Abstract: Methods, systems, and devices for data management are described. The described techniques may enable a user of a data management system (DMS) to select data objects and perform actions on all selected data objects. A front-end of the DMS may include one or more components for interfacing with the user. In response to a user request to select all objects of a set, the DMS may load the set of data objects into a cache of the front-end. If the set has less than a threshold quantity of data objects, the DMS may load all data objects of the set into the cache. If the set has more than a threshold quantity of data objects, the DMS may iteratively load subsets of the set having less than the threshold quantity of objects into the cache. The DMS may perform a requested action on all data objects in the cache.

Abstract: Methods, systems, and devices for data management are described. A data management system (DMS) may load a first uniform resource locator for a webpage configured for an application, where the webpage includes a set of elements associated with the application and one or more filters corresponding to the set of elements. The DMS may update a navigation history list to include a first entry corresponding to the first uniform resource locator. The DMS may then receive a selection to apply a filter from the one or more filters to at least one element from the set of elements, and load a second uniform resource locator for the webpage based on receiving the selection to apply the filter. The DMS may then update the navigation history list to replace the first entry with a second entry corresponding to the second uniform resource locator based on receiving the selection.

Abstract: Methods, systems, and devices for data management are described. A data management system may determine risk levels for a plurality of computing objects. A risk level for a computing object is determined based on a respective quantity of elements comprising sensitive information within the computing object and a respective quantity of users with access to the computing object. The data management system may display the visualizations for a selected subset of computing objects in a user interface. The visualizations for the computing objects may be positioned within the user interface based on respective quantities of elements comprising sensitive information within the computing objects and further based on respective quantities of users with access to the computing objects. The user interface may be configured to receive a selection of a time period and reposition the visualizations of the computing objects within the user interface.

Abstract: Methods, systems, and devices for data management are described. A data management system may determine risk levels for a plurality of computing objects. A risk level for a computing object is determined based on a respective quantity of elements comprising sensitive information within the computing object and a respective quantity of users with access to the computing object. The data management system may display the visualizations for a selected subset of computing objects in a user interface. The visualizations for the computing objects may be positioned within the user interface based on respective quantities of elements comprising sensitive information within the computing objects and further based on respective quantities of users with access to the computing objects. The user interface may be configured to receive a selection of a time period and reposition the visualizations of the computing objects within the user interface.

Abstract: Methods, systems, and devices for data management are described. A data management system (DMS) may load a first uniform resource locator for a webpage configured for an application, where the webpage includes a set of elements associated with the application and one or more filters corresponding to the set of elements. The DMS may update a navigation history list to include a first entry corresponding to the first uniform resource locator. The DMS may then receive a selection to apply a filter from the one or more filters to at least one element from the set of elements, and load a second uniform resource locator for the webpage based on receiving the selection to apply the filter. The DMS may then update the navigation history list to replace the first entry with a second entry corresponding to the second uniform resource locator based on receiving the selection.

Abstract: Methods, systems, and devices for data management are described. A data management system may determine risk levels for a plurality of computing objects. A risk level for a computing object is determined based on a respective quantity of elements comprising sensitive information within the computing object and a respective quantity of users with access to the computing object. The data management system may display the visualizations for a selected subset of computing objects in a user interface. The visualizations for the computing objects may be positioned within the user interface based on respective quantities of elements comprising sensitive information within the computing objects and further based on respective quantities of users with access to the computing objects. The user interface may be configured to receive a selection of a time period and reposition the visualizations of the computing objects within the user interface.

Abstract: A method of data input via a user interface is described. According to the method, a set of input fields may be provided at the user interface which correspond to respective columns or to respective rows of a data table. A data input may be received at the user interface within an input field of the set of input fields which corresponds to a first column or to a first row of the data table. An applicability indication may then be received at the user interface which indicates that the data input is applicable to a subset of the rows or a subset of the columns. Based on receiving the data input within the input field and based on the applicability indication, multiple instances of the data input may be applied to the data table.

Abstract: A method of data input via a user interface is described. According to the method, a set of input fields may be provided at the user interface which correspond to respective columns or to respective rows of a data table. A data input may be received at the user interface within an input field of the set of input fields which corresponds to a first column or to a first row of the data table. An applicability indication may then be received at the user interface which indicates that the data input is applicable to a subset of the rows or a subset of the columns. Based on receiving the data input within the input field and based on the applicability indication, multiple instances of the data input may be applied to the data table.

Abstract: In one example of the disclosure, a current meeting invitation to a user is accessed. There is a current timing conflict between the current invitation and a subject calendar event of the user. A relevant behavior is identified. The relevant behavior is with respect to a previous meeting invitation sent to the user, the previous invitation having a conflict with a calendar event and a common invitation attribute with the current invitation. A management action is applied, in consideration of the relevant behavior, to the current timing conflict.

Abstract: Displaying inbox entities are displayed as a grid of faceted tiles includes causing a display of a tile grid that includes a faceted tile for each of a plurality of inbox entities. A first facet of each tile includes data corresponding to the inbox entity the faceted tile represents. Upon detecting a first user interaction with the first facet of a first displayed tile, a second facet is caused to replace the first facet of the first displayed without substantially affecting any other displayed tile. The second facet includes a first control for interacting with the inbox entity represented by the first displayed tile.