An Introduction to Azure Virtual Desktop On-Demand Webinar

Network automation is the latest catchphrase to hit the networking space. Hot on the heels of SDN, NFV, and intent-based networking, network automation has been used as an umbrella term to encompass all manner of programmable approaches to automating network configuration and control. Many network engineers who may already have collections of standard operating procedures, template config files, scripts in varying languages, are confused about how to embark on a path to network automation. Incorporating developers into a NetOps team introduces a variety of tools and strategies that should be aligned into your network automation journey.

Is Storage Virtualization dead? In this WebTech presentation, we review the role of storage virtualization across all data types and deployment methods. We also reexamine the role of virtualization in cloud-based IT for greater mobility, agility and data access. Attend this webcast to:Learn how storage virtualization has evolved into the cloud era.

Virtualization is here to stay. That much is clear. But, we’ve all seen the rise of cloud-native applications running in containers, and with that the rise of Kubernetes as the preeminent container orchestration platform. As an open source technology for container deployment, management, and orchestration, Kubernetes becomes the de facto standard and is gaining momentum in adoption. Join this webinar to learn how virtualization is evolving. We’ll explore:The relationship between containers and virtual machines (VMs)—today and into the future. Kubernetes as the de facto standard for container deployment, management, and orchestration.

We know that organizations continue to rely on VMware and Microsoft solutions in their data centers. After years of investing in the technologies and skillsets required to operate and manage them, in some cases, it may not be economically viable to modernize legacy application even if one could benefit from the scale and flexibility of a cloud native model.