Abstract: Described are techniques for improved fixture design. The techniques include generating a digital twin of a new fixture using design information and usage characteristics of similar historical fixtures. The techniques further include simulating lifecycle usage of the new fixture using the digital twin. The techniques further include identifying a simulated failure point in the new fixture based on the simulated lifecycle usage. The techniques further include modifying the design information of the new fixture to mitigate the simulated failure point.

Abstract: Security for verbal communications when using a smart device within range of other communications devices can include detecting a verbal communication on a primary device by a user to determine when the verbal communication is confidential. Analysis is implemented of an audio input using natural language processing, and when a confidential communication is in session, a designation is initiated. Further analysis is implemented to detect a geolocation of one or more secondary devices to the primary device. Responsive to determining the geolocation for one or more secondary devices is below the predetermined threshold, initiating a disengaging action to discourage audio communication to an audio input of the one or more secondary devices.

Abstract: A method, computer program product, and system include a processor(s) that map a physical environment by utilizing one or more image capture devices to scan aspects of the physical environment. The mapping identifies contamination levels and features associated with objects in the environment. The processor(s) utilizes unsupervised learning and supervised learning to identify activities engaged in by a user in the environment. The processor(s) determines that a trigger event has occurred. The processor(s) identify an activity engaged in by the user and determine if a user interface utilized by the program code to display results is visible to the user. If the processor(s) determines that the interface is not visible, the processor(s) selects an alert mechanism to alert the user to the trigger event and alerts the user to the trigger event with the selected alert mechanism.

Abstract: According to one embodiment, a method, computer system, and computer program product for temporal container generation is provided. The embodiment may include identifying a geolocation associated with a user device for each user within a web conference. The embodiment may also include generating a temporal container for each identified geolocation on one or more commonly controlled servers. The embodiment may further include assigning a temporal container corresponding to the geolocation associated with the user device to each user. The embodiment may also include, in response to a user within the web conference sharing a document, storing the document to each temporal container. The embodiment may further include granting each user permission to access the shared document in the temporal container to which each user is assigned.

Abstract: A video streaming system includes a handheld computing device that asynchronously streams video to a storage subsystem. The handheld computing device receives and buffers video data of contiguous video samples and, after a predefined amount of contiguous video samples has been buffered, assigns an index for that predefined amount of contiguous video samples and asynchronously transmits the index and those contiguous video samples to a storage subsystem of a broadcast server system. The handheld computing device, upon determining that the predefined amount of contiguous video samples has been received by the storage subsystem, transmits a notification message to an application server of the broadcast server system that includes the assigned index and indicates that the corresponding contiguous video samples are stored on the storage subsystem. The notification message causes the application server to fetch those video samples according to the index and process them for broadcasting to client computing devices.

Abstract: A video streaming system includes a handheld computing device that asynchronously streams video to a storage subsystem. The handheld computing device receives and buffers video data of contiguous video samples and, after a predefined amount of contiguous video samples has been buffered, assigns an index for that predefined amount of contiguous video samples and asynchronously transmits the index and those contiguous video samples to a storage subsystem of a broadcast server system. The handheld computing device, upon determining that the predefined amount of contiguous video samples has been received by the storage subsystem, transmits a notification message to an application server of the broadcast server system that includes the assigned index and indicates that the corresponding contiguous video samples are stored on the storage subsystem. The notification message causes the application server to fetch those video samples according to the index and process them for broadcasting to client computing devices.

Abstract: An audio streaming system includes a handheld computing device that asynchronously streams audio to a storage subsystem. The handheld computing device receives and buffers audio data of contiguous audio samples and, after a predefined amount of contiguous audio samples has been buffered, assigns an index for that predefined amount of contiguous audio samples and asynchronously transmits the index and those contiguous audio samples to a storage subsystem of a broadcast server system. The handheld computing device, upon determining that the predefined amount of contiguous audio samples has been received by the storage subsystem, transmits a notification message to an application server of the broadcast server system that includes the assigned index and indicates that the corresponding contiguous audio samples are stored on the storage subsystem.

Abstract: An audio streaming system includes a handheld computing device that asynchronously streams audio to a storage subsystem. The handheld computing device receives and buffers audio data of contiguous audio samples and, after a predefined amount of contiguous audio samples has been buffered, assigns an index for that predefined amount of contiguous audio samples and asynchronously transmits the index and those contiguous audio samples to a storage subsystem of a broadcast server system. The handheld computing device, upon determining that the predefined amount of contiguous audio samples has been received by the storage subsystem, transmits a notification message to an application server of the broadcast server system that includes the assigned index and indicates that the corresponding contiguous audio samples are stored on the storage subsystem.