Developing Product Prototypes
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EM-Field Programmable Gate Array (EM- FPGA)
 

Our affordable, lightweight and low power prototype delivers pulsed waves and magnetic fields to increase exciton electron-hole pair dissociation, photocurrent generation, and e- flow with power systems and electronics. With initial prototypes currently being designed and tested for ~6U cubesats, successful TRL demonstrations and data analysis in summer 2023 would enable a new class of satellite subsystems  

Electromagnetic Devices & Wearables for Astronauts and Space Stations
 

Electromagnetic fields induces vibrations on surface of cell's plasma membrane, ion gated channels & proteins, and transmit ions across cell membranes to improve biospintronics electron transport (Lutz & Trevino, et al, 2021; Panagopoulos, et al, 2002)​.

As EM becomes a dominant force in microgravity, our low power, lightweight wearable pulses a 30-50uT (.3 Gauss) electromagnetic field around biology of interest for local treatment to stimulate fluids, better regulate Intraocular pressure (ICP),  cerebral spinal fluid (CSF), and blood flow.

In expanding upon NASA's effort on PEMF in 2000s and helping analyse biomedical data, Magneto is designing and building the first commercial Electromagnetism devices to support humans, plants, and space stations beyond Earth.

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Contract, Data Collection, and Operations

We are developing Magneto Software Package Integration to help you plan mission CONOPS.

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Modelling & Hardware Integration

Our success is built on several years of research, modelling, and innovation. Cloud-based visualization and modeling tools to

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Prototyping & Technical Review

We are designing, building, and testing prototypes for commercialisation.

Customer and Partnership Workflow