Abstract: Dashboard evaluation includes receiving a dashboard code defining a dashboard that includes visualizations in a layout, rendering, in a graphical user interface (GUI) of a dashboard editing tool, the dashboard based on the dashboard code, and extracting, using the dashboard code, a data attribute of a data object represented by a visualization of the multiple visualizations. Dashboard evaluation further includes evaluating, by the dashboard editing tool, the visualization based on the data attribute to obtain a score, presenting, in the GUI of the dashboard editing tool, a recommendation based on the score failing to satisfy a first threshold, receiving, through the GUI of the dashboard editing tool and after presenting the recommendation, an edit to the dashboard code that adjusts the visualization, and storing, by the dashboard editing tool, the edit to the dashboard code.

Abstract: Data (e.g., security data) is presented at increasing levels of detail in a drill down on graphical displays. The data can be retrieved pursuant to a request, such as a search. A first graphical display corresponds to a first level of the detail. A first actionable graphic is displayed, which, when activated, presents a second graphical display with more detail. Thus, nested graphical displays are provided. The detailed data may be retrieved in response to a search, with only the high-level data graphically displayed first, with the additional data and stored templates be ready to instantly produce the nested, detailed charts upon use activation.

Abstract: A mobile device is fitted with an extended reality (XR) software application program executing on a processor within an XR system. A data visualization application receives a selection of a dashboard panel, and automatically places the dashboard panel relative to other dashboard panels displayed on a work surface in the XR environment. The work surface may be in the form of a rectangular or cylindrical surface. The dashboard panels may be arranged on a series of horizontal and/or vertical “rails” that appear as rows or columns, respectively, of dashboard panels on the work surface. A user can select and move the dashboard panels on a particular rail, while not affecting the position of the dashboard panels on the remaining rails. Further, the data visualization application generates a telescoping time selection graphical element that includes multiple segments with different granularities of time for concurrently selecting a time and date range.