Standard testing fails to account for time-dependent deformation and complex environmental variables in unstable soils. Precise measurement of these variables prevents structural failure and unpredictable ground behavior.

Standard experimental setups fail to replicate the complex boundary conditions and variable geometries of real-world geohazards. Improving simulation fidelity allows for more reliable infrastructure risk assessments.

Intermittent electrical contact and physical damage during geophysical surveys in harsh terrain. Reliable signal transmission prevents data loss and instrument downtime during mineral exploration.