Thin Provisioning with Pillar Axiom 600
As IT organisations work to maintain application availability while controlling costs, a greater emphasis on operational efficiency is essential. One key area where operational efficiencies can be achieved is in the storage infrastructure. Traditional storage systems are inherently inefficient, with multiple arrays of dedicated storage and various management points. Thin provisioning is now recognised in the industry as a critical approach to simplifying storage management while drastically improving capacity utilisation. This white paper explains how Oracle’s Pillar Axiom 600 storage system creates an application-aware storage environment to most efficiently provide all the benefits of thin provisioning. Read more.
Maintaining control over cloud access, collaborative applications, and user mobility are three of the major challenges to protecting data and files that enterprise IT departments face. Alongside the task of maintaining appropriate enterprise network resource access, organizations need file protection products that offer appropriate levels of control for the internal users and the variety of external users requiring access to sensitive and/or regulated information. Satisfying these challenges is necessary to protect the intellectual property of the business and its market position, and to manage the reputation and liability risks associated with privacy and compliance. Download whitepaper »
File Insecurity: The Final Data Leakage Frontier Download whitepaper »
The Pillar Axiom 600 system was designed from the ground up to deliver business-critical, deterministic Quality of Service (QoS) consistent with the business value of the application and its data. It eliminates the requirement to overbuy and underutilize storage to buffer against application interference in a multi-tenancy shared storage system. This allows organizations to buy the capacity they need, scale when needed, and conserve capital in the process—all while delivering consistent performance under load. Read more. Download whitepaper »