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Showing 1 - 3 of 3 white papers, page 1 of 1.
Does Backup Need a File System of its Own?
VembuHIVETM is an efficient cloud file system designed for large-scale backup and disaster recovery (BDRTM) application with support for advanced use-cases. VembuHIVETM can be thought of as a File System of File Systems with in-built version control, deduplication (elimination of redundant information to enhance storage reduction), encryption, and in-built error correction.

Backup is just not about storage. It’s the intelligence on top of storage. Typically when businesses think of backup, they see it as a simple data copy from one location to another. Traditional file systems would suffice if the need were to just copy the data. But backup is the intelligence applied on top of storage where data can be put to actual use. Imagine the ability to use backup data for staging, testing, development and preproduction deployment. Traditional file systems are not designed to meet such complex requirements.

With the advent of information technology, more and more organizations are relying on IT for running their businesses. They cannot afford to have downtime on their critical applications and need instant access to data in the event of disaster. Hence, a new type of file system is necessary to satisfy this need. 

VembuHIVETM manages the metadata smartly through its patent-pending technology, in a way that is agnostic to the file system of the backup, which is why we call VembuHIVETM, a file system of file systems. This helps the backup application to instantly associate the data in VembuHIVETM to any file system metadata, thereby allowing on-demand file or image restores in many possible file formats. The data and metadata storage, harness cluster file system and computing and storage.

This is a really powerful concept that will address some very interesting use cases not just in the backup and recovery domain but also in other domains, such as big-data analytics.

The key to the design of VembuHIVETM is its novel mechanism to capture and generate appropriate metadata and store it intelligently in a cloud infrastructure. The increment data (the changes with respect to a previous version of the same backup) are treated like versions in a version control system (CVS, GIT). This revolutionary way of data capture and metadata generation provides seamless support to a wide range of complex restore use cases.

Cost-Benefit Analysis: High Availability in the Cloud
Understand the cost implications of cloud vs. dedicated infrastructure and justify them to your boss.
This white paper presents a cost-benefit analysis to help you make choices involving adding redundancy and high availability (HA) to your IT infrastructure. In it, we cover options for deploying fault-tolerant applications and servers via cloud and dedicated hardware in single- and multi-site configurations.
Copy Data Management for Pure Storage FlashArray
Catalogic ECX in-place copy data management for Pure Storage simplifies and automates operation of your Pure Storage FlashArray infrastructure through comprehensive management of Pure Storage FlashRecover snapshots, replication and clones. By providing an application- and VM-aware copy management software layer, ECX reduces copy sprawl, simplifies data protection and disaster recovery, and delivers value-adding use cases such as automated infrastructure deployment for Dev-Test or DevOps.
Catalogic ECX in-place copy data management (CDM) for Pure Storage simplifies and automates operation of your Pure Storage FlashArray infrastructure through comprehensive management of Pure Storage FlashRecover snapshots, replication and clones. By providing an application- and VM-aware copy management software layer, ECX reduces copy sprawl, simplifies data protection and disaster recovery, and delivers value-adding use cases such as automated infrastructure deployment for Dev-Test or DevOps.
 
Catalogic’s in-place CDM approach has significant advantages over alternatives in that it requires no additional infrastructure for the user to purchase and manage, and leverages the existing Pure Storage production environment rather than requiring the creation of a fully redundant environment for the copies of the production data.