With Openshift 4.6 and 3.10 versions, Kubernetes, Jenkins Pipelines, Prometheus, Istio, Micro Services, PaaS
โฑ๏ธ Length: 7.5 total hours
โญ 4.08/5 rating
๐ฅ 13,096 students
๐ January 2025 update
Add-On Information:
Get Instant Notification of New Courses on our Telegram channel.
Noteโ Make sure your ๐๐๐๐ฆ๐ฒ cart has only this course you're going to enroll it now, Remove all other courses from the ๐๐๐๐ฆ๐ฒ cart before Enrolling!
- Course Overview
- This “Ultimate Openshift (2021) Bootcamp” from the School of Devops is an intensive, practical training program designed to transform participants into proficient Openshift administrators and developers. Spanning crucial versions 4.6 and 3.10, the course provides a dual perspective on Openshift’s evolution, ensuring learners are equipped to navigate both modern enterprise deployments and existing legacy infrastructures. It’s a deep dive into leveraging Openshift as a robust Platform-as-a-Service (PaaS) built on Kubernetes, enabling seamless orchestration of containerized applications and microservices at scale. The curriculum is meticulously crafted to bridge theoretical understanding with hands-on implementation, solidifying core concepts vital for contemporary cloud-native environments.
- Beyond just deploying applications, this bootcamp emphasizes the full spectrum of a DevOps lifecycle within the Openshift ecosystem. Participants will gain critical insights into integrating essential tools like Jenkins for automated pipelines, Prometheus for comprehensive monitoring, and Istio for advanced service mesh capabilities. The course’s structure is optimized for rapid skill acquisition, making complex concepts accessible and immediately applicable. It aims to cultivate a holistic understanding of how these powerful technologies interconnect to form a resilient, observable, and highly efficient application delivery platform.
- The program specifically targets professionals looking to solidify their expertise in enterprise-grade Kubernetes solutions, emphasizing Openshift’s unique features for security, developer experience, and operational efficiency. With a strong focus on practical scenarios and real-world challenges, the bootcamp prepares individuals to effectively design, implement, and manage highly available and scalable applications. It positions learners to become key contributors in organizations adopting or optimizing their cloud-native strategies, driving digital transformation through a mastery of Red Hat Openshift and its surrounding ecosystem.
- Requirements / Prerequisites
- A foundational understanding of command-line interfaces, specifically Linux shell environments, is essential to effectively navigate Openshift’s tooling and cluster interactions.
- Prior exposure to fundamental containerization concepts, such as Docker, including image creation, container lifecycle, and basic networking principles, will greatly enhance the learning experience.
- Familiarity with basic cloud computing concepts, including Infrastructure as a Service (IaaS) and virtual machine management, will provide a valuable context for Openshift’s PaaS offerings.
- A conceptual grasp of application development and deployment workflows, alongside a basic understanding of application architectures, will aid in comprehending how Openshift facilitates modern software delivery.
- Access to a stable internet connection and a personal computer with sufficient resources to potentially run local Openshift instances (e.g., CodeReady Containers or Minishift) or connect to a cloud-based lab environment is recommended.
- Skills Covered / Tools Used
- Openshift (v4.6 & v3.10): Gaining proficiency in administering, configuring, and utilizing Red Hat Openshift, encompassing both its modern and earlier iterations, leveraging the web console and `oc` CLI for platform management and application lifecycle.
- Kubernetes Core Concepts: Deepening understanding of Kubernetes primitives and how they are extended within Openshift, including Pods, Deployments, Services, ConfigMaps, Secrets, and Namespaces, ensuring a strong foundation in container orchestration.
- Containerization & Image Management: Mastering the creation, deployment, and management of container images using Docker or Podman, understanding image registries, and best practices for securing and optimizing containerized applications within Openshift.
- CI/CD with Jenkins Pipelines: Implementing robust Continuous Integration and Continuous Delivery workflows using Jenkins, integrating with Openshift’s Source-to-Image (S2I) capabilities and other build strategies for automated application deployments.
- Observability with Prometheus: Setting up and configuring Prometheus for comprehensive monitoring and alerting within Openshift clusters, understanding metric collection, query language (PromQL), and visualizing operational data to ensure application health and performance.
- Service Mesh with Istio: Deploying and managing Istio to introduce advanced traffic management, policy enforcement, security, and observability features to microservices, enabling sophisticated routing, fault injection, and end-to-end encryption.
- Microservices Architecture on PaaS: Applying architectural patterns for designing and deploying microservices effectively on a PaaS like Openshift, including communication strategies, service discovery, and resilient application design.
- Advanced Networking & Security: Configuring Openshift’s internal and external networking, including Ingress, Routes, NetworkPolicies, and understanding the robust Role-Based Access Control (RBAC) model to secure cluster resources and applications.
- Configuration Management: Utilizing YAML for defining application deployments, services, and other Openshift resources, practicing GitOps principles for declarative infrastructure and application management.
- Troubleshooting & Diagnostics: Developing skills to diagnose and resolve common issues encountered in Openshift environments, leveraging logs, events, and monitoring tools to maintain cluster stability and application uptime.
- Benefits / Outcomes
- Upon completion, participants will possess the expertise to strategically plan, implement, and maintain enterprise-grade Openshift clusters, acting as pivotal figures in adopting and optimizing cloud-native technologies within their organizations. You will be capable of leading initiatives that leverage Openshift’s full capabilities for scalable and resilient application delivery.
- Learners will gain the practical ability to design and deploy complex microservices architectures on Openshift, integrating robust CI/CD pipelines, comprehensive monitoring solutions, and advanced service mesh capabilities for secure and efficient operations. This includes mastering the interplay between various components like Jenkins, Prometheus, and Istio.
- You will develop a profound understanding of how to ensure high availability, fault tolerance, and self-healing for critical applications running on Openshift, dramatically reducing downtime and improving system reliability. This encompasses strategic deployment configurations and proactive monitoring techniques.
- Graduates will enhance their marketability and career prospects in the rapidly evolving DevOps and Cloud Engineering domains, equipped with sought-after skills in a leading enterprise Kubernetes platform. This bootcamp serves as a solid foundation for further specialization or even Openshift certifications, making you a highly valuable asset.
- Participants will be empowered to troubleshoot and optimize Openshift deployments effectively, ensuring peak performance and operational efficiency. This includes deep dives into networking, storage, and security configurations to maintain a secure and high-performing application environment.
- PROS
- Offers a comprehensive blend of essential DevOps tools and technologies including Kubernetes, Jenkins, Prometheus, and Istio, providing a holistic view of modern application delivery on Openshift.
- Covers both Openshift 4.6 (modern) and 3.10 (legacy), ensuring broad applicability and relevance for professionals working in diverse enterprise environments.
- High student enrollment (13,096 students) and a strong rating (4.08/5) indicate proven quality, effectiveness, and strong community endorsement.
- Regular updates, with the latest in January 2025, ensure the course content remains current with the latest platform features and industry best practices.
- The “bootcamp” format suggests a practical, hands-on learning approach designed for rapid skill acquisition and direct application in real-world scenarios.
- CONS
- Given the extensive range of advanced topics covered (Openshift, Kubernetes, Jenkins, Prometheus, Istio, Microservices), the total duration of 7.5 hours might be perceived as relatively short for an “Ultimate Bootcamp,” potentially leading to a fast pace or less in-depth exploration of individual complex subjects.
Learning Tracks: English,IT & Software,Network & Security