Docker·1yMastering Docker and Jenkins: Build Robust CI/CD Pipelines Efficiently
Learn how combining Docker and Jenkins can enhance CI/CD pipelines, ensuring consistent environments and faster deployments. The guide covers setup essentials, pipeline configuration, using plugins, optimizing pipelines, and troubleshooting. Key benefits include uniformity from development to production, scalability, and reduced errors.
Awesome Java Newsletter·1yCI/CD DevOps Pipeline Project: Deployment of Java Application on Kubernetes
The project outlines the implementation of a CI/CD pipeline to deploy a Java application on Kubernetes. It leverages Jenkins for orchestration, along with tools like Maven, SonarQube, Trivy, and Prometheus for build automation, code quality, security scanning, and monitoring. The setup involves detailed steps for configuring the required infrastructure, integrating DevOps tools, and setting up a monitoring stack with Prometheus and Grafana.
Collections·1yGetting Started with Jenkins for Automation and CI/CD
Jenkins is an open-source automation server crucial for modern DevOps, enabling efficient automation of build, test, and deployment processes. This guide outlines the installation and setup of Jenkins, explains the importance of CI/CD pipelines, and provides steps to create pipelines using Groovy scripts for improved development workflow.
Spacelift·45w10 Most Popular GitHub Actions Alternatives for CI/CD
Compares 10 popular CI/CD alternatives to GitHub Actions, including Spacelift, Jenkins, CircleCI, GitLab CI/CD, Azure DevOps, and others. Each tool offers unique advantages like cost efficiency, customization, scalability, or compliance features. The comparison covers key features, licensing, and use cases to help teams choose the right CI/CD solution based on their specific requirements, infrastructure preferences, and ecosystem integration needs.
Buildkite·1yGitHub Actions vs. Jenkins: Which one's right for your team?
This post compares GitHub Actions and Jenkins, two popular CI/CD tools, highlighting their strengths and challenges. GitHub Actions is praised for seamless GitHub integration, event-driven workflows, and ease of use, but may face limitations with large-scale enterprise needs. Jenkins offers substantial flexibility through its extensive plugin ecosystem and adaptability to various infrastructures but demands significant operational overhead and maintenance. The discussion also includes considerations such as enterprise integration, cost, performance, and scalability. Finally, Buildkite is presented as a hybrid solution that combines the strengths of both tools.
YouTube·43wDevOps Full Course 2025 | DevOps Tutorial For Beginners | Intellipaat
A comprehensive DevOps tutorial covering the complete journey from basics to advanced concepts. The course explains DevOps methodology, lifecycle stages (continuous development, integration, testing, deployment, monitoring), and essential tools including Git, Jenkins, Docker, Kubernetes, Terraform, and monitoring solutions. It provides a structured roadmap spanning 10-14 months with practical examples, real-world scenarios, and step-by-step guidance for becoming job-ready. The content covers automation, containerization, cloud platforms, infrastructure as code, and the cultural shift from traditional development-operations silos to collaborative DevOps practices.
Collections·1yTop CI/CD Tools for DevOps in 2025
Jenkins has historically led CI/CD processes but now faces challenges like maintenance and scaling. Modern alternatives such as Devtron, GitHub Actions, GitLab, AWS CodePipeline, and Azure Pipelines offer advanced features to address these issues. Understanding the advantages of approaches like GitOps, which uses Git for version control of configurations, can enhance efficiency and scalability in software delivery.
DevOps·1yMastering CI/CD: Automate Maven Builds and JUnit Tests with Jenkins from Eclipse to GitHub
Learn to automate your DevOps workflows with Jenkins by following a detailed guide, from setting up Eclipse and creating a Maven project to configuring Jenkins for automated builds and JUnit testing. This includes launching an EC2 instance on AWS, pushing your project to GitHub, setting up webhooks, and configuring a Jenkins pipeline.
Faun·43wServerless Cost-Efficient CI/CD with Jenkins on AWS Fargate: Dynamic Agents and Persistent Storage with EFS
A comprehensive guide for setting up Jenkins on AWS Fargate with dynamic agent provisioning and persistent storage using EFS. The tutorial covers creating ECS clusters, configuring task definitions for both Jenkins master and agents, setting up dual load balancers (ALB for web UI and NLB for agent communication), and implementing cost-efficient CI/CD pipelines that automatically scale agents based on workload demand.
Spacelift·51wTerraform vs. Jenkins: Key Differences Explained
Terraform and Jenkins serve different but complementary roles in DevOps automation. Terraform focuses on infrastructure as code (IaC) for provisioning and managing cloud resources across multiple providers using HCL, while Jenkins handles CI/CD workflows for building, testing, and deploying applications using Groovy-based pipelines. The article provides detailed examples of both tools, including a complete Azure VM deployment with Terraform and a Maven-based build pipeline with Jenkins. While they can work independently, combining them creates powerful automated workflows that handle both infrastructure provisioning and application deployment, with Jenkins often triggering Terraform runs as part of deployment processes.
Spacelift·51w15 Best Continuous Integration (CI) Tools for DevOps in 2025
A comprehensive comparison of 15 leading continuous integration tools for DevOps teams in 2025, including GitHub Actions, GitLab CI/CD, Jenkins, CircleCI, and cloud-native solutions from AWS, Azure, and Google Cloud. The guide covers key features, pricing models, and use cases for each tool, helping teams choose between general-purpose CI platforms and specialized solutions like infrastructure-focused tools. It emphasizes the importance of selecting tools based on specific workflow requirements, team size, and whether you need cloud-hosted or self-managed solutions.