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Orchestrating distributed AI workloads Distributed (multi-node) training has become a requirement rather than an optimization for many modern AI workloads. As model sizes grow, datasets expand, and training timelines tighten, teams increasingly rely on multiple machines, often with multiple GPUs each, to complete training efficiently.

Running a vacation rental is a laborious task. Communicating with guests, managing cleaning staff, developing a pricing strategy… It's all time-consuming work. What makes it harder is that many decisions are made with partial information: a sense that “this month felt busy,” a hunch that prices might be too low, or a vague feeling that one booking channel is starting to dominate. That’s how intuition quietly replaces evidence.

For the better part of a decade, the enterprise technology mandate was simple: “cloud first,” or more pointedly “cloud only.” Modernizing meant moving to the public cloud, and on-premises architecture was viewed as legacy infrastructure to be maintained until it could eventually be migrated. Fast forward to today, that narrative has shifted dramatically, with AI as the major catalyst.

The gap between having data and getting actionable insights has always been a challenge in business intelligence. Users face dashboards filled with information but struggle to answer critical questions without exporting to Excel, waiting on developers, or missing key trends hidden in their filtered data. But with technological advancements like natural language AI agents, users can access insights and patterns they might otherwise miss.