NVIDIA BlueField
Unidades de procesamiento de datos

Join industry security experts to learn about the evolution of network security and the need for a zero-trust approach. Hybrid work demands enterprises to reevaluate and deliver security innovations for our workplace, workforce, and workload regardless of where workers and apps reside. As security workloads transition from centralized appliances at the edge to virtualized instances running on every server in the data center and cloud, powerful programmable processors are becoming essential. With the latest trends in AI, machine learning, 5G, and the internet of things, data center architects are being challenged to meet the increasing demands for scale and accelerated performance, while maintaining and innovating security at the highest level, despite an evolving threat landscape. We'll discuss the challenges of existing approaches and share techniques and strategies for a new way to offload, accelerate, and isolate security.

In a world of growing infrastructure complexity and application sprawl, ensuring high performance, full stack security and operational agility has become a challenge for organizations that are creating competitive advantage. In this panel session, VMware and NVIDIA discuss essential insights into how businesses can leverage VMware Cloud Foundation and NVIDIA DPU and GPU technologies to extend infrastructure services through VMware vSphere on DPU.

Computing is advancing at incredible speed, and cloud computing is becoming the norm for nearly every enterprise. Cloud computing allows companies to deploy applications faster, reduce operating costs, and rapidly scale resources to meet growing demand. However, not all clouds are created equal. Modern applications increasingly rely on accelerated computing as the underlying technology to deliver on the promise of machine learning and artificial intelligence. We'll discuss how organizations can build cloud computing infrastructures that are accelerated, efficient, and secure to power the next wave of applications.