Challenge
Client Need:
Rheo, a German healthcare startup, is building an Internet of Medical Things (IoMT) vital signs platform. Manual vital sign tracking creates safety risks, because important changes in a patient's condition can be missed and the response delayed. Rheo needed a continuous monitoring solution that works across hospital and home environments.
Their goals:
- Provide continuous, accurate vital sign tracking to improve care efficiency and reduce human error
- Give clinicians remote access to patients in hospitals and at home
- Offer predictive analytics to spot health risks early and support proactive medical decisions
- Keep the platform simple and intuitive for both patients and healthcare providers
Client Need:
Rheo, a German healthcare startup, is building an Internet of Medical Things (IoMT) vital signs platform. Manual vital sign tracking creates safety risks, because important changes in a patient's condition can be missed and the response delayed. Rheo needed a continuous monitoring solution that works across hospital and home environments.
Their goals:
- Provide continuous, accurate vital sign tracking to improve care efficiency and reduce human error
- Give clinicians remote access to patients in hospitals and at home
- Offer predictive analytics to spot health risks early and support proactive medical decisions
- Keep the platform simple and intuitive for both patients and healthcare providers
Solution
How It Works:
- Medical personnel get registered accounts linked to their clinic, and administrators create patient accounts and assign physical devices.
- A wearable device with LTE connectivity captures the patient's vital signs and syncs them to the patient's account.
- Authorized clinicians see health data in real time in the app, and patients see their own results.
- Alerts notify both patients and clinicians about critical readings, and thresholds can be customized per patient.
Key Features:
- Wide Range of Metrics: Pulse, respiratory rate, oxygen saturation, temperature and blood pressure, plus device management with battery warnings and replacement
- Real-Time Data Transmission: The LTE wearable sends data to the mobile app instantly, for both healthcare professionals and patients
- Predictive Analytics: Built-in algorithms analyze vital sign trends and warn users about potential health risks
- Customizable Alerts and Settings: Doctors and patients control how results are delivered and set individual thresholds
- Privacy and Data Control: Full control over data and privacy settings
- Cross-Platform Automated Testing: iOS and Android consistency, real-world scenario coverage including data syncing, and performance validation under high user loads
How It Works:
- Medical personnel get registered accounts linked to their clinic, and administrators create patient accounts and assign physical devices.
- A wearable device with LTE connectivity captures the patient's vital signs and syncs them to the patient's account.
- Authorized clinicians see health data in real time in the app, and patients see their own results.
- Alerts notify both patients and clinicians about critical readings, and thresholds can be customized per patient.
Key Features:
- Wide Range of Metrics: Pulse, respiratory rate, oxygen saturation, temperature and blood pressure, plus device management with battery warnings and replacement
- Real-Time Data Transmission: The LTE wearable sends data to the mobile app instantly, for both healthcare professionals and patients
- Predictive Analytics: Built-in algorithms analyze vital sign trends and warn users about potential health risks
- Customizable Alerts and Settings: Doctors and patients control how results are delivered and set individual thresholds
- Privacy and Data Control: Full control over data and privacy settings
- Cross-Platform Automated Testing: iOS and Android consistency, real-world scenario coverage including data syncing, and performance validation under high user loads
Results
A cross-platform mobile app and progressive web app that gave the client real-time, remote vital sign monitoring for hospital and home care. Automated testing reduced debugging time, improved app stability and supported compliance with healthcare standards. The project ran for 12 months (2023-2024).
A cross-platform mobile app and progressive web app that gave the client real-time, remote vital sign monitoring for hospital and home care. Automated testing reduced debugging time, improved app stability and supported compliance with healthcare standards. The project ran for 12 months (2023-2024).