Future of Mobility: Drive-by-Wire & Autonomous Innovation

A car is shown in the center of the image. Various points are displayed around it: Top left: Cameras showing a person being observed. Top center: Lidar, a cyclist, and a second car are shown as green dots. Bottom left: Ultrasonic, a person standing on the road. Bottom center: Sensor fusion, a circle of small and large colorful dots connected by lines. Top right: Radar, a truck and a car driving side by side. Center/bottom right: IMU & GPS: one shows a car with a satellite and the other shows a navigation map with a satellite.

01/13/2026

How Vehicles Perceive the World — Sensors & Fusion in Autonomous Driving

Humans rely on five senses to interpret the world. Autonomous vehicles rely on more—and they need to process everything in milliseconds. Cameras, radar, lidar, ultrasonic sensors, GPS, and inertial measurement units (IMUs) work together to form a high-resolution, 360° view of the vehicle's surroundings.

A graphic view with a headline, a blue box in the middle, and several turquoise boxes around the outside that run in lines to the box in the middle.

01/06/2026

What Is Autonomous Driving Really About? Understanding the Ecosystem Beyond the Buzzwords

Autonomous driving is one of the most transformative and misunderstood technologies of our time. While the media often highlights robotaxis or driverless Teslas, the reality behind autonomous mobility is far more complex—and far more collaborative.

A car cockpit that no longer has a steering column on the steering wheel, but instead has a motor mounted there. In addition, a few orange, turquoise, and dark blue cables hang from the floor, connecting to another motor.

12/16/2025

Autonomous in Exceptional Cases – How Robotaxis Are Paving the Way, and Why Steer-by-Wire Is the Key Technology

The mass market for autonomous cars is still on hold – but robotaxis already show what’s technically possible. The decisive factor is Steer-by-Wire: the key technology that makes autonomy feasible in the first place.

In a wooded area, three military vehicles drive one behind the other along a gravel road.

12/09/2025

Defense & Dual Use – When Mobility Saves Lives

Autonomous vehicles can do more than just transport in defense and disaster response — they can save lives. With its NX NextMotion drive-by-wire platform, Arnold NextG delivers the technological foundation for mission-ready mobility under extreme conditions: fail-safe, teleoperable, and built for action.

The interior of a vehicle with windows all around and white benches in front of them. This vehicle does not have a steering wheel. There is space to stand in the middle.

12/02/2025

Autonomous local transport – How cities and municipalities are becoming pioneers

Public transportation is becoming a pioneer in autonomous mobility. Cities and municipalities have long been using autonomous systems in their daily operations—with support from Arnold NextG.

A black and red Scania truck with a flatbed trailer attached is parked on gravel in sunny weather.

11/25/2025

The Pioneers of Autonomy – Why Logistics, Agriculture and Mining Are Leading the Way

Autonomous driving begins where efficiency, precision, and safety are crucial: in logistics, agriculture, and mining. With NX NextMotion, Arnold NextG provides the technological basis for this transformation.