A reliable cellphone signal is very much necessary in an emergency. For example, during a crisis like a motor vehicle accident, fires, serious health issues, etc., the availability of an open communication channel like good cellular connectivity is very essential. This can have a positive impact on the outcome and can significantly reduce the response time. So, one of the best ways to ensure an uninterrupted cellular connection is to use a cell service booster. Shared below are the three major ways cellular boosters improve public safety, read on to know more about them.
Emergency Services Communication
The usual mode of communication that first responders use during an emergency is the two-way radio. This is used by medical technicians, firefighters, and such emergency services. However, there are cases in which the radio communication was obstructed when attending to accidents in subterranean environments like metro tunnels because of radio dark spots. In such situations, first responders ended up using their cellphones to connect and organize rescuers. Besides, this can also happen inside large buildings due to the construction materials used. Installing a cellular signal booster ensures that there is no disruption in communication and organizing logistics for the first responders.
Better 911 Services
The 911 services work by connecting the caller to a public safety call center that dispatches emergency services or first responders to the location of the caller. This is achieved by the ability of the 911 services to pinpoint the original location of the call. So, with better cellular connectivity, the accuracy of the 911 services increases. Installing a cell service booster is an ideal choice as it transmits the location of the caller through the outside antenna regardless of the cellular tower location or the building materials. This ensures that the caller gets connected to the operator at the emergency services call center.
EU-Alert is a European Public Warning Service that uses cellular broadcast technology to deliver critical alerts like weather conditions, disasters, etc. Besides, there is a country-specific alert system where the EU is replaced by country identification code like NL for the Netherlands, GR for Greece, LT for Lithuania, and so forth. To receive these alerts in crises, you need proper cellular reception. This can be ensured with a public cellular signal booster and it also ensures that proper communication channels are available for first responders. Therefore, signal boosters increase public safety and security during emergencies.
It should be obvious by now that better cellular connectivity directly translates to improved public safety and enhanced response time for first responders during an emergency.