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Author: Firma Arnold NextG

New Global ADS Standards: Arnold NextG Puts the Control Layer at the Center of Future Vehicle Architectures

Posted on 22. July 2026 by Firma Arnold NextG Posted in General Tagged Control Layer, drive-by-wire, fail operational, Functional Safety, Homologation, NX NextMotion, teleoperation, UN GTR No. 26, UN R185, UNECE, vehicle architecture

Key Takeaways: The new ADS regulations are technology-neutral but address safety across development, approval, and operation. This makes the safe implementation of digital driving decisions a distinct architectural and validation topic. Arnold NextG describes Safety-by-Wire® and NX NextMotion as platform-independent […]

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From Pilot Project to Full-Scale Operation: Why Regulation Is Part of the System Architecture of Autonomous Mobility

Posted on 21. July 2026 by Firma Arnold NextG Posted in General Tagged Approval readiness, autonomous mobility, Autonomous shuttles, Control Layer, drive-by-wire, fail operational, Functional Safety, NX NextMotion, operating model, public transport, Regulatory Compliance, scalability, standardization, System Architecture, Vehicle Control

Following discussions on scale, system architecture, responsibility, trust, and regular operation, this blog series comes full circle with the topic of regulation. Today, autonomous mobility rarely fails due to a lack of laws. The real challenge lies in understanding regulatory […]

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Autonomous mobility in local transport requires a new system architecture

Posted on 14. July 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous mobility, Demand-Responsive Transport, drive-by-wire, Local Transit, Mobility Network, Network Integration, NX NextMotion, On-Demand Services, public transport, Regular Operations, Software Defined Vehicle, System Architecture, vehicle architecture, Vehicle Control

The discussion about autonomous mobility often focuses on the automation of individual vehicles. In fact, however, its greatest potential lies elsewhere: it opens up the possibility of improving public mobility where traditional scheduled services reach their limits. Especially for the […]

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The driver shortage is the stress test for public transport

Posted on 7. July 202613. July 2026 by Firma Arnold NextG Posted in General Tagged automation strategy, autonomous mobility, Control Center Integration, driver shortage, fail operational, fleet management, Mobility Infrastructure, mobility-services, operational safety, public transport, public transportation, scalability, Skilled Labour Shortage, System Architecture, Vehicle Control

Autonomous mobility is not driven solely by technological innovation. The growing shortage of skilled workers is becoming one of the strongest drivers of new operating models in public transport. This is fundamentally changing the requirements for vehicle architecture, operational organisation […]

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Accessibility is the litmus test for autonomous mobility

Posted on 30. June 202613. July 2026 by Firma Arnold NextG Posted in General Tagged accessibility, Arnold NextG, autonomous mobility, Controllability, drive-by-wire, fail operational, Inclusive mobility, mobility systems, NX NextMotion, precision, public transport, safety architecture, System Architecture, Vehicle Control

  Autonomous mobility will only become relevant to the public when it not only works from a technical point of view, but also enables everyone to use public transport independently and without barriers. That is precisely why accessibility is not […]

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Trust is not the same as authorisation

Posted on 23. June 202613. July 2026 by Firma Arnold NextG Posted in General Tagged Accountability, autonomous mobility, Control Center, Controllability, fail operational, governance, Market Adoption, Operational Stability, Regular Operations, safety architecture, System Architecture, Technical Supervision, transparency, trust, Vehicle Control

Autonomous mobility will not achieve its real breakthrough in public transport through technical approval alone, but through people’s trust in its routine operation. A second factor comes into play once it is legally authorised. However, neither of these is sufficient […]

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Arnold NextG Blogspot: The Wrong KPIs Lead to the Wrong Systems

Posted on 16. June 2026 by Firma Arnold NextG Posted in General Tagged accessibility, autonomous mobility, cost-effectiveness, evaluation, fail operational, fleet management, KPI, Mobility Impact, Operational Stability, public transport, Real-World Operation, scalability, service reliability, System Architecture, Vehicle Control

Many autonomous shuttle projects are considered successful today simply because the vehicles are running. They log test kilometers, navigate defined routes, and reliably demonstrate their driving capabilities. Yet the crucial question often remains unanswered: What does this actually say about […]

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Arnold NextG Blogspot: From Vehicle to Operations

Posted on 9. June 20269. June 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous mobility, Control Center, Controllability, fail operational, Incident Management, Mobility Service, NX NextMotion, Operational Architecture, operational safety, Regular Operation, System Responsibility, Technical Supervision, teleoperation, Vehicle Control

Autonomous mobility is often discussed as a technological issue. Sensors, software, and driving functions are at the center of many debates. However, another dimension is crucial for the successful transition from pilot project to regular operation: the organization of responsibility. […]

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Arnold NextG Blogspot: Scaling Requires System Architecture

Posted on 2. June 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous mobility, Control Layer, drive-by-wire, fail operational, mobility systems, NX NextMotion, platform independence, Regular Operation, safety architecture, Software Defined Vehicle, System Architecture, system control, Vehicle Control, Vehicle Platforms

Autonomous mobility does not scale simply by adding more vehicles or larger fleets. It only scales when vehicle movement remains reproducibly controllable across different platforms, operational areas, and operating states. The discussion about autonomous mobility often focuses on driving functions, […]

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Arnold NextG Blogspot: From Trial Operation to Full-Scale Operation

Posted on 26. May 2026 by Firma Arnold NextG Posted in General Tagged Arnold NextG, autonomous mobility, Autonomous Shuttle Systems, Control Center Integration, drive-by-wire, fail operational, mobility-services, NX NextMotion, Operational Stability, Production Readiness, public transport, Regular Operation, Scalable Mobility, System Architecture, Vehicle Control

Autonomous vehicles are already capable of driving reliably today. The real challenge, however, begins when a pilot project is to be transformed into a permanently stable, economical, and safely controllable regular operation. The discussion about autonomous mobility often focuses on […]

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