Wildfires are often detected too late. Existing monitoring systems—satellites, cameras, and human observation—can take six to twelve hours to identify a fire, by which time flames may already have spread significantly. Limited satellite coverage, poor visibility conditions, false positives, and the high cost of monitoring remote regions leave vast wildfire-prone areas without reliable early detection. These structural gaps allow fires to grow rapidly, increasing environmental damage and risks to human life and infrastructure.

 

Lazarus addresses this challenge with AI-enabled atmospheric sensors capable of detecting chemical signatures associated with fires shortly after ignition. Instead of relying on visual confirmation, the system identifies changes in air composition and can detect potential wildfires within approximately 45 minutes. Signals are transmitted through LoRa networks to a base station and relayed via Starlink, enabling real-time alerts through text, phone, email, or digital dashboards. This infrastructure enables faster response times and creates a proactive layer of wildfire detection and management.