What South Korea’s approach to automated mobility could teach the UK about scaling innovation
Developing connected and automated mobility (CAM) technologies is only part of the challenge. Bringing them into everyday use also requires credible safety evidence, robust systems and partnerships that connect technical progress with commercial needs. Conversations surrounding ITS World Congress 2026 in South Korea offered useful perspectives on how those ingredients can come together.
For the UK, the lesson is not that one national approach can simply be copied. It is that international engagement can prompt sharper questions about how research, testing and industrial collaboration support the move from promising technology to deployable solutions.
Connecting research, testing and industry
An important feature of the discussions was the relationship between research organisations, automotive manufacturers and shared testing infrastructure. Engagement with KATECH and the example of K-City, South Korea’s automated driving test facility, illustrated the value of bringing different parts of the innovation ecosystem into closer contact.
Facilities that enable practical evaluation have a role beyond providing a location to test vehicles. They can give researchers and developers opportunities to identify problems earlier, compare approaches and build the confidence needed to progress towards commercial activity. Equally important are the relationships that grow around them: collaboration can make specialised knowledge and equipment more accessible than if each organisation works in isolation.
The UK has established strengths in vehicle testing, engineering and safety assurance. However, supporting innovation requires more than investing in individual technologies or projects. It also means investing in the wider environment that enables innovation to flourish, from accessible testing facilities and shared infrastructure to partnerships that help businesses develop, validate and commercialise new solutions. South Korea’s approach offers a useful perspective on how these enabling conditions can support the wider innovation ecosystem and help bridge the gap between research and commercial deployment.
Turning simulation into credible safety evidence
Simulation offers a way to explore driving scenarios and system behaviour at a scale that would be difficult to achieve through physical testing alone. Discussions with MORAI considered how digital twins and software-in-the-loop testing can complement activity in real-world test environments.
The central question is not simply how many scenarios a system can run. It is how relevant, repeatable and trustworthy the resulting evidence is, and how that evidence contributes to a robust safety case. Virtual tools are most useful when their limitations are understood and the results can be interpreted alongside other forms of testing and assurance.
A key opportunity for the UK is to strengthen how evidence from simulation can be understood, assessed and used alongside physical testing. This includes exploring more consistent approaches to evidence quality, repeatability and the role of virtual validation within wider safety assurance frameworks. Greater collaboration between technology developers, testing organisations, industry and regulatory stakeholders could help address these challenges, supporting more efficient development and building confidence in the evidence needed for deployment.
Treating cybersecurity as a deployment requirement
As vehicles become more connected and software-defined, secure communications are part of the foundation for dependable mobility services. The UK–South Korea Secure TCU collaboration provides a relevant example of work focused on the protection of vehicle telematics and communications.
Engagement involving AutoCrypt, Beam Connectivity, Secure Elements and KATECH underlines why cybersecurity cannot be treated as a separate consideration added at the end of development. Manufacturers and service providers need confidence that connected systems can operate safely and resiliently in real-world conditions.
In June 2026, the SecureTCU consortium demonstrated an end-to-end cybersecurity system in a real vehicle at KATECH’s proving ground, including intrusion detection and over-the-air delivery of updated security policies.
The wider implication is commercial as well as technical. Security requirements can influence development choices, partner selection and the evidence organisations need before connected technologies can be deployed at scale.
What this means for UK companies
The practical value of international engagement lies in turning ideas and contacts into opportunities for joint work. For UK CAM businesses, that might include finding specialist validation partners, sharing approaches to testing and assurance, or exploring routes into new supply chains and markets.
There is no single model for taking CAM technology from research to deployment. But the South Korean discussions reinforce three useful priorities: connect innovation with industrial needs, make testing evidence credible and transferable, and consider security from the earliest stages of development.
With ITS World Congress coming to Birmingham in October 2027, the UK has a timely opportunity to continue these exchanges and demonstrate the capabilities of its own CAM ecosystem. The measure of success will be less about the number of conversations held and more about the collaborations and practical progress that follow.
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