Innovative Digital Health SOS

What are the advantages of the innovative digital health SOS one-touch alarm compared to the early non-digital health SOS calls:

1. Convenience and efficiency of the alarm process

? Convenient operation

Digital health SOS one-touch alarms are usually designed as simple and easy-to-operate buttons or functions. Whether it is the elderly, children or people in emergency situations, they can easily trigger the alarm without complicated operation procedures.

For example, some smart watches or home alarm devices only need to press and hold a specific button to complete the alarm, while early SOS calls may require dialing a specific number or performing a series of more cumbersome operations. For some people who are not clear-headed or have limited operating capabilities in emergency situations, it is difficult to complete smoothly.

? Fast transmission

The information transmission speed is extremely fast through the gateway to the cloud, and the emergency situation can be transmitted in a short time. Compared with the early traditional communication methods that may rely on fixed telephone lines, digital methods are not affected by problems such as busy lines and signal interference, which greatly improves the timeliness of alarms.

2. Accuracy and comprehensiveness of information transmission

? Accurate positioning

The digital health SOS system can combine a variety of positioning technologies, such as GPS, Beidou, WiFi positioning, etc., to accurately obtain the location information of the alarm person and transmit it to the relevant service personnel. This is crucial for rescuers to quickly find the person in need of help, and early SOS calls often make it difficult to accurately tell the location, which may require rescuers to spend a lot of time to find.

? Rich information

In addition to location information, the digital system can also transmit the basic health information of the person in need of help (if there is relevant equipment monitoring), home address and other more information that is helpful for rescue, so that rescuers can understand the situation in advance and make better preparations. For example, some smart health devices can monitor the wearer's heart rate, blood pressure and other data in real time. When the SOS alarm is triggered, these data will also be transmitted.

3. Personalization and grading of services

? Grading alarms

The digital system can extract different levels of alarms according to different situations and classify them according to the degree of urgency. For example, for some minor health problems or non-emergency requests for help, community service personnel or family doctors may be notified;

For serious life-threatening situations, an alarm will be immediately sent to the emergency center and related professional rescue agencies to ensure the rational allocation and efficient use of resources. Early SOS calls usually only send information to a single rescue agency or contact person, and cannot achieve this hierarchical processing.

? Personalized service

The digital health SOS system can provide personalized services based on the user's personal information and preset needs. For example, users can set up their own emergency contact list, special health needs and other information in advance. When the alarm is triggered, the system will transmit information and arrange rescue according to the user's settings, which is more in line with the user's actual needs.

4. Subsequent management and follow-up

? Recording and tracing: The digital system will automatically record the time, location, processing process and other information of the alarm, which is convenient for subsequent query and tracing. This is of great significance for summarizing experience, improving rescue processes and possible responsibility identification. The early SOS calls lacked such a recording function, which is not conducive to subsequent management and analysis.

? Remote monitoring and follow-up

After the alarm is raised, relevant service personnel can remotely monitor and follow up the situation of the person seeking help through the digital system, timely understand the changes in the person's condition, and adjust the rescue strategy according to the situation. For example, some smart devices can transmit the vital signs data of the person seeking help in real time, allowing rescuers to understand the development trend of the disease before arriving at the scene.