COPS Monitoring has announced its latest significant six-figure investment in technology to upgrade its data storage to NetApp's newer state-of-the-art Storage Area Network (SAN).
"We understand that back-end upgrades may not sound exciting to most people, but we believe that making frequent and recurring investments is crucial to providing reliable monitoring services," said Jim McMullen, President of COPS Monitoring. "With a focus on staying prepared for the future, we elected to upgrade our existing NetApp infrastructure. By doing so, we are confident that we'll continue to meet our customers' evolving needs and deliver the highest service levels."
The new SAN incorporates advanced features designed to enhance fault tolerance and provide the latest data security. Equipped with dual power supplies, dual controllers, and hot-swappable components, the new NetApp SANs are widely regarded for delivering reliability and resilience. Configured in a RAID format for added fault tolerance and employing AES 256-bit encryption, this new system also offers robust data security.
Recognized for its five nines (99.999%) uptime, exceptional performance, and scalable architecture, SAN technology ensures optimal storage solutions for data centers. By facilitating ultra-fast and reliable data transfers between servers and storage devices, SANs significantly boost application performance and availability, ensuring seamless operations in even the most demanding environments.
To leverage its geo-diverse redundancy, COPS Monitoring will deploy two identical NetApp SANs in its New Jersey and Texas facilities. Each SAN has a total storage capacity of 35 petabytes, roughly 1.5 times the storage capacity of the Library of Congress, or 13 years of HD video. With this massive amount of storage, these SANs will help to ensure that COPS Monitoring can effectively manage and safeguard the ever-expanding volumes of data generated by its business operations and partners.
A key enhancement in this upgrade is the shift from SCSI-based SSDs to NVMe-based SSDs, which provides higher data transfer speeds, reduced latency, and improved input/output operations per second (IOPS).
