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Bilal Phase 2 Ibm

The document outlines a solution architecture for streamlining containerized application deployment on IBM Cloud Kubernetes using Container Registry. It details the setup of a DevOps integration project, including directory structure, tool integrations like GitHub and Jenkins, and a CI/CD pipeline workflow. Future plans include enhancing tool compatibility, advanced automation, AI/ML analytics, security improvements, cloud scalability, and user-centric enhancements.

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30 views5 pages

Bilal Phase 2 Ibm

The document outlines a solution architecture for streamlining containerized application deployment on IBM Cloud Kubernetes using Container Registry. It details the setup of a DevOps integration project, including directory structure, tool integrations like GitHub and Jenkins, and a CI/CD pipeline workflow. Future plans include enhancing tool compatibility, advanced automation, AI/ML analytics, security improvements, cloud scalability, and user-centric enhancements.

Uploaded by

bilalsharieff777
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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PHASE 2

STREAMLINING CONTAINERIZED APPLICATION DEPLOYMENT ON IBM CLOUD


KUBERNETES USING CONTAINER REGISTRY

PHASE 2- SOLUTION ARCHITECTURE


College Name: VIJAYA VITTALA INSTITUTE OF TECHNOLOGY

Group Members:

• Name: BHARATHI P
CAN ID Number: CAN_33776915

• Name: ADITHYA K
CAN ID Number: CAN_33899708

• Name: BILAL ZAKAULLA SHARIEFF


CAN ID Number: CAN_33777127

• Name: K U TEJAS
CAN ID Number: CAN_33896204

SOLUTION ARCHITECTURE

To streamline the collaboration and tool integration process, we will establish seamless

connectivity, automate workflows, and centralize critical updates across DevOps tools. The

solution architecture leverages a well-structured directory layout, APIs, webhooks, and

modern tools such as Jenkins, GitHub, and Prometheus.

Directory Setup:

1. Create a project directory:

DEVOPS ENGINEER
PHASE 2
2. mkdir devops-integration

cd devops-integration

3. Create subdirectories for configuration files and scripts:

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PHASE 2
4. mkdir configs

mkdir scripts

5. Add placeholder files:

6. echo. > configs/tool-config.json

echo. > scripts/setup-integration.sh

Tool Integrations:

1. Version Control Integration: Configure GitHub for version tracking.

o Initialize a Git repository.

o Connect repository with CI/CD pipeline (e.g., Jenkins or GitHub Actions).

2. CI/CD Pipeline: Automate build and deployment.

o Set up Jenkins with plugins for GitHub, Jira, and Prometheus.

o Create a Jenkinsfile for defining CI/CD workflows.

3. Monitoring and Alerts: Implement Prometheus for real-time monitoring.

o Configure alert rules and dashboards.

4. Communication Channels: Connect Slack for real-time notifications.

o Utilize Slack API for event-based messaging.

CI/CD PIPELINE DESIGN AND IMPLEMENTATION

Pipeline Workflow:

1. Code Checkout:

o Clone repository from GitHub.

2. Build Stage:

o Automate artifact generation using Jenkins pipelines.

3. Testing Stage:

o Run unit and integration tests.

4. Deployment Stage:

DEVOPS ENGINEER
PHASE 2
4.Deploy updates to a Kubernetes cluster.

Jenkinsfile Example:

pipeline {

agent any

stages {

stage('Checkout') {

steps {

git 'https://github.com/username/devops-integration.git'

stage('Build') {

steps {

sh 'mvn package'

stage('Test') {

steps {

sh 'mvn test'

stage('Deploy') {

steps {

sh './scripts/deploy.sh'

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PHASE 2
}

post {

success {

echo 'Pipeline executed successfully.'

failure {

echo 'Pipeline failed. Check logs for errors.'

FUTURE PLAN

1. Enhanced Tool Integrations: Expand compatibility to additional tools such as Trello

and Grafana.

2. Advanced Automation: Leverage orchestration tools like Kubernetes for complex

workflows.

3. AI/ML Analytics: Implement machine learning models for predictive monitoring.

4. Security Enhancements: Adopt advanced encryption (e.g., AES) and RBAC for

secure operations.

5. Cloud Scalability: Transition to serverless technologies for higher efficiency.

6. User-Centric Improvements: Simplify interfaces for easier adoption and use.

DEVOPS ENGINEER

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