AI Accident Reconstruction

Liablix reconstructs crashes in seconds using physics-based AI for ultra-precise 3D accident reconstructions from real-world data.

Traditional accident reconstruction can take hours or even days, requiring manual effort and subjective input. Liablix automates the process, using AI to recreate collision scenarios from photos, vehicle data, and road context. With our platform, you can:

Feature	What It Does
Real-Time 3D Simulation	Creates visual crash reconstructions
Kinematic Motion Modeling	Calculates speeds, vectors, angles, and forces
Liability Assessment Engine	Estimates fault % based on physics and local driving logic
Multi-Input Compatibility	Supports photos, telematics, police reports, road maps
Report Export	Delivers courtroom-ready PDFs + raw data via API

When the analysis completes, you receive:

Use Cases

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An insurer fast-tracks a low-impact claim

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A minor collision is reported with limited documentation. Liablix generates a 3D reconstruction and fault analysis in minutes, allowing the insurer to settle quickly without waiting for expert review.

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A legal expert challenges the crash for court

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A liability dispute reaches litigation. Liablix provides a physics-based reconstruction, complete with animation and fault percentage, helping the legal team present clear, objective evidence.

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An appraisal agency justifies claim reserve reduction

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Initial reserve estimates are based on worst-case assumptions. Using Liablix’s speed analysis and impact dynamics, the agency lowers the estimated damage scope, saving the insurer from over-reserving.

Want to see how it works on real crash data?

AI Accident Reconstruction

3D visualization (video or embedded viewer)

Fault breakdown (e.g. 80% party A, 20% party B)

Technical report with physics model

PDF export and/or JSON (for claims platforms)

Use Cases