Virtual Sensor Platform

The #1 platform for Virtual Sensor Management in the Automotive Industry

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For Digital Business

Revolutionise your automotive engineering workflow with our Virtual Sensor Platform

Our platform not only simplifies calibration and deployment of Virtual Sensors, but also directly allows for immediate and user-friendly visualization of our Virtual Sensor Outputs. This streamlined approach accelerates testing and enhances data availability and reliability for engineers – making it a real game changer for Vehicle Engineering!

Your Road to SDV Excellence: Creating value with Virtual Sensors across your organisation

Our platform will soon enable you to use Virtual Sensor Technology also in your Digital Business and After Sales department. By seamlessly processing and integrating Virtual Sensor data, you can use the data outputs and end-of-life predictions to feed your Digital Twins, enable Predictive Maintenance solutions and even use the data to create Vehicle Health Certificates.

Get a preview of what lies ahead:

Virtual Sensor – Wheel Force Transducer

“COMPREDICT’s Virtual Sensor is revolutionizing Vehicle Engineering. With this technology, we suddenly access force and torque data from multiple development vehicles – all without the burden of additional hardware. The platform enabled us to quickly integrate Virtual Sensors and analyse all outputs, setting a new pace for efficiency in engineering processes.”

Martial ROTROU

Director Test & Reliability Synthesis ALPINE CARS

Virtual Sensor Platform. How does it work?

Our Virtual Sensor Portfolio

Benefit from our ready-to-use solutions, allowing you to calibrate and deploy selected Virtual Sensors to your vehicle with just a few clicks.

SUSPENSION TRAVEL

Vehicle´s suspension travel provides insights rergarding chassis position, driving style and road characteristics. For example, the Virtual Sensor data can be used to adjust the headlight position to the vehicle´s pitch angle. Thus, hardware sensors can easily be replaced.

BRAKE WEAR

The Brake Wear Virtual Sensor continuously monitors and predicts the condition of your vehicle's brake components. It plays a crucial role in ensuring vehicle safety and offering predictive maintenance solutions.

BRAKE TEMPERATURE

A brake temperature sensor measures and monitors the temperature of the vehicle’s brake pads and discs. It provides real-time data on the temperature of each brake pad and disc, helping to detect potential overheating or issues with components in the brake system.

WHEEL FORCE TRANSDUCER (WFT)

A Wheel Force Transducer accurately measures the forces and torques acting on each rotating wheel in order to provide precise data for vehicle development and testing.

VEHICLE MASS

The Vehicle Mass Virtual Sensor accurately estimates the actual vehicle mass in. The mass of the vehicle has both a safety-related influence on vehicle operation (e.g. vehicle overloading) and a significant influence on the energy consumption of electric vehicles.

STRAIN GAUGE

A Strain Gauge is a highly accurate sensor designed to get access to forces and torques within mechanical components like for instance drivetrain and suspension, offering precise data for engineering analysis and testing.

TIRE WEAR

A Tire Wear sensor continuously monitors and forecasts the remaining tread depth on each tire, for all conditions and for any type of tires. Tire wear information is crucial when it comes to safe and efficient vehicle operations and the enablement of predictive maintenance services.

TIRE PRESSURE

The Tire Pressure Virtual Sensor is designed to continuously assess the tire pressure in all tires. It is essential for ensuring vehicle safety, performance, fuel efficiency and tire longevity.

TIRE TEMPERATURE

A tire temperature sensor measures and monitors the surface temperature of the vehicle's tires. It provides real-time data on the temperature of each tire, helping to detect potential overheating or tire anomaly. Especially, in sports vehicles the tire temperature is an important indicator as it directly affects a tire's grip and performance.

LV BATTERY HEALTH

The Low Voltage Battery Health Virtual Sensor is a state-of-the-art monitoring system designed to continuously assess and monitor the condition of low voltage starter batteries (12V-14V, 24-28V) systems. This Virtual Sensor is an essential component for ensuring reliable Vehicle operations and minimizing unexpected breakdowns.

HV BATTERY HEALTH

The High Voltage Battery Health Virtual Sensor is a state-of-the-art monitoring system designed to continuously assess and monitor the condition of high voltage batteries. This Virtual Sensor is an essential component for ensuring reliable vehicle operations, optimizing range prediction and the evaluation of battery residual value.

BATTERY ANOMALY

The Battery Anomaly Detection Virtual Sensor is designed to continuously monitor and detect unusual behavior or anomalies in your vehicle’s high voltage Lithium-Ion battery such as insulation fault or cell pollution. It is important for ensuring vehicle safety and early detection of potential battery issues, minimizing unexpected breakdowns and vehicle downtime.

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