🚀 Join Our Exciting DevOps Bootcamp – Unleash Your Full Potential! 🚀
Are you ready to embark on a transformative journey that will set your career soaring? Look no further! Our DevOps Bootcamp is designed to be the ultimate launchpad for your success in the dynamic world of technology.
🎯 What’s in Store for You 🎯
🔧 Immersive Learning
Dive deep into the world of DevOps with our comprehensive course. We believe in hands-on experience, and that’s why our program includes project work and real-life simulations of DevOps engineers to sharpen your skills.
💡 Master DevOps Toolkit
From version control to continuous integration, infrastructure as code to automation, our Bootcamp will equip you with a profound understanding of all the essential tools of DevOps practice. You’ll be a tech-savvy pro in no time!
👩💻 Expert Guidance
Our passionate instructors, who are industry veterans, will be your mentors throughout this transformative journey. They will share their invaluable insights and experiences to help you navigate the world of DevOps with ease.
🌟 Real-World Projects
Theory is essential, but hands-on experience is what sets you apart! Get the chance to work on real-world projects and showcase your skills to potential employers.
💪 Unlock Career Potential
DevOps is in high demand, and organizations are seeking talented professionals like you. After completing our Bootcamp, you’ll be ready to tackle any DevOps challenge that comes your way and soar in your career.
🏅 Certificate of Excellence
Your hard work deserves recognition! Receive a “Certificate of Completion” upon successfully completing the Bootcamp.
🤝 Learning Together
Join a community of like-minded individuals who share your passion for technology. Forge new friendships, collaborate on projects, and grow together as you learn.
🎓 Open to All Skill Levels
Whether you’re a beginner or an experienced tech enthusiast, our Bootcamp caters to all skill levels. We believe that anyone with dedication can become a successful DevOps practitioner.
Seize the opportunity to launch your DevOps career with this investment
- Accelerated Journey: Just 60 Days!
- Focused on Weekdays, Free on Weekends: The Perfect Balance!
- Tailored Timings: Early Mornings or Late Evenings, Per Your Region!
DevOps Bootcamp Topics
1.1. INTRODUCTION TO DEVOPS
1.1.1.Definition and history of DevOps
1.1.2.Core principles and values
1.1.3.Benefits of implementing DevOps
1.2. DEVOPS CULTURE AND COLLABORATION
1.2.1.Creating a culture of collaboration and continuous improvement
1.2.2.Breaking down silos between development, operations, and other teams
1.2.3.Communication and transparency in DevOps
1.3. CONTINUOUS INTEGRATION (CI)
1.3.1.Overview of CI and its importance in DevOps
1.3.2.Setting up a CI/CD pipeline
1.3.3.Automated testing and continuous feedback
1.4. VERSION CONTROL AND GIT
1.4.1.Introduction to version control and its significance
1.4.2.Understanding Git and its key features
1.4.3.Collaborative development with Git
1.5. CONTINUOUS DELIVERY (CD)
1.5.1.Principles and practices of CD
1.5.2.Automating the deployment process
1.5.3.Strategies for reliable and frequent software releases
1.6. INFRASTRUCTURE AS CODE (IAC)
1.6.1.Understanding IaC and its advantages
1.6.2.Tools like Terraform and Ansible for infrastructure provisioning
1.6.3.Managing infrastructure changes with version control
1.7. CONTAINERIZATION AND DOCKER
1.7.1.Introduction to containers and their role in DevOps
1.7.2.Docker fundamentals and containerization benefits
1.7.3.Building and deploying applications using Docker
1.8. CONTAINER ORCHESTRATION WITH KUBERNETES
1.8.1.Understanding Kubernetes and container orchestration
1.8.2.Deploying, scaling, and managing applications with Kubernetes
1.8.3.High availability and resilience with Kubernetes
1.9. MONITORING, LOGGING, AND ALERTING
1.9.1.Importance of monitoring and logging in DevOps
1.9.2.Metrics, logs, and monitoring tools (e.g., Prometheus, Grafana)
1.9.3.Implementing alerts for proactive issue resolution
1.10. DEVOPS SECURITY
1.10.1.Integrating security practices in the DevOps pipeline
1.10.2.Security considerations for code, containers, and infrastructure
1.10.3.Compliance and risk management in DevOps
1.11. CONTINUOUS IMPROVEMENT AND FEEDBACK LOOPS
1.11.1.The importance of continuous improvement in DevOps
1.11.2.Using feedback loops for iterative enhancements
1.11.3.Measuring success and key performance indicators (KPIs)
1.12. DEVOPS TOOLS AND ECOSYSTEM
1.12.1.Overview of popular DevOps tools and their roles
1.12.2.Understanding toolchain integration and automation
1.13. CASE STUDIES AND REAL-WORLD EXAMPLES
1.13.1.Examining successful DevOps adoption stories
1.13.2.Learning from real-world use cases and experiences
1.14. HANDS-ON EXERCISES AND PROJECTS
1.14.1.Practical labs and exercises to reinforce concepts
1.14.2.Group projects to simulate real DevOps scenarios
1.15. CONCLUSION AND NEXT STEPS
1.15.1.Recap of key concepts and takeaways
1.15.2.Guidance on further learning and professional development in DevOps
2.1. INTRODUCTION TO LINUX
2.1.1.History and evolution of Linux
2.1.2.Linux distributions and package management
2.1.3.Understanding the Linux file system hierarchy
2.2. COMMAND LINE INTERFACE (CLI) ESSENTIALS
2.2.1.Navigating the Linux file system
2.2.2.Basic commands (ls, cd, pwd, mkdir, rmdir, etc.)
