NEW TECHNOLOGY
HIGHLY-PRECISE DAMAGE DETECTION SOLUTION
Highly-precise damage detection solution enables companies to move from manual inspections and subjective damage evaluation to a fully data-driven and automated process. By combining real-time vehicle data with AI-based analysis, it helps identify damage events, assign responsibility, and streamline claims handling.
9 out of 10 damages – resolved
Thanks to the solution, over 90% of cases are resolved with a complete, ready-to-claim report – including GPS location, timestamp, photos, and clear driver accountability.
Full automation – less effort
Detection, driver communication, photo collection, and damage documentation happen automatically. No inspections. No chasing. No ambiguous cases.
Up to 50% fewer damage incidents
When drivers know they are accountable, behaviour changes. Our clients typically see 30–50% fewer damage incidents over time.
Reduced costs and risk
Identify damage and misuse early, assign responsibility, and improve claim success while lowering insurance and fleet risk.
Hardware
Solution hardware component
FTC887 model is responsible for collecting high-resolution vehicle data and detecting events in real time. The tracker continuously monitors vehicle activity, capturing precise data points related to movement and potential impacts, and transmits this information reliably to the software platform for further analysis.
SOFTWARE
Solution software component
Software platform processes incoming vehicle data using AI-based event detection and pattern recognition. It identifies potential damage events and validates them through image analysis. Based on this analysis, the system generates structured, claim-ready damage reports automatically.
step 1
Data gathering
FTC887 tracking device continuously collects high-resolution accelerometer and gyroscope data and transmits it to the data analysis platform.
step 2
Data analysis
Third-party platform analyses incoming data and detects patterns that indicate potential damage events, including minor impacts
step 3
Visual comparison
When a damage event is identified, the system automatically contacts the responsible or next driver and requests vehicle photos - no manual intervention required.
step 4
Generating report
Images are processed using AI to distinguish new damage from pre-existing conditions and generate a structured damage report ready for claims handling.
SOLUTION use cases
To get a competitive edge, learn more about profitable use cases for various market niches
Contact us
Expand your telematics portfolio with high-precision damage detection solution.
Fill out this form if you are interested in learning how our high-precision damage detection
solution can help automate damage detection, streamline claims handling, reduce
operational costs, and improve visibility into your vehicle fleet.
FREQUENTLY ASKED QUESTIONS
The solution is currently designed for car rental and last-mile delivery fleets, where frequent vehicle handovers and high utilisation make damage detection particularly challenging. It can also be adapted for other mobility applications, including car sharing and insurance telematics.
The solution achieves an overall detection reliability of over 90%. By combining high-resolution telematics data with AI-powered motion analysis trained on more than 400 million kilometres of real-world driving data, it accurately distinguishes damage-causing events from normal vehicle operation.
Yes. The solution is designed to detect even minor damage events, including dents and scratches, by analysing vehicle motion patterns rather than relying solely on predefined impact thresholds.
Yes. The solution continuously monitors vehicle motion, whether the vehicle is moving or parked. This enables reliable detection of impacts on stationary vehicles, helping identify damage regardless of when it occurs.
When a potential damage event is detected, the system automatically initiates the verification process by requesting vehicle photos. The collected information is analysed and compiled into a detailed damage report that supports faster and more efficient claims handling.
FTC887 stores motion data locally, so a continuous mobile connection is not required when a damage event occurs. Once network coverage is restored, the recorded data is automatically transmitted for analysis, ensuring temporary connectivity loss does not affect damage detection.