Suitable for:
Service description
Effective crisis management is key to dealing with unforeseen events such as floods, fires, industrial accidents or other emergencies. GIS technologies enable rapid identification of vulnerable areas, coordination of emergency responders and real-time public information.
Our SMARTmap platform provides comprehensive solutions to support crisis management in municipalities, government and the private sector. It enables effective management of crisis situations such as natural disasters, floods, fires, industrial accidents or emergencies affecting public safety.
The system enables data visualisation and evaluation in an intuitive mapping environment, thus supporting fast and efficient decision-making when dealing with emergencies. By implementing intelligent crisis management, municipalities and organizations minimize damage, increase public safety and optimize response times when dealing with critical situations.
Key features
- Digital flood plans and flood simulations - visualization of risk areas, prediction of flood extent based on historical data and hydrological models.
- Evacuation zones and escape routes - interactive maps of evacuation zones, escape routes and crisis centre locations, including evacuation planning.
- Monitoring of risk areas and early warning - Interfacing with sensor networks, weather stations and security systems for real-time threat detection.
- Connection to emergency services systems - Integration of GIS tools with the operations centres of emergency services, firefighters and police for effective management of rescue operations.
- Crisis communication and public information - publication of up-to-date data on risks and recommended actions.
- Impact analysis, post-crisis evaluation and recovery plan - Damage assessment, processing of data on the progress of crisis situations and planning of reconstruction measures to improve response mechanisms in the future.
Examples of real use
- Flood management - mapping flooded areas and directing residents to safe places.
- Coordination of response to fires - optimisation of unit deployment based on spatial analyses.
- Preparing for industrial accidents - planning response to chemical spills and their atmospheric dispersion.
- Traffic management in crisis situations - Setting up diversion routes in the event of accidents or infrastructure collapses.
- Planning and simulation of disaster scenarios - Analysis of hypothetical events for better preparedness of local governments.
Target groups
- Crisis staffs and government authorities
- Local and regional authorities
- Fire and rescue services
- Medical and police forces
- Industrial enterprises and critical infrastructure
- Insurance companies and risk analysis organisations