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How to Meet AI's Power Demands with Next-Gen Infrastructure
The AI revolution is here and it's hungry for power, space and cooling that most data centers simply weren't built to provide. This isn't about future proofing. It's about survival in a landscape where power demands are skyrocketing beyond what most facilities were ever designed to handle.
Investing in Innovation: Data Centers, AI and Energy
The AI revolution demands power, space, and cooling that most data centers weren't designed to handle. Watch WWT CTO Mike Taylor as he leads an executive fireside chat with Jeffrey Holzschuh (Chairman of Morgan Stanley's Institutional Securities Group), Joe Dominguez (President and CEO of Constellation Energy) and Aidan Kehoe (Managing Partner at Nadia Partners) that touches on the critical decisions and investments needed in energy to power innovations with data and AI.
NSX-T Virtual Lab 12: Tags & Groups
VMware NSX-T provides a robust tagging mechanism that allows metadata to be applied to nearly every logical object created within the system. Tags can also be applied to workloads that are part of the NSX environment, such as virtual machines.
NSX-T Virtual Lab 1: Explore NSX-T Environment
In this lab, you'll spend some time familiarizing yourself with the lab environment you will be working in.
NSX-T Virtual Lab 8: Configure Logical Routing
In this lab, you will configure the distributed logical routing components of NSX-T. Though not required, we will be creating a two-tier routing topology, with one Tier-0 and Tier-1 router respectively.
AI's Invisible Bottleneck: Why AI Stalls at the Network, not the GPU
For many, AI success isn't limited by how many GPUs you can buy; it's limited by how fast those GPUs can talk to each other without tripping over the plumbing. In this episode of the AI Proving Ground Podcast, two of WWT's top networking minds —Justin van Schaik and Eric Fairfield — lay out the real choke points slowing AI projects to a crawl and how powerful, modernized network architectures are quietly rewriting the rulebook for scaling AI.
NSX-T Virtual Lab 13: Distributed Firewall
The NSX-T Distributed Firewall is a powerful feature that provides robust security at the vNIC level, allowing for segmentation of workloads in a myriad of ways. In this lab, you will utilize the groups you created using tags (in Lab 12) to deploy firewall rules.
Modernizing DoD Infrastructure in the Face of Change
Massive investments in IT infrastructure will be needed for the DoD to effectively leverage AI, advanced cybersecurity measures and cloud adoption — all critical to mission readiness. However, these investments must consider talent shortages, technical debt and other operational challenges. Join WWT experts Chris Morgenstern, DoD Consulting Solutions Architect, and Tim Robinson, DoD Principal Solutions Architect, as they discuss modernizing DoD infrastructure in the face of change.
Distributed Network Cards, SmartNICs and Functional Acceleration Cards
Moving policy and network function into the server at the NIC is an exciting transition in Data Center Networking.
NSX-T Virtual Lab 2: Add vSphere Distributed Switch
In this lab, you will be adding a new distributed switch to your vSphere environment.
NSX-T Virtual Lab 6: Deploy Edge Node
An NSX Edge Transport Node is a node within NSX-T that has several functions, including acting as the gateway into and out of the NSX-T fabric. In this section, we will be deploying an edge in the virtual machine form factor so that the endpoints in our environment can access external resources.
Hidden Infrastructure Demands of Enterprise AI
As AI pushes the limits of traditional IT infrastructure, enterprises are racing to modernize their data centers. In this episode, Mike Parham and Bruce Gray walk us through the behind-the-scenes decisions that matter — from power and cooling challenges to GPU readiness and sustainability. Whether you're modernizing or starting from scratch, this conversation is your blueprint for AI-ready infrastructure.