Vast Data Platform

VAST’s disaggregated, shared-everything architecture (DASE) is a purpose built storage cluster architecture designed to scale to petabytes, give tier-1 all-flash performance, and sells for a price point

equivalent to what customers pay for archive storage. By breaking the long-standing price/performance trade-off in storage, VAST has built a system architecture that’s fast enough, scalable enough

and affordable enough for all data and all applications.

OPTIMIZED APPLICATIONS

Artificial Intelligence

RDMA acceleration for GPU servers is 4x faster than NAS and VAST eliminates HDD latency by making flash affordable for all training data.

Content Creation

Workflows run faster when you combine the performance of all-flash NAS at the price point of archive storage.

Content Delivery

CDNs and cable operators can now afford to eliminate service latency and serve exabytes of content from flash.

Data Protection

Enterprise backups are more efficient, recoveries are faster, and data centers are compacted with VAST.

HPC

The performance of a parallel file system with the simplicity of a modern NAS platform.

Life Science

Accelerate classic and modern bioinformatics pipelines and consolidate storage silos. Quantitative Trading Gain ultimate advantage when all research data can be analyzed at NVMe speeds

By applying new thinking to how storage can be designed, scaled and how data can be efficiently managed, VAST Data has built an architecture with the principal focus of breaking the long standing

trade-off that has existed between performance and capacity. We have introduced a new system that saves customers up to 90% vs. what they’ve paid for legacy

Vast Data is NVMe OF architecture, where compute and data boxes are isolated and expandable to exabyte scale out all flash storage by adding just data box and compute box if needed, one global

namespace will allow you to see all the data at one place and all compute box power of CPU, Ram will be added as one power, so there is no bottleneck at hardware level.

Q. What we are using in the storage – Raid or something

Ans: Vast Data is using erasure code which is advanced and more resilience for the data protection

https://support.vastdata.com/hc/en-us/articles/360036872354-Understanding-VAST-Capacity

Q. Which OS do we use in Vast Data Storage

Ans: Vast Data has its proprietary and world-class operating system and today we have the world’s biggest developing team in the U.S and other countries

https://support.vastdata.com/hc/en-us/articles/360010932159-VAST-with-Kubernetes

Q. Vast Data Compression Algorithm

Ans: Vast 3.0 will add an even more advanced technique known as global similarity-based data reduction. Similarity reduction is able to detect smaller data blocks, but not identical ones and then use that similarity to store data in a way that only the deltas between those similar blocks are stored. This can save a great deal of space in unexpected ways since a lot of data are similar but not identical

https://support.vastdata.com/hc/en-us/articles/360011304840-Client-side-Compression-Techniques-and-their-Impact-on-Similarity-Reduction

Q. We need high read/write bandwidth and our application works with the NVIDIA DGX system, does Vast support RDMA.

Ans: Vast Data Storage is tested with Nvidia DGX-A100 for the Gb/s speed test

https://drive.google.com/file/d/1SReK_3XgOH-3y8Wr-jMmKlIuBR2NyaUV/view?usp=sharing

Q. Storage Calculator

https://vastdata.com/tco-calculator/

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