New Features and Improvements

We’re constantly working to make Corsano System better for you.
On this page, you’ll find a transparent look at the new features we’re developing, improvements in progress, and what’s coming next.

We believe in keeping you informed about our roadmap so you can see how your feedback shapes our priorities.

Have ideas or suggestions? We’d love to hear them, just use our feedback form!

TSummaryDue DateStatus
USER_068: The app shall be able to run a third-party algorithm to monitor sleepDone
USER_067: The app shall enable spot measurements of health metrics during a defined duration with manual entry option for HCP modeDone
USER_066: The app shall collect raw sensor data (ACC, PPG, BIOZ, TEMP) and send it to the cloud with timestampsDone
USER_065: The Corsano app in HCP mode shall generate and manage local technical alarms for connectivity and data update issuesDone
USER_064: The Corsano app in HCP mode shall display relevant health information and data update statusDone
USER_063: The Corsano app in Patient mode shall display relevant health information, connectivity status, and bracelet battery levelDone
USER_062: The mobile application shall handle metric and imperial unit systems for health data displayDone
USER_061: The mobile application shall run on and be compatible with supported operating system versions (iOS 14.5+, Android 8+)Done
USER_060: The system shall be able to detect deviations from individual baseline values, allowing for a patient risk assessmentand early detection of clinical deteriorationDone
USER_059: The Corsano System shall be able to detect cardiac arrest based on the analysis of PPG signalDone
USER_058: It shall be easy to open and close the device in production. The closure system must be quick and easy while ensuring a secure and reproducible watertightness seal.Done
USER_057: The system shall be able to detect deviations from individual baseline values, allowing for a patient risk assessmentand early detection of clinical deteriorationDone
USER_056: The system shall be detect and log classified events based on the physiological parameters of the patientsDone
USER_055: The SDK shall have a subscription key and record Active DaysDone
USER_054: The Web Portal shall enable users to create accounts for HCP Admin and HCPs.Done
USER_053: HCP app shall display selection mode from the portal settings.Done
USER_052: Web Portal shall give the possibility to register with MFA.Done
USER_051: The system shall be able to calculate scores for each patient based on measured physiological data, and their evolution from a personalized baselineDone
USER_050: The system shall be able to calculate scores for each patient based on measured physiological data, according to the National Early Warning Scores NEWS2Done
USER_049: The system shall be able to easily enroll patient with a QR code solution.Done
USER_048: The system shall be able to measure the gait of the wearer.Done
USER_047: The system shall be able to detect AFIB based on PPG continuous monitoring and ECG spot measurements.Done
USER_046: The system shall be able to show results of ECG analysis in web portal.Done
USER_045: The system shall be able to show the user a compliance indicator for the data monitoring.Done
USER_044: The system shall be able to monitor NIBP.Done
USER_043: The system requires a dedicated interface to calibrate the NIBP measurements.Done
USER_042: The system shall be able perform a 30s ECG and provide data to certified medical ECG analysis systemDone
USER_041: The system shall be able to get information to improve measurements and algorithm tuning (skin type and hair density)Done
USER_040: Patients must be able to login with codesDone
USER_039: Monitoring parameter selection and data display management must be driven from the study owner. Done
USER_038: The system shall be able to raise alarms when vitals signs exceed predefined limits, in the cloud GUIDone
USER_037: The system shall be able to connect to medically certified external monitoring devices for blood pressure, temperature and weight.Done
USER_036: The cloud data should be available from a GUIDone
USER_035: The system should be able to send data to another Cloud application and display the resultsDone
USER_034: Cloud availability should be high, 24/7Done
USER_033: For scalability, security, affordability, the Cloud must be hosted by AWSDone
USER_032: The user data and applications in the Cloud should be secureDone
USER_031: The device should be able to securely send data to a hospital system over BLE (Gateway)Done
USER_030: The user profile should be recorded (age, sex, size, weight and other information relevant for the intended use)Done
USER_029: The User should be able to register, log in, log out the mobile APPDone
USER_028: The system should be able to securely send and receive data to/from other Cloud applicationsDone
USER_027: User data when it is stored in the mobile APP or in the Cloud should be encryptedDone
USER_026: The transmission of user data between the mobile APP and the Cloud should be encryptedDone
USER_025: The transmission of data from the device to the mobile APP should use Bluetooth Low energy and should be encryptedDone
USER_024: The system should no give wrong results under circumstances such as patient movementDone
USER_023: The system should not give wrong results under difficult conditions. For example, inadequate skin contact, poor communication, poor battery should not create artifacts for the systemDone
USER_022: The monitoring system should be designed in such a way that it can be reliably used for long-term monitoringDone
USER_021: The device should have internal non-volatile memory for data storageDone
USER_020: The device must be able to measure the skin impedanceDone
USER_019: The device must be able to perform ECGDone
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