Shared Everything
Shared Everything
Podcast Description
Shared Everything is VAST Data’s editorial and thought leadership platform, spotlighting the technical frontlines of AI infrastructure, datacenters, and cloud architecture. Through in-depth interviews, expert-led discussions, and narrative-driven content, we explore how the most advanced organizations are architecting for the Agentic Age—where AI, data, and compute converge. Whether it's the latest in GPU optimization, multitenancy design, or the future of data orchestration, we dive deep into the systems and strategies shaping tomorrow’s digital landscape.
Podcast Insights
Content Themes
The podcast covers a range of topics including advancements in life sciences systems, AI sovereignty, supercomputing, digital twins, data infrastructure evolutions, and energy implications of AI. Examples of specific episodes include explorations of GPU optimization in genomics, the impact of sovereign clouds in Europe, and the future of supercomputing with AI-driven workloads.
Shared Everything is VAST Data’s editorial and thought leadership platform, spotlighting the technical frontlines of AI infrastructure, datacenters, and cloud architecture. Through in-depth interviews, expert-led discussions, and narrative-driven content, we explore how the most advanced organizations are architecting for the Agentic Age—where AI, data, and compute converge. Whether it’s the latest in GPU optimization, multitenancy design, or the future of data orchestration, we dive deep into the systems and strategies shaping tomorrow’s digital landscape.
TACC Executive Director Dan Stanzione, and VAST Data’s Don Schulte discuss the evolution of the Texas Advanced Computing Center and its role in high-performance computing (HPC). Dan highlights TACC’s history, including the transition from Stampede to Stampede 2 and the impact of AI on power consumption and cost. They discuss the upcoming Horizon system, which will replace Frontera, featuring 4,000 Nvidia GPUs, 900,000 CPU cores, and 0.5 exabytes of solid-state storage. The conversation also touches on the importance of data management, the shift from batch-oriented workflows to real-time data assimilation, and the potential of emerging technologies like photonics and quantum computing.
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