Introduction to OpenStack and Kubernetes Orchestrators

Go to Course: https://www.coursera.org/learn/juniper-openstack-and-kubernetes

Introduction

### Course Review: Introduction to OpenStack and Kubernetes Orchestrators **Overview:** The "Introduction to OpenStack and Kubernetes Orchestrators" course on Coursera is an essential learning experience for anyone looking to delve into the world of cloud computing and container orchestration. This course provides a comprehensive introduction to two of the most influential open-source platforms in the industry—OpenStack and Kubernetes. Participants will explore various foundational concepts of OpenStack, gaining hands-on experience in creating virtual machines through both the Web interface and command line. Moreover, they'll learn to automate deployment processes using YAML-based Heat templates, which is a critical skill in today's automation-driven IT landscape. The curriculum also covers key networking constructs of OpenStack, such as security groups and Floating IPs, ensuring learners have a solid understanding of how networking operates within cloud architecture. In addition to OpenStack, the course takes a deep dive into Kubernetes, introducing its architecture and essential API objects like pods and services. Furthermore, learners will familiarize themselves with the kubectl command-line interface and integration with a Container Network Interface (CNI) plugin, setting the stage for deploying applications effectively within a Kubernetes cluster. **Course Syllabus:** 1. **Introduction to OpenStack**: Explore the foundational concepts of OpenStack and its architectural components. 2. **Creating Virtual Machines**: Hands-on labs for spinning up VMs using OpenStack's web interface and command line. 3. **Heat Templates for Automation**: Learn the syntax and structure of YAML-based Heat templates to automate deployments. 4. **OpenStack Networking**: Understand crucial networking constructs such as security groups and Floating IPs. 5. **Introductory Concepts of Kubernetes**: Gain insights into Kubernetes architecture and API objects. 6. **Using kubectl**: Master the basic commands to interact with Kubernetes resources via the kubectl interface. 7. **Deploying Applications in Kubernetes**: A practical session focused on deploying and managing applications within a Kubernetes environment. **Why You Should Take This Course:** 1. **Industry-Relevant Skills**: With the increasing demand for cloud engineers and DevOps professionals, understanding OpenStack and Kubernetes is becoming essential. This course equips you with relevant skills that are highly sought after in the job market. 2. **Hands-On Learning**: The course emphasizes practical, hands-on experiences through real-world labs, enhancing learning and retention of complex concepts. 3. **Flexible Learning Environment**: As a Coursera course, you can enjoy the flexibility of learning at your own pace, making it suitable for both full-time professionals and students. 4. **Expert Instructors**: The course is taught by industry experts, ensuring that you receive high-quality education grounded in real-world scenarios. **Recommendations:** If you're considering a journey into cloud computing and container orchestration, I wholeheartedly recommend enrolling in this course. Whether you're a beginner or someone with a bit of experience looking to strengthen your skills, the "Introduction to OpenStack and Kubernetes Orchestrators" provides a solid foundation and practical skills that are invaluable in today's technology-driven landscape. Not only will you gain a deeper understanding of OpenStack and Kubernetes, but you'll also be better equipped to tackle deployment automation challenges and networking configurations, empowering you to take your first steps towards a successful career in cloud management and orchestration. Embrace the opportunity to expand your knowledge and capabilities—enroll today!

Syllabus

Introduction to OpenStack and Kubernetes Orchestrators

In this course, we will explain two open-source cloud management and orchestration platforms—OpenStack and Kubernetes. You will learn about different OpenStack concepts and the process to create virtual machines in OpenStack using the Web interface and the command line. You will also learn to automate these deployments using YAML-based Heat templates. OpenStack networking constructs, such as security groups and Floating IPs, will be covered in this course as well. The course will introduce you to Kubernetes architecture, API objects such as pods and services, the kubectl interface and integration with a CNI plugin for networking. The course will demonstrate how an application can be deployed using Kubernetes.