Top Five Failover Strategies Virtually any amount of downtime can mean lost productivity, lost revenue, lost customers and lost opportunities. Not surprisingly, 36% of enterprises indicate they will incur significant revenue loss or other adverse business impact if they have even an hour or less of downtime on their mission-critical applications. Almost 15% indicate they cannot tolerate any downtime. |
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D2D Backup: 7 Must Ask Questions According to the Gartner Group, by 2008 the majority of data restores will occur from disk, not from tape. Low-cost SATA drives, combined with advances in data management technologies, make D2D backup a vital component of any data protection strategy today. But, assessing the wide array of D2D options can be daunting. |
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Best Practices Guide for Data Protection One of the best ways an IT professional can ensure effective data protection for his company is to first understand the trends and best practices of his peers. The pressures driving organizations to develop specific data protection strategies are unrelenting. |
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Understand the Risks of Web 2.0 Why is Web 2.0 so dangerous? It opens corporate applications to user contributions via the Internet, and that's where hackers and thieves are waiting to launch their attacks. Learn how malware can turn your Web 2.0 implementation into a liability, and about how hackers exploit new threats. |
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Five Simple Steps for Locking Down Your Laptop Mobile computing brings a host of advantages and efficiencies to today's businesses. Such extensive use of notebook computers is not without risk, however. One recent study estimated that as much as 80% of the business data that a company owns is stored on notebook PCs. Don't let your important business data end up in the wrong hands |
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Improve MPI Performance by 90 Percent Cluster programs are written to take advantage of this distributed design using a message passing format. Message passing is a powerful parallel processing paradigm that can be used with almost any programming language. To ensure compatibility between machines, a standard known as Message Passing Interface (MPI) was developed. MPI is most often used as a middle-ware component in conjunction with standard programming language like C, C++, and Fortran. |
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