Science-based tools and services for wildfire planning, real-time response, and fuel management strategies that save time, resources, and lives.
PyroScape exists to help clients anticipate, mitigate, and respond to wildfire threats through science-based modeling and spatial planning
High-resolution wildfire risk mapping, including burned area and fire behavior modeling estimates.
Spatial identification of priority areas for fuel reduction treatment, laid out as landscape mosaics or prioritized fuel break networks.
Real-time fire spread simulation to support tactical decision-making during active wildfire events.
Our products build on open, peer-reviewed algorithms developed by the USDA. Using these proven methods gives us a transparent foundation for spread predictions and lets users inspect assumptions and parameters used in simulations.
Decades of field work across Mediterranean-type landscapes — including Portugal — inform our fuel characterisation. That local calibration improves model realism for fuel loads, moisture responses and expected fire behavior.
We integrate satellite observations, local field inputs and sensor data to update model inputs continuously. All outputs are cross-checked against historical events and updated when new ground-truth becomes available.
We're a team of scientists, emergency managers, and engineers with a shared goal: prevent unnecessary loss during disasters through intelligent technology.
We're always looking for passionate people who want to use technology to make a difference. Check back soon for open roles.
We just launched Forward Ops – an AI-driven solution for dynamic disaster response. Learn more in our newsroom.
