CI/CD Pipeline

Automated build, test, and deployment workflow

📝
Code
● Pending
Push to Git
🔨
Build
● Pending
Compile & Package
🧪
Test
● Pending
Run Test Suite
🐳
Docker
● Pending
Build Image
🚀
Deploy
● Pending
Push to Production
📊
Monitor
● Pending
Health Checks
🔨
Build
Waiting
Tests
Waiting
🚀
Deployment
Waiting
💻
Application
Waiting

DevOps Tools

Industry-standard tools powering modern software delivery

VCS

Git

Distributed version control system for tracking code changes, enabling collaboration across development teams.

Branching Merging History
🏗
CI/CD

Jenkins

Open-source automation server that enables building, testing, and deploying software via continuous integration pipelines.

Automation Pipelines Plugins
🐳
Containers

Docker

Platform for developing, shipping, and running applications in isolated containers, ensuring consistency across environments.

Images Containers Registry
Orchestration

Kubernetes

Container orchestration system for automating deployment, scaling, and management of containerized applications at scale.

Pods Scaling Cluster
🐧
OS

Linux

The backbone of DevOps. Most servers, containers, and cloud infrastructure run on Linux for its stability and flexibility.

Shell Bash Servers
Cloud

AWS

Amazon Web Services, the world's leading cloud platform providing compute, storage, networking, and managed DevOps services.

EC2 S3 EKS

System Monitoring

Live infrastructure health and resource utilisation

CPU Usage
42%
4 cores · 3.6 GHz · Intel Xeon
🧠 Memory Usage
68%
10.9 GB / 16 GB · DDR4
💾 Disk Usage
54%
270 GB / 500 GB · SSD NVMe
🖥 Server Status
● Online
Uptime 47d 12h 30m
Region us-east-1
IP 10.0.0.42
OS Ubuntu 22.04 LTS
📋 Deployment Activity Log
17:28:04 SUCCESS Production deployment completed
17:26:51 SUCCESS Docker image built successfully
17:25:33 PASSED Automated tests passed — 142/142
17:24:10 INFO Code pushed to Git repository (main)
17:23:00 INFO Jenkins pipeline triggered by commit #a3f9c12

About DevOps

The philosophy behind modern software delivery

🔄

What is DevOps?

DevOps is a combination of practices, tools and culture that helps development and operations teams work together to build, test and deliver software faster and more reliably.

It bridges the gap between writing code (Development) and running it in production (Operations), creating a continuous feedback loop that improves every release.

Continuous Integration

Developers merge code changes frequently, triggering automated builds and tests.

🚀

Continuous Delivery

Every passing build is a release candidate, ready to ship to production at any time.

🔁

Feedback Loops

Monitoring and alerting give teams fast visibility into how software behaves in production.

🤝

Collaboration

Dev and Ops share responsibility for reliability, using shared tools and on-call rotations.