Standard satellite navigation lacks the precision required to distinguish between individual traffic lanes. Achieving sub-meter accuracy allows for safe autonomous maneuvering and reliable vehicle guidance in complex road networks.

External magnetic noise and aircraft motion induce errors in gravity and magnetic field readings. Eliminating these disturbances ensures the accuracy of geophysical surveys and navigation data.

Plasma contamination and radiation-induced modeling inaccuracies lead to hardware failure and data corruption. Mitigating these environmental effects ensures instrument longevity and operational reliability in orbit.