4pi Lab Incorporated

Published purpose

Wildfire frequency, size and intensity continues to increase dramatically across the globe with devastating effects upon human life and health, wildlife, the environment, natural resources, air quality and economies. Wildfire management costs rise steadily, but budgets have not kept pace and agencies are frequently overwhelmed. Thousands of wildfires start each year in Canada. Most are rapidly detected and managed but the remaining, due to limitations in detection methods and complications from other factors, develop into catastrophic blazes and are responsible for 90% of the forested area burned in this country each year. One such wildfire was the Horse River fire of 2016 that devastated Fort McMurray, Alberta and resulted in costs exceeding $9 billion (insured and uninsured). It was not detected until it was 2 hectares (140m by 140m) in size. 4pi Lab, a Calgary-based company, is developing a satellite-based system (EPiC) to detect and geo-locate very small wildfires (~10m) in real-time from space and alert wildfire management agencies across the globe. This will allow for very early wildfire intervention and disaster prevention. 4pi Lab will use the CSA funding to develop EPiC-lite (a ground-based version of the EPiC system) for the purposes of further proving the concept, validating many of the subsystems, techniques and methodologies necessary for space deployment and demonstrating EPiC's effectiveness to wildfire management agencies, policy-makers, stakeholders and investors.