Planetary Systems.
Autonomous infrastructure for extreme environments. We are building the foundational systems required to sustain human presence beyond Earth.
Research & Development
Closing the resource loop. Our core research focuses on turning hostile environments into habitable ones through autonomous logic.
In-Situ Utilization
Autonomous extraction protocols. Algorithmic modeling for regolith-to-oxygen conversion cycles without human oversight.
Autonomous Assembly
Robotic sintering systems. Building radiation-shielded habitats using local geometry and physics.
Atmospheric Processing
Closed-loop environmental control. Breaking down Martian CO2 for life support and propulsion.
Subsurface Hydrology
Deep-drill autonomous logic for brine extraction and purification in cryogenic environments.
Planned Simulation
Architecture
Before any system leaves Earth, it undergoes millions of hours of testing in our high-fidelity digital twins. We model physics, fluid dynamics, and failure states.
Active Frameworks & Compliance
COSPAR Category V
SterileAdhering to strict biological containment protocols. No biological material leaves LEO without verification. We maintain zero-contamination tolerance for celestial bodies.
Outer Space Treaty
Art. IXOperating under international provisions for avoiding harmful contamination of celestial bodies. Our mission parameters are defined by the responsible stewardship of interplanetary space.
Build the future
off-world.
We are looking for researchers to solve the hardest problems in autonomous systems.