Lunar Laptop Project

The space environment is incredibly harsh on Earth based electronics, which are subject to radiation insult.  Cloud based applications and programs post 2014 require substitution due to lack of cloud access and communication delay).  For exploration class space missions (ECSM) beyond Low Earth Orbit (LEO), crew, passengers and colonies will require computing support that is field programmable (FPGA), robust, resistant to radiation insult, and able to meet NASA CRIT (Critical) 3 hardware requirements.

Spaceport Australia Pty Ltd has programmed a PIC 32 radiation robust microchip, able to withstand a Carrington Level Event and plasma EMP, with confidence that it will meet specification testing (USA) MIL PRF 38535 and 883 standards.  The system in design has potential to provide navigation, general computing, personal, medical and all other computer supports, with redundancy for field safety.

• Investment for final design, material [casing] testing, development and testing, manufacture of human computer display interface(s), access for personal device(s).
• Return: % share of final product and sales commensurate to level of investment to a maximum of 49% shareholding.