Analyze ADAS-assisted braking and stopping distances for fleet vehicles under varying real-world conditions.
Document and assess ADAS lane drift behavior and alignment deviations in crash scenarios.
Calculate tire friction coefficients based on road surface, environment, and tire condition data.
Visualize and compare fault distributions across all parties involved in a crash event.
Compute crash energy dissipation and estimate vehicle speeds at the precise point of impact.
Calculate Delta-V values to quantify change in velocity and collision severity for any vehicle.
Interpret Event Data Recorder outputs to reconstruct pre-crash vehicle behavior and driver inputs.
Estimate time-to-collision between vehicles based on real speed and distance parameters.
Determine sight lines and visibility distances for drivers at intersections and roadway features.
We built nine AI methodology-driven Legal Evidence Analysis Tools to assist attorneys and insurance professionals in early-stage case evaluation and litigation support:
Technical clarity + documented calculations + expert support.