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AVOLENT Enterprise is a leading electronic bill presentment and payment solution. The on-premise AVOLENT self-service billing and settlement solution consolidates billing systems, presents invoices electronically, resolves disputes, allows for adjustments, offers deep reporting functionality, and puts mapping and development power in your IT organization's hands. By moving billing processing to the Web, organizations see ROI through a reduction in postage and paper-based billing costs, which also preserves the environment by eliminating unnecessary paper waste.
| eBilling: |
Self-service bill presentment software of PDF or interactive invoices |
| eConsolidate: |
Consolidate bills from multiple billing systems and apply payments to mulitiple Accounts Receivable systems |
| eSettlement: |
Interactive payment, settling, and disputing of bills streamlines the billing process |
| eReport: |
User-defined analyses and activity tracking empowers the biller |
| eAnalysis: |
Powerful real-time OLAP analytics engine |
| eCreate: |
Create bills from line item data and set up workflow to manage the release of online bills |
| eDesigner: |
GUI-based bill template design & management |
| eMapper: |
Allows non-technical users to map data from virtually any system or application with AVOLENT |
| eDeveloper: |
Empowers IT departments to design and customize the application based on best-practices |
Technology
The AVOLENT application architecture is designed to meet the needs of a large-scaled, highly available, 24x7, 100% accurate financial enterprise application. To achieve this, the architecture is multi-tiered, modular, scalable, object-oriented, component-based, distributed, data-centric and metadata driven.
The architecture is 100% Java, and therefore can leverage standards in order to support multiple platforms, multiple databases (JDBC), and real-time and remote interfaces. The data driven nature of the architecture provides a common data store for integration with back-end systems, and makes the application language neutral by utilizing XML and XSDs to define data formats. The multi-tier, distributed aspect coupled with redundancy enables scalability, load balancing, and failover for high availability.
| Platforms |
Microsoft Windows
Solaris
Red Hat Linux
AIX
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| Application Servers: |
WebLogic
WebSphere
JBoss
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| Web Servers: |
Microsoft IIS
Sun Java Web System Server
Apache
IBM HTTP Server
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| Databases: |
Oracle 9i
SQL Server 2000
DB2
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