Solar flares and cosmic radiation make traditional agriculture impossible in deep space environments. (Source: NASA Mars Exploration)
Photovoltaic systems lose 99% efficiency beyond the asteroid belt due to extreme distance from the sun. (Source: JAXA Deep Space Studies)
Genetic engineering market explodes as deep-space agriculture becomes essential infrastructure. (Source: Grand View Research)
Quantum vacuum squeezes cell membranes → 20% photosynthesis boost. NASA-validated physics + Varion AI = 4.2kg/m² Mars crops (500Gy radiation).
Casimir Force Equation:
F = π²ℏcA / 240d⁴
Where A = plate area, d = separation distance
Quantum Vacuum Oscillation
3D Casimir geometry powers radiation-proof plants
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Proprietary Varion AI
Black box genome evolution for space extremes
Proprietary Varion AI evolves DNA for space extremes, delivering print-ready CRISPR sequences optimized for deep-space agriculture.
Live simulator coming soon
Input potato variety → Varion AI generates yield predictions
Yield Prediction (coming soon):
-- tons/ha/cycle
Traditional exploration relies on sparse ground surveys and delayed lab analysis, which is slow and expensive for mining and infrastructure projects.
Most AI still runs in data centers on old data, not at the edge where events actually happen.
Governments and operators need continuous, global, high-resolution insight instead of static maps.
Radiation-proof photosynthesis from quantum vacuum 4.2kg/m² Mars yield (500Gy)
Varion optimized Casimir membrane geometry enables continuous crop growth without radiation damage.
Radiation-proof biology by design
95% survival @ 500 rad
Proprietary AI evolves CRISPR sequences optimized for deep-space extremes, delivering print-ready genomes for orbital agriculture.
Casimir Force Equation:
F = π²ℏcA / 240d⁴
A = plate area | d = separation distance
Quantum vacuum fluctuations between close membranes create measurable forces—validated since 1997.
Varion architecture optimizes membrane geometry and CRISPR integration for 20% photosynthesis boost under 500Gy radiation.
Result: Self-sustaining 4.2kg/m² Mars farms. DNA printers power radiation-proof crops indefinitely.
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Orbital Satellite Cutaway
Casimir cavity plates in thermal shroud | AI compute core | CRISPR printer | DNA storage
Mars cargo economics shift as SpaceX/Blue Origin reduce launch costs to $100M/ton. CRISPR biotech market explodes to $29B by 2035. Self-powered orbital agriculture becomes essential infrastructure for deep-space survival.
Casimir physics validated by NASA. Jetson Orin NX radiation-hardened. CRISPR sequences can be transmitted and printed on-demand. No waiting—we can launch in 2026.
No competitor has combined Casimir power + Varion genome design + Jetson edge compute in one orbital platform. Proprietary AI and physics give us a 5-10 year moat.
NASA SBIR Phase III 2026 funds deep-tech space agriculture. ESA and JAXA backing Casimir research. Policy alignment with Mars settlement timelines (NASA Artemis, SpaceX Starship ops).
Quantum vacuum → 1kW/kg. 11D Varion optimized. Eternal, no fuel
Evolves rad-hard DNA. 95% 500rad survival.Proprietary black box
Print-ready sequences.Zero-G optimized.Mars farm ready
Theta Orbital builds self-powered orbital DNA factories to solve humanity's deep space survival crisis. Founded in Pretoria by orbital AI architect Bonga Dumane, we fuse Casimir vacuum power with Aeon genome evolution to print radiation-proof food, drugs, and materials beyond Earth's orbit.
{"From Mars colony farms to interstellar seed vaults, Theta Orbital powers the multiplanetary future.\n\nMission: Make infinite life support from orbital vacuum—anywhere in the Solar System."}
Defining the product vision and strategy, lead technology and product development.
Leading technology strategy and information systems architecture for Theta Orbital's orbital intelligence platform.
We invite companies, and governments to join early design and pilot programs. VCs and strategic partners interested in space-based AI infrastructure are also welcome to connect.