Abstract: A network-based communication system that includes a dynamic attribution platform using Artificial Intelligence (AI), for identifying a state of a user, at a given moment, while the user is engaged in a product transaction or search journey. Based on analysis provided by the Artificial Intelligence, the system provides a series of gesture driven prompts to the user to capture the specific information from the user to allow for the product transaction to occur or journey to continue.

Abstract: A network-based communication system that includes a dynamic attribution platform using Artificial Intelligence (AI), for identifying a state of a user, at a given moment, while the user is engaged in a product transaction or search journey. Based on analysis provided by the Artificial Intelligence, the system provides a series of gesture driven prompts to the user to capture the specific information from the user to allow for the product transaction to occur or journey to continue.

Abstract: The invention relates to a data processing method and system for advancing in consumer insights analysis, useful in association with at least one store. In one embodiment, this is accomplished by receiving item related data, modeling data, visual representation data of a product/service and their quality or feature information along with benefits. Segmenting each representation data into a plurality of statistical segments based on one or more attributes, the attributes include a set of primary attributes and a set of secondary attributes which are based on product category-specific information and associated image information. Receiving one or more inputs from target profiles to test positive and negative favourability of the segmented attributes by leveraging a geosocial networking application which allows anonymously to swipe to like or dislike or select from a scalar or independent set of response options the segmented data as inputs.

Abstract: A business-consumer communication method in a dynamic attribution platform using Artificial Intelligence (AI), for identifying the consumer at a given moment in the product or search journey and providing a series of gesture driven prompts to the consumer to capture the specific information from the consumer to allow for the product transaction to occur or journey to continue. To make the communication process more relevant and enjoyable to the users.

Abstract: A high level Operational Support System (OSS) framework provides the infrastructure and analytical system to enable all applications and systems to be managed dynamically at runtime regardless of platform or programming technology. Applications are automatically discovered and managed. Java applications have the additional advantage of auto-inspection (through reflection) to determine their manageability. Resources belonging to application instances are associated and managed with that application instance. This provides operators the ability to not only manage an application, but its distributed components as well. They are presented as belonging to a single application instance node that can be monitored, analyzed, and managed. The OSS framework provides the platform-independent infrastructure that heterogeneous applications require to be monitored, controlled, analyzed and managed at runtime.

Abstract: A high level Operational Support System (OSS) framework provides the infrastructure and analytical system to enable all applications and systems to be managed dynamically at runtime regardless of platform or programming technology. Applications are automatically discovered and managed. Java applications have the additional advantage of auto-inspection (through reflection) to determine their manageability. Resources belonging to application instances are associated and managed with that application instance. This provides operators the ability to not only manage an application, but its distributed components as well. They are presented as belonging to a single application instance node that can be monitored, analyzed, and managed. The OSS framework provides the platform-independent infrastructure that heterogeneous applications require to be monitored, controlled, analyzed and managed at runtime.

Abstract: A high level Operational Support System (OSS) framework provides the infrastructure and analytical system to enable all applications and systems to be managed dynamically at runtime regardless of platform or programming technology. Applications are automatically discovered and managed. Java applications have the additional advantage of auto-inspection (through reflection) to determine their manageability. Resources belonging to application instances are associated and managed with that application instance. This provides operators the ability to not only manage an application, but its distributed components as well. They are presented as belonging to a single application instance node that can be monitored, analyzed, and managed. The OSS framework provides the platform-independent infrastructure that heterogeneous applications require to be monitored, controlled, analyzed and managed at runtime.

Abstract: A high level Operational Support System (OSS) framework provides the infrastructure and analytical system to enable all applications and systems to be managed dynamically at runtime regardless of platform or programming technology. Applications are automatically discovered and managed. Java applications have the additional advantage of auto-inspection (through reflection) to determine their manageability. Resources belonging to application instances are associated and managed with that application instance. This provides operators the ability to not only manage an application, but its distributed components as well. They are presented as belonging to a single application instance node that can be monitored, analyzed, and managed. The OSS framework provides the platform-independent infrastructure that heterogeneous applications require to be monitored, controlled, analyzed and managed at runtime.

Abstract: A high level Operational Support System (OSS) framework provides the infrastructure and analytical system to enable all applications and systems to be managed dynamically at runtime regardless of platform or programming technology. Applications are automatically discovered and managed. Java applications have the additional advantage of auto-inspection (through reflection) to determine their manageability. Resources belonging to application instances are associated and managed with that application instance. This provides operators the ability to not only manage an application, but its distributed components as well. They are presented as belonging to a single application instance node that can be monitored, analyzed, and managed. The OSS framework provides the platform-independent infrastructure that heterogeneous applications require to be monitored, controlled, analyzed and managed at runtime.

Abstract: A high level Operational Support System (OSS) framework provides the infrastructure and analytical system to enable all applications and systems to be managed dynamically at runtime regardless of platform or programming technology. Applications are automatically discovered and managed. Java applications have the additional advantage of auto-inspection (through reflection) to determine their manageability. Resources belonging to application instances are associated and managed with that application instance. This provides operators the ability to not only manage an application, but its distributed components as well. They are presented as belonging to a single application instance node that can be monitored, analyzed, and managed. The OSS framework provides the platform-independent infrastructure that heterogeneous applications require to be monitored, controlled, analyzed and managed at runtime.