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NEWS

NOVEMBER 2020

  • 4pi Lab is pleased to be 1 of 7 emerging companies in Seraphim Capital's Space Camp Mission #6, a world leading space technology accelerator, with our company featured on TechCrunch and SpaceQ
  • Thrilled to be selected as a 2020 Top 15 Startup by Startup Calgary and Calgary Economic Development, showcasing our early wildfire detection solution to the regional entrepreneurial ecosystem at the Calgary's 11th Annual Launch Party.
  • We have been invited to participate in Space4Impact's Kick-Off event, a Switzerland-based organization dedicated to fostering economic growth of space sector activities that are aligned with the UN Sustainable Development Goals
  • 4pi Lab will be speaking at the Canadian Space Summit 2020 about Earth Observation and the capabilities of space technologies in Canada.
  • Please visit our listing in Satellite Canada Innovation Network's 2020/2021 Canadian Space Directory for more details.

For investment opportunities, please email us at contact@4pilab.com

 

PRESS RELEASE – FOR IMMEDIATE RELEASE

CALGARY-BASED SPACE COMPANY 4PI LAB INC TO DEVELOP WILDFIRE DETECTION SYSTEM

AUGUST 4th, 2020 – CALGARY, ALBERTA, CANADA. The Canadian Space Agency (CSA) has awarded Calgary-based 4pi Lab Inc. (4pi Lab) with a Space Technology Development Program (STDP) contribution.  This contribution will allow 4pi Lab to significantly advance their goals of developing a space-based very early wildfire detection system.

Wildfires, such as the $9 billion Fort McMurray fire in 2016, the thousands of annual wildfires in California USA, and the 2019/20 Australian bushfires which resulted in death, environmental devastation and over $100 billion in costs, continue to increase in frequency, size and intensity. In Canada, most wildfires are rapidly detected and managed but the few that escape early detection, risk becoming catastrophic. Finding them while they are very small is crucial to significantly reducing that risk.

4pi Lab has designed EPiC, a spaceborne sensor system to detect wildfires as small as 5 to 10 meters.  Integral to the EPiC technology is a geo-location and alerting system capable of updating and advising wildfire management agencies in real-time across the globe.

Phase 1 of the EPiC project, now made possible through the CSA’s STDP funding, is to develop and test EPiC-lite, a ground-based version of the EPiC sensor. Controlled burns up to 70 kms away will be detected and geo-located in real-time with the planned collaboration of multiple wildfire management agencies and academic researchers.

Not only will successful ground trials prove the viability of a spacebourne version of EPiC, but wildfire experts in Canada and abroad will be alerted to the emergence of a new wildfire detection system. EPiC will represent a fundamental change to the way in which wildfires are detected, and the very real possibility of a world where catastrophic wildfires become a thing of the past.