Liablix

AI-powered motor claims analysis through physics-based 3D accident reconstruction

Claims Technology Startup Pre-Seed

Overview

Liablix is a claims technology platform for P&C carriers that automates motor insurance claims analysis using AI, physics simulation, and 3D modeling. The system converts crash photos and incident data into detailed 3D accident reconstructions that objectively establish liability, reducing single-claim analysis time from approximately 9 hours to a matter of minutes.

The platform is delivered as B2B SaaS and includes three core modules: automated 3D accident reconstruction, antifraud damage consistency analysis, and biomechanical bodily injury evaluation. Each module is accessible via the web platform at platform.liablix.com and integrates with carrier claims management workflows.

Founded in Florence in 2024 by AI engineer Davide Castellucci, crash reconstruction expert Filippo Begani, and technologist Davide Moricoli, Liablix raised a EUR 1.2M pre-seed round in December 2025 led by DFF Ventures with participation from FJ Labs and Plug and Play. The company serves global carriers posting more than EUR 1B in annual revenue, with over 100 adjusters using the platform daily.

Products & Services

Accident Reconstruction

AI-driven, physics-based 3D reconstruction of vehicle collisions from crash photos and incident data. Generates visualizations of collision dynamics, speed estimation, and impact analysis to determine liability objectively.

Key Features

3D visualization of vehicle collision dynamics
Speed and impact force estimation
Legally defensible, objective liability determination

Target Users: Claims adjusters and SIU teams at P&C carriers

Antifraud Detection

Automated damage consistency analysis that cross-references altimetric, energetic, and morphological patterns against reported incident details to flag potentially fraudulent claims.

Key Features

Altimetric and morphological damage alignment analysis
Energetic consistency verification
Loss creep reduction and overpayment prevention

Target Users: Claims and fraud investigation teams at P&C carriers

Bodily Injury Evaluation

Biomechanical assessment of injury plausibility based on the physical forces measured in the accident reconstruction. Identifies inconsistencies between reported injuries and crash physics.