
Problem
Long-duration space missions require mission-critical, closed-loop systems for waste recycling and sustainable food production. NASA and the CSA initiated the Deep Space Food Challenge to source these innovative solutions.
Constraints
The system was engineered to operate within the strict, mission-critical limits for power, water, and volume as defined by the CSA’s Deep Space Food Challenge requirements.
What we shipped
A fully automated, sensor-integrated bioconversion prototype with an advanced microcontroller, a central computer with a user-friendly UI for system interaction and manual intervention, and a technical presentation to Canadian Space Agency judges.
Outcome
Our system successfully demonstrated a dual-purpose solution, providing both safe waste management and a sustainable food source. A central computer with a user-friendly UI allowed operators to inspect inner workings, review event logs, and perform manual interventions, enhancing system reliability and control. We presented our advancements to a panel of CSA judges, showcasing a viable technology for future life support systems.