2.2.3.File and directory manipulation (cp, mv, rm)
2.3. TEXT EDITORS IN LINUX
2.3.1.Introduction to text editors (nano, vim, etc.)
2.3.2.Editing files using different text editors
2.3.3.Useful keyboard shortcuts and commands
2.4. USERS, GROUPS, AND PERMISSIONS
2.4.1.Managing users and groups in Linux
2.4.2.Understanding file permissions (chmod, chown)
2.4.3.Implementing best practices for security
2.5. PACKAGE MANAGEMENT
2.5.1.Using package managers (apt, yum, dnf, etc.)
2.5.2.Installing, updating, and removing software packages
2.5.3.Handling dependencies and repositories
2.6. PROCESS MANAGEMENT
2.6.1.Viewing and managing processes (ps, top, kill, etc.)
2.6.2.Understanding background and foreground tasks
2.6.3.Monitoring system resources
2.7. FILE PERMISSIONS AND OWNERSHIP
2.7.1.Detailed understanding of Linux file permissions
2.7.2.Changing file permissions and ownership (chmod, chown)
2.7.3.Setting permissions for directories and files
2.8. INPUT/OUTPUT REDIRECTION AND PIPELINES
2.8.1.Redirecting input and output (>, >>, <)
2.8.2.Using pipelines to combine commands (|)
2.9. BASH SCRIPTING BASICS
2.9.1.Introduction to shell scripting
2.9.2.Creating and running bash scripts
2.9.3.Variables, conditionals, loops, and functions
2.10. NETWORKING AND REMOTE ACCESS
2.10.1.Configuring network settings (ifconfig, ip, netstat)
2.10.2.Remote access using SSH
2.10.3.Transferring files with SCP and SFTP
2.11. SYSTEM MONITORING AND LOGGING
2.11.1.Checking system logs (syslog, journalctl)
2.11.2.Monitoring system performance (top, free, df)
2.11.3.Analyzing log files for troubleshooting
2.12. MANAGING SERVICES AND PROCESSES
2.12.1.Starting, stopping, and restarting services (systemctl)
2.12.2.Enabling and disabling services at boot
2.12.3.Managing daemons and background processes
2.13. FILE COMPRESSION AND ARCHIVING
2.13.1.Compressing and decompressing files (tar, gzip, zip)
2.13.2.Creating and extracting archives
2.14. PRACTICAL LINUX UTILITIES
2.14.1.Introduction to commonly used utilities (grep, awk, sed)
2.14.2.Using these utilities for text processing and manipulation
2.15. SHELL CUSTOMIZATION
2.15.1.Customizing the shell environment (bashrc, aliases)
2.15.2.Installing and managing shell plugins and extensions
3.1. INTRODUCTION TO CLOUD COMPUTING
3.1.1.Understanding the cloud computing paradigm
3.1.2.Advantages and benefits of cloud computing
3.2. CLOUD SERVICE MODELS
3.2.1.Overview of IaaS, PaaS, and SaaS
3.2.2.Focus on Infrastructure as a Service (IaaS)
3.3. INTRODUCTION TO AWS
3.3.1.Overview of Amazon Web Services (AWS)
3.3.2.AWS global infrastructure and regions
3.4. SETTING UP AWS ACCOUNT
3.4.1.Creating an AWS account and setting up billing
3.4.2.Understanding AWS Identity and Access Management (IAM)
3.5. AWS MANAGEMENT CONSOLE
3.5.1.Navigating the AWS Management Console
3.5.2.Overview of AWS services and resources
3.6. AMAZON EC2 (ELASTIC COMPUTE CLOUD)
3.6.1.Introduction to EC2 instances and instance types
3.6.2.Launching and configuring EC2 instances
3.7. AWS NETWORKING
3.7.1.Understanding Amazon Virtual Private Cloud (VPC)
3.7.2.Creating subnets, route tables, and security groups
