Solutions
Solutions
Warning Systems and Notification
National Warning Systems
Activation of any siren or group of sirens on the national territory within a few seconds
City Warning Systems
City warning systems serving the city authorities for the early notification of population of impending dangers, necessary measures, and possible evacuation procedures
Dam Warning Systems
Early signalisation of dam damage and prevention of direct human causalities in an inundation area
Natural Disaster Warning Systems
Early warning and notification in areas endangered by natural disasters to eliminate extensive damage to property and prevent human causalities
Comprehensive Warning System for Quarries and Mines
Working in large surface mines, which often include tailings ponds or dams, is an extremely high-risk activity. Hazards such as dam collapses, environmental disasters, planned detonations, and sudden landslides can pose a serious threat to both workers and nearby residents.
Flood Warning System
A modern and flexible method of early warning against floods and torrential rains as the effective protection against their devastating consequences
Mass warning systems for ports
A powerful mass warning and notification system designed for ports to deal with natural disasters, leakages of hazardous substances, fires, and terrorist acts
Mass warning systems for airports
A powerful mass warning and notification system designed for airports to deal with weather problems, unwanted bird collisions, and other dangerous situations
Tsunami early warning system
A tsunami early warning system is a top-quality state-of-the-art electronic siren system covering vast inhabited coastal areas.
Early warning against earthquake
An earthquake early warning system with reliable seismic sensors that can detect seismic waves and automatically activate a warning signal.
Wildfire Warning System
Wildfires are among the most destructive natural disasters that can threaten vast areas within minutes. Their spread is extremely fast – up to 20 km/h, with direction and intensity influenced by factors such as wind, dryness, and terrain ruggedness.
