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Learning Paths and Labs
WWT's Labs and Learning provides on-demand and hands-on education with practical experience and skill-building.
Cisco Networking: Configuring IPv6
This hands-on lab walks you through building a multi-protocol IPv6 network from the ground up. You will configure OSPFv3, EIGRPv6, and eBGP routing, including route summarization, filtering, default routing, and redistribution between protocols. The lab concludes with IPv6 transition technologies such as NAT64 and IPv6 tunneling over IPv4, providing hands-on experience with real-world IPv6 deployment scenarios.
Palo Alto Networks Next-Generation Firewall (NGFW) Intermediate
Once you've mastered the basics of Palo Alto's NGFW with the fundamentals Learning Path, it's time to continue your education with the intermediate LP. This Learning Path will teach you topics that help get further use out of your NGFW such as SSL Decryption. Once you've configured SSL Decryption, the NGFW will be able to defend your network in new ways, including URL Filtering, Credential Detection, DGA Detection, DNS Sinkholes, and more!
Palo Alto Cortex XDR Proving Ground Lab
WWT's ATC Palo Alto Cortex XDR Proving Ground Lab provides a consolidated solution built around Cortex XDR, the Palo Alto firewall, Windows endpoints and Windows servers to demonstrate how the Cortex XDR Agent protects against threats. The goal of Cortex XDR is to increase the operational efficiency of the security operations center. Cortex XDR accomplishes this by reducing alerts by combining similar events, stitching together logs from different sources and preventing as many threats as possible early in the attack cycle. Cortex XDR goes beyond the traditional EDR approach of using only endpoint data to identify and respond to threats by applying machine learning across all your enterprise, network, cloud and endpoint data. This approach enables you to quickly find and stop targeted attacks, insider abuse and remediate compromised endpoints. Cortex XDR combines functionality from Endpoint Protection, Endpoint Detection and Response, Network Traffic Analysis and User Behavior Analytics into a single console. This lab consists of servers running common applications that include Palo Alto Cortex XDR, Palo Alto Cortex XSOAR, Palo Alto VM-Series firewall, Active Directory, Windows IIS and SQL server, and several Windows 11 workstations. You will access the environment using a Windows-based jump host from which you can browse web consoles and open RDP/SSH sessions.
Nokia Routing: ISIS Fundamentals
This lab covers the fundamentals of ISIS routing on Nokia's Service Router Operating System (SR-OS).
New and Popular Events
World Wide Technology Ai day Orlando
Join us in Orlando for Ai Day, part of World Wide Technology's global series of full-day events focused on moving AI from ambition to execution.
Ai Day brings together business and technology leaders for a focused day of insight, dialogue, and real-world perspective on organization AI adoption. Drawing on expert viewpoints, customer and industry examples, and structured discussion, the program explores what it takes to accelerate AI outcomes, build AI solutions aligned to business priorities, and scale AI responsibly.
Building on two years of global delivery, Ai Day reflects the lessons, patterns, and realities emerging from service provider and enterprise AI adoption, offering a practical view of what is working, what is changing, and what comes next.
TASSCC Happy Hour at Riverwalk Cantina
Join WWT and Schneider Electric at the Riverwalk Cantina for a relaxed networking reception following the TASSCC Annual Conference. We're excited to connect with you and invite you to enjoy a casual happy hour filled with conversation, connections, and refreshments.
Date: Monday, August 3rd, 2026
Time: 5:00-6:30 PM
Location: Riverwalk Cantina - Gaylord Texan Resort
WWT Researching
Decoupled by Design: Why Cloud-managed Networks Still Require On-premises Data Plane Aggregation
With Cisco's Campus Gateway and Juniper's Mist Edge converging on the same architectural principle, centralized data-plane aggregation is now an expectation.
A Guide for CEOs to Accelerate AI Excitement and Adoption
The age of AI is here. As the CEO, your leadership is crucial to driving AI transformation. Discover how active executive engagement in AI adoption leads to competitive advantage.
The Great Unlock: An Executive Guide to AI-Native Engineering
How C-suite leaders can turn AI-native engineering into faster execution, stronger customer outcomes and durable competitive advantage.
AI-Native Engineering: The Technology Leader's Playbook
A practical guide to governing AI across the full software development lifecycle
AI and Cyber Range
Zscaler CTF: Code Blue
Zscaler delivers a cloud‑native security platform to protect and enable modern organizations. This Capture the Flag event highlights core Zscaler technologies, giving you the chance to test your skills against real‑world threats.
Tools Utilized in the game:
🔷 Zscaler Internet Access (ZIA) – secure web gateway, threat detection, and traffic inspection
🔷 Zscaler Private Access (ZPA) – zero trust access to internal applications
You and your team defend Sea Cure Health, a healthcare organization under attack by the APT group SCRUBzero. Suspicious traffic, phishing lures, and SQL injection attempts threaten patient data. Your mission: investigate alerts, trace attacker actions, and use Zscaler technologies to stop exfiltration and secure critical systems.
SentinelOne CTF: Siren Song
SentinelOne delivers a unified, AI-powered platform for endpoint protection, detection, and response. The Singularity Operations Center gives security teams real-time visibility, autonomous remediation, and deep threat context—all from a single console.
In this Capture the Flag (CTF) challenge, you'll step into the role of a cyber defender and use SentinelOne's Singularity platform to investigate and respond to a ransomware attack. This interactive experience offers a hands-on opportunity to apply core blue team skills while exploring SentinelOne's capabilities in a dynamic, threat-rich environment.
While the lab environment remains open for 8 hours, the game is designed to be completed within a 6-hour window.
Primary tools utilized within the game:
🔹 SentinelOne Singularity Operations Center (EDR/XDR & incident response)