Deep Space Radiation Mastery
For Moon, Mars, asteroids, and deep space EVAs — GCR/SPE mastery with living shields and active deflection that partners with you for ultimate protection beyond Earth.
Key Features
Adaptive Hydrogel Smart Skin
Electro-responsive hydrogels swell on radiation detection for proton and neutron absorption. Organ-focused deployment directs shielding mass where biological damage risk is highest.
- +Sensor-triggered voltage activation
- +Proton/neutron absorption matrices
- +Organ-focused dynamic deployment
- +Mass-efficient adaptive density
Living Bio-Integrated Coatings
Engineered fungal melanin combined with tardigrade Dsup proteins creates a living armor layer. Performs radiosynthesis for energy capture, self-repair, and free-radical scavenging.
- +Melanin-based radiosynthesis
- +Tardigrade Dsup protein integration
- +Self-repairing biological matrix
- +Free-radical neutralization
BNNT Weave + Micro-Magnetosphere
Passive GCR blocking via boron nitride nanotube fabric combined with low-power superconducting coils for active charged particle deflection in deep space environments.
- +Boron nitride nanotube fabric
- +Low-power magnetic coils
- +Charged particle deflection
- +Hybrid passive/active shielding
Symbiotic AI Brain
Edge-computing neural engine predicts solar particle events minutes in advance, auto-activates protection layers, and integrates with Starship and habitat warning systems.
- +SPE prediction algorithms
- +Auto-layer activation
- +Starship/habitat integration
- +Real-time dosimetry logging
SpaceX-Aligned Architecture
Sleek, agile fabric armor designed for mobility during long EVAs. Compatible with 3D-printed helmet systems and next-generation pressure suits for the Moon, Mars, and beyond.
- +Lightweight fabric armor
- +Long-EVA mobility optimized
- +3D-printed helmet compatibility
- +Pressure suit integration
Designed For
Lunar & Mars Surface Ops
Full-spectrum protection for sustained surface operations under constant GCR bombardment and unpredictable SPE events.
Asteroid Mining
Hardened shielding for high-radiation environments encountered during resource extraction on near-Earth objects and beyond.
Deep-Space Research
Extended-duration protection enabling multi-year missions in interplanetary space where shielding from habitat is unavailable.
Partner for Deep Space Prototypes
We are seeking strategic partners in aerospace, defense, and research to co-develop the next generation of space radiation protection.