Abstract: Systems and other embodiments are disclosed herein. In one embodiment, a method includes transmitting, using a networking device and a processor at a patient station, an input to trigger a medical session with a remote device associated with a healthcare professional. The method also includes activating, by a privacy system, a privacy feature on a glass of the patient station that prevents viewing an interior and locks the patient station after an activation of the medical session. The method also includes acquiring, by a camera device at the patient station, health data from a patient within the patient station, and the camera device detects an eye level of the patient and automatically adjusts with the eye level upon activating the privacy feature. The method also includes sanitizing by a cleaning system automatically the interior using an ultra-violet sanitation device upon the medical session ending.

Abstract: A healthcare system for data factory analytics and metrics includes a data factory configured to process patient population data from a plurality of hybrid stations for care with integrated medical devices and to integrate publicly available SDOH data with proprietary SDOH data gathered from the stations for care. The data factory operates as intelligent middleware ensuring interoperability between IoT-enabled medical devices, electronic health record systems, and institutional healthcare frameworks. A data factory analytics system provides data analytics and operational metrics associated with the stations for care including capabilities and strategies for data transformation and reporting of data patterns. The system includes population health management based on patient population metrics including social determinants of health (SDOH) and demographic metrics for populations that lack healthcare data representation.

Abstract: Systems and methods may include a smart ecosystem to provide an integrated framework for managing and optimizing operations across multiple stations for care through centralized coordination and distributed processing capabilities. The smart ecosystem may implement a modular design to allow healthcare providers to adapt and configure care delivery models. The modular design may allow for patient segmentation strategies to differentiate care protocols and drive dynamic configuration capabilities to adapt medical device deployment within the stations for care. The dynamic configuration capabilities may coordinate with adaptive workflows to modify the care protocols. The adaptive workflows may utilize real-time optimization capabilities that may coordinate multi-modal care delivery integration to create seamless patient experiences.

Abstract: Systems and methods may include a station for care having medical equipment and a computing system to facilitate patient interactions. A command center may coordinate remote care operations for the station for care through orchestrated workflow management. The station for care may function as a data source within the integrated healthcare ecosystem. A monitoring system may monitor operational status of the station for care through the command center. One or more sensors may detect an initiation of a patient care session at the station for care. A care provider routing system may coordinate care provider routing through the command center based on predetermined criteria. A coordinated control system may manage medical equipment operation during patient consultations through coordinated control between the station for care and the command center. An automated protocol system may implement automated post-session protocols to prepare the station for care for subsequent patient interactions.

Abstract: A healthcare system for managing station for care fleet analytics includes a command center configured to orchestrate aspects of a plurality of remote hybrid stations for care where patients receive care facilitated by smart, connected devices. The command center provides management of station for care fleet analytics including monitoring and analysis of operational metrics across the stations for care. A command center analytics dashboard provides a unified analytics interface for monitoring the stations for care and visibility into fleet operations and performance indicators. The system includes workflow management capabilities for matching patients to clinicians based on location, licensing requirements, and historical data patterns, and an artificial intelligence system with AI resource optimization capabilities to continuously analyze operational patterns and resource utilization.

Abstract: Systems and methods may include a station for care to facilitate patient interactions and function as a primary patient interface within the integrated medical platform architecture. A command center may orchestrate operations across the medical platform architecture through coordinated workflow management. A virtual medical center may facilitate healthcare provider access to patient information through provider interface systems. A data factory may process and analyze system data from multiple components within the integrated medical platform architecture. An integration hub may connect the components through a modular setup that may coordinate the components. A communication infrastructure may provide seamless connectivity between the components.

Abstract: Systems and methods may include a virtual medical center including a centralized platform interface to connect healthcare providers to a command center. Virtual medical center capabilities may be deployed through dashboard interfaces that present command center aspects and utilize applications for medical professional access. The virtual medical center may facilitate coordinated patient care delivery. A patient routing system may route patient calls to available healthcare providers through the virtual medical center based on predetermined criteria. A specialized interface system may receive patient routing information and may display patient information. A device control system may allow healthcare providers to remotely control medical devices within stations for care through virtual medical center and command center integration. A call routing system may work in conjunction with the patient routing system to determine appropriate clinician assignment.

