Canadian Strategic Missions Corporation is a Waterloo-based Canadian space and defence technology company developing dual-use systems for strategic power, remote and Arctic operations, space resources, water purification and advanced sensing.
Purify water extracted from lunar polar regions through a self-contained, low-maintenance and sustainable system intended to support long-duration human and robotic exploration while informing terrestrial water-treatment innovation.
Core features
Self-contained process
Low-maintenance design
Lunar polar-water contaminant treatment
Sustainable operating concept
Aqualunar Challenge grand-prize winner
Defence applications
Lunar life support
Oxygen and fuel feedstock preparation
Long-duration space missions
Terrestrial water-purification adaptation
Water purificationLunar resourcesLife supportIn-situ resource utilizationSpace systems
Development-stage lunar in-situ resource-processing system
Strong evidence
Process diverse lunar ores and minerals using an integrated gas-reduction approach designed for different geological regions and future in-situ resource-utilization operations on the Moon.
Provide a low-power, inexpensive and man-portable multi-sensor imaging concept for subsurface and volumetric characterization across critical-mineral exploration, field medical imaging and advanced-manufacturing inspection.
Develop a portable low-enriched-uranium microreactor derived from Canadian research-reactor technology to provide resilient power for remote, Arctic, defence and space applications; current work remains at funded prototype and demonstration-planning stage.
Core features
Low-enriched uranium reactor concept
Non-fuel prototype testing
Adaptation of Canadian research-reactor technology
Portable remote-power posture
Company-stated 2029 demonstration target
Defence applications
Arctic defence operations
Remote and Indigenous-community energy
Nuclear research
Lunar and deep-space surface power
MicroreactorSmall modular reactorLow-enriched uraniumRemote powerSpace nuclear power
Detect and characterize subsurface critical minerals and water using a proposed space-based quantum-gravimetry sensor designed for observation from Earth orbit and other planetary bodies.
LEUNR's stated Arctic and remote-power posture could enable sustained operation of northern sensing and communications sites, although the reactor itself is an enabling power system rather than an awareness sensor.
If successfully demonstrated and deployed, LEUNR could provide persistent power for remote sensors, communications and edge-computing infrastructure where conventional logistics are constrained.
A mature orbital quantum-gravimetry system could contribute a distinct geophysical layer for remote northern terrain and resource characterization; this is a derived potential because QASM remains development-stage.
LunaPure Lunar Water Purification may help teams working on Arctic operational reach and sustainment by contributing to Arctic and northern operations, energy and power resilience, and logistics and sustainment.
LEUNR Micro-Nuclear Reactor may help teams working on Dual-use northern infrastructure and partnerships by contributing to Arctic and northern operations, energy and power resilience, and protection and survivability.
Canadian Intellectual Property Office · official report
The federal trademark record documents the formal transition from Canadian Space Mining Corporation to Canadian Strategic Missions Corporation and a technology scope spanning nuclear, quantum, aerospace and geophysical work.
Federal Economic Development Agency for Southern Ontario · government service page
FedDev Ontario records an active $10.095 million micro-nuclear development project supported by a $4.5 million federal contribution for Arctic defence and remote-energy applications.
Canadian Strategic Missions Corporation · official company product
CSMC describes LEUNR as an adaptation of Canadian research-reactor technology for portable remote and commercial power, with a company target to demonstrate the system by 2029.
The Canadian Space Agency identifies LunaPure as the Aqualunar grand-prize-winning, self-contained and low-maintenance system for purifying water from lunar polar regions.
The program describes collaboration with governments, Indigenous partners, communities, academia, industry, and allies, plus roads, runways, seaports, medical capacity, power generation, employment, training, and procurement benefits where feasible.
The first-location announcement says scalable infrastructure and logistical stations should extend operational reach, reduce constraints, enable rapid activation, and sustain greater year-round military presence in the Arctic.
The strategy states that northern infrastructure is stretched and insufficient for the scale and complexity of military, industrial, and civilian activity and requires climate-resilient, strategically located, dual-use investment.
The Canadian Space Agency describes HYDRO+ as an integrated gas-reduction prototype for processing diverse ore and minerals from different lunar geological regions.
Government of Canada Open Government · innovation program
The NRC IRAP record describes a low-power, inexpensive and man-portable multi-sensor imaging concept with geotechnical, medical-tomography and advanced-manufacturing inspection applications.
Canadian Strategic Missions Corporation · official company news
CSMC's attributed announcement describes QASM as a space-based quantum-gravimetry sensor for detecting and characterizing subsurface critical minerals and water from Earth or planetary orbit.
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