Abstract: Examples disclose systems and method for a destination-based care services model. The method may be executable to receive from a computing device location data associated with a plurality of patients, and identify a task associated with one or more of the patients. The method may be further executable to determine that a patient task has been initiated and subsequently paused prior to completion of the patient task. Moreover, the method may be executable to detect that the patient task was later resumed, and determine a total time to complete the patient task. An alert may be generated if the total time to complete the patient task is outside of an allowable threshold.

Abstract: Embodiments disclose systems and methods for time management in a healthcare system. The method may be executable to receive data indicative of an actual time value associated with a care event and identify an expected time value associated with the care event. The method may be further executable to determine that the difference between the actual time value associated with the care event and the expected time value associated with the care event is within a threshold range. Based on the determination, the method may be executable to process the expected time value associated with the care event instead of the actual time value associated with the care event.

Abstract: In an exemplary embodiment, a server receives from a communication device (i) an identifier of a patient and (ii) a login credential associated with an individual. The server makes a determination based on the login credential that the individual is authorized to access a patient record of the patient. Subsequent to making the determination, the server prepares an assessment based on the patient record, and provides the assessment to the communication device. The assessment includes a measurement. The server subsequently receives a measurement result from the communication device and updates the patient record based on the measurement result. The server prepares a care plan based on the patient record and provides the care plan to the communication device. The care plan includes a task. The server subsequently receives a task status from the communication device and updates the patient record based on the task status.

Abstract: In an exemplary embodiment, a server receives from a communication device (i) an identifier of a patient and (ii) a login credential associated with an individual. The server makes a determination based on the login credential that the individual is authorized to access a patient record of the patient. Subsequent to making the determination, the server prepares an assessment based on the patient record, and provides the assessment to the communication device. The assessment includes a measurement. The server subsequently receives a measurement result from the communication device and updates the patient record based on the measurement result. The server prepares a care plan based on the patient record and provides the care plan to the communication device. The care plan includes a task. The server subsequently receives a task status from the communication device and updates the patient record based on the task status.

Abstract: In an exemplary embodiment, a server receives from a communication device (i) an identifier of a patient and (ii) a login credential associated with an individual. The server makes a determination based on the login credential that the individual is authorized to access a patient record of the patient. Subsequent to making the determination, the server prepares an assessment based on the patient record, and provides the assessment to the communication device. The assessment includes a measurement. The server subsequently receives a measurement result from the communication device and updates the patient record based on the measurement result. The server prepares a care plan based on the patient record and provides the care plan to the communication device. The care plan includes a task. The server subsequently receives a task status from the communication device and updates the patient record based on the task status.

Abstract: A home health point-of-care and administration system and method that has at least one mobile device that is adapted to establish bi-directional communication with a server system is provided. Tracking and data communication software are associated with the mobile device in various embodiments. One or more input components of the mobile device allow for input of information from a user (such as a visiting home healthcare staff member) and the mobile device is adapted for receipt of instructional and other information from the server system to build a dynamic visit record. The record provides detailed information related to off-site visits such as tasks performed by the visiting staff member using the mobile device. Start and finish times of the visit may also be recorded. A global positioning system (GPS) application operating in conjunction with the communication device and server system may be employed to monitor the actions of the visiting staff member.

Abstract: A home health point-of-care and administration system having a server system in communication with a plurality of mobile devices associated with care providers. The server system includes modules for staff scheduling, tracking and travel management, visit record and care plan administration, and communications. The server system bidirectionally communicates with a plurality of mobile devices associated with the caregivers to assist in providing home healthcare services, including the ability to better verify visits by caregivers.

Abstract: A home health point-of-care and administration system and method that has at least one communication device that is adapted to establish bi-directional communication with a server system is provided. One or more input components of the communication device allow for input of information from a user (such as a visiting home healthcare staff member) and the communication device is adapted for receipt of instructional and other information from the server system. The information includes details related to off-site visits such as tasks performed by the visiting staff member using the communication device. Start and finish times of the visit may also be recorded. A global positioning system (GPS) application operating in conjunction with the communication device and server system may be employed to monitor the actions of the visiting staff member. Such information may be provided in individual visit records and may be used for administrative purposes.

Abstract: A home health point-of-care and administration system and method that has at least one mobile device that is adapted to establish bi-directional communication with a server system is provided. Tracking and data communication software are associated with the mobile device in various embodiments. One or more input components of the mobile device allow for input of information from a user (such as a visiting home healthcare staff member) and the mobile device is adapted for receipt of instructional and other information from the server system to build a dynamic visit record. The record provides detailed information related to off-site visits such as tasks performed by the visiting staff member using the mobile device. Start and finish times of the visit may also be recorded. A global positioning system (GPS) application operating in conjunction with the communication device and server system may be employed to monitor the actions of the visiting staff member.