Achieve storage resiliency and confidently meet business continuity and disaster recovery objectives. Save time, meet your business goals, and scale your business fast.

Learn how to recover data, reduce interruptions and costs, and avoid paying ransoms. Build a ransomware recovery framework to recover your data and restart your apps faster.

Protect your data from cyber-attacks, continuously monitor data risks, and quickly recover data and applications.

A software-centric architecture that tightly integrates compute, storage, and virtualization resources in a single system.

Reduce IT costs and eliminate over-provisioning, increase server utilization, and centralize server management.

Protect your data from cyber-attacks, continuously monitor data risks, and quickly recover data and applications.

refers to the process of creating a virtual (rather than actual) version of something, such as a virtual machine, virtual storage device, or virtual network resources. In the context of computing, virtualization involves abstracting physical resources and presenting them in a way that appears as if there were multiple instances of those resources.

is form of operating system-level virtualization that allows you to run and deploy applications in lightweight, portable containers. These containers encapsulate everything an application needs to run, including its code, runtime environment, libraries, and dependencies, into a single package.

A solution that distributes traffic across multiple servers to improve application availability and prevent overload.

Power and cooling technologies can help you identify potential disruptions, prevent damaging downtime, and keep your data center running even if disaster strikes.

Refers to a power protection and management system designed specifically for use in data centers. The primary purpose of a Smart UPS is to provide a continuous and reliable power supply to critical IT equipment, protecting it from power disruptions, fluctuations, and outages.

An Enterprise Operating System (EOS) in a data center context refers to an operating system specifically designed to meet the needs and demands of large-scale enterprise environments. Unlike conventional operating systems that may be tailored for personal or small business use, an Enterprise Operating System is built to address the complexities and requirements of extensive data center infrastructures.

Is a comprehensive process involving the planning, architecture, construction, and implementation of a physical facility to house and support information technology infrastructure. This infrastructure includes servers, storage systems, networking equipment, and other components necessary for the processing, storage, and management of digital data.