FirePro

How FirePro Works

FirePro operates through a smart ecosystem of microsensors, data collection stations, and a software platform.

Field Sensors

• They are installed directly on trees, collecting critical environmental measurements, such as temperature, humidity, CO₂, and air quality.
• Continuous monitoring enables the detection of anomalies that indicate the outbreak of a fire.

Data Collection Stations

• The sensors wirelessly transmit their measurements to dedicated stations.
• The stations cover large areas, enabling the monitoring of even hard-to-reach locations without the need for wired infrastructure.

Central Software Platform

• The data is sent to a cloud-based platform, where it is processed using artificial intelligence algorithms.
• The platform detects potential fire outbreaks at an early stage and automatically notifies Operations Centres.
• It provides interactive maps, historical data, and real-time alerts via SMS, email, and push notifications.

Key Functionalities

FirePro stands out because it is not limited to detection alone, but covers the entire prevention and management cycle:

Immediate Detection

• It monitors the microclimate directly from within the forest, achieving fire detection in minimum time.

Minimisation of False Alarms

• Data analysis from multiple sensors ensures high accuracy and prevents unnecessary mobilisations.

Prevention and Risk Prediction

• The system creates real-time digital risk maps based on humidity, temperature, and other environmental indicators.

Management of an Ongoing Fire

• Sensors affected by the fire provide real-time updates on its direction and spread speed.

Integration with Firefighting Forces

• The system can display the location of vehicles and volunteers on the map, enabling immediate coordination of operations.

Benefits of FirePro

• Protection of life and the environment through immediate intervention.
• Reduction of forest firefighting costs thanks to early detection.
• Optimal coordination of forces through a shared platform.
• Coverage of large areas with low operating costs.
• Scalable architecture, suitable for small groves as well as extensive forests.