Tariq Siddiqui’s Post

#basic_CheatSheet #Learn_Kubernetes Kubernetes is an open-Source container orchestration platfrom, which is designed to automate the deployment, Scaling, and management of containerized applications. Happy to share basic cheet sheet for kubernetes

5 Kubernetes Errors and How to Fix Them What Is Kubernetes? Kubernetes is an open-source platform designed to automate deploying,... https://lnkd.in/e7CDaRss #Kubernetes

Excited to share my latest Medium article: Streamline Kubernetes Production Logging with Helm: A Step-by-Step Guide 📝 In today's fast-paced Kubernetes environments, effective logging is a must-have for ensuring smooth operations and swift troubleshooting. I've put together a comprehensive guide on setting up logging using Helm, the Kubernetes package manager. In this article, you'll find: ✅ Step-by-step instructions for installing logging stack components ✅ Clear configuration steps for Fluentd to collect and ship logs ✅ Deployment procedures for seamless integration with Elasticsearch and Kibana ✅ Verification techniques to ensure logging is set up correctly ✅ Accessing logs through Kibana's intuitive interface for visualization Whether you're a seasoned Kubernetes pro or just diving into the world of container orchestration, this guide will empower you to efficiently manage logging in your production environment. Feel free to share with your network and let me know your thoughts in the comments! #Kubernetes #Logging #Helm #DevOps #Tech #MediumArticle #LinkedInPost

Docker Compose vs Kubernetes Docker Compose and Kubernetes are both great tools for container orchestration, however their strengths and weaknesses differs. While Docker Compose is great for local development and smaller deployments, Kubernetes is better suited for large-scale deployments and more complex applications. Consequently, the choice largely depends on the specific needs and how complex the application is. Regardless, it is essential to gain full grasps of the strengths and weaknesses of both tools. #DockerCompose #Kubernetes #Containerization #ContainerOrchestration

Hey, folks! I hope your weekend is going great. When it comes to deploying scalable applications using Kubernetes, it's vital to grasp how smaller components or features contribute to the functionality of larger ones and how they interact during the process. As we scale and deploy applications, the creation of multiple copies becomes essential for managing the influx of traffic. This is precisely where Kubernetes shines, as it enables us to utilize Replicas managed by Replication Manager and Replica Sets. Moreover, for seamless and consistent updates, Kubernetes deployments are our go-to solution. Make sure to check out the article to get insights into Replication Manager and Replica Sets. https://lnkd.in/dR3VXaBH Also, take some time to delve into Kubernetes Deployments. https://lnkd.in/d7hkfiK2 Happy Learnings 🎉 #devops #kubernetes #softwaredevelopment #devsecops #solutions #learning #continiouslearnings #devopstools Samsor Rahman

5 Kubernetes Errors and How to Fix Them What Is Kubernetes? Kubernetes is an open-source platform designed to automate deploying,... https://lnkd.in/eUHCiYZn #Kubernetes

Pods and Deployments What is the difference between a Pod and a Deployment in Kubernetes? How do Pods relate to Deployments in terms of scaling and lifecycle management? How does Kubernetes handle scaling of applications? Explain horizontal and vertical scaling in the context of Kubernetes. What is a ReplicaSet, and how is it related to a Deployment? Discuss the role of ReplicaSets in maintaining the desired state of Pods and their relationship to Deployments. What are Namespaces in Kubernetes, and why would you use them? How can namespaces help with resource isolation, and what are common use cases? How would you manage environment-specific configurations (e.g., dev, test, prod) in Kubernetes? Discuss using ConfigMaps, Secrets, and different namespace strategies for managing configurations.

Today I dive deep into the core components of Docker technology: 1. Runtime - runc: This is the low-level runtime component of Docker that acts as the core building block for containers. runc is a reference implementation of the Open Containers Initiative (OCI) runtime-spec and interfaces directly with the operating system to start and stop containers. - containerd: Operating at a higher level, containerd manages the full container lifecycle, from pulling images to supervising runc instances. It is crucial for maintaining the overall health and management of containers. 2. Daemon (dockerd) - Function: The Docker daemon, dockerd, sits above containerd and offers a higher-level, easy-to-use interface for Docker functionalities. It handles tasks like managing Docker images, volumes, and networks. - Purpose: dockerd provides the standard interface that simplifies user interaction with Docker's complex underlying systems, making it more accessible and manageable. 3. Orchestrator (Docker Swarm) Simplicity: Docker Swarm provides native clustering capabilities, allowing Docker containers to be orchestrated and managed across multiple nodes. It's praised for its simplicity and ease of setup compared to Kubernetes. Use Case: While Docker Swarm is easier to manage and install, it lacks some of the advanced features and extensive ecosystem provided by Kubernetes. However, for many applications and companies, Docker Swarm's simplicity and effectiveness in managing container deployments are sufficient. #Docker # #DevOpsTools #CloudComputing #DockerTechnology #Containerization #DevOpsTools #SoftwareDevelopment #Orchestration #LinkedInPost