Abstract: Systems and methods for cross-platform messaging are provided herein. An example method includes operatively coupling a first chatbot associated with a first user, a second chatbot associated with a second user, and a central messaging system. The first chatbot is associated with a first messaging application installed on a first user device. Similarly, the second chatbot is associated with a second messaging application installed on a second user device. The second messaging application may differ from the first messaging application. The method also includes receiving a message from the first chatbot and transmitting the message to the second chatbot. The message can be originally generated by the first user using the first messaging application. The method can also transmit the message to one or more additional chatbots of other users. Once delivered, the message is provided by a corresponding chatbot to the messaging application for presentation to the user.

Abstract: Cause alert and clear alert correlation is disclosed. The presently disclosed subject matter discloses generating a clear alert that can identify a related existing cause alert based on determining an updated hardware, software, and/or environmental state of a device, device role, etc. The clear alert can be positively correlated to the existing cause alert based on the identification of the cause alert comprised in the clear alert. The correlation of the cause and clear alert can be employed to alter a resolution event. Further, the correlation of the cause and clear alert can be employed to alter alert information that can be accessed by a user, such as an admin, etc., e.g., a cause alert can be marked as resolved after correlation to the clear alert, which can reduce extraneous alert information presented to an admin, for example, in an alert log, summary alert log, system health dashboard, etc.

Abstract: Cause alert and clear alert correlation is disclosed. The presently disclosed subject matter discloses generating a clear alert that can identify a related existing cause alert based on determining an updated hardware, software, and/or environmental state of a device, device role, etc. The clear alert can be positively correlated to the existing cause alert based on the identification of the cause alert comprised in the clear alert. The correlation of the cause and clear alert can be employed to alter a resolution event. Further, the correlation of the cause and clear alert can be employed to alter alert information that can be accessed by a user, such as an admin, etc., e.g., a cause alert can be marked as resolved after correlation to the clear alert, which can reduce extraneous alert information presented to an admin, for example, in an alert log, summary alert log, system health dashboard, etc.

Abstract: Systems for a personalized Uniform Resource Locator (URL) encoded for full chain-of-attribution enabling exponential growth marketing are disclosed. Some embodiments may include: generating a personalized Uniform Resource Locator (URL) for a creator, the personalized URL being encoded for full chain-of-attribution by being specific for the creator, the personalized URL comprising a protocol, an Internet Protocol address, and a sub-directory, the sub-directory being specific for the creator, providing the personalized URL to the creator for sharing with a plurality of followers of the creator, receiving registration data of click inputs by the plurality of followers on the personalized URL, generating a destination Uniform Resource Locator based on the click inputs by the plurality of followers on the personalized URL, the destination URL being encoded for the full chain-of-attribution by being specific for the creator and specific for a destination.

Abstract: Provided herein are exemplary systems, methods and interactive conversational graphical user interfaces, including a networked computing device comprising a processor and a display screen, the computing device configured to dynamically display a specific, structured interactive conversational graphical user interface paired with a prescribed functionality directly related to the interactive conversational graphical user interface's structure. The networked computing device may be a networked server having a processor and communicatively coupled to the computing device, the networked server including a user identification mechanism to identify a user of the networked computing device. The networked server may further include a profile for the user and a sponsorship engine configured to send an advertising icon to the user.

Abstract: Provided herein are exemplary systems, methods and interactive conversational graphical user interfaces, including a networked computing device comprising a processor and a display screen, the computing device configured to dynamically display a specific, structured interactive conversational graphical user interface paired with a prescribed functionality directly related to the interactive conversational graphical user interface's structure. The networked computing device may be a networked server having a processor and communicatively coupled to the computing device, the networked server including a user identification mechanism to identify a user of the networked computing device. The networked server may further include a profile for the user and a sponsorship engine configured to send an advertising icon to the user.

Abstract: Provided herein are exemplary systems, methods and interactive conversational graphical user interfaces, including a networked computing device comprising a processor and a display screen, the computing device configured to dynamically display a specific, structured interactive conversational graphical user interface paired with a prescribed functionality directly related to the interactive conversational graphical user interface's structure. The networked computing device may be a networked server having a processor and communicatively coupled to the computing device, the networked server including a user identification mechanism to identify a user of the networked computing device. The networked server may further include a profile for the user and a sponsorship engine configured to send an advertising icon to the user.

Abstract: Systems and methods for automating the use of an IVR system are provided herein. A method includes traversing an interactive voice response (IVR) system using a chatbot, determining a menu structure of the IVR system using audio processing, the menu structure comprising selectable telephonic options, and storing the menu structure in a database. The menu structure, such as an IVR tree, can be used by the chatbot to fulfill user tasks and other requests.

Abstract: Systems and methods for cross-platform messaging are provided herein. An example method includes operatively coupling a first chatbot associated with a first user, a second chatbot associated with a second user, and a central messaging system. The first chatbot is associated with a first messaging application installed on a first user device. Similarly, the second chatbot is associated with a second messaging application installed on a second user device. The second messaging application may differ from the first messaging application. The method also includes receiving a message from the first chatbot and transmitting the message to the second chatbot. The message can be originally generated by the first user using the first messaging application. The method can also transmit the message to one or more additional chatbots of other users. Once delivered, the message is provided by a corresponding chatbot to the messaging application for presentation to the user.

Abstract: Systems and methods for automating the use of an IVR system are provided herein. A method includes traversing an interactive voice response (IVR) system using a chatbot, determining a menu structure of the IVR system using audio processing, the menu structure comprising selectable telephonic options, and storing the menu structure in a database. The menu structure, such as an IVR tree, can be used by the chatbot to fulfill user tasks and other requests.

Abstract: A method and system fulfills ad requests for delivery of ads to mobile clients in a mobile network. Ad data silos for ad requesters are maintained. The ad data silos are organized according to selected characteristics of the mobile clients of the ad requesters. In response to an incoming request for delivery of an ad, an attempt to fill the incoming request includes at least one of (1) retrieving an ad from a corresponding ad data silo to fulfill the incoming request, and (2) retrieving an ad according to a first priority policy from ad source among the plurality of ad sources to fulfill the incoming request. Also, in response to the incoming request, or other signals that may indicate current activity by the ad requester, an ad is retrieved according to a second priority policy for filling the corresponding ad data silo.

Abstract: Systems and methods are described for creating and expiring ad hoc communities of mobile and fixed-line phone and Internet users for the purpose of facilitating one-to-many communication amongst the users in response to live events. Embodiments of the invention allow one-to-many communication by any individual participant in a community to all other participants in a community via standard messaging protocols, and further allow dynamically generated content to be distributed amongst the participants in the community. Such dynamically generated content may include interactive contests amongst participants, surveys of the participants, or the distribution of audio visual content generated from or transmitted via mobile devices used by the participants. Embodiments of the invention include systems and methods for preserving state data regarding the communities, participants, and events in order to facilitate concurrent participation in multiple communities.