When it comes to database deployment, the IT industry is accustomed to the traditional way. Typically, IT companies configure large database clusters with large amounts of disk and lots of memory before entering the database. This standard database – which exists in just a single computer – utilizes one server for the storage of information sets, which will consequently expand or contract whenever data is stored or taken, respectively.
Use of The Database
Standard databases are generally easy to maintain; however, their hardware places a limit to database queries and simultaneous usage. Moreover, the standard database becomes less accessible whenever computer or network problems arise. As such, standard databases offer less convenience to users.
In the present era characterized by the need for quick access to new data and databases, IT-reliant businesses are recognizing the need to evaluate their business and software strategies.
In an effort to boost international business marketing, companies are tapping into considerable data from an extensive array of resources. Vast amounts of data such as pharmaceutical data, social network data, device or sensor data as well as weblogs are becoming more relevant than ever.
In this regard, IT companies are looking for ways to make use of database technologies that allow them to effectively manage and control vital business information. Database deployment, for one, became the focus of efforts for improvement. As a result, database virtualization came into being.
A comprehensive online resource for business intelligence, B-Eye-Network explains that virtualization, in its very essence, is not new to the IT industry. The roots of the technology can be traced back to the 1960s – the era of paging which utilized virtual memory. From thereon, the virtualization of networks, processors, operating systems and databases followed suit, as business and software strategies became more and more advanced.
Use of The Database Virtualization
Essentially, database virtualization utilizes database software to decouple the database layer allowing for the extension of hardware. The concept is aimed at facilitating the sharing of resources between users and applications by masking the database’s configuration and location.
From the user’s perspective, people using virtual databases are able to continue to use the same programs with data that can be accessed in a quicker fashion, as fewer users are now querying from a single location. Downtime is also lessened with the database being spread out over various sites.
Database virtualization also automates the replication and backup processes, making the otherwise time-consuming task highly efficient. Thus, when network or computer network failures unexpectedly occur, all data in alternate locations are preserved. The technology also benefits administrators by making it convenient to take certain sections offline for purposes of maintenance or repair.
By decentralizing databases, database virtualization improves computing scalability. The use of technology also eases database management and makes faster databases.
Notably, these result in a significant reduction in the cost of maintenance that is expected of massive database systems.
Needless to say, efficient database management helps IT businesses in their everyday operations, such as in the monitoring of customers. In the international business marketing arena, a robust, automated and virtualized database can help companies market to their niche in the right way.