Crisis situations arise unexpectedly – floods, fires, or technological accidents can endanger residents within minutes.
In such moments, the speed of response and the ability of a city or municipality to act immediately and in a coordinated manner are crucial.
Although there are various channels for disseminating warning messages – television, radio, or mobile phones – electronic sirens with their own communication infrastructure remain the most reliable method of mass alerting.
Crisis situations arise unexpectedly – floods, fires, or technological accidents can endanger residents within minutes.
In such moments, the speed of response and the ability of a city or municipality to act immediately and in a coordinated manner are crucial.
Although there are various channels for disseminating warning messages – television, radio, or mobile phones – electronic sirens with their own communication infrastructure remain the most reliable method of mass alerting.
The city warning system represents a modern public warning system and municipal warning system that that combines emergency warning and mass notification c
apabilities to help authorities protect residents and coordinate response activities during critical events.
It is a comprehensive solution for:
The system is designed for cities and municipalities of all sizes. It can operate independently at the municipal level while also
allowing integration into broader safety, monitoring, and information structures.
The city warning system represents a modern public warning system and municipal warning system that that combines emergency warning and mass notification capabilities to help authorities protect residents and coordinate response activities during critical events.
It is a comprehensive solution for:
The system is designed for cities and municipalities of all sizes. It can operate independently at the municipal level while also allowing integration into broader safety, monitoring, and information structures.
The city warning system represents a modern public warning system and municipal warning system that that combines emergency warning and mass notification capabilities to help authorities protect residents and coordinate response activities during critical events.
It is a comprehensive solution for:
The system is designed for cities and municipalities of all sizes. It can operate independently at the municipal level while also allowing integration into broader safety, monitoring, and information structures.
.
The system continuously evaluates data from sensors and monitoring systems and immediately identifies threats.
.
.
.
The system simultaneously informs crisis staff members, emergency services, and other institutions according to municipal emergency plans.
.
.
The warning can be activated automatically based on predefined scenarios or manually – for the entire city, a selected area, or a specific group of sirens.
.
The system can be activated manually by an authorized person from the control center or automatically when threshold values in the monitoring system are exceeded (e.g., water level, gas concentration, technological sensors). Integration with external monitoring and sensor systems ensures immediate response without delay.
.
The system allows broadcasting specific voice instructions, such as advising residents to stay indoors, close windows, or prepare for evacuation.
.
.
The control center has immediate insight into the status of sirens and the success of warning activation. The entire process takes place within seconds.
.
.
The system continuously evaluates data from sensors and monitoring systems and immediately identifies threats.
.
.
.
The system simultaneously informs crisis staff members, emergency services, and other institutions according to municipal emergency plans.
.
.
The warning can be activated automatically based on predefined scenarios or manually – for the entire city, a selected area, or a specific group of sirens.
.
The system can be activated manually by an authorized person from the control center or automatically when threshold values in the monitoring system are exceeded (e.g., water level, gas concentration, technological sensors). Integration with external monitoring and sensor systems ensures immediate response without delay.
.
The system allows broadcasting specific voice instructions, such as advising residents to stay indoors, close windows, or prepare for evacuation.
.
.
The control center has immediate insight into the status of sirens and the success of warning activation. The entire process takes place within seconds.
.
The control center can be adapted to the size and needs of the city. Smaller municipalities can use a compact OCP16 solution with a touchscreen for easy system operation. Larger cities can expand with subordinate dispatch workplaces for city districts, enabling flexible control and local system management.
The control center is equipped with Vektra® software, which provides:
From the main control center, it is possible to control:
Pavian electronic sirens represent the main acoustic element of the outdoor warning system
They provide:
Thanks to high performance, weather resistance, self-diagnostics, and backup power supply, they operate reliably and efficiently even in demanding conditions.
The solution may also include mobile sirens such as PAVIAN Portable and PAVIAN Car, which extend warning capabilities beyond fixed infrastructure.
Portable and mobile sirens enable rapid deployment in the field, temporary area coverage, or support for emergency units directly at the incident site. This ensures warning capability even where fixed siren networks are unavailable or when flexible response is required.
The system uses at least two independent communication channels (primary and backup). For higher redundancy requirements, additional communication paths can be designed. Both primary and backup communication can be tailored to customer preferences – the technology depends on the city’s requirements, available infrastructure, and required redundancy level.
Primary Communication Channel – Two-way radio infrastructure, LAN, mobile data, or digital radio networks enable:
If necessary, a fully redundant infrastructure with identical parameters to the primary line can be designed.
The control center can be adapted to the size and needs of the city. Smaller municipalities can use a compact OCP16 solution with a touchscreen for easy system operation. Larger cities can expand with subordinate dispatch workplaces for city districts, enabling flexible control and local system management.
The control center is equipped with Vektra® software, which provides:
From the main control center, it is possible to control:
Pavian electronic sirens represent the main acoustic element of the outdoor warning system
They provide:
Thanks to high performance, weather resistance, self-diagnostics, and backup power supply, they operate reliably and efficiently even in demanding conditions.
The solution may also include mobile sirens such as PAVIAN Portable and PAVIAN Car, which extend warning capabilities beyond fixed infrastructure.
Portable and mobile sirens enable rapid deployment in the field, temporary area coverage, or support for emergency units directly at the incident site. This ensures warning capability even where fixed siren networks are unavailable or when flexible response is required.
The system uses at least two independent communication channels (primary and backup). For higher redundancy requirements, additional communication paths can be designed. Both primary and backup communication can be tailored to customer preferences – the technology depends on the city’s requirements, available infrastructure, and required redundancy level.
Primary Communication Channel – Two-way radio infrastructure, LAN, mobile data, or digital radio networks enable:
If necessary, a fully redundant infrastructure with identical parameters to the primary line can be designed.
