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How to Automate Everything Right: WWT's 6 Principles of Automation
Automation plays a critical role in our daily work, touching solutions that span technologies, partners and industries. In our many years of working with clients, we've identified six principles that can help organizations automate everything right.
Core Python Concepts
This learning path introduces the learner to the fundamental concepts of the Python programming language. It is intended to arm the learner with a solid foundation, starting with installing Python and continuing through authoring and executing their first Python application.
Edwin AI Tested Under Production Conditions in WWT's Advanced Technology Center
LogicMonitor's Edwin AI, integrated into WWT's Advanced Technology Center, offers enterprises a production-grade environment to test agentic AIOps. By simulating complex failure scenarios, teams can measure improvements in MTTR, uptime and alert volume, accelerating evaluation cycles and validating AI-driven workflows before live deployment.
Streamlining Processes with Automation and Network Discovery for a Global Financial Market
Following multiple mergers and acquisitions, a global financial market needed to rationalize its complex legacy infrastructure to minimize costs, streamline systems and reduce data center emissions.
Infrastructure Automation with Ansible
The infrastructure automation learning series is an educational program designed to equip individuals with the skills and knowledge needed to automate and manage complex IT infrastructures efficiently. Participants learn how to streamline and standardize infrastructure deployment, configuration, and management processes. The series delves into best practices for creating scalable, reliable, and secure infrastructure, enabling learners to implement automation solutions effectively within various IT environments. By the end of the program, individuals gain a comprehensive understanding of automation tools and strategies that enhance productivity, reduce manual intervention, and optimize infrastructure operations.
What's new
Network Automation with Nokia and Red Hat OpenShift
Nokia's Event Driven Automation (EDA) is a cloud-native platform that leverages data center fabric automation and AI Operations to simplify the management of network layers across physical switching, hypervisors and infrastructure management. By using an intent-based approach for network lifecycle management, EDA supports multiple vendors and integrates with solutions such as Red Hat OpenShift and Netbox Labs.
Intelligent Lifecycle
WWT's Alex Schoen and Tyler Hatton discuss the challenges and opportunities of implementing AI and Automation in enterprise IT operations. They discuss the need to unify fragmented systems and leverage AI for lifecycle management, emphasizing client demand for automated processes like asset refresh, contract renewals and risk detection. They also discuss the technical journey required to achieve intelligent lifecycle management, outlining a four step process to do this, including building a strong data foundation, implementing observability and event management, enabling policy-driven automation and developing agentic IT operations.
Storage Automation with Red Hat OpenShift and NetApp
Deploying Red Hat OpenShift with NetApp Trident enables efficient storage management for stateful applications. By configuring persistent storage using local or shared options, administrators can optimize resources for AI, databases and virtual machines. This guide simplifies the setup of storage classes and volume snapshots for seamless integration and scalability.
NetBox Labs and World Wide Technology Enter Strategic Partnership to Support Enterprise-Scale Network and Infrastructure Modernization
The partnership brings NetBox Labs' platform into WWT's enterprise offerings to power automation, governance, and large-scale infrastructure transformation
Netbox's Copilot Goes GA As Upstart Reveals Partnership With WWT
Increasingly channel-friendly NetBox has made its interactive AI agent embedded directly into the NetBox platform generally available. At the same time, the company unveiled a strategic partnership with World Wide Technology as NetBox invests heavily in the channel in 2026
NetBox Labs announces GA of NetBox Copilot to enhance IT automation
WWT partnership accelerates enterprise adoption of NetBox for network and infrastructure automation
Infrastructure Automation with Ansible
In today's complex and fast-paced IT landscape, the need for automation has never been greater. Organizations of all sizes are looking for solutions that can streamline their operations, enhance efficiency, and reduce errors. Ansible stands
out as a powerful automation tool, hitting the mark on several key points that make it an ideal choice for teams of all backgrounds and expertise levels.
Partner POV | Ask EDA: AIOps built for network engineers
What if your network could talk? What if troubleshooting didn't mean wading through CLI outputs and dashboards? What if network alarms could explain themselves?
Nokia Event-Driven Automation (EDA) is turning these questions into real features. We just announced an AIOps-driven future for data center networking, and the future is bright for network teams.
Getting Started with Terraform
This hands-on lab covers both basic and advanced Terraform concepts, using Cisco SD-WAN as the practical example. You'll progress from basic provider configuration and resource creation to advanced topics like modules, workspaces, and dynamic blocks, gaining practical experience with Infrastructure as Code best practices along the way.
NetBrain Essentials for Network Operators
This NetBrain Learning Path is a guided, hands-on journey that teaches network teams how to use NetBrain to build an always-current network digital twin, automate troubleshooting, standardize configuration and compliance through assessments with features such as intents, runbooks, scheduling, and dashboards.
Edwin AI Tested Under Production Conditions in WWT's Advanced Technology Center
LogicMonitor's Edwin AI, integrated into WWT's Advanced Technology Center, offers enterprises a production-grade environment to test agentic AIOps. By simulating complex failure scenarios, teams can measure improvements in MTTR, uptime and alert volume, accelerating evaluation cycles and validating AI-driven workflows before live deployment.
REST Application Programming Interface (API) Fundamentals
Application programming interfaces expose access to the system from other systems. Understanding how to utilize the API unlocks endless possibilities in your automation journey.
Container Basics for Automation Engineers
This lab is intended to teach the consumer functional skills related to utilizing containers in the realm of automation.
Ansible Navigator
This module is a component of the "Infrastructure Automation with Ansible Automation Platform" learning path. The consumer will learn what ansible-navigator is, how it works, and how to use it to develop Ansible content locally.
Ansible Execution Environments
This module is a component of the "Infrastructure Automation with Ansible Automation Platform" learning path. The consumer of this lab will understand what execution environments are, how to build them, and how they are used.
Implementing Automation in AAP
This module is a component of the "Infrastructure Automation with Ansible Automation Platform" learning path. The consumer will learn how to configure the necessary elements of the Ansible Automation Controller to enable the execution of their automation.
CICD for Automation Engineers
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.
Introduction to Ansible Molecule
Explore the fundamentals of Ansible Molecule in this hands-on lab, designed to introduce learners to automated testing for Ansible roles and playbooks. Participants will gain practical experience in setting up test scenarios, running Ansible Molecule's various stages from the command line, and integrating Ansible Molecule with a CICD pipeline.
Installing Terraform and Setting up an Development Environment
Terraform simplifies infrastructure management through code, but a well-configured development environment is key to efficiency. This lab will walk you through setting up Terraform in Visual Studio Code (VSCode), ensuring a smooth and optimized workflow followed by a playground to introduce multiple install scenarios.
Infrastructure Automation Source of Truth - NetBox
This lab is part of the Infrastructure Automation Source of Truth Learning Path and is designed to teach the user how to interface with NetBox as a source of truth for variable data and inventory.