TRAK is an AI-powered ADAS calibration management platform that transforms collision-repair estimates into precise, insurance-ready workflows. It automatically extracts data from estimates, schedules and verifies OEM-required calibrations, and generates comprehensive documentation to prevent insurance pushback. The platform has mapped over 15,000 calibrations and maintains 99.7% uptime, helping shops capture additional monthly revenue.
- Artificial Intelligence
- Automotive Technology
- Enterprise Software
- Software Only
Funding
Founders
Product
Problem
Collision-repair shops frequently miss OEM-required ADAS calibrations, leading to lost revenue, liability exposure, and insurance claim pushback. Manual administrative processes for scheduling, documentation, and multi-provider coordination extend cycle times and delay cash flow.
Solution
TRAK provides an AI-powered ADAS calibration management platform that automates the entire workflow from estimate intake to paid invoice. The system automatically extracts necessary data from repair estimates, creates required calibration reports, and schedules calibrations while verifying their completion and integrity. It generates comprehensive, OEM-cited documentation and streamlines submission to insurance companies, reducing pushback and accelerating payment. TRAK also stores all documentation and repair history, offering a portal to manage outstanding historical bills and multi-location operations.
Target Audience
Primary customers are collision-repair centers, auto body shops, and multi-location repair networks that need to ensure ADAS calibration compliance and streamline insurance workflows.
Features
- AI Mapper automatically flags every OEM-required calibration from repair estimates
- One-click scheduling across multiple locations and calibration providers
- Systematic verification of calibration completion and safety resets
- Auto-generated, OEM-cited documentation for insurance submission
- Centralized storage of documentation and repair history with a payment portal
- Real-world database built from over 15,000 mapped calibrations