Abstract: A computer system configured to generate data to provide an interactive graphical interface for display on a remote user device is configured to provide an interactive graphical interface including first and second screen areas, and icons for user manipulation, each icon corresponding to a user goal. Icons corresponding to user goals of a first set are displayed within the first screen area, and icons corresponding to user goals of the second set are displayed in the second screen area. A gap is calculated and displayed based on data associated with icons and stored data. Responsive to receipt of data indicative of drag and drop movement of an icon between the first and second screen areas, the gap is recalculated and a resized gap is displayed.

Abstract: A computer system configured to generate data to provide an interactive graphical interface for display on a remote user device is configured to provide an interactive graphical interface including first and second screen areas, and icons for user manipulation, each icon corresponding to a user goal. Icons corresponding to user goals of a first set are displayed within the first screen area, and icons corresponding to user goals of the second set are displayed in the second screen area. A gap is calculated and displayed based on data associated with icons and stored data. Responsive to receipt of data indicative of drag and drop movement of an icon between the first and second screen areas, the gap is recalculated and a resized gap is displayed.

Abstract: A computer system configured to generate data to provide an interactive graphical interface for display on a remote user device is configured to provide an interactive graphical interface including first and second screen areas, and icons for user manipulation, each icon corresponding to a user goal. Icons corresponding to user goals of a first set are displayed within the first screen area, and icons corresponding to user goals of the second set are displayed in the second screen area. A gap is calculated and displayed based on data associated with icons and stored data. Responsive to receipt of data indicative of drag and drop movement of an icon between the first and second screen areas, the gap is recalculated and a resized gap is displayed.

Abstract: A computer system configured to generate data to provide an interactive graphical interface for display on a remote user device is configured to provide an interactive graphical interface including first and second screen areas, and icons for user manipulation, each icon corresponding to a user goal. Icons corresponding to user goals of a first set are displayed within the first screen area, and icons corresponding to user goals of the second set are displayed in the second screen area. A gap is calculated and displayed based on data associated with icons and stored data. Responsive to receipt of data indicative of drag and drop movement of an icon between the first and second screen areas, the gap is recalculated and a resized gap is displayed.

Abstract: A computer system configured to generate data to provide an interactive graphical interface for display on a remote user device is configured to provide an interactive graphical interface including first and second screen areas, and icons for user manipulation, each icon corresponding to a user goal. Icons corresponding to user goals of a first set are displayed within the first screen area, and icons corresponding to user goals of the second set are displayed in the second screen area. A gap is calculated and displayed based on data associated with icons and stored data. Responsive to receipt of data indicative of drag and drop movement of an icon between the first and second screen areas, the gap is recalculated and a resized gap is displayed.

Abstract: A computer system configured to generate data to provide an interactive graphical interface for display on a remote user device is configured to provide an interactive graphical interface including first and second screen areas, and icons for user manipulation, each icon corresponding to a user goal. Icons corresponding to user goals of a first set are displayed within the first screen area, and icons corresponding to user goals of the second set are displayed in the second screen area. A gap is calculated and displayed based on data associated with icons and stored data. Responsive to receipt of data indicative of drag and drop movement of an icon between the first and second screen areas, the gap is recalculated and a resized gap is displayed.

Abstract: According to some embodiments, a system may categorize a first set of user goals as basic expenses and a second set of user goals as optional expenses. Icons associated with the basic expenses may be graphically displayed in a first screen area, and icons associated with the optional expenses may be graphically displayed in a second screen area. An indication that a selected icon is to be associated with one of the first or second areas may be received from a remote user. Based on the received indication, a user goal associated with the selected icon may be re-categorized (e.g., as a basic or optional expense).

Abstract: According to some embodiments, supplemental data associated with a user's retirement planning may be received. In addition, a first set of user goals may be received, from the user, as basic expenses along with a second set of user goals as optional expenses. Predictable monthly retirement income and retirement assets associated with the user may then be determined A retirement planning platform may then automatically calculate a financial gap for the user based at least in part on the supplemental data, the first set of user goals, the predictable monthly retirement income, and the retirement assets associated with the user.