OpenShift Online Course | Redhat Openshift Training

Author : Krishna u | Published On : 13 Apr 2026

How to Build CI/CD Pipeline in OpenShift with Real-Time Projects

Introduction

A CI/CD pipeline OpenShift helps teams build, test, and deploy apps faster with fewer errors. It brings automation into daily development work.

Modern teams need fast delivery. Manual steps slow things down. So, CI/CD pipelines help solve this problem. In this guide, you will learn how to build a pipeline in OpenShift. You will also see real project examples.

1. What is CI/CD in OpenShift?

CI means Continuous Integration. CD means Continuous Delivery or Deployment.

It helps developers push code changes often. Each change is tested and deployed automatically. OpenShift uses Kubernetes. It supports CI/CD pipelines using built-in tools.

Simple flow:

• Code is pushed to repository
• Pipeline starts automatically
• Build process runs
• Tests are executed
• Application is deployed

This reduces manual work and errors.

2. Key Components of OpenShift Pipeline

An effective OpenShift pipeline architecture includes the following components:

Main components:

• Source Code Repository
  Stores application code.
• Build System
  Converts code into container images.
• Pipeline Engine
  Runs tasks step by step.
• Container Registry
  Stores built images.
• Deployment Configurations
  Manages application deployment.

Each component plays a clear role in the pipeline.

3. Benefits of Using CI/CD Pipelines

CI/CD pipelines improve development speed and quality. They help teams release updates often.

Key benefits:

• Faster development cycles
• Fewer human errors
• Better code quality
• Quick feedback on bugs
• Easy rollback options

For example, a retail app can deploy updates daily without downtime. This improves user experience.

4. Tools Required for OpenShift Pipelines

OpenShift supports many tools for CI/CD. These tools help automate different stages.

Common tools:

• Git – Source code management
• Jenkins – Automation server
• Tekton Pipelines – Native OpenShift pipelines
• Docker / Podman – Container tools
• SonarQube – Code quality checks

Many learners start with an OpenShift Online Course to understand these tools clearly. These tools are widely used in real projects.

5. Step-by-Step Pipeline Setup

Building a pipeline in OpenShift is simple if done step by step. Follow this process carefully.

Step 1: Create a Project

• Login to OpenShift console
• Create a new project
• Set project name and permissions

Step 2: Add Source Code

• Connect Git repository
• Ensure code is ready for build

Step 3: Configure Build

• Choose build strategy
• Example: Source-to-Image (S2I)
• Create build config

Step 4: Create Pipeline

• Use Tekton or Jenkins
• Define tasks like build, test, deploy

Step 5: Add Triggers

• Trigger pipeline on code push
• Automate the workflow

Step 6: Deploy Application

• Configure deployment settings
• Run pipeline
• Verify output

Each step builds a complete automated process.

6. CI/CD pipeline OpenShift Workflow Explained

A pipeline follows a fixed workflow. Understanding this flow is important.

Basic workflow:

• Developer pushes code
• Pipeline starts automatically
• Code is built into container image
• Tests are executed
• Image is stored in registry
• Application is deployed

Example:

A banking app update triggers pipeline. It builds code and deploys safely without downtime. This workflow ensures stability.

7. Real-Time Project Example

Let us take a simple real-world example.

Project: Online shopping application.

Pipeline stages:

• Code commit from developer
• Build container image
• Run unit tests
• Perform security scan
• Deploy to staging
• Manual approval
• Deploy to production

This setup is used in many companies. Learners in OpenShift Online Training often practice such real-time projects. It helps them understand real workflows.

8. CI/CD pipeline OpenShift Best Practices

Best practices improve pipeline performance. They also reduce failures.

Follow these tips:

• Keep pipelines simple
• Use version control properly
• Automate testing fully
• Monitor pipeline performance
• Use separate environments

Also:

• Avoid large builds
• Use reusable pipeline templates

These practices help maintain stable pipelines.

9. Skills Required for OpenShift CI/CD

To work on pipelines, you need basic skills. These skills help you handle real projects.

Important skills:

• Basic Linux knowledge
• Git version control
• Docker or container basics
• Kubernetes fundamentals
• CI/CD concepts

Many learners join an OpenShift Training Institute Hyderabad like Visualpath to build these skills step by step. Practical learning is important.

FAQs

Q. What is a CI/CD pipeline in OpenShift?
A. It is an automated process that builds, tests, and deploys applications in OpenShift, reducing manual work and improving delivery speed.

Q. How do you build a CI/CD pipeline in OpenShift step by step?
A. Create project, add code, configure build, define pipeline, add triggers, and deploy application using tools like Tekton or Jenkins.

Q. What tools are required to create CI/CD pipelines in OpenShift?
A. Common tools include Git, Jenkins, Tekton, Docker, and SonarQube for automation, builds, testing, and code quality checks.

Q. How are real-time projects used in OpenShift CI/CD pipelines?
A. Real projects simulate workflows like build, test, and deploy stages, helping learners gain practical skills at Visualpath training institute.

Q. What skills are needed to work on OpenShift CI/CD projects?
A. Skills include Git, Docker, Kubernetes basics, CI/CD concepts, and hands-on practice through training like Visualpath programs.

Conclusion

CI/CD pipelines in OpenShift help teams deliver software faster and safely. They automate build, test, and deployment processes. This guide explained key components, tools, and setup steps. It also showed a real project example. With proper skills and practice, anyone can build and manage pipelines.

Start with small projects, practice consistently, and focus on real-world use cases to master OpenShift DevOps pipelines.

For more insights, read our previous blog: Why Are Companies Choosing OpenShift Over Kubernetes in 2026