3.8. AMAZON EBS (ELASTIC BLOCK STORE)
3.8.1.Working with Amazon EBS volumes and snapshots
3.8.2.Attaching and detaching EBS volumes to EC2 instances
3.9. AWS STORAGE SERVICES
3.9.1.Overview of Amazon S3 (Simple Storage Service)
3.9.2.Understanding Amazon Glacier for archival storage
3.10. AWS IDENTITY AND ACCESS MANAGEMENT (IAM)
3.10.1.Managing IAM users, groups, and roles
3.10.2.Assigning permissions using IAM policies
3.11. AWS SECURITY BEST PRACTICES
3.11.1.Securing EC2 instances with key pairs
3.11.2.Configuring security groups for inbound and outbound traffic
3.12. AWS CLOUDWATCH
3.12.1.Monitoring AWS resources with CloudWatch
3.12.2.Setting up alarms for automatic actions
3.13. AWS AUTO SCALING
3.13.1.Understanding Auto Scaling and its benefits
3.13.2.Configuring Auto Scaling groups
3.14. AWS ELASTIC LOAD BALANCING (ELB)
3.14.1.Overview of ELB and its types
3.14.2.Distributing incoming traffic to EC2 instances
3.15. AWS COMMAND LINE INTERFACE (CLI)
3.15.1.Introduction to AWS CLI and its usage
3.15.2.Automating tasks with AWS CLI scripts
3.16. AWS CLOUDFORMATION
3.16.1.Infrastructure as Code (IaC) using CloudFormation
3.16.2.Writing templates to provision AWS resources
3.17. AWS SERVERLESS SERVICES (OPTIONAL)
3.17.1.Brief overview of AWS Lambda, API Gateway, and other serverless offerings
3.18. COST MANAGEMENT AND BILLING
3.18.1.Monitoring and controlling AWS costs
3.18.2.Understanding AWS billing and pricing models
4.1. INTRODUCTION TO VERSION CONTROL
4.1.1.What is version control and its significance in software development
4.1.2.The role of version control in collaborative projects
4.2. GIT BASICS
4.2.1.Understanding Git’s distributed nature
4.2.2.Installing Git on various operating systems
4.2.3.Configuring Git with user details
4.3. GIT WORKFLOW
4.3.1.Overview of the typical Git workflow
4.3.2.Understanding the working directory, staging area, and repository
4.4. CREATING A REPOSITORY
4.4.1.Initializing a new Git repository
4.4.2.Cloning an existing repository
4.5. BASIC GIT COMMANDS
4.5.1.git init, git add, git commit, git status, git log, etc.
4.5.2.Undoing changes with git checkout and git reset
4.6. BRANCHING AND MERGING
4.6.1.Creating and managing branches in Git
4.6.2.Merging branches and resolving conflicts
4.7. REMOTE REPOSITORIES
4.7.1.Understanding remote repositories and their role in collaboration
4.7.2.Adding and removing remote repositories
4.8. WORKING WITH REMOTE REPOSITORIES
4.8.1.Pushing and pulling changes to and from remote repositories
4.8.2.Fetching and syncing changes
4.9. COLLABORATIVE DEVELOPMENT WITH GIT
4.9.1.Setting up pull requests for code review
4.9.2.Resolving feedback and reviewing others’ code
4.10. GIT TAGS AND RELEASES
4.10.1.Creating lightweight and annotated tags
4.10.2.Managing project releases with Git tags
4.11. GIT WORKFLOW STRATEGIES
4.11.1.Git Flow, GitHub Flow, and other popular workflows
4.11.2.Selecting the right workflow for specific projects
4.12. GIT HOOKS
4.12.1.Introduction to Git hooks and their applications
4.12.2.Customizing hooks for specific project needs
4.13. ADVANCED GIT COMMANDS
4.13.1.git rebase, git cherry-pick, git stash, etc.
