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Author: Firma Arnold NextG

Arnold NextG Blogspot: Region Instead of Test Bed

Posted on 19. May 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous driving, autonomous mobility, Autonomous Shuttle Systems, connected mobility, drive-by-wire, fail operational, fleet management, NX NextMotion, public transport, Regional Mobility, Scalable Mobilitylable Mobility, System Architecture, Transit Networks, Vehicle Control

Autonomous mobility in public transit rarely fails due to individual vehicles or a lack of technology. The real challenge begins when a local pilot project is to be transformed into a resilient regional mobility system. Following the first successful demonstrations, […]

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Arnold NextG Blogspot: From Pilot Project to Public System

Posted on 12. May 202612. May 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous driving, autonomous mobility, Autonomous Shuttle Systems, brake-by-wire, drive-by-wire, fail operational, NX NextMotion, public transport, Scalable Mobility, Software Defined Vehicle, Steer-by-Wire, System Architecture, Traffic Management, Vehicle Control

Autonomous shuttle projects today demonstrate that vehicles can drive. However, the real challenge begins afterward: How can this be transformed into a resilient, scalable, and safely controllable public system? Autonomous mobility in public transportation is still often viewed on too […]

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Motorsports as a Key to Technological Development: Arnold NextG Makes Its Presence Felt at the Nürburgring

Posted on 5. May 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous driving technology, Dörr Motorsport, endurance racing Germany, future mobility, German tech company, GT3 racing Nürburgring, Keep Fighting Foundation, Michael Schumacher tribute, mobility innovation, motorsport innovation, motorsport sponsorship, Nürburgring 24h race, Schumacher livery, vehicle control technology

Arnold NextG is participating in the sponsorship of Dörr Motorsport at the 2026 Nürburgring 24-Hour Race. The McLaren 720S GT3 Evo will compete in a design inspired by the legendary Benetton B195, with which Michael Schumacher won his second Formula […]

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Why Vehicle Control Is Becoming a Critical Factor in Autonomous Systems

Posted on 28. April 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, Autonomous Vehicles, control-by-wire, drive-by-wire, Fail-operational systems, fault detection, Functional Safety, NX NextMotion, Real Time Control, Safety-by-Wire, system behaviour, system stability, teleoperation, Vehicle Control, vehicle control architecture

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 […]

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Arnold NextG Blogspot: When Intelligence Must Act

Posted on 21. April 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, automotive system integration, autonomous driving, Autonomous Vehicles, drive-by-wire, embodied intelligence, Fail-operational systems, Functional Safety, NX NextMotion, physical feedback, redundancy architecture, vehicle architecture, Vehicle Control, vehicle control architecture, vehicle dynamics

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 […]

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Arnold NextG Blogspot: Why Drive-by-Wire Doesn’t Emerge from the Hype Around Autonomy

Posted on 14. April 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, automotive system integration, autonomous driving, Autonomous Vehicles, drive-by-wire, Fail-operational systems, fault detection, Functional Safety, NX NextMotion, real-world vehicle data, redundancy systems, system behavior, Vehicle Control, vehicle control architecture, vehicle dynamics

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 […]

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Arnold NextG Blogspot: Drive-by-Wire Decoded – Why Force Feedback Is Critical for Autonomous Systems

Posted on 7. April 2026 by Firma Arnold NextG Posted in General Tagged AD stack integration, Arnold NextG, autonomous driving, Autonomous Vehicles, control loop vehicle control, drive-by-wire, Force Feedback, Functional Safety, NX NextMotion, physical feedback, slip and friction estimation, teleoperation vehicles, Vehicle Control, vehicle control system architecture, vehicle dynamics

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 […]

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Arnold NextG Blogspot: Drive-by-Wire Decoded – Vehicle Control for Autonomous Systems

Posted on 31. March 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, automotive system integration, autonomous driving, Autonomous Vehicles, drive-by-wire, existing vehicle fleets, Functional Safety, NX NextMotion, platform independence, retrofit capability, safety architecture, scalability of autonomous systems, vehicle architecture, Vehicle Control, Vehicle Platforms

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 […]

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Arnold NextG Blogspot: Drive-by-Wire Decoded – Vehicle Control for Autonomous Systems

Posted on 24. March 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, automotive system integration, autonomous driving, Autonomous Vehicles, degraded operating modes, drive-by-wire, Fail-operational systems, fail-safe vs fail-operational, fault tolerance, Functional Safety, NX NextMotion, redundancy architecture, vehicle architecture, Vehicle Control, vehicle control system architecture

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 […]

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Arnold NextG Blogspot: Drive-by-Wire Decoded – Vehicle Control for Autonomous Systems

Posted on 17. March 202623. March 2026 by Firma Arnold NextG Posted in General Tagged automotive system integration, Autonomous Vehicles, brake-by-wire, drive-by-wire, Drive-by-Wire platform, Fail-operational systems, Functional Safety, in-vehicle communication networks, NX NextMotion, redundancy architecture, Steer-by-Wire, teleoperation vehicles, vehicle architecture, Vehicle Control, vehicle control system architecture

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 […]

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