Global Momentum and Demand Skyrockets VAST's Valuation By Almost 3x, Establishing It As The Market Leader For Deep Learning and AI Infrastructure.
VAST Data provides the world’s most advanced AI Infrastructure, built from the ground up to unlock new value and superior insights.
Succeed with AI
Capture, catalog, refine, enrich and preserve structured and unstructured data at exabyte scale for superior outcomes.
Reduce Cost & Complexity
Simplify management and deliver up to 80% cost savings with VAST Data’s Disaggregated, Shared-Everything (DASE) architecture.
Empower your organization with a modern platform for all your data, analytics and AI use cases.
CoreWeave’s customers demand the most secure and scalable solutions on top of the industry’s fastest and most flexible infrastructure to keep their data safe. We’re delighted to partner with VAST Data to deliver a multi-tenant and zero-trust environment purpose-built for accelerated compute use cases like machine learning, VFX and rendering, Pixel Streaming and batch processing that’s up to 35 times faster and 80 percent less expensive than legacy cloud providers.
As we see AI proliferate to enterprise companies, there’s a need for an AI platform that is truly enterprise-grade. NVIDIA has a great partnership with VAST, and we’re looking forward to working with the team as they’ve taken this bold vision to build beyond storage to deliver a platform that helps to bring structured and unstructured data together in a unified, global namespace.
VAST is allowing us to put all of our rendered assets on one tierless cluster of storage, which offers us the ability to use these petabytes of data as training data for future AI applications. We’ve already moved all of our denoising data, ‘finals’ and ‘takes’ data sets onto the VAST Data Platform, specifically because of the AI capabilities this allows us to take advantage of in the future.
Taking advantage of new advancements in AI will be pivotal to help us make sense of all of this data, and the VAST Data Platform allows us to collect massive amounts of data, so that we can ultimately map as many neural circuits as possible - and its mechanisms for collaboration enable us to rapidly share that data around the world.