The Hybrid Vision
Earth Pilot + Orbital Advantage
Two parallel tracks working in harmony: rapid iteration on Earth, physics-defying production in orbit. Together, we unlock what neither can achieve alone.
Parallel Innovation Tracks
We don't believe in either/or. Our hybrid model leverages the best of both environments, with each track accelerating the other.
Earth-Based Pilot Fab
Giga Texas Advanced Technology Fab
Fast iteration, existing infrastructure, proven supply chains. The Earth track lets us rapidly prototype and refine processes before orbital deployment.
Rapid Iteration
Quick turnaround on design changes and process improvements
Supply Chain Access
Leverage existing semiconductor equipment and materials
Volume Capability
Scale production for early market validation
Process Refinement
Perfect techniques before orbital deployment
Target Timeline
Pilot chips by ~2027
LEO Robotic Modules
Orbital Manufacturing Advantage
Physics advantages impossible on Earth. Microgravity crystal growth, perfect vacuum, unlimited solar power — unlocking new performance frontiers.
Microgravity Purity
Crystal structures impossible to achieve at 1G
Free Solar Energy
24/7 power with zero atmospheric interference
Natural Vacuum
Ultra-clean environment without costly pumping
Zero Contamination
No atmospheric particles, no vibration
Target Timeline
Orbital pilots 2028-2030 | Full station 2030s
Physics Advantages
Why Orbit Changes Everything
These aren't incremental improvements — they're fundamental physics advantages that unlock entirely new capabilities.
Microgravity Crystal Growth
Without gravitational convection, crystals grow with unprecedented purity and structural perfection. Defect densities drop by orders of magnitude, enabling performance characteristics impossible in terrestrial facilities.
10-100x
Defect Reduction
99.9999%
Crystal Purity
Unlimited Solar Power
In LEO, solar panels receive continuous sunlight without atmospheric absorption. No clouds, no night cycle during optimal orbital parameters, no weather dependencies. Manufacturing runs 24/7 on clean, virtually unlimited energy.
1.4 kW/m²
Solar Intensity
~90%
Availability
Natural Ultra-Vacuum
Space provides a vacuum environment that would cost billions to create and maintain on Earth. This eliminates contamination pathways and enables processes that require ultra-clean conditions without the overhead of terrestrial clean rooms.
10⁻⁷ Pa
Vacuum Level
$0
Pumping Cost
Temperature Extremes
The space environment offers both extreme cold (deep space facing) and controlled heating (solar exposure), enabling thermal processing options unavailable on Earth. Radiative cooling to 3K is free and passive.
~3K
Cold Side
>400K
Hot Side
Complementary, Not Competitive
We want to be crystal clear: our orbital facilities complement and enhance Earth-based manufacturing like Terafab. We're not competing — we're extending the frontier.
Earth Fabs Excel At
- • Rapid iteration cycles
- • High-volume production
- • Established supply chains
- • Workforce accessibility
Orbital Fabs Excel At
- • Ultra-pure crystal growth
- • Novel material synthesis
- • Energy-intensive processes
- • Contamination-free production
The best substrates will be grown in orbit, processed on Earth, and assembled into chips that push the boundaries of AI and robotics — accelerating humanity's multi-planetary future together.
Heritage & Innovation
Powered by Planar Precision
Our approach builds on Fairchild Semiconductor's revolutionary planar process (1959-1960), evolving this foundational technology for the unique advantages of orbital environments.
The planar process transformed semiconductor manufacturing on Earth. Now, we're evolving it for space — where microgravity, vacuum, and unlimited solar energy unlock new possibilities that Fairchild's pioneers could only dream of.
Visit PlanarPrecision.comPlanar Precision
Foundational precision engineering and historical roots for our orbital innovations.
- Heritage planar process
- Precision engineering
- Technical foundations
Ready to Learn More?
Explore our ecosystem partners, view the detailed roadmap, or get in touch to discuss collaboration opportunities.