WWT's Multi-Layer Multi-Vendor (MLMV) lab is an innovative and versatile physical lab environment focused on core networking. It is designed to demonstrate the integration of technologies from Layer 0 (the physical layer) to Layer 3 (the network layer) across multiple vendors in a cohesive system. This lab is designed to be custom-tailored to your specific needs. During this briefing, we will share an overview of the MLMV lab environment, discuss our capabilities, and develop a high-level plan to meet your needs.

Software-defined WAN offers organizations flexible connectivity, facilitates cloud strategies and improves application performance, all in a secure environment. It also can improve operational efficiencies and help control or reduce WAN costs. Approaches to SD-WAN implementation and supported capabilities vary from one OEM to another. This briefing will explore four of the top SD-WAN vendors and highlight the innovative features that set each of their solutions apart, including a live demonstration of our on-demand SD-WAN lab environments and explanation of how to access them.

Consumers' expectations for seamless, surprisingly delightful experiences continue to spiral ever higher. For contact centers, consumers bring expectations that your agents already know who they are, and that they can hop across various channels to get answers to their questions and fixes their problems. Artificial intelligence (AI) is a key technology that can be used to address these challenges, increase CSAT and Net Promoter scores, decrease agent turnover and reduce process inefficiencies through the use of virtual agents and agent augmentation.

Join our exclusive 45-minute briefing on Operational Technology (OT) security, tailored for security leaders in large enterprise organizations. Gain valuable insights and strategies to effectively address the significant concerns related to securing OT systems, reducing risk and protecting critical infrastructures.

Organizations depend on their campuses and branches not only as operational hubs but as vital touchpoints for employees and customers. A poor experience at these locations can erode brand trust, while a seamless, technology-driven experience enhances productivity, satisfaction, and loyalty. With the campus and branch increasingly reliant on robust networks, the stakes for getting it right have never been higher

If you are trying to sort through the marketing hype of Wi-Fi 7 and the blazing fast speeds and features, or wondering the benefits and impact of WPA3, this briefing is for you.

Accuracy of location information within three feet or less can be achieved with location-enabled technologies such as Radio Frequency Identification (RFID) or Ultra-Wide Band (UWB) and BLE. Which technology will best suit your location-based business drivers will be as unique as your business.

This demo environment is designed to demonstrate the integrations and design considerations associated with enabling voice for Microsoft Teams and interoperability with Cisco UC. The Microsoft Teams tenant is configured with Direct Routing to enable phone services via the PSTN using the Session Border Controller (SBC) from Cisco CUBE and a connection to on-prem PBXs such as Cisco CUCM.

Increased visibility, reducing the attack surface, and rationalizing zero trust theory with technical implementation—these are just a few of the outcomes that a successful zero trust program should provide. Securing the enterprise, both on-premise and in the cloud, is a challenge in today's landscape.

Practical AI represents a unique opportunity for enterprises to make transformative, data-driven business decisions at an accelerated pace. Most of the enormous amounts of data generated by modern organizations end up in cold storage. By applying multiple AI approaches in a responsible and ethical manner, enterprises can extract insights from this data that improve efficiency and safety while positively impacting finances.

This demo environment is designed to demonstrate the integrations and design considerations associated with enabling voice for Microsoft Teams and interoperability with Cisco UC. The Microsoft Teams tenant is configured with Direct Routing to enable phone services via the PSTN using the session border controller (SBC) from Audiocodes and a connection to on-prem PBXs such as Cisco CUCM.

This demo environment is designed to demonstrate the integrations and design considerations associated with enabling voice for Microsoft Teams and interoperability with Cisco UC. The Microsoft Teams tenant is configured with Direct Routing to enable phone services via the PSTN using the Session Border Controller (SBC) from Ribbon Communications and a connection to on-prem PBXs such as Cisco CUCM.