4.13.2.Practical use cases for advanced Git commands
4.14. GIT BEST PRACTICES
4.14.1.Guidelines for writing meaningful commit messages
4.14.2.Effective branching and merging strategies
4.15. GIT AND CONTINUOUS INTEGRATION (CI)
4.15.1.Integrating Git with CI/CD pipelines (e.g., Jenkins, GitLab CI)
4.15.2.Automating testing and deployment with Git
4.16. GIT TIPS AND TRICKS
4.16.1.Time-saving commands and shortcuts
4.16.2.Handling large repositories and dealing with performance issues
5.1. INTRODUCTION TO BUILD MANAGEMENT AND MAVEN
5.1.1.Understanding the importance of build management in software development
5.1.2.Overview of Apache Maven and its features
5.2. INSTALLING AND CONFIGURING MAVEN
5.2.1.Installing Maven on different operating systems
5.2.2.Configuring Maven environment variables and settings
5.3. MAVEN PROJECT STRUCTURE
5.3.1.Understanding the standard Maven project directory structure
5.3.2.The role of the POM (Project Object Model) in Maven
5.4. MANAGING PROJECT DEPENDENCIES
5.4.1.Declaring dependencies in the POM
5.4.2.Working with transitive dependencies and dependency scopes
5.5. BUILDING PROJECTS WITH MAVEN
5.5.1.Running basic Maven commands (clean, compile, package, install)
5.5.2.Building specific modules and skipping tests
5.6. MANAGING PLUGINS IN MAVEN
5.6.1.Understanding Maven plugins and their role in build automation
5.6.2.Configuring plugins in the POM
5.7. CUSTOMIZING THE BUILD PROCESS
5.7.1.Adding custom build phases and goals
5.7.2.Using Maven profiles for different build configurations
5.8. DEPENDENCY MANAGEMENT BEST PRACTICES
5.8.1.Strategies for handling version conflicts
5.8.2.Using the Dependency Management section effectively
5.9. CONTINUOUS INTEGRATION (CI) WITH MAVEN
5.9.1.Integrating Maven with CI/CD pipelines (e.g., Jenkins, GitLab CI)
5.9.2.Automating testing, building, and deployment with Maven in CI
5.10. MAVEN REPOSITORY MANAGEMENT
5.10.1.Understanding local, remote, and central repositories
5.10.2.Setting up and using private repositories
5.11. MAVEN RELEASE MANAGEMENT
5.11.1.Preparing and performing a release with Maven
5.11.2.Versioning and tagging releases
5.12. MAVEN AND CODE QUALITY
5.12.1.Integrating Maven with code quality tools (e.g., SonarQube)
5.12.2.Enforcing code quality checks in the build process
5.13. WORKING WITH ASSEMBLIES
5.13.1.Creating custom distributions using Maven Assemblies
5.13.2.Building zip, tar, and other archive formats
5.14. MAVEN BUILD OPTIMIZATION AND PERFORMANCE
5.14.1.Techniques for speeding up Maven builds
5.14.2.Caching and incremental builds
5.15. MAVEN AND INTEGRATION TESTING
5.15.1.Running integration tests with Maven Failsafe Plugin
5.15.2.Configuring test execution and reporting
5.16. MAVEN BEST PRACTICES AND TIPS
5.16.1.Coding conventions for writing Maven POM files
5.16.2.Best practices for project organization and structure
6.1. INTRODUCTION TO CI/CD AND JENKINS
6.1.1.Understanding Continuous Integration (CI) and Continuous Deployment (CD) concepts
6.1.2.Overview of Jenkins and its importance in the DevOps pipeline
6.2. INSTALLING AND CONFIGURING JENKINS
6.2.1.Installing Jenkins on different operating systems
6.2.2.Initial setup and configuration of Jenkins
6.3. JENKINS DASHBOARD AND NAVIGATION
6.3.1.Navigating the Jenkins dashboard and understanding the user interface
6.3.2.Managing Jenkins plugins and configurations
6.4. CREATING AND CONFIGURING JENKINS JOBS
6.4.1.Creating new Jenkins jobs for different types of projects (e.g., Java, Node.js, Python)
6.4.2.Configuring build triggers and source code management in Jenkins jobs
