The European emergency number 112 has been the main point of contact between citizens and emergency services for decades. This system has made it possible to coordinate the response of police, firefighters, and medical services in thousands of critical situations.
However, communication systems have evolved significantly in recent years. The emergence of smartphones, mobile applications, and multimedia communications has changed the way people communicate and share information.
In this context, Next Generation 112 (NG112) emerges as an evolution of the traditional emergency system, introducing new technological capabilities and enabling the management of different types of communication beyond voice calls.
The traditional 112 system
The traditional 112 system is fundamentally based on receiving voice telephone calls.
When a citizen dials 112, the call is routed to the corresponding PSAP (Public Safety Answering Point). There, an operator collects information about the incident and coordinates the emergency response.
Although this model has proven to be very effective, it presents some limitations in an environment where digital communications are increasingly complex.
The main limitations include:
- exclusive dependence on voice communication
- difficulty in transmitting visual information
- limitations in user location accuracy
- limited integration with new technologies
What NG112 introduces
NG112 introduces an IP-based architecture that allows multiple types of communication to be managed within a single platform.
Among the new communication channels enabled by NG112 are:
- emergency video calls
- real-time text messaging
- transmission of images and video
- sending data from connected devices
These capabilities allow emergency centers to have more information about incidents.
Technological architecture
The NG112 architecture is based on technological components designed to manage multimedia communications.
These include:
- ESInet (Emergency Services IP Network)
- emergency communication platforms
- advanced location systems
- integration with emergency mobile applications
This architecture improves interoperability between different emergency systems.
Benefits of NG112
The adoption of NG112 brings multiple advantages for emergency services.
Among the most important benefits are:
- improved information availability during incidents
- greater accuracy in user location
- integration with new communication technologies
- improved interoperability between systems
The future of emergency services
The transition to NG112 will allow emergency centers to adapt to new forms of communication used by citizens.
The integration of video, data, and mobile applications will improve coordination among emergency services and provide a faster and more effective response to critical situations.