HOW SECURITY CAMERAS CAN STRENGTHEN WILDFIRE DETECTION ACROSS EUROPE
Europe is facing another challenging wildfire season following periods of extreme heat and wildfire outbreaks in France, Spain, Portugal, Italy, and Turkey. Preventing these events requires a coordinated approach that includes defensible-space management, burn restrictions, prescribed burns, and public awareness. Equally important is the ability to detect potential fires before they spread out of control. In this article, we explore how officials in Italy use thermal imaging security cameras to monitor vulnerable forests, identify emerging risks, and gain critical time to respond.
THE OBJECTIVE: PROTECT FORESTS EARLY
The Ionian Arc of Apulia is a landscape shaped by history, coastal beauty, ancient traditions, forests, farmland, and communities closely connected to the land around them.
It is also highly vulnerable to wildfire. During summer, rising temperatures, dry vegetation, and increased tourist activity create conditions in which a small outbreak can spread quickly, threatening biodiversity, local communities, visitors, agriculture, and culturally important landscapes.
The Apulia Region needed a system capable of monitoring vast areas continuously, detecting the earliest signs of fire, and giving response teams more time to intervene.
A Connected Network of Thermal and Visible Cameras
To mitigate fire risks, the Apulia Region has implemented an Automatic Fire Outbreak Detection and Alert System. This system uses state-of-the-art, highly-reliable technologies to detect fire outbreaks both through early warning signs and during emergency situations,
Following the successful deployment of an early fire detection system in Alta Murgia National Park, the Apulia Region expanded the same core approach to protect the most valuable areas of the Ionian arc.
The new system consists of six elevated monitoring stations equipped with Flir PT-Series dual-sensor thermal cameras, covering approximately 2,000 km².
From their elevated positions, the cameras continuously scan the surrounding landscape for abnormal heat. Thermal imaging allows the system to detect temperature differences in total darkness, full sunlight, smoke, haze, and other conditions in which ordinary visible cameras may struggle. While visible imaging then provides additional context, helping operators verify what the thermal sensor has detected.
As Pierpaolo Piracci, Regional Sales Manager for Italy, Greece, Southern and Southeastern Europe at Flir (Flir Security), explains, “Rapid response is crucial to protecting the land from fire risk. We must detect even the smallest outbreak before flames or smoke appear.
"Our thermal cameras, built with the world’s most advanced sensors—developed and exclusively produced by Flir—offer the highest thermal sensitivity currently achievable. This allows the system to detect minimal and potentially dangerous thermal signals with unmatched speed. The images captured are processed in real time by a sophisticated video analysis system, developed by a specialized third-party company, which plays a key role in the system’s overall effectiveness.
"In these applications, even a few minutes can mean the difference between averting a disaster and triggering a catastrophic fire."
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Reliable. Continuous. Always on.
Rapid response is crucial. Detecting even the smallest outbreak before flames or smoke appear can make the difference between prevention and disaster.
- Pierpaolo Piracci, Flir
From the Treeline to the Control Room
The six monitoring stations connect to a central hub through a dedicated fibre-optic and microwave radio network.
The hub automatically collects and analyses thermal imagery in real time. When the system identifies a potential fire, it communicates the alert to the Civil Protection Operations Center of the Apulia Region.
CAE developed the communication network and image-processing system and acted as system integrator for the project.
Luca Papandrea, Operations General Manager at CAE, says:
“We had already worked successfully with Flir on the previous fire detection project in the Alta Murgia National Park. Over the years, Flir's thermal cameras have performed flawlessly, proving their reliability. For the new project protecting the Ionian arc, we chose Flir cameras again.”
The video-analysis system plays an important role in distinguishing potentially dangerous heat from harmless thermal activity. This helps reduce false alarms while providing operators with clear, actionable information.
The software can also predict the likely direction of fire spread, helping response teams decide where people, vehicles, and resources should be deployed.
Find the Fire Before It Finds the Forest
—Thermal imaging detects emerging hot spots before smoke rises above the treeline.
Preserving the Land for Future Generations
The value of the system lies not only in what it detects, but in what earlier detection can prevent.
A wildfire can damage far more than trees. It can threaten homes, destroy habitats, disrupt tourism, affect agriculture, and permanently alter landscapes that hold cultural and economic importance for the communities around them.
By combining thermal imaging, visible verification, real-time analytics, resilient communications, and field-response intelligence, the Apulia system helps convert small warning signs into earlier action.
The best time to see a wildfire is before anyone can see the smoke.
