You've worked with network programmability before, but perhaps you'd like more hands-on across a wider variety of examples and client frameworks. This course is for you as we'll explore a wide variety of network configuration management approaches.
If you run a large network and want to introduce automation, but aren't quite sure what tools or strategies to try, look no further. In this course, Deploying Network Configuration Management and Telemetry Solutions, you will learn foundational knowledge of infrastructure as code with many real-life examples and interactive challenges. First, you will improve your existing YANG/RESTCONF skills by using Python scripts to manage a variety of network features. Next, you will discover the power of RESTCONF combined with Ansible to manage network devices. The course also includes a bit of Puppet to showcase additional alternatives for enabling network automation. Finally, you will explore how to deploy and configure model-driven telemetry using the elastic stack (formerly ELK stack) and dial-in NETCONF connections. When you’re finished with this course, you'll have the skills and knowledge surrounding the tools, processes, and technologies needed to effectively manage large-scale networks using modern programmability techniques.
Course Overview Hi everyone. My name is Nick Russo, and welcome to my course on Deploying Network Configuration Management and Telemetry Solutions. These are some of my favorite topics, and I'm always excited to share the latest and greatest ways to manage networks. You'll learn how to employ a variety of techniques and tools, including using RESTCONF and YANG with Python to manage basic device features, deploying Ansible and Puppet for network automation, customizing dashboards based on streaming telemetry over NETCONF, and selecting the right tools for the right job based on business needs. After completing this course, you'll know how to professionally manage networks both actively with tools like Puppet and Ansible, and passively using model‑driven telemetry. Before beginning this course, I'd recommend the following prerequisite courses. This course is the final one in a long learning path. The prerequisite courses demonstrate how to use the free Cisco DevNet resources, which is a critical skill to know for this course. I'm assuming you already have a strong background in Python programming, general networking, and YANG‑based, model‑driven programmability. I hope you'll join me on this journey to learn about Deploying Network Configuration Management and Telemetry Solutions, at Pluralsight.