DevOps & Cloud Technologies

Docker & Kubernetes Training & Certification

Understand the opportunities of containers with Docker & Kubernetes, which will transform the deployment and administration of applications.

Instructor
Instructor

Docker & Kubernetes Training

Docker

Learning Objective:  By the time the course ends, students will know how to set up Docker environments, generate custom images, create and manage containers, handle networking and storage, and use Docker Compose for deployments that are easier to handle. Through the use of Docker’s robust tools and techniques, this course gives students the skills necessary to optimize the deployment of applications.

 

Kubernetes

Learning Objective:  After completing the course, participants will have a thorough understanding of how to install Kubernetes, deploy applications, manage storage, schedule pods, allocate resources, network, monitor, and implement security procedures.

Objective

Docker & Kubernetes Training Course Objective

What skills will you develop through our Docker & Kubernetes course?

  • Gain a thorough understanding of Kubernetes and Docker technologies.
  • Learn the fundamentals of automation and containers for effective application deployment.
  • Get practical experience setting up and running Docker containers.
  • Recognize the function of the Kubernetes framework in container management.
  • Discover how to use Kubernetes to deploy, scale, and manage applications.
  • Examine the concepts of container networking and storage in environments running Docker and Kubernetes.
  • Apply recommended procedures to secure apps that are containerized.
  • Learn how to monitor and diagnose Kubernetes and Docker setups.
  • Use your academic knowledge in real-world situations and practical challenges.
  • Develop your knowledge of containerized application management and optimization within a DevOps environment.

Docker

Unit 1 - Introduction
  • Introduction to Server Provision
  • VMS Base Provisioning difficulty
  • OS Virtualization Introduction
  • Hardware Virtualization vs. OS virtualization
  • Docker Introduction
  • Docker Architecture
  • Use case of Containerization Application
  • Setting Up Your Environment
  • Setup machine on Cloud & on-premises
  • Installation Docker
Unit 2 - Learning the basics of Docker
  • Docker Images and Containers
  • Docker Hub
  • Docker Image & Container Basic Operation Commands
  • Creating Containers
  • Executing Container Commands
  • Docker Logging
Unit 3 - Expose Contained for World Network
  • Port Understanding
  • Expose container for external Network
Unit 4 - Build Docker Image
  • Image modification
  • Manually Docker image Build process
  • Install custom BINS/LIBS into the Docker images
Unit 5 - Docker Storage
  • Stateless and state full Application Understanding
  • Provide persistent storage for container
  • Create Docker Volume
  • Docker Data Backup Solution
Unit 6 - Docker Images File
  • Introduction to the Docker file
  • Write Docker file for custom application
  • Image History
  • Saving and Loading Images
Unit 7 - Docker Network
  • Understanding Bridge Network
  • Creating a Custom Network for Docker Container
  • Establish Communication between Container
Unit 8 - Docker Registry
  • Introduction Docker registry
  • How to use Public Dockers Registry
  • Setup Internal Dockers registry
  • Maintain Image over internal Dockers registry
Unit 9 - Docker Compose
  • Installing Docker Compose
  • Compose Commands
  • Creating a Compose File
  • Using Volumes and Networking with Compose

Kubernetes

Unit 1 - Introduction Kubernetes
  • Introduction to Kubernetes
  • Kubernetes Cluster Architecture
  • Core Concept of Kubernetes Services
  • ETCD & Controller & API & scheduler
  • Exploring your Cluster
  • Understanding YAML
Unit 2 - Installation
  • Installation minikube
  • Installation using kubeadm utility in HA mode
  • Install Kubernetes the Hard Way
  • How to use Kops and create
  • Kubernetes cluster
Unit 3 - Application Deployment
  • Creating a Deployment in Kubernetes using YAML
  • Creating a Service in Kubernetes
  • Understanding pod & Replication & Deployment configuration
  • Using Rolling Updates in Kubernetes
  • Configure Environment variables in the application
  • Configure secret resources for sensitive value
  • Creating Config Map
  • Scale Applications
  • Multi Container PODs
  • Init Containers
  • Self-Healing Applications
Unit 4 - Storage management
  • Creating Persistent volume
  • Persistent Volume Claim
  • Volume claim policy understanding
  • Attach storage on deployment
Unit 7 - Pod Scheduling
  • Manual Scheduling
  • Labels and Selectors
  • Taints and Tolerations
  • Node Selectors
  • Node Affinity
  • DaemonSets
  • Static Pods
  • Multiple Schedulers
  • Configuring Kubernetes Scheduler
Unit 8 - Resource Allocation
  • Restrict Limit Memory & CPU use
  • Creating Resource Quota
  • Creating Limit Quota
Unit 9 - Networking
  • Logging and Monitoring
  • Monitoring Cluster Component
  • Managing application Logs
Unit 10 - Monitoring Kubernetes
  • Creating a Deployment in Kubernetes using YAML
  • Creating a Service in Kubernetes
  • Understanding pod & Replication & Deployment configuration
  • Using Rolling Updates in Kubernetes
  • Configure Environment variables in the application
  • Configure secret resources for sensitive value
  • Creating Config Map
  • Scale Applications
  • Multi Container PODs
  • Init Containers
  • Self-Healing Applications
Unit 11 - Security
  • Authentication
  • TLS Introduction
  • Certificate System Kubernetes
  • Creating Certificate
  • Role base Access Controls
  • Cluster Role and Role Binding
  • SCC: Security Constant Conta & Network Policy
  • Image Security

Why Learn Docker & Kubernetes?

  • Effective Containerizing: Learn Docker to achieve scalability, easy application deployment, and effective container management.
  • Smooth Operation: Become proficient with Kubernetes to effectively coordinate and oversee containerized applications, hence augmenting scalability and optimizing resource allocation.
  • Accelerated Deployment: Discover how Docker and Kubernetes transform the deployment of applications, making them easier to scale, faster, and more dependable.
  • Network Optimization: Investigate Ansible to automate configuration management in containerized setups, guaranteeing consistency across several environments.
  • Constant Monitoring: Use Nagios to keep an eye on the functionality and general health of your containerized systems.
  • Real-world Application: Work on projects related to your industry and use your knowledge of Docker and Kubernetes in practical situations to get expertise.
  • Recognition in the Industry: Get ready for certifications that attest to your proficiency with Docker and Kubernetes, which will set you apart as a professional in the cutthroat IT field.

The Top Reason why to choose KR Network Cloud

  • KR Network Cloud is the Red Hat Authorized Training Partner
  • We have a world-class experienced & Certified Trainer for Red Hat Training
  • All lab facilities are available. labs are facilitated with computer
  • We provide training as well as Red Hat Certification
  • KR Network Cloud will provide you the Notes, Videos, and Red Hat Training books
  • We provide corporate as well as industrial training in Delhi
  • Demo session, Workshop, Exhibition, Back-Up Classes, Practice session… ETC
  • Provide Exam Preparations to the Student
  • Our trainer will also help to crack your interview.
  • Job assistance facility for our student is also available
  • Provides online as well as classroom training.
  • Provides More Opportunity for future