Liaison Technology released Dexter DE, a software solution that enables companies to succeed in B2B online commerce by enriching the information exchanged between buyer and seller. All enterprises participating in online commerce can benefit from Dexter DE. Companies building an online marketplace use Dexter DE to collect content from supplier Web sites. Sellers of products or services use Dexter DE to obtain descriptive content from their intranet and partner Web sites. Buyers in an online market use Dexter DE to aggregate online product and price information to create custom procurement catalogs. Dexter DE is based on Liaison’s Adaptive Content Recognition technology. Dexter DE harvests content from Web pages that change frequently. The software can be trained to gather any content from unlimited sites and pages. In addition, Dexter DE requires no programming to establish or maintain the data feeds. Users train Dexter DE by surfing to a’ URL and selecting the content to be collected. Once the software is trained to recognize the target content, Dexter DE will automatically gather similar content from other product pages in that site. Even if the target Web page changes, Dexter DE continues to locate the specified content. Dexter DE can automatically harvest content as often as necessary to keep information current. In addition, Dexter DE provides a sophisticated data normalization or rationalization function via the inverse Thesaurus engine. This feature helps ensure that only accurate and consistent data is being loaded into the marketplace’s database. When Dexter DE executes, it downloads the selected pages from the targeted Web sites, parses the required content, rationalizes the data for consistency, and loads the data into any ‘database. XML, flat file and API data interfaces are supported. Dexter DE is available immediately direct from Liaison Technology. The software is licensed on an annual lease basis. The costs vary depending on number of servers and clients required. Dexter DE is compatible with all databases and e-commerce platforms. The minimum server requirements for Dexter DE are: Pentium II 450 MHz processor; 128 MB RAM, 20MB disk space for Dexter DE and 250MB for data capture and audit logs; Microsoft Windows NT 4.0 SP4; Microsoft Internet Explorer 5.0; and minimum 128KB per second Internet connection. www.liaison.com
Day: April 25, 2000
Microsoft Corp. announced the availability of the latest version of the Simple Object Access Protocol (SOAP) specification on the MSDN developer program Web site. SOAP is an open standards-based interoperability protocol that uses XML to provide a common messaging format to link together any applications and services anywhere on the Internet. This new version extends SOAP’s asynchronous messaging capabilities and enables support for the Internet protocols SMTP, FTP and TCP/IP in addition to existing support for HTTP. These new capabilities further bolster SOAP’s ability to integrate heterogeneous applications within the enterprise or diverse trading partners across the Internet. The specification was initially developed by DevelopMentor Inc., Microsoft and UserLand Software Inc. IBM Corp. and Lotus Development Corp. join as authors with version 1.1. The latest version has industry support from companies such as ActiveState Tool Corp., Ariba Inc., BORN Information Services Inc., Commerce One Inc., Compaq Computer Corp., DevelopMentor Inc., Extensibility Inc., IBM, IONA Technologies PLC, Intel Corp., Lotus Development Corp., ObjectSpace Inc., Rogue Wave Software Inc., Scriptics Corp., Secret Labs AB, UserLand Software and Zveno Pty. Ltd. The SOAP specification provides a common mechanism for integrating services on the Internet and/or intranet regardless of operating system, object model or programming language. Through its reliance on XML and HTTP, SOAP enables any new or existing applications to communicate with one another. By supporting SOAP, Web sites can become Web services that are accessible programmatically without requiring human initiation or intermediation. With a common integration fabric for direct interaction between software connected to the Internet, new opportunities abound in aggregation, federation and integration of services and devices located anywhere on the Internet. http://msdn.microsoft.com
