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Establishing the Business Justification for Web Services

Abstract

The Web Services model offers many organizations the opportunity to better leverage their existing investment in Internet technology. However, as with any emerging technology, Web Services presents its own set of implementation, process and organizational challenges that are often underestimated when formulating a corporate IT strategy.

This session will provide IT managers with the tools to help them quantify the long term costs and benefits of adopting a Web Services strategy within their corporation. After reviewing the basic technology behind Web Services and outlining a Business Justification Framework for building business cases, a thorough analysis of potential cost saving and revenue generation opportunities is discussed.

Additionally, this session will aid managers by identifying the promising areas for future Web Services development and describing the inherent risks associated with implementing these types of projects.


The full paper was not available at the time the proceedings were created. Please check the conference web site, http://www.xmleurope.com, to find an updated version of this paper.

Biography

Brian Buehling is currently the Managing Director for Dakota Systems, a consulting firm specializing in XML-related technologies. Prior to Dakota, he worked in various capacities on content management systems for several companies including Facts and Comparisons, John Deere, and SBC Communications. His team's decision support system at John Deere Health was selected as a Finalist for Business Intelligence Applications at Comdex/Window World Open 1997 and was nominated for the 1997 Smithsonian Award for innovation in information technology. He has earned a M.B.A. with concentrations in Finance and Strategy from the University of Chicago and a M.S. in Systems Science and Mathematics from Washington University, St. Louis, Missouri. Additionally, he is currently a visiting lecturer at Ohio University teaching business communication and computational theory.