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ForestGuard is an advanced early warning system designed to detect and prevent fires up to 4 hours before they occur. By combining intelligent multi-sensor technology with real-time AI analysis, it monitors key environmental factors—such as temperature, humidity, pressure, and CO₂—to assess fire risk and air quality in forest and industrial environments. Using artificial intelligence, ForestGuard processes over 30 parameters simultaneously, creating dynamic fire risk maps and a unique “digital fingerprint” for each monitored area. This enables highly accurate detection of anomalies, including early-stage fires, smoke, hazardous gases, and even suspicious activities—while significantly reducing false alarms. Instant alerts allow for rapid response and effective fire management from the very first signs of danger.

ForestGuard protects forests, green areas, agricultural land, tourist facilities, and industrial facilities like energy plants, wind and solar farms, and chemical production units. It also functions as an early warning system for toxic, flammable, and explosive gases.

The system is powered by solar energy and built with eco-friendly materials, ensuring long-term, sustainable operation. Its IoT devices use LoRa technology to communicate via satellite and terrestrial networks—without requiring gateway infrastructure—allowing seamless, real-time data transmission. Durable, waterproof, and resistant to extreme conditions, the sensors are easy to install and can operate autonomously for years.

Key Benefits:

• AI-driven early detection with high accuracy
• Minimal false alarms through adaptive learning
• Quick, wireless installation with GIS integration
• Eco-friendly and energy autonomous design
• Scalable deployment from small to large areas
• Cost-efficient monitoring using satellite connectivity

ForestGuard is developed by B-Labs company and is already successfully deployed across Europe, ForestGuard is a reliable, scalable, and sustainable solution for safeguarding natural environments and critical infrastructure against fire and gas-related risks.

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