Abstract: A healthcare system for command center remote intake management and remote consultation management includes a command center configured to orchestrate aspects of a plurality of remote hybrid stations for care with integrated medical devices. A remote intake management system provides management of workflows relating to patient intake processes across the stations for care including care coordinator, patient questionnaire, patient vitals, patient demographics, and payment management. The command center provides remote consultation management including workflows that coordinate between intake workflows and consultation delivery across the stations for care. A remote consultation management system provides consultation workflows management including hybrid health/medical consultation workflow management, care manager or nurse practitioner consultation workflows, controls for devices and actuators, steerage information, and language translation.

Abstract: Systems and methods may include a station for care having medical equipment and a computing system to facilitate patient interactions. A data factory may serve as a data integration hub with the computing system and enable connectivity with external platforms and ecosystems. A communication infrastructure may connect the station for care to the data factory. The station for care may transmit data streams to the data factory. A data processing system may receive multiple types of data from the station for care including patient data or diagnostic information. A data standardization system may process and standardize the patient data or the diagnostic information. A data store may function as an operational data store intermediary before data flows to the data factory. An analytics system may process the patient data or the diagnostic information for comprehensive analytics and reporting.

Abstract: A medical services kiosk supporting private and secure telemedicine sessions between a patient and a remote network terminal utilized by a remote health care professional. The medical services kiosk comprising at least one privacy chamber having at least one door and at least one window. Each privacy chamber may include a user interactive display terminal that includes a display device, an input device, and a centralized processor, wherein the centralized processor is electronically communicable with the remote network terminal and a cloud based system. Each patient station may each include at least one documentation receiving device, at least one biometric device for obtaining biometric health measurements of the patient utilizing the at least one patient station, an arm mechanism, a seating mechanism, a camera, a retractable diagnostic camera device, a lighting mechanism that lights the privacy chamber, and a purification system.

Abstract: A medical services kiosk supporting private and secure telemedicine sessions between a patient and a remote network terminal utilized by a remote health care professional. The medical services kiosk comprising at least one privacy chamber having at least one door and at least one window. Each privacy chamber may include a user interactive display terminal that includes a display device, an input device, and a centralized processor, wherein the centralized processor is electronically communicable with the remote network terminal and a cloud based system. Each patient station may each include at least one documentation receiving device, at least one biometric device for obtaining biometric health measurements of the patient utilizing the at least one patient station, an arm mechanism, a seating mechanism, a camera, a retractable diagnostic camera device, a lighting mechanism that lights the privacy chamber, and a purification system.

Abstract: Systems and other embodiments are disclosed herein. In one embodiment, a method includes receiving, by a touchscreen, an input to initiate contact with a healthcare professional, the touchscreen displays a live image of the healthcare professional during a medical session. The method also includes transmitting the input to trigger the medical session with a remote device associated with the healthcare professional. The method also includes measuring, by a scale at the patient station that is integrated within a floor of an interior, a weight of a patient. The method also includes acquiring, by a diagnostic device, health data from the patient within the patient station. The method also includes activating, by a privacy system, a feature on a glass of the patient station that prevents viewing the interior. The method also includes sanitizing by a cleaning system the interior using an ultra-violet sanitation device.

Abstract: Systems and other embodiments are disclosed herein. In one embodiment, a method includes receiving, by a touchscreen, an input to initiate contact with a healthcare professional, the touchscreen displays a live image of the healthcare professional during a medical session. The method also includes transmitting the input to trigger the medical session with a remote device associated with the healthcare professional. The method also includes measuring, by a scale at the patient station that is integrated within a floor of an interior, a weight of a patient. The method also includes acquiring, by a diagnostic device, health data from the patient within the patient station. The method also includes activating, by a privacy system, a feature on a glass of the patient station that prevents viewing the interior. The method also includes sanitizing by a cleaning system the interior using an ultra-violet sanitation device.

Abstract: A medical services system and method supporting private and secure telemedicine sessions between a patient and a remote medical facility are provided including a medical services kiosk comprising a plurality of individual interior chambers, an inventory storage component, and other medical technology. The medical services system is configured to communicatively couple components within both the medical services kiosk and the remote medical facility so that information necessary for examining, treating, and diagnosing the patient is acquired and medical professionals are able to provide offsite instructions, prescriptions, and other medical related services to the patient in a manner that is convenient, timely, and efficient.