About
Labs
AI
Members
WWT Research
AI Coding Assistants: Enterprise Market Landscape and Tools Evaluation
Explore how AI coding assistants—including autonomous AI agents and agentic AI—are reshaping enterprise software development by accelerating delivery, improving code quality and driving productivity at scale. This market landscape breaks down key players, agentic capabilities and considerations for secure, strategic adoption.
Defending at the Speed of AI
A 12-point response plan for cybersecurity and resilience leaders
Customer Experience Priorities for 2026
A roadmap for modernizing the systems, workflows and service models behind great customer experience
A Guide for CTOs to Get Started with Enterprise AI
This report gives CTOs a decision-making framework to build AI programs that are sequenced around business outcomes, governed before they scale and staffed for production.
Agentic Operations: The Bridge Between AI-native Engineering and IT Infrastructure
Agentic operations isn't a product you buy. It's the outcome of an automation and AI maturity journey that most organizations are already on.
ATC Activity
Cisco Secure Firewall Firepower Sandbox 7.4
Cisco Secure Firewall/Firepower Management NGFW Sandbox lab is a capability of the Advanced Technology Center (ATC). This is designed to provide an environment to gain hands-on experience with the Cisco Secure Firewall version 7.4. The environment that supports the lab is completely virtual, removing any hardware dependencies associated with physical infrastructure.
Mythos Is Coming. Are You Building Walls or Traps?
Anthropic's forthcoming Mythos model wasn't built to hack. It just learned how — and it's good at it. In this AI Proving Ground Podcast episode, former NSA cybersecurity director Rob Joyce and WWT cyber leader Kent Noyes break down what Mythos means for your security posture and what the defender's playbook looks like now.
VMware NSX-T Virtual Lab
This is an On-Demand Lab for VMware NSX-T. It provides the same lab experience as the one day NSX-T training class but without the slide content and on-site architect. This lab is not meant to teach operations, best practices or replace VMware's hands-on classes.
VMware NSX-T
VMware NSX Datacenter(NSX-T) platform allows the creation of secure virtual networks on top of your current physical network and virtual server infrastructure. SDN abstracts the underlying infrastructure of your network and programs separate virtual networks using the software. Using the NSX-T manager to create the NSX infrastructure, we prepare the Compute and Edge hosts participating in NSX. The compute hosts connect to the DC fabric, typically a CLOS or Spine/Leaf architecture. The Edge is connected to the DC fabric and external switches to provide public and private routing to WAN and Internet.
Using the software, NSX can recreate entire physical networks, from the layer two switching, complex BGP routing, and FWs load balancers VPNs. This is possible by creating layer 3 Virtual Tunnel Endpoints (VTEPs) that use the Geneve encapsulation protocol to create an overlay in the compute and Edge cluster hosts. This overlay can then build layers two and three segments to connect our Virtual NSX routing and switch infrastructure.
This Geneve Encapsulated Overlay also allows us to create a Physical to Virtual (P/V) point where we can either encapsulate the virtual networks and send them across the layer three underlays or decapsulate to connect to devices outside NSX.