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Kubernetes Online Training

Operate Elastic Web Server Framework for Cloud Applications
using Kubernetes

Discover how to connect networks, balance loads, use container magic, and much more.

$185 / ₹15000 for 6 Months
Watch Demo Download Curriculum

18 Modules

23.27 Hours

Course Modules
Videos

  • Introduction to Kubernetes
    Preview 24 Mins : 0

  • Kubernetes Architecture
    Preview 28 Mins : 0

  • Overview of Kubernetes Objects
    Preview 31 Mins : 0

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Overview:

Kubernetes is a powerful container orchestration platform that automates application deployment, scaling, and management. For creating, implementing, and growing apps in a dispersed setting, it offers a strong ecosystem. It is simpler to manage and scale apps across server clusters thanks to Kubernetes' abstraction of the underlying infrastructure. Kubernetes provides modern cloud-native applications with high availability and reliability through features like load balancing, automated rollouts and rollbacks, and self-healing capabilities. It is a flexible option for enterprises adopting containerization and DevOps techniques, as it also facilitates hybrid cloud environments and multi-cloud deployments.

Kubernetes Course Objectives:

  • Understand Kubernetes architecture and components.
  • Deploy Kubernetes clusters on various platforms.
  • Manage containers using Kubernetes resources.
  • Configure networking for communication between pods and services.
  • Implement persistent storage solutions.
  • Set up monitoring and logging for cluster health and application logs.
  • Apply security best practices like RBAC, Network Policies, and Secrets Management.
  • Integrate Kubernetes with CI/CD pipelines for automated deployment.
  • Scale applications horizontally and vertically as needed.
  • Develop troubleshooting and debugging skills for Kubernetes environments.

About Kubernetes course.

Kubernetes is an open-source container orchestration platform that automates container deployment, scaling, and management. With its strong container management framework, developers can effectively deploy and manage applications across server clusters. Kubernetes makes complex infrastructure abstractions possible, enabling load balancing, self-healing, and smooth scaling. It allows for the development and deployment of modular applications by supporting a microservices architecture. Kubernetes is a modern cloud-native application development and operation toolkit that includes features like rolling updates, declarative configuration, and service discovery.

About Microservice Suite offered by Bestdotnettraining

Deccansoft's Microservice Suite combines Docker , Kubernetes , and Microservices to meet the deployment needs of software companies. With the help of this package, developers can effectively manage container instances and deploy applications. It offers comprehensive training on microservice architecture using Docker and Kubernetes platforms. Perfect for developers who want to learn about microservices and containerization to deploy software more effectively.

Know Your Trainer Better.

Sandeep Soni, the accomplished CEO of Deccansoft, has an impressive 27+ years of experience as a renowned software and corporate trainer. He has extensive experience as a software architect and has expertly managed many development projects at Deccansoft. Because of his unwavering commitment to training, he has developed a wealth of expertise in providing customized training solutions that meet client needs. During his successful career, Sandeep Soni has mentored and guided over 200K students, as well as 270K corporate professionals.

Kubernetes Exam Objectives.

