Key Takeaways
- Hyundai Motor Group showcased advanced AI robotics at the MARS 2025 Expo in Seoul.
- The exhibition highlights the role of AI in transforming urban life and industry.
- Kia presented interactive exhibits focused on AI assistance and smart mobility solutions.
Showcasing Next-Gen Technology
Hyundai Motor Group recently exhibited its latest artificial intelligence technologies at the MARS 2025 Expo, reflecting its dedication to future innovation in robotics and smart mobility. The event, taking place at COEX in Seoul, emphasizes how AI is reshaping urban living and industries. Organized by the Hwaseong municipal government, the three-day exhibition aims to present a vision for forthcoming smart cities.
Hyundai’s Robotics Lab featured a range of six AI-driven robotic solutions, including an on-device visual language model and advanced CCTV systems, along with its autonomous service robot, DAL-e. The vice president of Hyundai’s Robotics Lab, Hyun Dong-jin, commented on the company’s commitment to integrating robotics-based AI across various sectors, stating, “We are working to apply robotics-based AI software beyond traditional robots and into building infrastructure and everyday services.” This approach aims to enhance the customer experience by breaking down conventional barriers.
Kia Corp. complemented this display with three experiential zones centered around AI assistance, software-defined vehicles, and its purpose-built vehicle (PBV) models. Visitors were given hands-on opportunities to engage with Kia’s smart mobility platforms, reflecting the brand’s focus on integrating AI within its operational framework.
Overall, the MARS 2025 Expo serves as a significant platform for Hyundai and Kia to demonstrate their advancements in AI technology, as well as to explore collaborative opportunities for the future of urban living and mobility solutions. The commitment to innovation underscores their strategic direction to lead in smart and sustainable urban development.
The content above is a summary. For more details, see the source article.