VMware Cloud Foundation (VCF)

What if multiple AI workloads could make better use of the same underlying GPU infrastructure? In this technical deep dive, Shawn Kelly demonstrates how VMware Cloud Foundation enables multiple training and inference jobs to share physical GPU resources concurrently. Explore the architecture behind vGPU pooling, fractional GPU sharing, dynamic resource allocation, and direct device assignment to see how VCF helps enterprises improve compute efficiency without sacrificing performance. Watch the technical session on demand.

When vulnerabilities can be weaponized in hours, traditional patching cycles are not enough. That’s why VMware Cloud Foundation (VCF) takes a continuous approach to platform hardening. Join Bob Plankers for a technical look at VCF’s security delivery model and Frontier AI attack simulation. You also get a demo of VCF’s virtual patching, seeing firsthand how inline network microsegmentation instantly insulates AI workloads without disruptive downtime. Watch the full session.

Frontier AI has compressed threat timelines. That means platforms designed for running production AI need to make a fundamental pivot: prioritizing continuous platform hardening over rapid feature delivery. In this on-demand session from Cloud Field Day, Bob Plankers shares how VMware Cloud Foundation has adapted its architecture for AI-driven threats, covering: • Its security delivery model for zero-day resiliency • Broadcom’s Frontier AI attack simulation • Virtual patching without disruptive downtime See how you can strengthen security for production AI workloads. Watch the session.

GPUs are a major infrastructure investment, and many enterprises are struggling to unlock true ROI. Underutilized hardware. Fragmented access. Low compute efficiency. All this limits the value you get from your GPUs. In this on-demand session from Cloud Field Day, Shawn Kelly shares how VMware Cloud Foundation (VCF) optimizes GPU resources for production AI through vGPU pooling, fractional GPU sharing, dynamic resource allocation, and direct device assignment. You also get a demo of VCF enabling multiple training and inference jobs to share hardware without performance degradation. See how VCF can help put your GPU infrastructure to work. Watch now on YouTube.

Overprovisioning and dark capacity can quickly erode the economics of your private cloud, and the answer isn't another high-level ROI calculator. What you need: clear, actionable methods to eliminate cloud waste, optimize core density, and run a highly efficient private cloud. In this on-demand session, Kamesh Subramanian walks you through all that. Discover how teams can build an operational FinOps practice within VMware Cloud Foundation, including: • Real-world tokenomics management • Capacity reclamation • Automated rightsizing policies • Workload placement optimization • Chargeback and showback frameworks Watch now on YouTube.

Leave ROI calculators behind. Jump directly into the VMware Cloud Foundation console to see how you can put FinOps principles into practice for private cloud. In this practitioner-focused session from Cloud Field Day, Kamesh Subramanian shares how to approach tokenomics management, capacity reclamation, automated rightsizing, workload placement optimization, and chargeback and showback, all with the goal of improving utilization and private cloud efficiency. See operational FinOps in action. Watch the session on demand.