SafeRide Driver (NEMT) vs Medius EVV Mobile App

Our mission is to connect the world to care. SafeRide provides on-demand non-emergency medical transport (NEMT) to hospitals, outpatient centers and telehealth solutions. We reduce length of stay, cost of care, and readmission rates by connecting patients to points of care (often avoiding ER admissions) and using NEMT service providers instead of ambulances. Our mobile app brings new business to non-emergency medical drivers who want to pickup on-demand rides. It responds to ride requests much like an Uber or Lyft experience. Our App requires continued use of GPS running in the background and can dramatically decrease your battery life.

Medius EVV is an intuitive and easy-to-use Electronic Visit Verification (EVV) solution designed to streamline documentation for care providers. EVV is a computer-based system that electronically documents and verifies service delivery information for certain Medicaid service visits, such as date, time, service type, and location. Medius EVV, with its simple, user-friendly screens, allows care providers to clock in and out at the beginning and end of each shift for every member they serve. By selecting the scheduled shift, indicating their status, and specifying the location of services provided, providers can use this system to log their hours in real time. This feature ensures a seamless billing and payroll process, making care providers and aides more efficient and productive. Medius EVV ensures compliance with State and Federal EVV requirements by securely capturing: • The name of the recipient • The services provided • The date, time, and location where services begin • The date, time, and location where services end Medius EVV, in addition to its other features, supports offline functionality. Providers can document visits even without an internet connection. The system securely stores encrypted visit data and automatically transmits it once connectivity is restored. This feature ensures that accurate record-keeping is maintained, even in the face of potential disruptions, assuring secure and reliable data transmissions.