COLLATERAL VALIDATION SYSTEM

• US 20100179911A1
• Filed: 01/14/2010
• Published: 07/15/2010
• Est. Priority Date: 01/14/2009
• Status: Abandoned Application

• Current Assignee: CoreLogic Acquisition Co. I LLC (CoreLogic Incorporated)
• Original Assignee: DataQuick Information Systems, Inc. (CoreLogic Incorporated)
• Inventors: Gorina, Alla, Russell, Heidi L., Stuart, Vincent, Ivanof, Ivan Raykov, Kim, Young M.
• Application Number:
  US12/687,661
• Publication Number:
  US 20100179911A1
• Time in Patent Office: Days
• US Class Current: 705/306
• CPC Class Codes: G06Q 10/067 Enterprise or organisation modelling
• CPC Class Codes: G06Q 30/0278 Product appraisal
• CPC Class Codes: G06Q 40/06 Asset management; Financial planning or analysis

Abstract

The present invention is directed to a collateral validation system, and method providing an approach to automating valuation reconciliation. The collateral validation system is a fully automated validation of past and current valuations as well as allowing for forecasting future collateral values. It incorporates multiple independent opinions of value using a panel of experts approach employing multiple sub models along with housing price indices (HPIs), neighborhood level home price indices, premier data, external factors, analytics and predictive modeling, to enable a consensus approach, foreclosure trends, and external factors all user selectable and user weight adjustable for varying use configurations. As a result, a user may obtain a full and complete determination and validation of past and present value along with forecasted values coupled with statistical analyses in a fully customizable environment.

Claims

1. An automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values comprising:

a) a data acquisition engine receiving data inputs from meta models and sub model experts;

b) an inference engine which enables the user to adjust which meta models and sub model experts data are employed and inputted, and allows the user to adjust varying weights assigned to each meta model and expert employed;

c) a report generator which enables the user to customize which fields of data are illustrated on the generated report, and which generates output as a user customized report on the consensus collateral value and its validation; and

d) one or more user customizable use configurations;

whereby when said data acquisition engine is programmed with sub-model experts as adjusted and weighted by the user, a consensus market value and consensus metric is calculated, and a report is generated illustrating user adjusted output results.

2. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 1, wherein said data inputs from meta models and sub model experts includes sub model estimates from property sales, tax assessed values, property characteristics and comparables estimated market values.

3. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 2, wherein said property characteristics are generated from neighborhood statistics through an hedonic model arriving at estimated market values.

4. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 1, wherein said data inputs from meta models and sub model experts includes comparables selection through an appraisal engine arriving at estimated market values.

5. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 1, wherein said data inputs from meta models and sub model experts includes outside prior expert data through housing price indices, appraisal data, BPO data and user provided external data to arrive at current estimated market values.

6. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 1, wherein said one or more use configurations is custom programmed by the user to select sub models and assign varying weights to said selected sub models such that the automated collateral validation system is optimized for one or more differing programmed use configurations.

7. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 1, wherein the consensus estimated value is calculated over a user chosen time period and is graphically displayed continuously throughout said user chosen time period.

8. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 7, wherein the calculated consensus estimated value is displayed into the past, in the present, and into the future.

9. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 1, wherein said report generator which enables the user to customize which fields of data are illustrated on the generated report, and which outputs a user customized report on the consensus collateral value, further includes data fields pertaining to property reference data, estimated market value, market area trend and subject property market area comparisons.

10. The automated collateral validation system for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 9, wherein said generated report includes sales comparables details, a reference map, property history and sales comparables detail shown in graphical form.

11. An automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, comprising the following steps:

a) providing a data acquisition engine receiving data inputs from meta models and sub model experts;

b) providing an inference engine which enables the user to adjust which meta models and sub model experts data are employed and inputted, and allows the user to adjust varying weights assigned to each meta model and expert employed;

c) providing a report generator which enables the user to customize which fields of data are illustrated on the generated report, and which generates output as a user customized report on the consensus collateral value and its validation; and

d) providing one or more use configurations;

whereby when said data acquisition engine is programmed with sub-model experts as adjusted and weighted by the user, a consensus market value and consensus metric is calculated, and a report is generated illustrating user adjusted results.

12. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 11, wherein said step of providing a data acquisition engine receiving data inputs from meta models and sub model experts further includes providing data inputs wherein said data inputs from meta models and sub model experts includes sub model estimates from property sales, tax assessed values, property characteristics and comparables estimated market values.

13. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 12, wherein said step of providing a data acquisition engine receiving data inputs from meta models and sub model experts further includes providing property characteristics wherein said property characteristics are generated from neighborhood statistics through an hedonic model arriving at estimated market values.

14. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 11, wherein said step of providing a data acquisition engine receiving data inputs from meta models and sub model experts further includes data inputs wherein said data inputs from meta models and sub model experts includes property comparables selection through an appraisal engine arriving at estimated market values.

15. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 11, wherein said step of providing a data acquisition engine receiving data inputs from meta models and sub model experts further includes data inputs wherein said data inputs from meta models and sub model experts includes outside prior expert data through housing price indices, appraisal data, BPO data and user provided external data to arrive at current estimated market values.

16. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 11, wherein said step of providing one or more use configurations wherein said one or more use configurations is custom programmed by the user to select sub models and assign varying weights to said selected sub models such that the automated collateral validation system is optimized for one or more differing programmed use configurations.

17. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 11, wherein said step of providing a report generator which enables the user to customize which fields of data are illustrated on the generated report, and which generates output as a user customized report on the consensus collateral value and its validation, wherein the consensus collateral value is calculated over a user chosen time period and is graphically displayed continuously throughout said user chosen time period.

18. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 17, wherein said step of providing a report generator which enables the user to customize which fields of data are illustrated on the generated report, and which generates output as a user customized report on the consensus collateral value and its validation, further includes generating a user customized report wherein the calculated consensus estimated value is displayed into the past, in the present, and into the future.

19. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 11, wherein said step of a report generator which enables the user to customize which fields of data are illustrated on the generated report, and which generates output as a user customized report on the consensus collateral value and its validation, further includes data fields pertaining to property reference data, estimated market value, market area trend and subject property market area comparisons.

20. The automated method for variably calculating past and present collateral values as well as forecasting future collateral values and statistically validating those collateral values, according to claim 19, wherein said step of a report generator which enables the user to customize which fields of data are illustrated on the generated report, and which generates output as a user customized report on the consensus collateral value and its validation, wherein said generated report includes sales comparables details, a reference map, property history and sales comparables detail shown in graphical form.