Preventing bit flips in flight computer memory caused by high-energy neutron flux at 30,000+ feet.
At typical commercial flight levels (FL350), atmospheric neutron flux is over 300 times higher than at sea level. A single thermal neutron colliding with a silicon lattice can flip a memory bit, potentially corrupting pitch commands or causing processor lockup.
AirspaceCompute hardens silicon by synthesizing all critical state machines across three independent physical logic gates. A high-speed voting circuit checks outputs every clock cycle, automatically discarding and scrubbing corrupted bits without halting execution.