Meet the first new distributed systems architecture in 20 years.
Unleash insights from data and simplify… everything.
The first new scale-out architecture in 20 years, designed for the next 20 years of AI and big data computing.
When organizations no longer need to worry about tiers, when users never care about infrastructure, and when administrators no longer need to babysit systems, everything becomes simple.
DASE™ is the first scale-out architecture to avoid cluster partitioning and eliminate east-west cluster traffic. Capacity scales to exabytes, performance is linear at any scale.
Our disaggregated, stateless architecture eliminates problems of common node failures, delivers fail-in-place resilience, and is running at over 99.999% of uptime across exabytes of infrastructure deployed.
We recognize that petabyte-scale customers can't waste time with Level 1 support. Our co-pilot and support engineering teams partner intimately with customers to ensure ongoing success.
Imagine the possibilities if you had the freedom to use your data anyway you wanted. If your application could instantly access all the data it needs from a pool of all the images, files, and data you own. If you could linearly scale performance and capacity as needed from petabytes to exabytes at the cost of an archive.
The VAST Data story starts with Universal Storage. A system that is fast enough for all of your applications, scalable enough to manage all of your data, and affordable enough to eliminate the need for complex storage tiers.
See how Dell EMC, Pure Storage, IBM, and VAST compare in this full feature comparison report: look at petabyte scalability, multi-protocol support, storage efficiency, and performance.
Learn how VAST's revolutionary DASE architecture defies all conventional definitions of storage, delivering all-flash performance at archive economics to simplify the data center and accelerate all modern applications.
Get a quick idea of how much VAST can save you, including a full cost breakdown, hardware and software comparisons, support maintenance, expansions, and more.
