Abstract: Computer-readable media, methods, and systems are disclosed for storing and analyzing dynamic data within a semantic data store. The dynamic data comprises one or more types of data having a normalized data schema. A dynamic data manager interfaces with the semantic data store to instruct storage of the data. The data may be received through an event service from either of an external data source or an internal data source.

Abstract: Techniques for implementing a digital assistant that provides proactive notifications to users, summarizes data and relevant situations, forecasts/predicts future outcomes, simulates outcomes under different assumptions, generates recommendations to improve observed or assumed situations, and provides explanations for calculated outcomes are disclosed. In some example embodiments, a computer system is configured to detect a data change in one or more data sources, the data change corresponding to a monitored data object, generate a predicted future value for the monitored data object based on the detected data change, identify a deviation between the predicted future value and a planned future value for the monitored data object, determine that the identified deviation is relevant for a specific user at a specific time and in a specific context, and cause a notification corresponding to the deviation to be displayed on a computing device based on the determination that the deviation is relevant.

Abstract: A computer program is initialized within a distributed network. The computer program includes one or more conditions for accessing data associated with the computer program. One or more values for initializing one or more parameters within the one or more conditions are loaded. The one or more parameters are initialized based on data in a number of data blocks of the blockchain. The number of data blocks is stored at a number of computer systems connected to the distributed network. A request associated with providing a data object to the distributed network is received. Based on evaluation of the request, the data object is stored at the computer program. A second request to retrieve the data object is rejected by the computer program when a retrieving condition of the one or more conditions is not fulfilled.

Abstract: A system, a method and a computer-program product for exchanging communications between user sessions are provided. A first push channel and a first messaging channel on a first application server for connecting a first client to the first application server are established. The first messaging channel communicates with the first push channel, where both channels form a first session corresponding to the first client. A second push channel and a second messaging channel on a second application server for connecting a second client to the second application server are established. The second messaging channel communicates with the second push channel, where both channels form a second session corresponding to the second client. The first and second application servers communicate on a communication network. Messages are exchanged between the first and second messaging channels to form a connection between the first and second clients.

Abstract: A UI editing machine may edit a target UI. The machine may access an image that depicts a window of the target UI. The machine may access a theme configuration for the target UI. The machine may display the image and a color selector operable by a user to select a proposed color for a portion of the image that depicts an element of the target UI. The machine may receive a color selection generated by the color selector. The machine may generate a modified version of the image by modifying the color of the portion of the image depicting the element to the proposed color. The machine may display the modified version of the image on a display device. The machine may modify the theme configuration for the target UI to specify the proposed color of the element.

Abstract: A system, a method and a computer-program product for exchanging communications between user sessions are provided. A first push channel and a first messaging channel on a first application server for connecting a first client to the first application server are established. The first messaging channel communicates with the first push channel, where both channels form a first session corresponding to the first client. A second push channel and a second messaging channel on a second application server for connecting a second client to the second application server are established. The second messaging channel communicates with the second push channel, where both channels form a second session corresponding to the second client. The first and second application servers communicate on a communication network. Messages are exchanged between the first and second messaging channels to form a connection between the first and second clients.