World Wide Technology invites you to Ai day, an immersive experience focused on practical AI applications for today's enterprises. Join us for a deep dive into AI use cases that are driving efficiencies, innovation and business value across industries and organizations. During this session, we will examine the foundations of AI success, including data quality, security and AI architecture. We will explore WWT's AI Proving Ground — the first multi-OEM ecosystem of AI labs designed to accelerate the assessment and adoption of practical AI solutions. You will also have the opportunity to meet AI experts from WWT as well as our industry-leading AI partners. Gear up for an engaging day of learning, networking and innovation!

LIVE SCOREBOARD - https://atc-progress-tracker.apps.wwtatc.com/score-board/v2/6994c52f709e01fd79ba619d/large-format?isOnDemandEvent=true Join us for Cisco AI Defense, an interactive Capture the Flag (CTF) experience designed to showcase how Cisco is securing the future of GenAI. This is a single player CTF, which will be open for 72 hours. We will have a shared scoreboard. Should players finish with equal scores, final placement will be awarded to the player who achieved their last correct submission in the least amount of time from their first submission. Powered by our advanced Cyber Range platform, this immersive simulation challenges participants to exploit and defend against real-world AI vulnerabilities — including prompt injection, jailbreaking, and misuse of generative models. You'll see firsthand how Cisco's AI Defense identifies and mitigates these threats in real time.

Join us for an immersive, hands-on Capture the Flag (CTF) experience designed to challenge and sharpen your AI security skills. The Cisco AI Defense CTF lab puts you in the middle of real-world AI threat scenarios, where you will exploit and defend against vulnerabilities including prompt injection, jailbreaking, and misuse of generative AI models. Watch Cisco AI Defense technology intercept and neutralize attacks in real time as you work through progressively challenging scenarios. This lab goes beyond surface-level awareness—giving you direct, practical experience with the tools and techniques used to secure enterprise AI environments.

Join us for an interactive VXLAN EVPN lab session that combines guided walkthroughs, real-world insights, and hands-on practice using Cisco Nexus Dashboard 4.1. During the lab walkthrough, we'll discuss the workflow for onboarding Cisco Nexus switches, configuring vPCs, and building VRFs and networks. You'll learn how segmentation and tenant connectivity are implemented, along with key concepts such as route leaking, external route advertisement, and the roles of Border Gateways and Border Gateway Spines, as well as an overview of additional Nexus Dashboard labs and learning resources, and a look at what's coming next.

Join us for the Virtual Lab Workshop! During this exclusive session, the host will introduce the Cisco XDR Foundations. In this Live Lab event you will learn the basics about Cisco's XDR console and how to navigate through the many tools available to an analyst. Our Cisco XDR Foundations lab highlights the importance of having an XDR solution by showcasing the necessary tools an analyst will need to help your organization defend against cyber security threats.

In this WWT Partner Spotlight, Cisco and AMD reveal how their combined expertise is helping healthcare organizations modernize Epic EMR environments, cut costs and prepare for AI adoption. Learn how denser-core servers, validated architectures and real-world testing deliver high performance, lower TCO and risk-resilient infrastructure for the most demanding healthcare workloads. Featuring Cisco Technical Solutions Architect Jon Ebmeier, AMD Healthcare IT Leader Tony Nunes and WWT's Data Center Compute Practice Lead Eric D'Lallo, this webinar will cover the state of the healthcare industry, overcoming common migration challenges, and the benefits of AMD's denser cores in reducing infrastructure costs and improving performance.

As AI continues to grow, it's essential to recognize its applications beyond generative AI. One significant area of expansion is in computer vision, projected to reach a market size of $25.80 billion by 2024 (Statista). Computer vision enables computers to interpret visual information from images or videos, aiming to make machines perceive the visual world like humans. This technology provides real-time data about people and objects in motion. WWT accelerates the adoption of computer vision solutions. With over a decade of AI research and partnerships with industry leaders like Intel, WaitTime, and Cisco, WWT employs advanced computer vision, analytics, and AI technologies to enhance experiences across retail, healthcare, life sciences, manufacturing, hospitality, and entertainment. In the Media, Entertainment, and Gaming (MEG) industry, computer vision is crucial in creating immersive experiences through AR theme parks, digital twins, and crowd management applications.

Join us for an immersive, hands-on networking workshop focused on configuring and optimizing the Enhanced Interior Gateway Routing Protocol (EIGRP) within Cisco environments. This lab walks participants through core routing concepts, neighbor adjacency formation, metric calculation, and essential EIGRP configuration steps used in real-world deployments. You will examine how EIGRP selects efficient paths, balances traffic, manages convergence, and ensures reliable internal network performance. Whether building foundational routing skills or preparing for Cisco certification, this guided workshop provides the practical, scenario-based experience needed to confidently implement and troubleshoot EIGRP at scale.

Join us for the Virtual Lab Workshop! During this exclusive session, the host will introduce the Cisco RoCE Networking lab. This lab is designed to provide an environment to gain hands-on experience with the fundamental features of Cisco RoCE Networking Lab. This lab will demonstrate how the Cisco Nexus Dashboard Fabric Controller (NDFC) can easily set up an AI/ML fabric with a simple point-and-click GUI. This one-hour event is limited to 60 participants who will have the opportunity to engage in Q&A during the session. Attendees are encouraged to actively participate by launching the lab themselves alongside the host for a hands-on experience.

As AI adoption accelerates, so do the threats targeting its infrastructure. Join Cisco and WWT for a deep dive into the evolving landscape of AI security. This virtual event will explore how organizations can defend against AI-specific threats like data poisoning, model tampering, and prompt injection. Learn how Cisco's AI Defense platform — integrated with tools like Splunk and ServiceNow — provides real-time visibility, model validation, and runtime protection to secure AI systems at scale. Discover how to future-proof your enterprise with a security-first architecture designed for the speed and complexity of modern AI.

Join us for an insightful conversation with Tom Gillis, SVP and General Manager, Cisco Security, Data Center, Internet and Cloud Infrastructure, as we explore the evolving cybersecurity landscape for 2025. We'll discuss the latest trends in AI-driven threats, the importance of integrated security solutions across the tech stack, and how Cisco's firewall models and Hypershield are shaping the future of defense strategies. Don't miss this opportunity to learn from a leading industry expert on how to stay ahead of emerging threats and safeguard your organization's data.

Join our virtual lab workshop to learn Segment Routing with MPLS (SR-MPLS) using ISIS and Fast Reroute. This session covers SR-MPLS fundamentals, including simplified service deployment via the MPLS data plane and Prefix label advertisement through standard ISIS/OSPF extensions, removing Classical LDP requirements. Participants will configure basic routing and SR-MPLS with ISIS on Cisco routers and set up SR-MPLS over ISIS plus BGP L3VPN/L2VPN on Cisco XRv9000 virtual routers. Live Q&A with experts is included—ideal for Network Engineers interested in transitioning to SR-MPLS networking.