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StorHouse Archiving for File System Applications
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| Performance - Regardless of file size, retrievals of requested data from any storage layer occur in seconds with no need to first restore entire files to disk. | |
| Scalability - Archives can grow to billions of files with no performance degradation due to a unique relational method for storing and indexing all file locator data (metadata about individual files). | |
| Reduced data ownership costs - StorHouse provides affordable, optimal storage of application data on a blended media hierarchy of RAID, MAID, and tape. | |
| Built-in compliance support - Configurable parameters and compliant media types ensure retrievals satisfy industry-based retention rules and archive data remains accessible throughout its required lifespan. | |
| Data sharing across the enterprise - StorHouse promotes secure access to archived data from mainframe, UNIX, and Windows platforms through support for NFS, NTFS, and CIFS file systems. | |
| Simplified system administration - Storage management is completely automatic, including data migration between storage levels, backup, recovery, and replication. | |
| Support for Information Life Cycle Management (ILM) - StorHouse architecture and features complement ILM strategies for managing data optimally from creation and use through archive and deletion. |
Solution
Architecture
The solution consists of a StorHouse data management system with StorHouse/RFS
for presenting a standard NFS, NTFS, or CIFS file system interface to
applications and StorHouse/SM for providing automatic storage management
features. Figure 1 illustrates a sample StorHouse Archiving for File System
Applications architecture.

Figure 1: Sample Architecture
More Information
- StorHouse
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