6.5. BUILD AUTOMATION WITH JENKINS
6.5.1.Configuring build tools (e.g., Maven, Gradle) in Jenkins jobs
6.5.2.Running automated builds with Jenkins
6.6. CONTINUOUS INTEGRATION WITH JENKINS
6.6.1.Setting up CI pipelines for automatic code integration
6.6.2.Configuring build steps and post-build actions
6.7. AUTOMATED TESTING WITH JENKINS
6.7.1.Integrating unit tests and code quality checks in Jenkins jobs
6.7.2.Configuring test reporting and result visualization
6.8. JENKINS AND SOURCE CODE MANAGEMENT
6.8.1.Integrating Jenkins with version control systems (e.g., Git, SVN)
6.8.2.Using Jenkins with Git webhooks for automatic builds
6.9. ARTIFACT MANAGEMENT AND ARCHIVING
6.9.1.Configuring artifact management with Jenkins
6.9.2.Archiving build artifacts and intermediate files
6.10. CONTINUOUS DEPLOYMENT WITH JENKINS
6.10.1.Setting up CD pipelines for automatic deployment to different environments
6.10.2.Implementing blue-green deployments and canary releases
6.11. JENKINS PIPELINES
6.11.1.Introduction to Jenkins Pipeline as code
6.11.2.Defining declarative and scripted Jenkins pipelines
6.12. JENKINS AGENTS AND EXECUTORS
6.12.1.Configuring Jenkins agents for distributed builds
6.12.2.Managing executors and build queue
6.13. JENKINS SECURITY AND AUTHENTICATION
6.13.1.Securing Jenkins with user authentication and authorization
6.13.2.Managing user permissions and access controls
6.14. JENKINS PLUGIN MANAGEMENT
6.14.1.Overview of essential Jenkins plugins for CI/CD automation
6.14.2.Installing and configuring Jenkins plugins
6.15. JENKINS INTEGRATION WITH OTHER DEVOPS TOOLS
6.15.1.Integrating Jenkins with other DevOps tools (e.g., GitLab, JIRA)
6.15.2.Using Jenkins in conjunction with Docker and Kubernetes
7.1. INTRODUCTION TO CONTAINERIZATION
7.1.1.Understanding containerization and its benefits
7.1.2.Differences between containers and virtual machines
7.2. INTRODUCTION TO DOCKER
7.2.1.Overview of Docker and its architecture
7.2.2.Installing Docker on different operating systems
7.3. DOCKER IMAGES AND CONTAINERS
7.3.1.Understanding Docker images and their role in container creation
7.3.2.Running containers from Docker images
7.4. WORKING WITH DOCKER CONTAINERS
7.4.1.Managing Docker containers (start, stop, restart, remove)
7.4.2.Interacting with containers (exec, logs, inspect)
7.5. DOCKERFILE AND IMAGE CREATION
7.5.1.Creating Docker images using Dockerfile
7.5.2.Best practices for writing efficient Dockerfiles
7.6. DOCKER NETWORKING
7.6.1.Overview of Docker networking modes (bridge, host, overlay, etc.)
7.6.2.Exposing container ports and mapping to host ports
7.7. DOCKER VOLUMES
7.7.1.Understanding Docker volumes for persistent data storage
7.7.2.Managing data volumes and bind mounts
7.8. DOCKER COMPOSE
7.8.1.Introduction to Docker Compose for defining multi-container applications
7.8.2.Creating and managing multi-container applications with Compose
7.9. DOCKER REGISTRY
7.9.1.Overview of Docker Hub and private Docker registries
7.9.2.Pushing and pulling images from Docker registries
7.10. DOCKER AND CONTINUOUS INTEGRATION (CI)
7.10.1.Using Docker in CI/CD pipelines
7.10.2.Building and testing applications in Docker containers during CI
7.11. DOCKER ORCHESTRATION WITH KUBERNETES (OPTIONAL)
7.11.1.Brief introduction to Kubernetes and container orchestration
7.11.2.Deploying Docker containers on Kubernetes clusters
7.12. DOCKER SECURITY BEST PRACTICES
7.12.1.Securing Docker containers and images
7.12.2.Implementing container isolation and resource constraints