  1. Understand Kubernetes Core Concepts and Architecture:
    • Learn about Kubernetes components such as Pods, Nodes, Clusters, and Controllers.
    • Understand the roles of the kube-apiserver, kube-controller-manager, kube-scheduler, and kubelet in the Kubernetes architecture.
    • Explore concepts like Labels, Annotations, Namespaces, and API resources.
  2. Deploy and Manage Kubernetes Clusters:
    • Learn various methods to deploy Kubernetes clusters, including using kubeadm, kops, or managed services like AKS, EKS, or GKE.
    • Understand cluster configuration, including networking, authentication, and authorization settings.
  3. Configure Networking:
    • Implement networking solutions for Kubernetes clusters, such as Services, Ingress, DNS, and Network Policies.
    • Configure pod-to-pod communication, service discovery, and external access to applications running in the cluster.
  4. Work with Storage Solutions:
    • Set up and manage storage solutions in Kubernetes using PersistentVolumes (PVs) and PersistentVolumeClaims (PVCs).
    • Understand StorageClasses and dynamic provisioning for efficient storage management.
  5. Manage and Scale Applications:
    • Deploy applications using Kubernetes resources like Deployments, StatefulSets, ReplicaSets, and DaemonSets.
    • Scale applications horizontally and vertically using scaling mechanisms and autoscaling.
  6. Implement Security Measures:
    • Configure Role-Based Access Control (RBAC) to manage user permissions and access levels within the cluster.
    • Implement Network Policies to control traffic flow and enforce security rules.
    • Manage sensitive data using Kubernetes Secrets and ConfigMaps.
  7. Monitor Cluster Health and Troubleshoot Issues:
    • Set up monitoring and alerting for Kubernetes clusters using tools like Prometheus, Grafana, or Kubernetes-native monitoring capabilities.
    • Troubleshoot common issues, diagnose cluster problems, and perform debugging tasks using kubectl commands and logs.
  8. Integrate Kubernetes with CI/CD Pipelines:
    • Integrate Kubernetes with Continuous Integration and Continuous Deployment (CI/CD) pipelines using tools like Jenkins, GitLab CI/CD, or ArgoCD.
    • Automate application deployment, testing, and rollouts using Kubernetes deployment strategies.

Benefits of Learning Kubernetes from Bestdotnettraining

  • You will get 2 months of Azure Pass for practice (Shared Subscription with Deccansoft) - Applicable for live batches.
  • You will get 6 months of pre-recorded video access.
  • One year of live training access (You can attend all the live batches for your course multiple times in one year)
  • Learning from Microsoft Certified Trainer will increase your potential and you may have a higher probability to clear the exam.
  • Detailed and Complete Azure Tutorial/ Azure Course Syllabus prepared by Mr. Sandeep Soni himself and the same can be used for practice and reference.
  • Mr. Sandeep Soni will guide and support you for the Certification Exam.

Payment Options including EMI

Fees for Kubernetes: $185 / ₹15000 with 6 months video access.

Why Should You Choose Us?

Bestdotnettraining is the best destination for obtaining your Kubernetes certification. All of the key subjects needed to pass the Kubernetes exam are covered in detail in our extensive curriculum. You'll obtain invaluable perspectives on Kubernetes in real-world scenarios from knowledgeable and experienced instructors who share real-world insights. We make sure you can learn at your own pace and convenience by providing flexible learning options like self-paced courses and virtual classrooms. Our training program includes hands-on labs that ensure you acquire the practical skills required by the industry.

Instructor

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Mr. Sandeep Soni, a Microsoft Certified Trainer and an Azure Architect is one of the most famous Azure trainers in the market. He is a software and corporate trainer with 27+ years of training experience.

Mr. Soni regularly conducts Live batches and webinars on Microsoft Azure. He has conducted over 200+ live online batches and has personally trained over 100,000 students.

Know more about Sandeep Soni - https://www.bestdotnettraining.com/sandeepsoni

Follow him on LinkedIn - https://www.linkedin.com/in/sandeepsoni123/

Pre-requisites:
  • Knowledge of the ideas behind containerization, particularly with Docker.
  • Commands, file systems, and simple administrative tasks are all areas of expertise in Linux.
  • Knowledge of the basic concepts of networking, including IP addressing, DNS, routing, and ports. 
  • Familiarity with cloud computing platforms such as Azure, AWS, or GCP is advantageous.
  • Knowledge of using Git or other version control systems to manage Kubernetes configurations as code.
  • A fundamental understanding of the terms load balancing, scaling, high availability, and service discovery in container orchestration. 
  • Ability to automate Kubernetes-related tasks using scripting languages (PowerShell, Python, or Bash). 
  • Comfort with monitoring tools and logging systems for debugging, troubleshooting, and cluster health.
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