• Generic Help Desk
• Generic Customer Care Center and
• A Customer Care Center customized to the specific needs of the Manufacturing industry.

These variations are structured around a �Foundation Set� (QueFoundation) that includes QueWeb�s proprietary core. Module sets are then assembled around the Foundation to provide more specific functionality. By adding other optional and custom developed modules, the nature of the application can easily be evolved to the exact needs of each customer.

Block diagrams of these variations should be found by clicking on the appropriate html link above.

QueWeb is strictly compliant with J2EE standards and its system architecture leverages the strengths of the newest Java technologies. This architecture approach has resulted in a clear separation of presentation from content data, while providing enhanced performance for the web interface. Data is transformed and stored as XML in QueWeb�s database.

It is well known that the majority of today�s enterprise and mid-market software projects involve a significant amount of integration. Some researchers have suggested that in highly complex B2C, or more complex B2B projects, integration work, especially in the areas of process and content integration, may represent as much as 75% of the total project cost.

For a variety of reasons, Java represents an ideal language for application integration.1 First, it runs on most (if not all) operating systems and is well supported by EAI tool vendors. Second, J2EE provides the security, messaging, and reliability services required in EAI.

Two very different integration architectures have seen wide deployment;

• direct point-to-point connectivity; and
• middleware-based integration.

Historically, EAI developers implemented point-to-point integration because it was the most direct route to a solution�easy to understand and well suited to situations when there are just a few systems to integrate. With this approach, the application makes direct JDBC (Java Database Connection) calls to another application's database tables. However, this style of implementation does not scale well. Thus, while three applications only need three connections (integration points), four applications need six and five applications require ten.

Middleware-based integration has become the preferred choice because it overcomes this connection-scaling problem. Middleware provides generic interfaces with which all integrated applications pass messages to each other. Thus, if an organization has five applications to integrate, it only requires five integration points. Middleware-based solutions easily support numerous integrated applications and require less maintenance.

Java provides EAI developers with three flexible architectural options; message bus, centralized, and JCA-based. Further, it facilitates integration at several different levels; user-interface (UI) level, application level, method level and the data level.

QueWeb has been architected to fully exploit all of these integration options. Built atop J2EE technology, QueWeb provides essential core capabilities leveraged by the individual functional components, or modules, that comprise the system. These existing modules are assembled by Queplix� professional services group in order to create complete applications for customers. Modules can be configured and customized in order to tailor the resulting application to meet the customer�s exact requirements. This includes both functional (business rules) and visual (GUI) changes.

In this way, QueWeb�s core technology provides a foundation for customization while maintaining important separation between database, business logic and graphical components. This architecture helps ensure that customization is straightforward.

100% configurable. 100% customizable. With QueWeb, you�re able to work the way you want to work, and deploy eService, help desk and call center applications in half the time, and at half the cost of typical CRM software.