Abstract: TeleAutoNeuro leverages AR/VR/XR technologies to autonomously perform real-time, quantitative assessments without the need for direct provider involvement, significantly advancing the accessibility, efficiency, and accuracy of neurologic care. TeleAutoNeuro uses augmented reality (AR), virtual reality (VR), and/or extended reality (XR) for precise head and eye movement sensing, offering a more immersive and accurate assessment environment. It provides real-time, quantitative data on neurologic function, enhancing the precision and reliability of screenings. Additionally, it significantly improves access to neurologic care for patients in remote or underserved areas and enables continuous monitoring of chronic neurologic conditions, allowing for more effective long-term disease management and timely interventions. The present invention is unique compared to other available products, because it allows for autonomy in screening and diagnosis, reducing the need for immediate specialist involvement.

Abstract: Techniques for migrating clients from one technology stack to another are provided. In one technique, while a legacy service is hosted that is actively serving requests from multiple clients, a new service is initiated and one or more clients send requests to the new service. The legacy service reads data from and writes data to a legacy database in response to the requests. The new service forwards, to the legacy service, a first set of client requests that were directed to the new service. A new database is synchronized with the legacy database. After synchronization, the legacy service forwards, to the new service, a second set of client requests, which the new service processes.