A Nervous System
For Forests
Solar-powered IoT sensors that detect wildfires hours before traditional systems
FrogScope sensors perch in trees and extend periscope antennas above forest canopies to detect the subtle humidity and temperature shifts that precede wildfires. Initially targeting Cyprus and other Mediterranean regions where climate change has made fires catastrophic, these bio-inspired sensors act like a nervous system for forests, detecting fires hours before traditional systems.
Solar Powered
Each sensor is self-sustaining with integrated solar panels, requiring zero maintenance and zero external power.
Hours Early
Detect fire conditions up to 4 hours before smoke or flames become visible, enabling proactive response.
Precision GPS
Pinpoint exact tree locations where fire conditions are detected, dispatching teams to precise coordinates.
The Wow Moment
A forestry officer receives an alert on their phone at 4 AM - not from smoke or flames that are already visible, but from a cluster of frog sensors detecting a critical humidity drop and heat signature spike. They see the exact tree locations on a map, pinpointing where a fire will ignite in 2 hours. They dispatch a team to the precise GPS coordinates and find the smoldering lightning strike before it becomes a blaze. They just prevented a catastrophe that would have burned 5,000 acres and cost millions.
FrogScope sensors detect critical humidity drop and heat signature spike across 3 sensors
Forestry officer receives mobile alert with exact GPS coordinates of predicted ignition point
Team dispatched to precise location finds smoldering lightning strike
Threat neutralized. 5,000 acres and millions in damage prevented.