Abstract: Exemplary embodiments include systems and methods for generating dynamic questions and answers for a customer of an ecommerce store, the systems and methods comprising: a database storing context information regarding products listed on the ecommerce store; a user interface element supported by the ecommerce store, configured to receive a query and further configured to populate an answer to the query and a predicted follow-up question; a server coupled to the user device; and a large language model coupled to the source database and the server. The large language model is configured to: generate an initial set of product-related questions using context information for products listed on the ecommerce store; receive the query; prepare a contextual response to the query using a pre-configured prompt, the query, and the information regarding the product stored in the at least one source database; and generate and display the contextual response and predicted follow-up question.

Abstract: A system and associated method for simplifying and enhancing a customer browsing experience on websites. In an embodiment, the method involves, upon determining that a customer has clicked on a clickable prompt button embedded at a website, in association with a specific product or article, displaying instantaneous product information to the user without requiring the user to type in lengthy requests. In another embodiment, upon determining that a customer has clicked on a clickable prompt button embedded at a website, providing means for enabling the customer to interact with a large language model that is capable of responding with specificity to user questions about products on the websites based on contextual information transparently provided by the clickable prompt buttons.

Abstract: A device, method, and system for improved command and control functionality of uncrewed aerial vehicle (UAV) operation using continuous analysis of telemetry link integrity is disclosed. Observation, mapping and mission specific data is combined with key performance indicators of a data link from a communications network in real time. Telemetry health data from the UAV is synchronized with data from ground control stations (GCS) and delivered with time stamps to create a log file with data relative to the UAV and the GCS as well as associated link performance; this information enables an operator to alter mission parameters, thereby enhancing flight efficiency and UAV performance. Data generated by the device may be used for optimizing performance of communications network infrastructure, and data generated by the system can be used to map performance and get insight regarding network capabilities and monitor link status for operational performance optimization and certification.