Space medicine at the heart of a Cree territory
In Whapmagoostui, Quebec's northernmost Cree community, life unfolds with quiet strength. It's a place where hunters and trappers spend weeks deep in the bush, where the land is vast, the winters long, and help, when you need it most, can be more than 200 kilometres away.
In , along with snow and -32 °C temperatures, Whapmagoostui received a promising new technology whose goal is to transform how critical medical guidance is delivered. This application, available on a tablet, was originally developed for space: a much more remote and arid environment than Whapmagoostui.
The team behind the ADAMS simulation in Whapmagoostui. From left to right: Annie Beaudette (Canadian Red Cross), François Prévost (Cree Board of Health and Social Services of James Bay), Ayham Alomari (Canadian Red Cross), Kaviraj Gosal (Cree Board of Health and Social Services of James Bay), Frédéric Lemaire (PARATUS Medical), Leanne Olson (Canadian Red Cross), Jason Coonishish (Cree Board of Health and Social Services of James Bay) and Evelyne Elliott Tousignant (PARATUS Medical). (Credit: CSA)
The Canadian Space Agency (CSA), in collaboration with the Cree Board of Health and Social Services of James Bay, the Cree Trappers Association, and the Canadian Red Cross, deployed a technology called ADAMS (ADvanced Astronaut Medical Support). Developed by PARATUS Medical (formerly MD Applications and later ResusMind), ADAMS is an artificial intelligence-powered application to support astronauts during medical emergencies in deep space.
ADAMS was not built in a day. In , following a competition spanning over two years, MD Applications (now PARATUS Medical) won the CSA's Deep Space Healthcare Challenge with their EZResus solution. EZResus is already helping save lives on Earth and has paved the way for better diagnosis and medical emergencies management in space. But the team behind EZResus wanted to bring their application to the next level and were looking for opportunities to further develop their ideas. In , they were selected as part of the CSA's Connected Care Medical Module (C2M2) to develop a more advanced space prototype, building upon their previous work: ADAMS was born.
The EZResus team, including CEO and co-founder Dr. Frédéric Lemaire (wearing stethoscope), and COO and co-founder Jean-François Couture (on Dr. Lemaire's right). (Credit: CSA)
ADAMS embodies a dual-use breakthrough. Originally built to guide astronauts through isolation, resource constraints, communication delays and no-evacuation scenarios of deep-space missions, it tackles challenges similar to those faced by remote communities here on Earth. In both cases, autonomy in healthcare is more than a luxury: it's a necessity.
Testing ADAMS with the Bush Kit in Whapmagoostui. (Credit: CSA)
The Cree community of Whapmagoostui can attest to that. Over 40 years ago, after a boy walked 400 kilometres alone to get help for his sick father, a promise was made: "Never again will a child walk that far to go get help." From that moment, the Cree Board of Health and Social Services created the Bush Kit Program, which places emergency medical supplies and manuals in 26 remote camps, and offers first aid training to community members.
In Whapmagoostui, space technology (ADAMS) joined forces with traditional knowledge (the Bush Kit). And the field trials began.
Simulations included different scenarios, such as helping a nurse navigate complex emergency procedures that she has never seen before, or providing guidance to a hunter applying a tourniquet alone during a communication blackout. These were not performed in lab conditions; they were real-world stress tests.
Medical supplies provided to 26 remote camps through the Bush Kit Program, which supports Cree land users in managing health needs and promoting wellness in the bush. (Credit: CSA)
The simulations in Whapmagoostui provided invaluable insights from Cree knowledge holders, modern medicine and space engineers. Community members highlighted the importance of cultural clarity, simplicity under pressure, and adaptability. As PARATUS Medical puts it, "You want ideas on how to save lives in space? Ask someone living in a place where schools close only when it's below -55 °C."
While the overall experience helped validate ADAMS for real-life situations, it also sparked bigger dreams. What if this solution could be adapted not only for space, but also for humanitarian crises around the world?
The lessons from Whapmagoostui are clear. Technology must serve the people who use it, whether they are orbiting Earth or living in a place where connectivity can still be a challenge. And sometimes, the best place to test health-related space technologies is right here at home.