VAST Data for Cloud Service Providers

Powering The World’s Most Advanced GPU Clouds

Unrivaled performance, scale, and simplicity combined with the secure multi-tenancy and efficiencies essential for cloud-scale operations. The VAST Data Platform is the de facto standard for cloud service providers answering the demands of the AI era.

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VAST Is Powering the Neocloud Revolution

The AI Operating System Trusted by Al CSPs Globally

North America
Europe, Middle East & Africa
Asia Pacific

Stay ahead of growing demands for GPU-accelerated data services like generative AI to LLMs. Maximize value for your customers with differentiated services that accelerate data insights. VAST unifies unstructured and structured data on a platform that enables you to scale operational efficiencies at the pace of your business.

Overview

Harnessing the AI Opportunity with Cloud Service Providers

The AI revolution opens major opportunities for specialized CSPs to build GPU-powered solutions for enterprise, government, and research clients. The challenge: traditional parallel file systems used for HPC and AI workloads lack essential features like multi-tenancy, security, and enterprise-grade reliability that CSPs need to deliver robust, cloud-scale AI services.

The VAST AI OS is a software stack built specifically for GPU Clouds in the AI era, delivering the scale, performance, security, and operational efficiency CSPs need. In an industry with tight margins, CSPs can't afford platforms that demand constant administration or create downtime. VAST solves this with its disaggregated, shared-everything (DASE) architecture, which combines storage, database, and compute into one scalable software solution. CSPs can power AI and deep learning services while keeping operations streamlined, letting them focus on delivering exceptional customer experiences.

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.

Michael Intrator
CEO & Co-Founder, CoreWeave
Key Benefits

Cloud Service Provider Capabilities for the AI Era

VAST’s unique disaggregated, shared-everything architecture enables service providers to deliver secure, high-performance offerings without the complexity of retrofitting a legacy platform that was never intended for the demands of a cloud operating model. With VAST, CSPs can rapidly on-board new customers, simplify resource provisioning, and easily manage exabytes of data.

Secure Multi-tenancy

Unlike traditional HPC storage systems, VAST delivers secure isolation for tenants. Each tenant operates within its exclusive namespace, with the flexibility to utilize distinct encryption keys for added security.

Quality of Service

VAST’s granular Quality of Service (QoS) policies and intelligent quotas let CSP’s build customized offerings that maximize resource utilization while ensuring that no tenant can impact the performance of any other workload.

Massive Performance for AI

Optimized and validated for the leading GPUs at cloud scale, CSPs can accelerate the most demanding AI workloads.

Efficiencies That Scale

With revolutionary data reduction technology, ultra-efficient data protection, and support for 10-years of longevity on CSP investment in hardware, VAST’s TCO improves as clusters grow.

A Unified, Multi-Protocol Platform

High-performance file and object multi-protocol data access that streamlines AI data pipelines.

All-Flash at Archive Economics

VAST AI OS pioneers new advancements in commodity flash management, data protection and data reduction. This results in a cost envelope that works for all active data sets. Today, customers deploy VAST all-flash infrastructure for less than the cost of hybrid storage alternatives.

Secure Multi-tenancy

Unlike traditional HPC storage systems, VAST delivers secure isolation for tenants. Each tenant operates within its exclusive namespace, with the flexibility to utilize distinct encryption keys for added security.

Quality of Service

VAST’s granular Quality of Service (QoS) policies and intelligent quotas let CSP’s build customized offerings that maximize resource utilization while ensuring that no tenant can impact the performance of any other workload.

Massive Performance for AI

Optimized and validated for the leading GPUs at cloud scale, CSPs can accelerate the most demanding AI workloads.

Efficiencies That Scale

With revolutionary data reduction technology, ultra-efficient data protection, and support for 10-years of longevity on CSP investment in hardware, VAST’s TCO improves as clusters grow.

A Unified, Multi-Protocol Platform

High-performance file and object multi-protocol data access that streamlines AI data pipelines.

All-Flash at Archive Economics

VAST AI OS pioneers new advancements in commodity flash management, data protection and data reduction. This results in a cost envelope that works for all active data sets. Today, customers deploy VAST all-flash infrastructure for less than the cost of hybrid storage alternatives.

Lambda is committed to partnering with the most innovative AI infrastructure companies in the market to engineer the fastest, most efficient, and most highly optimized GPU-based deep learning solutions available. We found VAST Data to be the perfect balance of performance, speed, and price structures.

Mitesh Agrawal
Head of Cloud/COO, Lambda

Hyperscalers

Enable Federated AI Deployment

VAST AI OS unifies on-prem, neocloud, and public cloud environments to power AI workloads wherever compute is available. Enterprises can use cloud compute with global data consistency and a single security model.

Google Cloud Platform (GCP)

Discover how VAST AI OS delivers federated AI performance on Google Cloud TPUs by connecting on-prem and cloud environments through a single Global Namespace.

Explore GCP Integration