The High Frontier
Forged at the intersection of the breakthrough sciences
The next century of human progress requires a fundamental realignment of physical and digital infrastructure.
We view the high frontier as the ultimate economic and technological catalyst of innovation. We invest at the intersection of space technology, advanced materials, applied intelligence and life systems—the critical tech stack required to scale humanity upward and outward.
- 01 Space
- 02 Advanced Materials
- 03 Compute
- 04 Life Systems
01 — Space Infrastructure
The road to space
The launch vehicles, advanced propulsion systems, orbital manufacturing facilities, and in-situ resource utilization systems required to build a self-sustaining off-world economy.
02 — Advanced Materials
The physical foundation
Every digital breakthrough ultimately hits a physical wall. Breakthroughs in smart materials and nanotechnology directly enable more efficient semiconductors for in-space compute, stronger biocompatible structures for synthetic biology to survive the harsh environment of space, and next-generation propulsion systems to get us there.
03 — Applied Intelligence & Autonomous Systems
The computational engine
The next-gen compute and physical systems required to operate remote off-world infrastructure and drive economic expansion beyond the confines of Earth.
04 — Life Systems
Life beyond Earth
Bio-engineering and closed-loop systems to modify and sustain human life in hostile environments, whether in a high-radiation research lab on Earth or a habitat on Mars.
Space Infrastructure
The road to space
The launch vehicles, advanced propulsion systems, orbital manufacturing facilities, and in-situ resource utilization systems required to build a self-sustaining off-world economy.
Advanced Materials
The physical foundation
Every digital breakthrough ultimately hits a physical wall. Breakthroughs in smart materials and nanotechnology directly enable more efficient semiconductors for in-space compute, stronger biocompatible structures for synthetic biology to survive the harsh environment of space, and next-generation propulsion systems to get us there.
Applied Intelligence & Autonomous Systems
The computational engine
The next-gen compute and physical systems required to operate remote off-world infrastructure and drive economic expansion beyond the confines of Earth.
Life Systems
Life beyond Earth
Bio-engineering and closed-loop systems to modify and sustain human life in hostile environments, whether in a high-radiation research lab on Earth or a habitat on Mars.