In the first part of our three-part blog series on rFpro’s AV elevate™ platform, we explored how simulation is transforming the tuning of sensor systems for autonomous vehicles. In this post, we turn our focus to the next major step in AV development; training the perception system. We spoke with Josh Wreford, AV elevate Product...

Highly detailed 17.5km digital model provides a multi-functional test bed for vehicle dynamics, automated driving systems, powertrains and headlights tuning. The digital twin is already being used by a major OEM for vehicle development. The road surface is 1mm accurate and features more than 2,900 individually created road markings. Simulation software specialist, rFpro, has developed...

The development of automotive perception systems is a complex process, requiring extensive data to adequately train them. rFpro spoke with Martin Punke, Head of Camera Sensor Technology at Continental, about the role of simulation in sensor hardware development and its impact on training computer vision algorithms for ADAS and automated driving. rFrpo: First of all,...

The performance of autonomous vehicles relies heavily on the proper configuration and optimisation of sensor systems. To do this effectively has traditionally required a vast amount of real-world data. With the launch of AV elevate™, rFpro has introduced a comprehensive platform that enables developers to tune, train and test automated driving components and full systems...

AV elevate’s advanced simulation capabilities help AMD tune and test next-generation automated parking solutions. AV elevate enables AMD to rapidly test thousands of parking scenarios and reduce its reliance on physical testing. The technology was successfully demonstrated at CES 2025. rFpro announced that Advanced Micro Devices (AMD), a global leader in high-performance and adaptive computing...

Majority of F1 teams will leverage new digital twin in preparation for the Las Vegas Grand Prix. Incorporates iconic Las Vegas landmarks and representative lighting to replicate night-race conditions. 1mm precise road surface model to optimise driver feedback and vehicle set-up. rFpro, the leading provider of driving simulation software for the automotive and motorsport industries,...

AV elevate is a fully integrated simulation solution for ADAS and Autonomous Vehicle (AV) development. It enables the tuning of sensor systems, the training of perception and control algorithms and testing of the full AV technology stack. The new platform enables both closed-loop perception testing and the creation of 100% accurate synthetic training data, reducing...

NISMO to use rFpro to optimise tyres, suspension, aerodynamics and overall vehicle configuration rFpro helps NISMO improve the efficiency of vehicle development rFpro provides highly accurate digital models of the world’s premier race circuits NISMO, the renowned motorsport division of Nissan, has chosen rFpro as its Driver-in-the-Loop (DIL) simulation software provider. It will be used...

rFpro develops highly accurate 36km digital twin of Los Angeles The road surface is accurate to within 1mm, created using survey-grade LiDAR scans Enables real-world edge cases and hazardous events to be recreated and tested in simulation rFpro has developed a highly-accurate digital model of an expansive network of roads in Los Angeles, California, to...

rFpro joins ASAM, the automotive industry’s renowned standardisation organisation rFpro to collaborate with 30 industry partners, including BMW Group and Volvo Technologies, on the upcoming ASAM OpenMATERIAL® standard rFpro’s library of highly-accurate digital twins of real-world locations supports ASAM OpenDRIVE® networks We are pleased to announce rFpro’s membership of the Association for Standardization of Automation...