Abstract: Various embodiments discussed herein are directed to improving existing technologies by extracting or detecting identifiers from a page, regardless of the device or platform a user is using, and then anonymizing such identifiers to determine if the same user accessed different pages or if the current user of a current computer session is a same user as in past computer sessions.

Abstract: Systems, methods, and computer-readable storage media are provided for capturing a state of a user interface. A state of the user interface presented by an application is identified, the user interface comprising a plurality of user interface elements. An indication of a modification to the user interface or an indication of user activity is received, where the indication of user activity is associated with one of the plurality of user interface elements. The state of the user interface is modified based on at least one of the indication of a modification to the user interface or user activity.

Abstract: Systems, methods, and computer-readable storage media are provided for determining whether a user is a human agent or a non-human agent. A user is initially classified as a human or non-human agent based on user request properties. Sensor data is received from the user device and used to determine whether the user is to be reclassified as a human agent or non-human agent. Based on the sensor data, the user is then reclassified as a human agent or non-human agent. A service is adapted based on the classification.

Abstract: Maintaining search context within a series of searches while preserving screen real estate on a computing device leads to improvements in the functionality of those computing devices and improves the user experience thereon. A helical navigation structure allows users to navigate back and forth in a search session to maintain a prior search's context to keep searches consistent while refining the search without sacrificing real estate on the display device or having to start new search sessions. New categories or subcategories that the user can explore replace search elements that handle less-refined search levels, and when a search element associated with a content item is selected, the user is provided a new interface to choose whether to explore that content or continue refining the search.

Abstract: Systems, methods, and computer-readable storage media are provided for capturing a state of a user interface. A state of the user interface presented by an application is identified, the user interface comprising a plurality of user interface elements. An indication of a modification to the user interface or an indication of user activity is received, where the indication of user activity is associated with one of the plurality of user interface elements. The state of the user interface is modified based on at least one of the indication of a modification to the user interface or user activity.

Abstract: Systems, methods, and computer-readable storage media are provided for determining whether a user is a human agent or a non-human agent. A user is initially classified as a human or non-human agent based on user request properties. Sensor data is received from the user device and used to determine whether the user is to be reclassified as a human agent or non-human agent. Based on the sensor data, the user is then reclassified as a human agent or non-human agent. A service is adapted based on the classification.

Abstract: Systems and methods are provided that automatically detect and correct website and application layout anomalies to improve the overall user experience. The detection and correction system may leverage at least one algorithm that is trained using a dataset. The dataset may be a compilation of webpage and application layouts associated with various combinations of devices, hardware, and software components. Each detected layout anomaly and corresponding corrective action, along with associated operating environment characteristics, may be used to augment the dataset to improve the efficiency and effectiveness of the detection and correction system. In this way, a consistent and positive user experience across website versions, application versions, device types, etc., may be delivered to users.

Abstract: Aspects of the technology described herein allow webpages to maintain control over content displayed as part of the webpage when viewed on a browser. The technology described herein can send a security script and validation rules along with a webpage to a web browser. The web browser then runs the security script, which monitors content on the webpage. In one aspect, when an add-in attempts to display secondary content, the security script checks identification information associated with the secondary content against the validation rules, which lists authorized content. If the secondary content does not satisfy a validation rule, then the security script can prevent the browser from displaying the secondary content.

Abstract: Aspects of the technology described herein allow webpages to maintain control over content displayed as part of the webpage when viewed on a browser. The technology described herein can send a security script and validation rules along with a webpage to a web browser. The web browser then runs the security script, which monitors content on the webpage. In one aspect, when an add-in attempts to display secondary content, the security script checks identification information associated with the secondary content against the validation rules, which lists authorized content. If the secondary content does not satisfy a validation rule, then the security script can prevent the browser from displaying the secondary content.

Abstract: Search results are provided with rich content in defined display areas defined via a border, background, other like graphical elements, or combinations thereof. Within the defined display area, search results content is formatted to evoke a particular theme or concept appropriate for the information identified by the search result. Additionally, within the defined display area, a graphical preview of the search result is provided in an animated manner evocative of user scrolling. Collections of search results are arranged in grids, like tiles. Search results are reviewed on a grid-by-grid basis, with small portions of prior, or subsequent, grids being displayed at the edges of the display, thereby visually indicating that further, or subsequent, grids are accessible. Alternatively, other grids can represent different types of search results. The quantity in a grid, and their size, are dynamically adjusted based on the size of the display.

Abstract: A device may measure a first performance, associated with legitimate traffic without attack traffic, of a Session Initiation Protocol (SIP)-based protection device implementing authentication; measure a second performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication; and measure a third performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication and return routability filtering.

Abstract: Among other things, one or more techniques and/or systems are disclosed for rendering query results. After a user submits a query, a plurality of query results may be received, comprising at least a first query result and a second query result. The first query result can be rendered in a first collapsed view, which may be smaller and may comprise less information than a full view of the first query result. Upon receiving a first indication of scrolling, hinting that the user may wish to view more results, the first query result can be rendered in a first expanded view, which may comprise a full view of the first query result. Further, upon receiving the first indication of scrolling, the second query result can be rendered in a second collapsed view. Rendering query results as provided herein allows a (limited) viewable area to be used in an efficient manner.

Abstract: A device prevents theft of service attacks on a Session Initiation Protocol (SIP)-based device using an identity assurance protection mechanism, a multiple end-points protection mechanism, and an intrusion detecting protection mechanism.

Abstract: Search results are provided with rich content in defined display areas defined via a border, background, other like graphical elements, or combinations thereof. Within the defined display area, search results content is formatted to evoke a particular theme or concept appropriate for the information identified by the search result. Additionally, within the defined display area, a graphical preview of the search result is provided in an animated manner evocative of user scrolling. Collections of search results are arranged in grids, like tiles. Search results are reviewed on a grid-by-grid basis, with small portions of prior, or subsequent, grids being displayed at the edges of the display, thereby visually indicating that further, or subsequent, grids are accessible. Alternatively, other grids can represent different types of search results. The quantity in a grid, and their size, are dynamically adjusted based on the size of the display.

Abstract: A device may measure a first performance, associated with legitimate traffic without attack traffic, of a Session Initiation Protocol (SIP)-based protection device implementing authentication; measure a second performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication; and measure a third performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication and return routability filtering.

Abstract: A device may measure a first performance, associated with legitimate traffic without attack traffic, of a Session Initiation Protocol (SIP)-based protection device implementing authentication; measure a second performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication; and measure a third performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication and return routability filtering.

Abstract: A device may measure a first performance, associated with legitimate traffic without attack traffic, of a Session Initiation Protocol (SIP)-based protection device implementing authentication; measure a second performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication; and measure a third performance, associated with legitimate traffic and attack traffic, of the SIP-based protection device implementing authentication and return routability filtering.

Abstract: A device prevents theft of service attacks on a Session Initiation Protocol (SIP)-based device using an identity assurance protection mechanism, a multiple end-points protection mechanism, and an intrusion detecting protection mechanism.