7.13. DOCKERIZING APPLICATIONS
7.13.1.Containerizing different types of applications (e.g., Java, Node.js, Python)
7.13.2.Building Docker images for web applications and databases
7.14. DOCKER AND MICROSERVICES (OPTIONAL)
7.14.1.Understanding how Docker facilitates microservices architecture
7.14.2.Deploying and managing microservices with Docker
7.15. DOCKER TIPS AND TRICKS
7.15.1.Useful Docker commands and shortcuts
7.15.2.Troubleshooting common Docker issues
8.1. INTRODUCTION TO CONTAINER ORCHESTRATION
8.1.1.Understanding the need for container orchestration
8.1.2.Benefits and advantages of Kubernetes in container management
8.2. KUBERNETES ARCHITECTURE
8.2.1.Overview of Kubernetes components (Master and Nodes)
8.2.2.Understanding Kubernetes Pods, Services, and Controllers
8.3. INSTALLING AND SETTING UP KUBERNETES
8.3.1.Installing Kubernetes on different platforms (e.g., local, cloud)
8.3.2.Configuring Kubernetes cluster networking
8.4. MANAGING KUBERNETES RESOURCES
8.4.1.Deploying applications with Kubernetes YAML manifests
8.4.2.Understanding Deployments, StatefulSets, and DaemonSets
8.5. KUBERNETES SERVICES AND LOAD BALANCING
8.5.1.Exposing applications with Kubernetes Services
8.5.2.Load balancing traffic to application Pods
8.6. KUBERNETES VOLUMES AND STORAGE
8.6.1.Understanding Kubernetes Persistent Volumes and Persistent Volume Claims
8.6.2.Configuring data storage for stateful applications
8.7. KUBERNETES NETWORKING
8.7.1.Overview of Kubernetes networking concepts (e.g., Pods communication, Services)
8.7.2.Using Ingress controllers for external access to services
8.8. SCALING AND AUTO-SCALING
8.8.1.Scaling applications manually with Kubernetes commands
8.8.2.Implementing Horizontal Pod Autoscaling (HPA)
8.9. KUBERNETES CONFIGMAPS AND SECRETS
8.9.1.Managing configuration data with ConfigMaps
8.9.2.Storing sensitive data with Kubernetes Secrets
8.10. KUBERNETES DEPLOYMENT STRATEGIES
8.10.1.Understanding Rolling Updates and Blue-Green Deployments
8.10.2.Managing application versioning and rollbacks
8.11. KUBERNETES MONITORING AND LOGGING
8.11.1.Monitoring Kubernetes cluster and application health
8.11.2.Using Kubernetes Dashboard and Prometheus for monitoring
8.12. KUBERNETES SECURITY BEST PRACTICES
8.12.1.Securing Kubernetes components and APIs
8.12.2.Implementing RBAC (Role-Based Access Control)
8.13. KUBERNETES AND CI/CD INTEGRATION
8.13.1.Integrating Kubernetes with CI/CD pipelines (e.g., Jenkins, GitLab CI)
8.13.2.Automating deployments to Kubernetes clusters
8.14. KUBERNETES NETWORKING WITH CNI PLUGINS (OPTIONAL)
8.14.1.Brief introduction to Container Network Interface (CNI) plugins
8.14.2.Understanding network overlay for container networking
8.15. KUBERNETES MULTI-CLUSTER MANAGEMENT (OPTIONAL)
8.15.1.Managing multiple Kubernetes clusters with tools like Kubernetes Federation and Rancher
9.1. INTRODUCTION TO CONFIGURATION MANAGEMENT
9.1.1.Understanding the need for configuration management in DevOps
9.1.2.Overview of Ansible and its features
9.2. INSTALLING AND SETTING UP ANSIBLE
9.2.1.Installing Ansible on different operating systems
9.2.2.Configuring Ansible hosts file and inventory
9.3. ANSIBLE PLAYBOOKS AND ROLES
9.3.1.Writing Ansible playbooks for configuration management
9.3.2.Organizing tasks into roles for reusability
9.4. MANAGING INVENTORY AND HOSTS
9.4.1.Configuring inventory files for different environments
9.4.2.Using patterns and groups to target hosts
9.5. WORKING WITH ANSIBLE MODULES
9.5.1.Understanding Ansible modules for different tasks (file, package, service, etc.)
