Products : Hitachi Storage Capacity Reporter Software, Powered by APTARE®
Hitachi Storage Capacity Reporter software, powered by APTARE®, is an application for customers concerned about the growth and cost of their storage capacity that provides end-to-end storage capacity reporting from applications and hosts to heterogeneous storage systems to improve capacity planning, increase storage utilization and reduce infrastructure costs. It offers a host application view of storage usage for Oracle, Microsoft® SQL Server and Microsoft Exchange without the use of host based agents to help you identify under or over utilized storage capacity for better utilization and defer additional storage capacity investments.
Storage capacity utilization reporting and correlation leveraging the respective storage element managers, such as Hitachi Device Manager for Hitachi storage systems
Host and application level storage reporting without the need for host based agents
Identify overused storage resources to help ensure application availability and performance
Identify unused or wasted capacity to be re-allocated for better utilization
Heterogeneous storage system support to reduce both the resources and costs of managing a multivendor storage network
Comprehensive storage capacity reporting both current and historical with built-in custom reporting capabilities
Integrated backup reporting with Hitachi Backup Services Manager
Benefits
Simplify Reporting of Storage Capacity
Provides the required visibility to report on how your multivendor storage resources are being utilized
Improve Application Availability
Provides application centric views of storage capacity usage to help ensure your critical applications have the optimal storage capacity they require
Maximize Storage Utilization and Reduce Costs
Provides storage capacity usage views by host or storage system with predictive analysis to accurately forecast future storage needs
Integrated and Flexible Reporting
Provides common sharing of customized dashboards and reports that can be delivered in multiple formats and identically to mobile devices
