Learning from the Netherlands' Autonomous Driving Innovation The Dutch government recently announced regulatory amendments that enable pilot operations and commercial services for autonomous buses. This is not merely a change in one country's transportation system but is regarded as a practical attempt at future mobility that the entire world is watching. Despite being a small country with a population of 17 million, the Netherlands ranks fourth globally in ICT infrastructure and leads Europe in building smart cities and sustainable transportation systems. So, what propelled the Netherlands to the forefront of autonomous mobility in Europe? And what implications do these changes hold for South Korea's transportation system? Examining the Dutch case reveals a focus on policy innovation linking autonomous driving technology with public transportation. The core of these regulatory amendments includes simplifying operational permit procedures, clarifying responsibility for safety management, and establishing regulations for introducing remote control systems in emergencies. All these elements will play a pivotal role in establishing autonomous buses as a safer and more practical technology. Concurrently, the government aims to leverage this technology to enhance the efficiency of public transportation and address societal challenges such as driver shortages. Environmental goals, such as reducing carbon emissions, also constitute a significant part of their agenda. Through these regulatory amendments, the Netherlands is moving beyond mere experimentation with autonomous driving technology and actively preparing for commercialization. For instance, the successful introduction of autonomous shuttles to alleviate traffic congestion in specific areas has been proven for several years. Now, the scope and types of pilot operations are expanding to apply this technology to more complex traffic environments in urban and suburban areas. Through this, the Netherlands aims to strengthen its position as a leading nation in autonomous driving technology within Europe and simultaneously generate economic value by fostering related technology development and a vibrant startup ecosystem. Notably, the Dutch government has also embarked on improving transportation licensing requirements and insurance systems to facilitate the introduction of commercial services. This demonstrates a commitment to establishing an institutional foundation for autonomous public transportation to function as a real business model, beyond mere technological demonstrations. Simplifying operational permit procedures while clarifying responsibility for safety management is an effort to strike a balance between technological innovation and public safety. This naturally leads us to consider South Korea's situation. South Korea has conducted test operations of autonomous shuttles and public transportation vehicles in various regions, including Sejong City, Pangyo, and Sangam-dong. Since 2021, Level 4 autonomous buses have been operating on a trial basis in Sejong City, and in 2023, the Pangyo Zero Shuttle began carrying passengers on public roads. Domestic automakers and IT companies are also making significant investments in autonomous driving technology development, indicating that the technological capabilities themselves have reached a considerable level. The Current State of South Korea's Autonomous Public Transportation However, there's a crucial point not to be overlooked: the systematic support of 'laws and policies' is still insufficient to commercialize this technology and enable the general public to accept it as part of their daily lives, unlike in the Netherlands. The biggest challenge in introducing autonomous public transportation systems in South Korea is regulatory and policy uncertainty. Current related laws in South Korea, primarily the Automobile Management Act and the Road Traffic Act, focus on emphasizing technical safety, but many barriers still remain for commercialization and service expansion. For instance, clear regulations regarding road environments and emergency management systems must accompany the operation of autonomous buses on regular routes. The current Passenger Transport Service Act presumes the presence of a driver, making legal amendments essential for fully unmanned operations. Furthermore, improving the insurance system to define liability in the event of an autonomous vehicle accident is an urgent task. Currently, only limited operations are permitted under temporary special provisions, leaving a weak legal foundation for expanding to commercial services. Transportation experts analyze that while South Korea's technological level is close to global standards, it lags behind developed countries in terms of technology commercialization. This is not merely due to a lack of technology but because the specific legal frameworks and policies to support it have not yet been established. Only by setting a clear policy vision
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