9.5.2.Using core and community modules
9.6. ANSIBLE VARIABLES AND FACTS
9.6.1.Declaring and using variables in Ansible playbooks
9.6.2.Gathering facts about managed hosts
9.7. MANAGING FILES AND TEMPLATES
9.7.1.Copying files to remote hosts with the “copy” module
9.7.2.Using Jinja2 templates for dynamic configuration
9.8. MANAGING PACKAGES AND SOFTWARE
9.8.1.Installing and updating packages using Ansible
9.8.2.Configuring package repositories
9.9. MANAGING SERVICES
9.9.1.Starting, stopping, and restarting services with Ansible
9.9.2.Managing service states and configurations
9.10. CONDITIONAL EXECUTION AND LOOPS
9.10.1.Using conditionals (when) and loops (with_items) in playbooks
9.10.2.Handling different scenarios based on conditions
9.11. HANDLING FILE PERMISSIONS AND OWNERSHIP
9.11.1.Managing file permissions and ownership with Ansible
9.11.2.Using the “file” module for file manipulation
9.12. ANSIBLE ROLES AND BEST PRACTICES
9.12.1.Structuring playbooks with reusable roles
9.12.2.Following best practices for Ansible playbook organization
9.13. ANSIBLE VAULT
9.13.1.Introduction to Ansible Vault for encrypting sensitive data
9.13.2.Managing encrypted files and variables
9.14. WORKING WITH ANSIBLE AND CLOUD PROVIDERS (OPTIONAL)
9.14.1.Automating cloud infrastructure with Ansible (e.g., AWS, Azure)
9.14.2.Using Ansible dynamic inventory for cloud environments
9.15. ANSIBLE AND CONFIGURATION DRIFT REMEDIATION (OPTIONAL)
9.15.1.Identifying and remediating configuration drift with Ansible
9.15.2.Implementing continuous compliance using Ansible
10.1. INTRODUCTION TO INFRASTRUCTURE AS CODE (IAC)
10.1.1.Understanding the concept and benefits of IaC
10.1.2.Overview of Terraform and its features
10.2. INSTALLING AND SETTING UP TERRAFORM
10.2.1.Installing Terraform on different operating systems
10.2.2.Configuring Terraform environment variables
10.3. TERRAFORM BASICS
10.3.1.Understanding Terraform configuration files (HCL language)
10.3.2.Initializing and validating Terraform configurations
10.4. MANAGING RESOURCES WITH TERRAFORM
10.4.1.Declaring resources in Terraform (e.g., virtual machines, networks, storage)
10.4.2.Understanding Terraform providers
10.5. TERRAFORM VARIABLES AND INPUT VARIABLES
10.5.1.Declaring and using variables in Terraform configurations
10.5.2.Using input variables for dynamic configurations
10.6. TERRAFORM STATE MANAGEMENT
10.6.1.Understanding Terraform state files and their importance
10.6.2.Configuring remote state storage
10.7. TERRAFORM MODULES
10.7.1.Organizing Terraform configurations into reusable modules
10.7.2.Best practices for writing Terraform modules
10.8. TERRAFORM DATA SOURCES
10.8.1.Querying and using data from external sources in Terraform
10.8.2.Retrieving information from cloud providers
10.9. TERRAFORM AND CLOUD PROVIDERS
10.9.1.Working with different cloud providers (e.g., AWS, Azure, GCP)
10.9.2.Defining infrastructure in multi-cloud environments
10.10. TERRAFORM PROVISIONERS
10.10.1.Using provisioners to execute scripts on provisioned resources
10.10.2.Configuring bootstrapping and initialization scripts
10.11. TERRAFORM AND INFRASTRUCTURE LIFECYCLE
10.11.1.Understanding resource creation, updating, and deletion in Terraform
10.11.2.Terraform plan and apply workflow
10.12. TERRAFORM AND VERSION CONTROL
10.12.1.Managing Terraform configurations in version control systems (e.g., Git)
10.12.2.Collaborating on Terraform configurations in teams
10.13. TERRAFORM BEST PRACTICES
10.13.1.Following best practices for writing maintainable and efficient Terraform code
10.13.2.Terraform code organization and structure
10.14. TERRAFORM AND CI/CD INTEGRATION (OPTIONAL)
10.14.1.Integrating Terraform with CI/CD pipelines (e.g., Jenkins, GitLab CI)
10.14.2.Automating infrastructure provisioning with Terraform
10.15. TERRAFORM STATE LOCKING (OPTIONAL)
10.15.1.Implementing state locking to prevent concurrent modifications
10.15.2.Using remote backends for safe state storage
11.1. INTRODUCTION TO MONITORING AND NAGIOS
11.1.1.Understanding the need for monitoring in DevOps
11.1.2.Overview of Nagios and its features
11.2. INSTALLING AND SETTING UP NAGIOS
11.2.1.Installing Nagios on different operating systems
11.2.2.Configuring Nagios for monitoring
11.3. NAGIOS CONFIGURATION FILES
11.3.1.Understanding Nagios configuration files and their roles
11.3.2.Configuring hosts, services, and commands
11.4. MONITORING HOSTS AND SERVICES
