Cases

The intelligent pan-tilt-zoom (PTZ) system tackles critical challenges in European forest fire prevention—including early fire detection limitations and high operational costs—by leveraging advanced thermal imaging and automated surveillance capabilities. This solution enables continuous, unmanned monitoring, precise fire source identification, and a significant reduction in false alarms. It is ideally suited to Europe’s expansive forested terrain and variable climatic conditions.

Industry Challenges

Europe’s vast forest coverage, diverse climate, and increasing frequency of extreme weather events present significant challenges for wildfire prevention. Conventional monitoring methods—such as manual patrols and fixed cameras—suffer from several limitations:

• 1）High labour costs and limited geographical coverage.
• 2）Reduced effectiveness under poor visibility (e.g., night-time, fog, or heavy smoke), delaying early fire detection.
• 3）Frequent false alerts and slow response times, undermining operational efficiency.

According to the European Forest Fire Information System (EFFIS), economic losses from wildfires exceeded €2 billion in 2022, with nearly 40% of fires escalating due to delayed detection.

Our Solution: Intelligent PTZ Monitoring System

Key Technical Features:

• 1）360° Full Coverage: Unlike conventional surveillance, the PTZ system delivers uninterrupted 360° monitoring, supports 24/7 automated patrols and intelligent scanning, and allows custom patrol routes—dramatically reducing reliance on manual labour.
• 2）Extreme Environment Adaptability: Equipped with thermal imaging and infrared capabilities, the system detects fire sources accurately in total darkness, dense smoke, or haze. Its thermal sensor identifies subtle temperature changes, enabling automatic fire recognition and early alerts while reducing false alarms by over 70% compared to traditional methods.
• 3）Seamless Integration: Designed for easy incorporation into existing management platforms, the system supports unified control and simplified deployment.

Conclusion

With its automation, precision, and all-weather performance, the intelligent PTZ system has become an indispensable tool for forest fire prevention throughout Europe. Future applications may include border surveillance and critical infrastructure protection—such as power grids and oil pipelines—delivering expanded value to the global security sector. As AI and IoT technologies evolve, the intelligent PTZ system will continue to advance the intelligence and efficiency of security monitoring.