Press releases worldwide
An autonomous commercial vehicle is on the road in daily operation. The route is known, the surroundings are mapped, and the sensors provide stable data. Then the situation changes: The road surface becomes uneven, a sensor reading deviates briefly, an […]
Autonomous systems are often defined by their cognitive capabilities: perception, planning, decision-making. Advances in artificial intelligence have generated tremendous momentum precisely in these areas. The underlying assumption is clear: the more precise models and algorithms become, the closer full autonomy […]
Technological maturity in autonomous driving is often measured by visible metrics: test kilometers, the performance of AI models, or the scope of development programs. From this perspective, vehicle control appears to be a necessary foundation—relevant, but largely resolved. This classification […]
Force feedback is often viewed as a comfort feature. In autonomous and teleoperated vehicles, however, it becomes a crucial component of vehicle control—as direct feedback from real-world physics. In modern vehicles, feedback at the steering wheel or control unit is […]
Autonomous vehicles are often thought of as a new development. In practice, however, autonomy emerges within existing vehicles, fleets, and processes—and that is precisely where its scalability is determined. Many discussions about autonomous driving start with an idealized baseline: new […]
For a long time, vehicle safety meant transitioning to a safe state in the event of a failure. With autonomous driving, this understanding is fundamentally shifting—because coming to a stop is no longer automatically safe. In traditional vehicle architectures, safety […]
Drive-by-wire technology is considered well-established. Yet as automation increases, it becomes clear that the crucial question is not which components are used—but how they work together as a complete system. In the discussion surrounding electronic vehicle control, it is often […]
Drive-by-wire is considered established – but when it comes to vehicles that are supposed to drive autonomously or be controlled remotely, it becomes clear that it is not the individual components that are decisive, but rather the architecture of the […]
Autonomous mobility does not happen in isolation. Behind every driverless vehicle is a network of players with clearly defined roles, responsibilities, and regulatory requirements. For OEMs and Tier 1 suppliers, this means that autonomy is not a feature, but rather […]
Autonomous mobility is not a universal solution. Requirements, regulatory frameworks, and risk profiles differ fundamentally depending on whether a vehicle operates in city traffic, at a port terminal, in a mine, or in military service. For OEMs and Tier 1 […]