11.4.1.Defining hosts and services to monitor with Nagios
11.4.2.Setting up checks for different types of services (e.g., HTTP, SMTP, SSH)
11.5. NAGIOS PLUGINS
11.5.1.Understanding Nagios plugins and their importance
11.5.2.Installing and managing plugins for specific checks
11.6. NAGIOS NOTIFICATIONS AND ALERTING
11.6.1.Configuring notification methods (e.g., email, SMS, Slack)
11.6.2.Setting up alerting rules and thresholds
11.7. NAGIOS DASHBOARDS AND VISUALIZATIONS
11.7.1.Using Nagios web interface for monitoring and reporting
11.7.2.Creating custom dashboards and views
11.8. NAGIOS EVENT HANDLERS
11.8.1.Implementing event handlers for automated responses to alerts
11.8.2.Performing actions based on monitoring events
11.9. NAGIOS PERFORMANCE DATA AND GRAPHING
11.9.1.Enabling performance data collection in Nagios
11.9.2.Visualizing performance data with graphs and charts
11.10. NAGIOS HIGH AVAILABILITY (OPTIONAL)
11.10.1.Configuring Nagios for high availability and redundancy
11.10.2.Implementing active-passive or active-active setups
11.11. NAGIOS PLUGINS DEVELOPMENT (OPTIONAL)
11.11.1.Writing custom Nagios plugins for specific monitoring needs
11.11.2.Extending Nagios capabilities with custom checks
11.12. NAGIOS BEST PRACTICES
11.12.1.Following best practices for organizing and maintaining Nagios configurations
11.12.2.Optimizing Nagios performance and resource utilization
11.13. INTEGRATING NAGIOS WITH OTHER TOOLS (OPTIONAL)
11.13.1.Integrating Nagios with other DevOps tools (e.g., Grafana, Jenkins)
11.13.2.Centralizing monitoring data with ELK stack or Prometheus
11.14. NAGIOS AND ITIL/INCIDENT MANAGEMENT (OPTIONAL)
11.14.1.Integrating Nagios with ITIL-compliant incident management systems
11.14.2.Implementing incident tracking and resolution workflows
12.1. RECAP OF DEVOPS CONCEPTS
12.1.1.Briefly revisiting the core concepts and principles of DevOps
12.1.2.Emphasizing the importance of collaboration and automation
12.2. VERSION CONTROL WITH GIT
12.2.1.Recap of Git basics, branching, and merging
12.2.2.Best practices for using Git in a team environment
12.3. BUILD MANAGEMENT WITH MAVEN
12.3.1.Revisiting Maven project structure and dependencies
12.3.2.Demonstrating how to optimize build automation with Maven
12.4. CONTAINERIZATION WITH DOCKER
12.4.1.Overview of Docker containers and images
12.4.2.Highlighting the benefits of using Docker for application deployment
12.5. INFRASTRUCTURE AS CODE WITH TERRAFORM
12.5.1.Recap of Terraform configuration files and modules
12.5.2.Demonstrating how to provision and manage infrastructure using Terraform
12.6. CONFIGURATION MANAGEMENT WITH ANSIBLE
12.6.1.Review of Ansible playbooks, roles, and inventory
12.6.2.Highlighting the benefits of using Ansible for configuration management
12.7. CONTAINER ORCHESTRATION WITH KUBERNETES
12.7.1.Brief overview of Kubernetes and its features
12.7.2.Demonstrating how Kubernetes manages containerized applications
12.8. MONITORING WITH NAGIOS
12.8.1.Recap of Nagios setup, configuration, and monitoring rules
12.8.2.Emphasizing the importance of proactive monitoring in DevOps
12.9. INTEGRATING DEVOPS TOOLS
12.9.1.Exploring how various DevOps tools can be integrated to create a seamless workflow
12.9.2.Demonstrating the use of CI/CD pipelines with Jenkins, Git, Maven, and Docker
12.10. FINAL PROJECT
12.10.1.Introducing the final project that will bring together all the learned concepts
12.10.2.Participants will work on a real-world project that involves version control, build management, containerization, infrastructure as code, configuration management, container orchestration, and monitoring.
12.11. PROJECT REQUIREMENTS AND GUIDELINES
12.11.1.Providing project requirements and guidelines to participants
12.11.2.Emphasizing the importance of planning, documentation, and collaboration during the project.
12.12. PROJECT IMPLEMENTATION AND SUPPORT
12.12.1.Participants will work on implementing the project based on the given requirements
12.12.2.Instructors and mentors will provide support and guidance during the project implementation phase.
12.13. PROJECT PRESENTATIONS
12.13.1.Participants will present their completed projects to the class
12.13.2.Presentations will include an overview of the project, the tools and technologies used, and the lessons learned.
12.14. CLOSING REMARKS
12.14.1.Wrapping up the DevOps boot camp course
12.14.2.Encouraging participants to continue their learning journey in DevOps.