Analytic tool for evaluating average revenue per user for multiple revenue streams

• US 20070118444A1
• Filed: 12/01/2005
• Published: 05/24/2007
• Est. Priority Date: 11/11/2005
• Status: Abandoned Application

• Current Assignee: Accenture Global Services Limited (Accenture PLC)
• Original Assignee: Accenture Global Services Limited (Accenture PLC)
• Inventors: Canale, Paolo, Maga, Matteo, Bohe, Astrid
• Application Number:
  US11/292,843
• Publication Number:
  US 20070118444A1
• Time in Patent Office: Days
• US Class Current: 705/30
• CPC Class Codes: G06Q 10/00 Administration; Management
• CPC Class Codes: G06Q 40/12 Accounting

Abstract

An analytic tool and method for investigating and analyzing a business'"'"'s revenue sources are provided. An analytic tool provides an interactive revenue decomposition tree (140) which breaks down a business'"'"'s various revenue streams into their constituent components. Individual revenue sources can be analyzed on a per customer or per user basis. The tool is capable of calculating and displaying the average revenue per user (52) (ARPU) of the various products and services that comprise the sources of the various revenue streams. Actual ARPU values may be compared to forecasted values or industry averages (54) for like products or services. An ARPU gap (56) may be calculated based on the differences between the actual ARPU values (52) and the forecasted or industry average values (54). The ARPU gap (56) may provide a simple quick measure of the overall performance of a revenue stream. A user may elect to view ARPU data at various breakdown levels of the revenue decomposition tree (140). If an intermediate level is displayed, the ARPU (52), ARPU reference (54) and ARPU gap (56) are calculated and displayed for whichever level is chosen. Further, the user may filter the ARPU data by various customer attributes in order to investigate ARPU among various segments of the customer population.

Claims

1. An analytic tool for analyzing revenue, the tool comprising:

a data storage device (110) adapted to receive and store customer and revenue data;

a data manipulation module (114) associated with the data storage device (110) for deriving calculated values from data stored in the data storage device (110);

an interface device (118) for interacting with a user and displaying data including calculated values stored in the data storage device, the interface device (118) being adapted to display a diagnostic tree (140) representing an enterprise'"'"'s revenue stream de-composed into a plurality of contributory revenue components (60, 62, 64, 66) and a calculated value associated with revenue generated from one or more contributory components.

2. The analytic tool of claim 1 further comprising an population module (108) for extracting the customer and revenue data from external systems (102, 104, 106), transforming said data, and loading said data into said data storage device (110).

3. The analytic tool of claim 1 wherein the data manipulation module (114) is adapted to calculate an average revenue per user value (52) for components of the enterprise'"'"'s revenue stream.

4. The analytic tool of claim 3 wherein the data storage device (110) is adapted to store an average revenue per user reference value (54) for components of the enterprise'"'"'s revenue stream, and the data manipulation module (114) is adapted to calculate an average revenue per user gap (56) for said components of the enterprise'"'"'s revenue stream based on differences between the average revenue per user (52) and the average revenue per user reference (54) values of the components of the enterprise'"'"'s revenue stream.

5. The analytic tool of claim 4 wherein the interface device (108) is adapted to perform on-line analytical processing such that a user may select a level of decomposition (44, 46, 48) of the diagnostic tree (140) to be displayed, and the average revenue per user (52), the average revenue per user reference (54) and the average revenue per user gap (56) values are calculated and displayed for the components of the enterprise'"'"'s revenue stream a the selected level of decomposition (44, 46, 48).

6. The analytic tool of claim 4 wherein the interface device (108) is adapted to perform on-line analytical processing such that a user may select a customer attribute and the average revenue per user (52), the average revenue per user reference (54), and the average revenue per user gap (56) values displayed will be calculated and displayed for customers sharing the selected attribute.

7. The analytic tool of claim 1 wherein the diagnostic tree (140) representing an enterprise'"'"'s revenue stream divides the enterprise'"'"'s revenue stream into up to six de-composition levels.

8. The analytic tool of claim 1 wherein the enterprise comprises a telecommunications service provider.

9. The analytic tool of claim 8 wherein a first decomposition level (44) of the diagnostic tree (140) divides the telecommunications service provider'"'"'s revenue stream into fixed (60), mobile (62), internet (64) and value added services (66) components.

10. A revenue analysis tool comprising:

a data storage device (110) for storing customer and revenue data;

an access module (118) adapted to receive data from the data storage device (110), the access module (118) including a processor and processing instructions for generating a diagnostic tree (140) representing an enterprise'"'"'s revenue stream, the diagnostic tree (140) including average revenue per user values for components of the enterprise'"'"'s revenue stream derived from data stored in the data storage device (110); and

an interface for displaying the diagnostic tree (140) and allowing a user to select portions (300, 400, 500, 600) of the diagnostic tree (140) to be displayed, and wherein the average revenue per user values are calculated and displayed for components of the revenue stream contained in the portion (300, 400, 500, 600) of the diagnostic tree selected to be displayed.

11. The revenue analysis tool of claim 10 wherein the diagnostic tree (140) includes multiple levels, each level de-composing one or more components of the revenue stream into one or more narrower components more closely related to a specific revenue source.

12. The revenue analysis tool of claim 11 wherein the diagnostic tree (140) includes up to six levels, and wherein the number of levels displayed by the interface is user selectable.

13. The revenue analysis tool of claim 12 wherein the average revenue per user values (52) are calculated and displayed based on the number of levels of the diagnostic tree (140) selected to be displayed.

14. The revenue analysis tool of claim 10 further comprising a population module (108) for extracting customer and revenue data from external devices (102, 104, 106) and loading the customer and revenue data into the data storage device (110).

15. The analytic tool of claim 10 wherein the interface is adapted to display an average revenue per user reference value (54) corresponding with the average revenue per user values (52) calculated and displayed for components of the revenue stream contained within the portion (300, 400, 500, 600) of the diagnostic tree (140) selected to be displayed.

16. The analytic tool of claim 15 wherein the interface is further adapted to display an average revenue per user gap value (56) based on the difference between the average revenue per user values (52) and the corresponding average revenue per user reference values (54) for the components of the revenue stream contained within the portion (300, 400, 500, 600) of the diagnostic tree selected to be displayed.

17. A method of analyzing revenue comprising:

constructing a diagnostic tree (140) depicting an enterprise'"'"'s revenue sources (102, 104, 106) divided into a plurality of separate revenue components (58);

receiving customer and revenue data;

allocating revenue to appropriate revenue components of the diagnostic tree (140) based on customer use of products or services associated with revenue components;

calculating an average revenue per user (52) of the products or services associated with the revenue components; and

displaying at least a portion (300, 400, 500, 600) of the diagnostic tree (140), including an average revenue per user value (52) for products or services associated with a revenue component included in the portion (300, 400, 500, 600) of the diagnostic tree (140) displayed.

18. The method of claim 17 further comprising providing an average revenue per user reference value (54) associated with the revenue components, and calculating an average revenue per user gap value (56) based on a difference between the average revenue per user (52) and the average revenue per user reference (54) values associated with the revenue components.