UTAC and COMPREDICT Sign Memorandum of Understanding to Transform Automotive Testing with Sensor Virtualization
Darmstadt, Germany – COMPREDICT, a pioneer in Virtual Sensor Technology has entered a strategic partnership with UTAC, a market leader in the field of development and validation testing and automotive homologation. This partnership aims to advance data-driven methodologies for sensor virtualization in automotive testing.
A Shared Vision for Innovation
The collaboration will leverage UTAC’s expertise in advanced vehicle testing, data acquisition, and regulatory compliance with COMPREDICT’s state-of-the-art Virtual Sensor technology. Together, the companies will work to transform how vehicle performance and durability are evaluated, focusing on software-based solutions that drive down costs and add new features.
A Collaborative Approach to Testing and Virtualization
UTAC will provide state-of-the-art infrastructure and expertise for data collection through open-road and controlled test environments. This data will serve as input for COMPREDICT’s Virtual Sensors.
Demo Car: Showcasing Real-World Impact
As part of this initiative, a demo car equipped with cutting-edge Virtual Sensors will be developed in collaboration with Dewesoft, a key project partner. This vehicle will serve as a proof of concept, demonstrating the power and potential of Virtual Sensors in real-world testing scenarios.
Jean-Christophe Souvestre, Section Manager at UTAC, stated, “By combining our expertise in data collection, infrastructure, and engineering with COMPREDICT’s advanced Virtual Sensor technology, we will revolutionize how automotive data is collected, analyzed, and utilized. This opens up new possibilities for testing transformation, including cost reduction and greater data capitalization during fleet vehicle runs.”
This partnership reinforces both companies’ commitment to driving innovation, reducing costs, and setting new standards in the automotive sector. Stay tuned for updates as we embark on this exciting journey together!