Virtual Sensors for Tire & Brake Wear
Unlock Predictive Maintenance
& Maximize Aftersales Revenue
Unlock Predictive Maintenance
& Maximize Aftersales Revenue
COMPREDICT’s AI-powered Virtual Sensors monitor tire
and brake wear in real time using existing vehicle data—
no additional hardware required. Enhance safety, optimize servicing and boost revenue.
COMPREDICT’s AI-powered Virtual Sensors monitor tire and brake wear in real time using existing vehicle data—no additional hardware required. Enhance safety, optimize servicing and boost revenue.
Overview
OUR portfolio
Tire wear
Real-time tread depth monitoring and accurate remaining mileage prediction for each tire.
Brake wear
Continuous assessment of brake pads & discs condition and end-of-life forecasting.
>180€
Additional revenue potential
per vehicle
<0.5 mm
Industry-leading accuracy
0%
Additional hardware
Virtual Sensors at Scale
Compredict
is a Software Tier 1
Renault Group relies on COMPREDICT’s advanced Virtual Sensor technology for smarter, more reliable vehicle maintenance. Across Renault, Dacia, Flexis, and Alpine, these virtual sensors provide real-time tire & brake wear insights—without additional hardware.
Your Benefits
Feature Overview
wear monitoring
Real-time Wear Monitoring: Smarter Maintenance, Seamless Sales:
• Proactive Service & Sales
• Integrated Appointment Scheduling
• Reduced Downtime & Efficiency Gains
forecasting
Predictive Forecasting for Efficient Maintenance:
• Lean and Efficient Service
• Personalized Maintenance Plans:
• Improve Customer Trust
real-time notifications
Stay Ahead with Proactive Notifications:
• Customer-Centric Timing
• Seamless Integration
• Sustainability & Cost Savings
driving style analysis
Drive Sales with Personalization:
• Personalized Offers
• Enhanced Customer Experience
Real-time Wear Monitoring: Smarter Maintenance, Seamless Sales
Traditional tire and brake wear checks are manual, reactive, and easy to forget. Our automated Wear Monitoring feature transforms the process by continuously tracking component conditions—giving car manufacturers the power to enhance customer experience and drive proactive service sales.
Proactive Service & Sales:
Know about component wear before the driver does, enabling timely, data-driven service recommendations.
Integrated Appointment Scheduling:
Drive more customers to your network by offering seamless, in-vehicle service booking.
Reduced Downtime & Efficiency Gains:
Optimize maintenance by replacing worn components in a single appointment, minimizing disruptions.
Predictive Forecasting for Efficient Maintenance
Waiting for a shop visit to detect brake or tire issues leads to delays, inconvenience, and potential safety risks. With Predictive Forecasting, car manufacturers can integrate proactive maintenance solutions, ensuring optimal service timing and a seamless customer experience.
Lean and Efficient Service:
Reduce unnecessary shop visits by detecting wear early and scheduling maintenance at the right time.
Personalized Maintenance Plans:
Offer service recommendations based on each driver’s usage, improving convenience and trust.
Improve Customer Trust:
Emotionally prepare drivers and avoid unexpected replacements by forecasting end of life.
Stay Ahead with Proactive Notifications
Understanding your customer’s needs at the right time is key in spare part sales. With Real-Time notifications, you gain the ability to know about the wear state of your customers vehicle and inform them directly through the infotainment system.
Customer-Centric Timing:
Know exactly when your customer needs new tires or brakes, enabling proactive engagement.
Seamless Integration:
Unlock the ability to offer tire sales directly through the vehicle, making the process effortless.
Sustainability & Cost Savings:
Reduce premature part replacements, lowering CO₂ emissions and minimizing waste.
Drive Sales with Personalization
Offering the right tire and brake shouldn’t be a guessing game. They should match more than just the vehicle—they should match the driving style. You can now leverage advanced insights to identify driving styles and unlock the capability to deliver tailored tire recommendations directly within the vehicle.
Personalized Offers:
Build trust by empowering users with data-backed recommendations.
Enhanced Customer Experience:
Identify and classify driving styles to unlock the ability to offer the best solution for their needs.
Quick Facts
Why Choose COMPREDICT?
Best in-class accuracy and resolution
Industry-leading accuracy for reliable tire
& brake wear monitoring
Industry-leading resolution to detect even the smallest tire and brake wear changes in real-time
Industry-leading accuracy for reliable tire & brake wear monitoring
Industry-leading resolution to detect even the smallest tire and brake wear changes in real-time
Works in all situations
Easy to deploy
Compatible with every software stack
Infotainment systems
SDV architectures
Compatible with every software stack
Infotainment systems
SDV architectures
Partnerships
Revolutionizing Vehicle Data
with Global Partners
Revolutionizing Vehicle Data with Global Partners
COMPREDICT collaborates with leading automotive innovators like BlackBerry QNX™, powering over 215 million vehicles globally. Our hardware and OS agnostic Virtual Sensors deploy seamlessly across diverse vehicle models—no additional hardware required.. Together with our partners, we’re driving scalable AI-powered solutions for efficiency, reliability, and predictive maintenance.
Additional information
FAQ
Is the accuracy of the Virtual Sensor for wear detection sufficient for real-world use?
Yes, the Virtual Sensors provide <0.5 mm accuracy and 0.1 mm resolution for tire & brake wear. This industry-leading precision ensures reliable and consistent wear monitoring, surpassing traditional hardware solutions.
What is the expected end-user action or customer interaction with the system ?
The system works automatically, continuously monitoring wear and issuing notifications through the vehicle’s interface or directly to the dealerships back end when maintenance is required. Drivers can easily follow these alerts to maintain safety and performance.
Does the user need to recalibrate the Tire Wear Virtual Sensor from time to time?
The Virtual Sensor features real-time self-calibration, automatically adjusting for wear discrepancies due to tire changes, component replacements, or environmental variations. This ensures accurate, consistent performance without user intervention.
How does the system integrate with SDV and legacy architecture?
The Virtual Sensors are easy to deploy across multiple platforms, including infotainment systems and SDV architectures, using existing vehicle data streams like CAN or Ethernet. They deliver high-resolution wear tracking without the need for extra sensors or devices.
What do I need to get started?
To begin, contact us for the necessary signal list from CAN data. We’ll assist in integrating the Virtual Sensor into your system using vehicle data already available, with no additional hardware installation required.