Deep-tech studio · Vancouver, BC
Generative AI for novel high-entropy alloys. Autonomous systems to clear orbital debris at scale. Built for the next century of extreme engineering.
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Core missions
MISSION // 01
A generative AI system that autonomously designs ultra-stable alloys for extreme conditions — compressing decades of materials discovery into months. Never-before-made compositions, predicted and validated at machine speed.
MISSION // 02
Reinforcement learning software that coordinates satellite swarms to predict, intercept, and safely de-orbit space junk. Making large-scale orbital cleanup commercially viable for the mega-constellation era.
~36K
Tracked debris
objects in LEO
10M+
Unexplored alloy
compositions
2
Core technology
bets. Zero compromise.
Why now
The timing is now.
The problems
are real.
Space is becoming critical infrastructure. The materials to build it and the orbital environment to operate in are both under pressure. Argead exists at the intersection of both.
Traditional alloy R&D takes decades. AI compresses this to months — with compositions no human would have found.
Starlink, Kuiper, and future constellations depend on clean orbital lanes. The window to act is now.
Hypersonic vehicles, space superiority, and next-gen hardware all require what Argead is building.
Our AI runs air-gapped and on-premise. No cloud exposure. No data leakage. DoD-ready by design.
Intelligence
HEA Research
HfNbMoTaTiZr retains 556 MPa yield strength at 1,200°C. Mo-containing BCC systems outperform conventional Ni-superalloys by 2–4× at extreme temperatures.
Orbital Infrastructure
NASA analysis establishes that without active removal of at least 5 large objects annually, the Kessler cascade becomes inevitable within 200 years.
Company
No existing company has combined generative AI for refractory HEA discovery with autonomous orbital debris removal under a single deep-tech studio.
One alloy. One orbit. At a time.
We are selectively building relationships with researchers, defense partners, investors, and advisors who understand what frontier deep-tech requires.