The VDURA Data Platform delivers the speed, simplicity, and scalability researchers need to power the most advanced imaging instruments and high-performance applications.
Researchers are harnessing AI to make groundbreaking advancements in genomics, structural biology, and advanced imaging. But increasingly complex workflows intensify demands on their data infrastructures, particularly their storage. Architectures hampered by complexity, limited scalability, and data vulnerability impede progress at the very start of the discovery pipeline.
VDURA delivers a robust, user-friendly, and high- performance data platform that not only drives research forward but also democratizes AI-driven discoveries. By making advanced data processing more accessible, reliable, and affordable than ever before, the VDURA Data Platform is pioneering a new era of innovation in life sciences.
The VDURA Data Platform's parallel architecture seamlessly blends storage media, enabling the highest performance flash tier along with the lowest cost HDD tier, complemented by automated data placement and a unified management plane. This versatile and balanced approach allows organizations to select and optimize storage solutions that meet their ever-evolving infrastructure requirements – without straining budgets or overprovisioning resources.
VDURA's unparalleled simplicity and reliability fast track project timelines. Patented per-file object erasure coding sets new standards for data durability and efficiency, ensuring research data is secure and accessible whenever needed. A single IT administrator can effortlessly manage petabytes of VDURA storage, so more time is devoted to supporting researchers directly. No data loss, no downtime, no headaches – just progress.
VDURA partners with life sciences facilities across the globe to deliver high-speed data access that allows researchers to quickly analyze and retrieve large datasets without delays. The VDURA Data Platform easily handles the enormous amount of data generated by imaging equipment and software, ensuring smooth storage and retrieval, and multiple teams can work together on the same dataset simultaneously.
The VDURA Data Platform utilizes a parallel file system that efficiently manages and processes the vast datasets characteristic of genomics and microscopy studies, eliminating performance bottlenecks.
With VDURA, research teams can easily scale their data storage needs in response to the growing and often unpredictable volumes of data generated in life sciences research.
VDURA stands apart for its ability to streamline data management, reducing the administrative and technical overhead associated with handling large-scale datasets, so researchers can focus on innovation rather than infrastructure.
