Web application for non-contact monitoring of health and behavior of patients

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The client is an international company, one of the directions of which is the startup “Pullsir”. Development of sensors based on micro radar transmitting data to a web application via WiFi. Warning doctors, and users in case of critical deviations in a patient.

Issues

Failure to provide timely medical care in dangerous situations (falls, seizures, a sharp change in health indicators) often leads to critical situations. Patients, as a rule, are under the supervision of medical personnel according to certain time schedules. Doctors and nurses cannot monitor Patients for 24 hours and receive information about vital health deviations.

To solve this issue, we started to develop the Pulsir system. Both on desktops and mobile devices it will be possible to monitor the health indicators of patients. And in case of rejection, the system will notify staff by sending messages

6 main features of the project

Remote monitoring - the system works exclusively remotely and does not contact the patient in any way.

Prediction - the system automatically predicts the approach to dangerous situations (fall, loss of consciousness, cardiac arrest/breathing)

Analytics - the system stores the history of the patient's observation, as well as remote bypasses. Access to health monitoring for relatives of the patient can be supported 24/7

Internal system - we have created an update service that checks for new versions on the server and offers to update if one is found.

Sending notifications - we have developed an automatic system for sending notifications, like on desktop devices, and integrated into the telegram system a bot that sends notifications to mobile device

Privacy - This is not a video camera and a non-wearable device. We maintain confidentiality and develop an easy-to-use system with AI sensors that remotely measure heart rate, and respiration rate from a distance of 0.2 - 4 meters in real-time

Technical solution

The application was developed in C# for desktop solutions. Server side - PHP

The device independently sends requests with a timeout defined in the configuration, and sends data to the server.
The administrator has the ability to change device settings. The settings are transferred to the device and stored in the database.
The server part cannot turn on or turn off the device, but you can change the timeout for sending data.
Each device registers on the network under its own unique identifier.
New users are added to the system by the Administrator, registration is not provided.
The administrator can set up device information.

The application is now at the implementation stage, there is a positive response from testing merchandisers.

From design to code and back