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Spain's AI-Powered Forestry Robot Revolutionizes Wildfire Prevention and Timber Tracking

Meet the 6x6 AI-driven machine that predicts fire risks and traces timber in real time. Could this be the future of sustainable forestry?

The image shows two firefighters wearing helmets and holding a hose, spraying water on a forest...
The image shows two firefighters wearing helmets and holding a hose, spraying water on a forest fire. The ground is covered with wooden logs and there are plants and trees in the background, with smoke rising from the fire.

Spain's AI-Powered Forestry Robot Revolutionizes Wildfire Prevention and Timber Tracking

A new forestry robot has been unveiled by Spain’s ITCL Technology Center. The machine was presented at the First International Forestry Digitization Congress. Designed for rugged terrain, it combines AI, advanced sensors, and autonomous navigation to tackle wildfire risks and timber tracking. The robot features 6x6 traction and can carry up to 1,400 kilograms. Its cameras and sensors assess trail conditions, vegetation health, and potential fire hazards. Early warnings help teams plan fire prevention and streamline emergency responses.

Equipped with computer vision, the robot also enhances timber traceability. It counts, measures, and analyses wood during transport using AI. License plate recognition and satellite data ensure full supply chain transparency. For training, ITCL introduced mixed-reality simulators. These provide realistic, risk-free environments for wildfire response drills. The robot itself includes a built-in hose for safer interventions in hard-to-reach zones.

The system aims to improve fire prevention and timber management. Real-time monitoring and AI-driven analysis support faster, more accurate decision-making. Forestry teams now have a new tool for reconnaissance, training, and emergency response.

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