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More than just a buzzword, collaboration has become a key and much sought after competitive differentiator. Enterprises seeking to harness the power of collaboration can extract the benefits that can be derived from inter-unit relationships. Collaboration is especially valuable for large global corporations with offices that are dispersed throughout the world. Collaboration helps companies incorporate customer feedback into the product design process, enabling products that better fit expectations and purpose.
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Virtualization of system resources aboard x86 servers is one technology that has the distinct potential to really change the dynamics of the industry in many ways as it quickly becomes a de facto component of modern computing. Today's use of virtualization technology allows IT professionals to automatically manage the resources of the physical server to efficiently support multiple operating systems, each supporting different applications. In an enterprise this could mean consolidating hundreds of servers to as few as 10.
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As e-mail viruses evolve to become faster spreading and more destructive, corporations will need to expand anti-virus defenses to include solutions that proactively detect and dynamically respond to new outbreaks. Today, most corporations implement a layered anti-virus defense using reactive anti-virus solutions at the desktop, mail server and gateway. However, the unavoidable window of time between when an outbreak starts and when updated signatures are deployed emphasizes the importance of including solutions that can prevent new virus outbreaks and dynamically trigger policies to protect networks immediately.
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Developers of defense information systems are leveraging new technologies to improve data and information collection, sharing, analysis, and assessment. Formal Model Driven Development (MDD) is a proven approach that delivers significant productivity gains over traditional functional- and document-driven approaches. It is essential to consider how to tackle challenges the defense industry faces as it synchronizes an increasingly complex application landscape with shrinking deployment windows and development budgets.
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Industry attention has been focused on monitoring the IT infrastructure but when it comes to actually fixing and validating repairs -- IT professionals typically resort to a hodgepodge of expert opinion and software, often with huge chasms of inefficiency. More advanced infrastructure with higher levels of automation will place greater demands on fast and efficient device remediation while the need for accelerated Mean-Time-To-Repair (MTTR) and enhanced uptime still remains paramount in most IT organizations.
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EDI (Electronic Data Interchange) is a set of standards that enable computer-to-computer exchange of information for highly automated processes. It enables the electronic exchange of documents in bulk between multiple parties, whether they are inter- or intra-organizational. The information is exchanged in a standard format that all of the parties in the loop follow. To be effective, EDI should also comply with the guidelines set by various national and international agencies. In the US, the standard set by the American National Standards Institute (ANSI), Accredited Standards Committee (ASC) X12 is largely followed.
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