
Learn to deploy and manage Kubernetes applications with pods, services, namespaces, deployments, and stateful sets. Configure storage, secrets, and configmaps, and scale with the horizontal pod autoscaler on AWS.
Discover why Kubernetes dominates the cloud by orchestrating microservices in containers, with declarative deployments, pods, services, load balancing, scalable storage through persistent volume claims, and vendor-neutral portability.
Set up a single-node Kubernetes cluster with Docker Desktop, enable Kubernetes in the Docker dashboard, and manage it with kubectl using the current-context configuration.
Download Visual Studio Code, install the Microsoft Kubernetes extension, and use it to develop, deploy, and debug Kubernetes resources within VS Code.
Explore how Kubernetes orchestrates cloud native apps by deploying containerized microservices inside pods, using labels, resource requests, and ports, with a practical two-container pod and a sidecar health checker.
deploy a grade submission api pod with a health checker sidecar in Kubernetes, expose port 3000, set resource requests, and label the app for internal traffic within the cluster.
Explore Kubernetes service discovery to expose apps reliably using node port and cluster IP services, learn label selectors, and route external and internal traffic with kube-proxy.
Explore Kubernetes namespaces as logical boundaries that group related resources and enable access control and quotas. Apply configurations within a namespace and manage pods and services using kubectl.
Discover Kubernetes resiliency and self-healing as pods automatically restart containers after failures and memory limit breaches. Learn how default restart policy, OOM events, and declarative deployments keep apps available.
Since its open-source release by Google in 2014, Kubernetes has revolutionized cloud computing. Now supported by major cloud providers like AWS, Azure, and Google Cloud, it's the industry standard for managing cloud-native applications at scale.
This End-to-End Kubernetes training course will guide you through developing and deploying cloud-native applications on Kubernetes. From foundational concepts to advanced techniques, you'll gain hands-on experience with key Kubernetes features and best practices. The course culminates in a real-world deployment to Amazon Web Services (AWS), providing you with practical, applicable skills for cloud-native development.
By the end of this course, you will be able to:
Deploy containerized applications using Kubernetes pods
Implement service discovery for inter-application communication
Organize and isolate resources using Kubernetes namespaces
Scale applications using Kubernetes Deployments
Deploy databases using StatefulSets and manage storage with Persistent Volumes
Separate configuration from code using ConfigMaps and Secrets
Implement automatic scaling with Horizontal Pod Autoscaler (HPA)
Manage external access to services using Ingress Controllers
Streamline application deployment using Helm Charts
Automate complex application management with Kubernetes Operators
Deploy a Kubernetes cluster to Amazon Web Services (AWS)
Understand and apply Kubernetes' self-healing and resilience features
Perform rolling updates and rollbacks for zero-downtime deployments
Implement health checks using Liveness and Readiness probes
Use the Kubernetes CLI and VS Code extensions for efficient cluster management
Enroll in our Kubernetes Bootcamp today and gain the practical skills you need to effectively orchestrate your cloud native projects.