You’ll see what an end-to-end solution looks like, including how to combine Kubernetes, AWS VPCs, data stores, CI/CD, secrets management, and a whole lot more to...
Introduction Keycloak is an authentication framework that gives application users federation and single sign-on (SSO) capabilities. In this blog we will discuss the key concepts that you should have in mind while deploying a Keycloak Cluster on top of Kubernetes. Keycloak Cluster Setup First of all we should know that for a Keycloak...
Introduction More and more companies globally are catching up with the DevOps trend. Companies are breaking down the siloed structure and automating delivery pipeline to reduce the release cycles and eliminate redundant tasks. While DevOps is gaining popularity, containers are not far in the race. Container technology is bringing about...
Azure Container Service (ACS) provided by Azure helps to simplify the management of Docker clusters for running containerized applications. ACS supports 3 Orchestrators: DC/OS with Marathon, Docker Swarm, and Kubernetes. We are using Docker Swarm in this article for the demonstration and assuming that readers of this blog are familiar...
