Openshift: A COMPLETE COURSE - Over 25 Lessons

Explore how OpenShift provides a self-service platform to develop, deploy, and manage container-based applications with faster release cycles, and a beginner-friendly, Kubernetes-based hybrid cloud platform.

Explore OpenShift basics, Kubernetes interactions, and Docker foundations with Azure Red Hat OpenShift options. Learn storage choices and essential prerequisites, plus monitoring with Prometheus and Grafana.

Install operators from operator hub or use operator SDK. Explore OpenShift as a container platform for building, deploying, and modernizing applications.

Explore how OpenShift builds on Kubernetes to provide a unified platform for building, modernizing, and deploying applications at scale. Enhance DevOps productivity with streamlined CI/CD and faster deployment.

Explore how Red Hat OpenShift, a cloud based Kubernetes container platform built on Red Hat Enterprise Linux, delivers integrated scaling, monitoring, and logging, plus a free starter tier.

Explore how OpenShift delivers a hybrid cloud platform with built-in security, non-root containers, and self-service provisioning, and compare OpenShift with Kubernetes and Docker across AWS, Azure, and IBM cloud.

Explore OpenShift, a Red Hat cloud development platform as a service, delivering a consistent, secure PaaS across public cloud, on-premise, hybrid, or edge, with Kubernetes, Docker, and DNS-based service discovery.

Explore how OpenShift's service layer defines ports and access policy, assigns permanent IPs and hostnames to pods, and enables internal load balancing with Docker and Kubernetes.

Explore how Red Hat OpenShift on AWS integrates with AWS services to build secure, scalable apps. Understand OpenShift as a container application platform owned by Red Hat, built around Kubernetes.

Explore OpenShift's built-in features and enterprise security, compare it with Kubernetes and Docker, and learn how IBM Cloud offers managed clusters to deploy containerized applications.

Explore OpenShift’s free starter tier for experimentation, development, and production deployment, as the platform builds, modernizes, and deploys apps at scale with a simple web console.

Explore OpenShift as a hybrid cloud enterprise Kubernetes platform built on Red Hat Enterprise Linux, orchestrating containers with Kubernetes and Docker, with a minimum 16GB RAM requirement.

OpenShift defines services with ports and access policies, enabling front-end apps to reach databases via services, and uses deployments to manage pods and replica sets in a dmz architecture.

Explore how OpenShift uses deployment config objects and change triggers to automatically create new deployment versions as container images update, enabling streamlined modernization on hybrid cloud platforms.

OpenShift builds on Docker and Kubernetes to deliver enterprise features, secure defaults, and an on-premise experience, with AWS integration and languages like Java, JavaScript, Python, C++, C#, and F#.

Explore how services enable internal load balancing across application components, and how OpenShift Container Platform injects service information into running containers for easy discovery.

Explore how OpenShift uses Kubernetes deployment objects and deployment configs to roll out apps as pods from registry images, with docker builder support.

Discover how Kubernetes replica sets and OpenShift replication controllers automatically maintain the desired number of pods. Run on Docker-based containers managed with Kubernetes on Red Hat Enterprise Linux.

Explore how OpenShift provides a platform as a service, uses replica sets and labels to manage pods, and supports Docker, Kubernetes, and a web console.

OpenShift enables development, deployment, and management of container-based applications with pods on a node, offering self-service provisioning, automatic security, and multi-cloud or on-premises deployment using Kubernetes policies for micro-segmentation.

OpenShift groups containers into pods, the smallest compute unit with shared volumes and IPs, running Linux and Windows workloads on AWS, Azure, or Google Cloud with Kubernetes.

Explore how application containers run on worker nodes as OCI compliant images and binaries, with OpenShift and Kubernetes providing container engines, virtualization, and cloud or on-prem deployment options.

OpenShift builds on Kubernetes to provide a self-service platform for developing, deploying, and managing container-based applications, enabling faster development and release cycles.

Cultivate curiosity to learn continuously, leveraging the internet and resources like books and videos, and stay motivated with no excuses for growth.

Commit to continuous learning as the core habit for mastering Openshift, embracing time, dedication, and learning from others to achieve long-term growth and specialization.

Cultivate discipline to work without motivation and understand your why for long term results. Be patient, progress gradually, and learn only what will be useful in the future.

Develop a mindset of continuous learning and dedication to improve every day, leveraging the internet to access diverse information to become a skilled, high-achieving student who fuels future success.

Drive your professional growth through constant learning, curiosity, and deliberate practice to build relevant knowledge in this field, apply information effectively, and pursue long-term improvement.

Keep learning beyond the end of the Openshift course by applying what you've learned, working on yourself, and taking the next steps to continue growing.