In this lab we will explore F5 AI Guardrails which is a runtime security platform for generative AI and agentic AI systems, focused on securing the AI inference layer—the point where models receive prompts and generate outputs.

Deploy secure, always-on AI agents in minutes using NVIDIA NemoClaw's single-command installer. In this hands-on lab, you'll install NemoClaw, configure NVIDIA OpenShell's privacy and security guardrails, and run your first autonomous agent powered by local open models like NVIDIA Nemotron. You'll see firsthand how policy-based controls govern agent behavior and keep sensitive data secure.

Learn to automate NetApp ONTAP using Ansible. This lab provides an overview of GIT and Ansible to understand how they work together to simplify the automation of NetApp storage solutions.

In this lab environment, you will walk through deploying your own OpenShift 4.11 cluster on vSphere. The deployment method walked through uses the 'Installer-Provisioned Infrastructure' method. Once deployed, use some of our linked use cases or carve your path to experience what OpenShift offers.

Discover how to revolutionize network assurance through automation with NetBox Labs and Cisco Catalyst Center. This lab empowers participants to transform manual processes into scalable practices, leveraging dynamic inventory and Ansible workflows for enhanced efficiency and consistency. Embrace a source-of-truth-driven approach to streamline operations and align automation with network intent.

In this hands-on lab, you'll learn how to set up a disconnected installation of OpenShift, allowing you to deploy and manage OpenShift clusters in environments without direct internet access. You'll begin by downloading the necessary OpenShift components on a connected host, transferring them to a disconnected host, and proceeding with installing OpenShift on bare metal servers using the agent-based installer. By the end of this lab, you'll have a fully functional, disconnected OpenShift cluster. This lab is ideal for users working in secure or isolated environments where external connectivity is restricted or non-existent.

Systems are at higher risk without a concerted, repeatable application security configuration process. In this lab, you will learn how to build a declarative AWAF policy and achieve OWASP Top Ten (2021) compliance with the BIG-IP OWASP Compliance Dashboard. A complete CI/CD pipeline is used to deploy our AWAF policy to the BIG-IP system using Application Services 3 Extension (AS3) and Ansible.

In this hands-on lab, learners will explore how to build and configure a data-driven automation workflow using Ansible Automation Platform and NetBox. The lab guides users through practical exercises that demonstrate how real-time source of truth changes can trigger automated configuration. Participants will configure NetBox event rules and webhooks to emit actionable events, set up Event-Driven Ansible event streams to receive and process those events, and create rulebook activations that respond intelligently. By the end of the lab, learners will have a working solution that tightly integrates their source of truth with automation workflows—enabling scalable, responsive infrastructure management.

Welcome to WWT's introduction to Ansible automation for the Dell PowerStore storage platform. In this lab, you will learn the basics of how to automate fundamental Dell PowerStore storage array administrative tasks utilizing Ansible. This lab is estimated to take under 1 hour to complete. The intended lab audience is a systems engineer with a basic understanding of PowerStore and Ansible components.

IBM Storage Fusion HCI is a hyperconverged infrastructure solution that delivers integrated compute, networking, storage, and management functionalities. This demonstration focuses on navigating the IBM Storage Fusion HCI environment and highlights its core interfaces and administrative tools.

This lab is a component of the Infrastructure Automation Automated Testing learning path in the Infrastructure Automation with Ansible Learning Series. The goal of this learning path is to provide hands-on and practical exposure to the concepts of implementing Continuous Integration Continuous Delivery. The lab will utilize Gitea as the Source Code Manager (SCM) which includes Gitea Actions for executing CICD Workflows. Gitea Actions map almost identically to GitHub actions so the Gitea specific knowledge gained maps directly to GitHub implementations. The general concepts learning through this lab are also valuable and applicable across other implementations.

Virtual CMTS (vCMTS) revolutionizes bandwidth management by virtualizing DOCSIS processing on x86 servers, paving the way for DOCSIS 4.0. Intel's Xeon 6 processors enhance encryption efficiency, while Red Hat's OpenShift Cloud Platform unifies workload management. This lab explores a deployment of vCMTS on OpenShift, showcasing performance insights via Grafana.