We are talking about the implementation of a specialized mobile application designed for the instant notification and precise coordination of qualified volunteers who find themselves in the immediate vicinity of an incident at a critical moment. This innovative digital ecosystem was developed specifically to radically reduce the agonizing minutes of waiting for professional medics.
In situations where a person’s life literally hangs by a thread and every second of delay can become fatal, such technological support becomes the decisive factor between life and death. Now, the hope for rescue comes not only with an ambulance siren but also with a notification on the smartphone of a person who might be behind the next wall.
This high-tech solution is being implemented by the Target Union for Rescue Service and Fire Alarm Oberland (ZRF) within its direct area of operational responsibility. The new program will cover not only the territory of the Weilheim-Schongau district but also the neighboring districts — Bad Tölz-Wolfratshausen and Garmisch-Partenkirchen, creating a single protective circuit in this part of Bavaria.
Helmut Storck, the managing director of ZRF, who simultaneously heads the specialized department in the Weilheim-Schongau district administration, officially reported that a contract has already been signed with the reputable organization Region of Rescuers, headquartered in Freiburg, to implement this strategically important project. Cooperation with professionals of this level guarantees that the system will work without failures and as effectively as possible from the first days of launch, providing residents of the region with an unprecedented level of safety.
According to the organization’s policy statements, since 2018, it has been actively developing and constantly improving a unique system based on mobile technologies that has already successfully proven itself in other regions of Germany. Thanks to this tool, rescue dispatch services gain the ability to determine the exact location of all registered network participants through their smartphones in real time.
In the event of an emergency, the system automatically finds trained people and directs them to the patient if they are within a radius of several hundred meters. Official representatives of the organization particularly emphasized: Such trained helpers, having the opportunity to arrive at the victim in the first three to five minutes after cardiac arrest, are capable of increasing a person’s chances of a successful outcome by two or even four times.
If such components of the Region of Rescuers system worked across the entire country, it would be possible to additionally save up to 10,000 lives annually in Germany, with many of these people returning to normal life without any cognitive impairments. This is a colossal resource of civil society that has remained not fully utilized until now.
Intelligent system selects four volunteers
The organization presented comprehensive explanations of exactly how the complex mechanism for rapid response to a life threat functions. At the moment when a distress call about a person’s critical condition with clear signs of cardiac arrest is received by the rescue service via the number 112, the software is activated in automatic mode without the direct participation of a dispatcher.
Parallel to the immediate departure of a regular medical team, an instant notification through the installed application is received by all registered volunteers with confirmed medical qualifications in the given area. To perform each specific task, the algorithm selects four participants who, according to satellite geolocation data, are capable of reaching the goal faster than all others. Such multiple duplication guarantees that qualified help will come even if one of the volunteers, for objective reasons, cannot instantly react.
If the helpers selected by the system do not have a portable defibrillator with them, one of the group members is immediately directed to the nearest publicly accessible device — a so-called automated external defibrillator (AED). The coordination of actions occurs in such a way that the volunteer manages to take the device from the wall box and deliver it to the patient even before the resuscitation ambulance arrives on the scene.
Such an approach allows for the beginning of full resuscitation measures and defibrillation in the shortest possible time, which is critically important for preserving brain functions. It is known that every minute of inactivity during cardiac arrest reduces the probability of a successful outcome by 10%, so the arrival speed of volunteers has truly vital significance.
Sudden cardiac arrest is currently the third most frequent cause of mortality in Germany — more than 50,000 people die from this ailment annually. In the Region of Rescuers organization, it was noted with deep concern: This is one of the most aggressive life-threatening conditions when time becomes the main and ruthless enemy.
If professional resuscitation is not started immediately, the person inevitably dies within ten minutes. Even if help is provided but with a slight delay, the patient may survive but risks remaining severely disabled with irreversible damage to the central nervous system. Unfortunately, at the current moment, statistics remain disappointing: nine out of ten such cases in the country still end tragically solely because of the time factor. The new application is intended to fundamentally change this sad picture, creating a dense and reliable rescue network in every block.
В the most modern version of the application, which was developed by specialists from the company FirstAED, complex intelligent algorithms are responsible for the selection of helpers, the competent distribution of roles between them, and the construction of the shortest routes. The developers specified: The system analyzes many factors every second — from the current location of the rescuers and the distance to the goal to their mode of movement in the urban environment.
It is taken into account whether a person is going on foot, riding a bicycle, or using a personal car. Added to all this is a constantly updated digital map of all publicly available defibrillators in the region, which are instantly integrated into the individual route of each volunteer, turning ordinary passers-by with a medical education into an effective link of the general rescue service.
Presentation of the project in Upper Bavaria
As part of the preparations for the official May launch of the system in the districts of Weilheim-Schongau, Bad Tölz-Wolfratshausen, and Garmisch-Partenkirchen, a formal presentation was organized today, on Monday, March 2. A wide range of professionals was invited to this event: representatives of leading rescue organizations, chief physicians of the largest clinics, heads of territorial fire departments, as well as practicing doctors, ambulance medics, and police officers.
The meeting participants discussed the technical nuances of interaction between various departments and the stages of forming a regional network of voluntary helpers ready to come to the rescue in the most difficult hour, when professional teams are still only overcoming urban traffic jams or traveling from remote areas. The development of such systems in Bavaria is viewed as a priority direction in the field of public safety, as it allows for the unification of the efforts of the state and qualified civil society to protect the most valuable resource — human life.
The implementation of the application will become a starting point for further digitalization of the region’s emergency services and will turn Upper Bavaria into a model region for the level of health safety of citizens. Residents of these districts can now feel much more protected, realizing that qualified help might be literally behind the next door.
Source: Merkur
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