Satellite optics powered by Crudo BioMelanin
Crudo Labs is exploring radiation-shielding optics powered by its proprietary BioMelanin. Melanin lets organisms survive high-radiation environments on Earth, and Crudo is pursuing that same shielding behavior to protect optical lenses in orbit, where degradation is constant and physical replacement is impossible.
Why melanin shields against radiation
Melanin appears in organisms that thrive under intense radiation, from fungi in high-radiation zones to pigmented life exposed to strong sunlight. The same molecular structure that absorbs and dissipates light energy also helps absorb ionizing radiation. In space, where optical components degrade under constant radiation exposure, that property is a candidate route to extending an instrument's working life.
Where it could go
Satellite imaging and sensing optics
Instruments that lose performance as radiation degrades the lens.
Long-duration missions
Hardware that cannot be serviced or swapped.
Protective optical layers and coatings
Shielding for space-grade components.
A defensible niche in space hardware
In orbit, replacement is not an option, so anything that extends the life of an optical instrument has outsized value. Crudo's radiation-shielding BioMelanin opens a defensible, high-value position in a fast-growing space-hardware market — a program built on a proprietary material no competitor can produce. See the science.
Questions about satellite optics
- Why is melanin considered for radiation shielding?
- Melanin is found in organisms that survive high-radiation environments, and its molecular structure helps absorb and dissipate radiation energy. That natural shielding property makes it a candidate material for protecting components exposed to radiation.
- How could melanin protect satellite optics?
- Optical lenses in orbit degrade under constant radiation and cannot be replaced. Bio-melanin's radiation-shielding behavior is being explored as a protective layer to help extend the working life of those optics.