Press releases worldwide
In autonomous mobility, trust isn’t a soft value – it’s a fundamental prerequisite. Whether it’s system developers, fleet operators, or regulatory bodies: those who rely on technology must be able to trust it. That’s why safety is not just a […]
Autonomous vehicles are far more than just a technological step forward—they represent a fundamental transformation in the transport and logistics ecosystem. Their value lies not only in improving efficiency or lowering operating costs, but in an integrated approach that delivers […]
While much of the public conversation around autonomy centers on urban mobility, long-haul trucking represents one of the clearest near-term use cases for automated driving. Hub-to-hub freight operations—where autonomous trucks drive fixed, repeatable routes between logistics terminals—are already in active […]
Arnold NextG GmbH, a provider of certified, fail-operational Drive-by-Wire technology, is expanding strategically into Japan – one of the world’s leading innovation hubs for autonomous vehicle systems, especially in robotics, shuttle platforms, and system integration. By partnering with Japanese integrator […]
Autonomous mobility is often discussed as a future concept—but in many industrial environments, it’s already standard practice. Wherever people, machines, and materials need to interact safely and efficiently in confined spaces, autonomous vehicles are driving transformation. Even before autonomy hits […]
In logistics, the last mile is widely regarded as both the most expensive and the most complex link in the supply chain. Whether in urban centers, dense suburban areas, or traffic-restricted delivery zones, the final stretch from distribution hub to […]
Global logistics is at a tipping point. A severe shortage of qualified drivers, rising efficiency demands, tightening climate goals, and rapidly growing urbanization are pushing conventional supply chains to their limits. At the same time, the demand for resilient, automated […]
Sensor-based force feedback as an enabling technology for safe, real-time-capable steer-by-wire architectures at Level 5 autonomy. Initial Situation: The Gap in Today’s Steer-by-Wire Systems The automotive industry is rapidly advancing toward a future of fully autonomous driving. A core requirement […]
Traditional force feedback systems in vehicles often provide limited feedback that doesn’t accurately reflect actual road conditions or vehicle behavior. This can lead to a less intuitive driving experience and impair the driver’s ability to respond swiftly to changing driving […]
In modern automotive technology, Force Feedback (FFB) is becoming increasingly important. It allows drivers to physically feel road conditions, traction, and vehicle movements directly through the steering wheel. While traditional electric steering systems often provide an artificial or disconnected feel, […]