COMPREDICT‘s virtual sensors and health & usage monitoring provide unique insights of vehicle usage and behavior without additional hardware for all sectors of mobility. Our solution is currently used in applications with 2 up to 18 wheel vehicles – and even trains. The virtual sensors measure the real dynamic behavior of components likesteering, brakes, powertrain and battery, regardless of whether the vehicle is a prototype or a series product, for a single vehicle or an entire fleet. We close the feedback loop between product development, in-use behavior or fleet management and service operations. With COMPREDICT, optimized component design and maintenance allow our customers to reduce weight, CO2 emissions and environmental impact over the whole product lifecycle.

AI/ML

Analytics

Computing

Data

Information Technology

IT Services

Software

COMPREDICT

Stéphane Foulard

Omid Charrakh

Alla Popova

Fadi Ghattas

Ahmed Dhia Bahrouni

Wassim Ben Salem

Waqar Muzzamil

Simon Sander

Rudolf K.

Khalid Bouazi

Christoph Loytved

Agata Aleksandra Rubacka

Nina Lubasch

Matthias von Blohn

Stefan Maier

Dr. Rafael Fietzek

Martin Zeller

The Software Development and Engineering team at COMPREDICT is responsible for designing, developing, and maintaining the software solutions that power our virtual sensors and health & usage monitoring systems. This team works on creating robust, scalable, and efficient software to accurately measure and analyze the dynamic behavior of vehicle components. Their efforts ensure seamless integration of virtual sensors across various types of vehicles and provide critical data insights that help optimize component design and maintenance, ultimately reducing CO2 emissions and environmental impact.

Software Development and Engineering

Product and Data Team

Leadership Team

Software Development and Engineering

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Product and Data Team

Leadership Team