Our Vision

We see vehicle usage insights as an essential part of a sustainable vehicle lifecycle. Our vision is to help our customers to maximize the quality of their products and to minimize their environmental footprint.

Development

Maximize insights from series-production vehicles

Minimize component cost, weight and ecological footprint

Testing

Maximize insights from development vehicles

Minimize sensor and testing costs

Operation

Maximize component lifetime

Minimize unplanned failures

Reuse

Maximize reuse quota

Minimize waste and costs for replacement parts

Development

Maximize insights from series production vehicles
Minimize component cost, weight and ecological footprint

Testing

Maximize insights from development vehicles
Minimize sensor and testing costs

Operation

Maximize component lifetime
Minimize unplanned failures

Reuse

Maximize reuse quota
Minimize waste and costs for replacement parts

Virtual Sensors

Our AI-based virtual sensors give you access to new insights about your vehicles, by reliably measuring forces, torques, temperatures, voltages, currents, displacements, stresses, strains and much more. They are purely software-based, no additional hardware is required.

Replace existing hardware sensors

Measure the non-measurable

Cloud or in-car implementation

Automated setup and deployment

Constant precision improvement

Improve failure prediction

Replace existing hardware sensors

Measure the non-measurable

Cloud or in-car implementation

Automated setup and deployment

Constant precision improvement

Improve failure prediction

OUR TECHNOLOGY

On our algorithm hub –
the AI-CORE – we host our virtual sensors and additional analytics tools to enable health and usage monitoring, sustainable lightweight design, value rating and more.

On our algorithm hub – the AI-CORE – we host our virtual sensors and additional analytics tools to enable health and usage monitoring, sustainable lightweight design, value rating and more.

Enhance the capability of existing cloud-based systems by connecting the AI-CORE through our API/SDK. Alternatively, you can get all the benefits from our virtual sensors and analytics tools directly through our web-based interface, AI-VIEW.

AI-CORE

AI-VIEW

Our Customers

AUTOMOTIVE
OEM & SUPPLIERS

Maximize insights from test and series-production vehicles and optimize your whole development process.

TELEMATICS
COMPANIES

Leverage health and usage monitoring for your customers with our virtual sensors: wear prediction for tires, brakes and battery, mass estimation, usage classification and more.

AUTOMOTIVE OEM & SUPPLIERS

Maximize insights from test and series-production vehicles and optimize your whole development process.

TELEMATICS
COMPANIES

Leverage health and usage monitoring for your customers with our virtual sensors: wear prediction for tires, brakes and battery, mass estimation, usage classification and more.

About Us

COMPREDICT was founded by Dr.-Ing. Rafael Fietzek and Dr.-Ing. Stéphane Foulard in 2016 in Darmstadt, Germany.
We are an internationally staffed team working with automotive manufacturers, suppliers and telematics companies worldwide. Our focus lies on virtual sensors and software-based health and usage monitoring, including wear and failure prediction. We achieve this by combining domain expertise and data-driven approaches for mechanical, mechatronic, electric and electronic components.

COMPREDICT was founded by
Dr.-Ing. Rafael Fietzek and
Dr.-Ing. Stéphane Foulard in 2016 in Darmstadt, Germany.
We are an internationally staffed team working with automotive manufacturers, suppliers and telematics companies worldwide.

Our focus lies on virtual sensors and software-based health and usage monitoring, including wear and failure prediction. We achieve this by combining domain expertise and data-driven approaches for mechanical, mechatronic, electric and electronic components.