Devastating wildfires in Southeastern Europe require immediate technological solutions. Spain and France are deploying artificial intelligence, drones and smart sensors. We look at how these digital tools are identifying fronts and saving lives in the field.
- Early detection: Autonomous drones, sensors, and AI predictive models detect outbreaks before they become uncontrollable.
- Biological extinguishing: Ecofire liquid extinguishes fire up to 40 times faster than water and creates thermal waterproofing.
- Citizen information: Satellite data feeds the Google Maps and Incendios España for live mapping.
How technology is changing the fight against fires
This year's fire season in Southern Europe is turning into a nightmare. According to official data from the European Forest Fire Information System (EFFIS) , the burned areas in Spain and France have exceeded 741.000 hectares. In France, the damage is six times the annual average, while in Spain the situation has led to a declaration of a national emergency in Madrid, Avila and Leon.
As a report by WIRED en Español reveals , traditional firefighting is no longer enough when windstorms and extreme temperatures create autonomous microclimates. That's where technology comes in. From biodegradable chemicals to neural networks for front-line assessment, digitizing the battlefield is the only line of defense against so-called megafires.
At TechNoid we closely monitor how telecommunications networks, low-orbit satellites, and machine learning algorithms are being combined to give firefighters precious minutes of reaction.
Ecofire, AI drones and smart field sensors
The technological quiver is divided into four main pillars: prevention, early detection, evolution modeling and immediate suppression. Each solution addresses a specific weakness of classic firefighting.
- Ecofire: It is a 100% organic, biodegradable, water-based liquid. It extinguishes fires up to 40 times more effectively than pure water, acting 6 to 10 times faster. At the same time, it is sprayed preventively on vegetation, creating a thermal insulation layer that prevents ignition even at temperatures above 100°C.
- Pre-fire: An early warning system developed with the participation of University of Cordoba and the companies Automatismos ITEA and Somnum Technologies. It combines artificial intelligence, ground sensors and autonomous drones to detect smoke or heat spots when the outbreak is still limited to a few square meters.
- SenForFire: European research project led by Spanish National Research Council (CSIC) in partnership with University of ExtremaduraIt is based on low-cost wireless sensor grids (IoT) placed in the forest, which measure combustion gases, humidity and microclimatic changes in real-time.
- Wildfire Assessment Model: Artificial intelligence model funded by Ministry of Science and Innovation of Spain. It uses neural networks to analyze satellite images (flora indicators) and meteorological data. It predicts the speed of spread, the time of containment and the required ground or aerial forces.
| Technology | Category | Key Advantage | Development Agency |
|---|---|---|---|
| Ecofire | Chemical Extinguishing | 40x faster than water, 100% biodegradable | Private Spanish Innovation |
| Predifire | Drones & AI | Autonomous micro-outbreak detection | University of Cordoba / ITEA / Somnum |
| SenForFire | IoT Sensors | Continuous measurement of combustion gases in the forest | CSIC & University of Extremadura |
| Assessment Model | AI & Satellites | Route prediction & resource management | Spanish Ministry of Science |
Real-time maps and citizen apps
Technology is not only about operational teams, but also about protecting the civilian population. Valid information prevents panic and guides safe evacuations.
In Spain, the official Spanish Civil Protection app provides instant emergency alerts, hazard maps and direct links to rescue lines. At the same time, the Incendios España platform uses satellite remote sensing data to map active fires on an interactive real-time map.
Even Google Maps has integrated a special natural disaster layer. It displays the boundaries of fires and sends automatic push notifications to users who are near high-risk zones.
- Activate emergency notifications: Make sure Cell Broadcast (112) notifications are active on your smartphone you.
- Watch live maps: Use applications like Google Maps layer or Incendios España to see the wind direction and the front.
- Check the telecommunications: Bring a power bank with you and download offline maps of your area in case the local cell towers collapse.
The big thorn: Out-of-coverage networks and autonomy
Here lies the great truth that is often overlooked by general journalistic articles: technology is useless if there is no telecommunications background in the field.
When a fire destroys fiber optics or mobile phone base stations in the mountains, SenForFire’s smart sensors and Predifire’s AI drones lose the ability to transmit data. Without LoRaWAN, NB-IoT or Starlink satellite connections , the information remains trapped on the device.
Additionally, the thermal stress is enormous. Commercial drones cannot fly over active fronts due to the reduction in air density (causing loss of lift) and the melting nature of LiPo batteries at temperatures above 60°C. For LEO (Low Earth Orbit) satellites, the pass time often leaves blind windows of 1-2 hours — a century for a fire moving at 50 km/h.
How portable satellite dishes provide internet in emergency areas
Our opinion at TechNoid
At TechNoid, we believe that digital tools are not a “magic wand” that can put out fires on its own, but an indispensable power multiplier. If we had to invest in one solution, it would be Ecofire liquid due to its immediate chemical superiority and the SenForFire autonomous sensor grids. However, if states do not simultaneously invest in regular satellite communications networks for firefighters on the front lines, the most sophisticated AI models will simply calculate the size of the disaster in real time, without being able to stop it.
Frequently Asked Questions about Fire Fighting Technology
How does artificial intelligence help prevent fires?
Artificial intelligence analyzes satellite imagery, vegetation drought indicators, and meteorological data to predict where there is a high risk of ignition and how a fire will spread.
What is Ecofire and why is it better than water?
Ecofire is a 100% organic liquid that extinguishes flames up to 40 times faster than water. At the same time, it creates a protective layer on vegetation that prevents re-ignition.
How do SenForFire sensors work in the forest?
These are low-cost wireless devices placed on trees. They measure in real time the increase in temperature and the presence of combustion gases, immediately sending an alert to the operations center.
What apps can I use to watch the fires live?
You can use Google Maps (by activating the fire layer), the Incendios España platform, as well as the official Civil Protection applications of each country.
Can drones fly over a large fire?
Conventional drones struggle due to the hot air and thick smoke. Special industrial drones with thermal cameras are mainly used at safe distances or before the front becomes gigantic.
What happens when fire destroys mobile phone antennas?
In these cases, communication between sensors and rescue teams depends on autonomous LoRaWAN networks or portable satellite stations (such as Starlink).
What does the Wildfire Assessment Model do?
It is a neural network that calculates how many ground and air forces are needed on a fire and estimates the time it will take to fully control it.
