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Expanding the Influence of Content Management with Business Service Management Breaking down the silos: from change process to release automation

    The need for tight security may sometimes appear to clash with the need to exchange information effectively. However, TESTA offers an appropriate solution. It constitutes the European Community's own private network, isolated from the Internet and allows officials from different Ministries to communicate at a trans-European level in a safe and prompt way.

What is TESTA?ObjectivesHow does it work?AchievementsWho benefits?The role of TESTA in IDABCThe future of TESTATechnical InformationDocumentation

What is TESTA? TESTA is the European Community's own private, IP-based network. TESTA offers a telecommunications interconnection platform that responds to the growing need for secure information exchange between European public administrations. It is a European IP network, similar to the Internet in its universal reach, but dedicated to inter-administrative requirements and providing guaranteed performance levels.

In 2006, the European Commission has started the revision of the European Interoperability Framework (EIF) and the Architecture Guidelines (AG).

The European Commission has started drafting the EIF v2.0 in close cooperation with the concerned Commission services and with the Members States as well as with the Candidate Countries and EEA Countries as observers.

A draft document from which the final EIF V2.0 will be elaborated was available for external comments till the 22nd September. The proposal for the new EIF v2.0 that has been subject to consultation, is available: [3508 Kb]

For SOA applications, the best way to modernize is to componentize and extend the user experience aspect of the application that will in turn enable the applications composition and mashup.

While there are many ways that companies measure productivity, Nexaweb has found that the three key criteria for enabling the productivity driven enterprise are based on 1) cost savings resulting from reduced development time and application maintainability; 2) extending the value of existing applications with a future-proof architecture (adding RIA without breaking existing enterprise architecture); and 3) faster time to market by providing a consistent user experience across the various interfaces available throughout the organization.

Service orientation addresses these challenges by centering on rapidly evolving XML and Web services standards that are revolutionizing how developers compose systems and integrate them over distributed networks. No longer are developers forced to make do with rigid and proprietary languages and object models that used to be the norm before service orientation came into play. The emergence of this new methodology is helping to develop new approaches specifically for Web-based distributed computing. This revolution is transforming the business by integrating disparate systems to establish a real-time enterprise. Making information available where it is needed to simplify merchandising processes requires a methodology that is based on loosely coupled integration between various in-store and back-end applications. This demand makes it critical for an architecture that is based on service orientation for integration between disparate applications. In addition, surfacing information at the right place requires the ability to compose dynamic applications using an array of underlying services. The Office Business Applications platform provides this ability to create composite applications, such as dashboards for the store, regional, and corporate managers.