LAS VEGAS, Jan. 7, 2026 /PRNewswire/ -- Neolix, a leader in L4 autonomous logistics, unveiled its advanced AI-powered autonomous logistics solution at CES 2026. This cutting-edge technology showcases the comprehensive RoboVan lineup, designed for efficient urban logistics. The introduction of the RoboVan X1, aimed at "final-feet" delivery, highlights Neolix's commitment to revolutionizing urban infrastructure with fully autonomous fleets.

Neolix's next-generation logistics solution includes two key technological advancements. The AI-Powered Fleet Management system automates the logistics lifecycle—encompassing order processing, routing, and dispatch—improving fleet efficiency by 30%. This capability enables seamless operation of fleets with over 100,000 L4 autonomous vehicles, adapting dynamically to urban demand fluctuations. Additionally, Neolix's Mapless L4 Autonomy allows vehicles to navigate urban environments without relying on high-definition maps, significantly reducing deployment costs and setup times while ensuring reliable navigation in challenging conditions.

The Neolix X1 robotic courier efficiently addresses the costly "final 100 meters" of delivery, operating in both indoor and outdoor environments, optimizing last-mile logistics. The extensive RoboVan portfolio includes models designed for every segment of the supply chain, such as the X3 for last-mile delivery and the H12 for suburban distribution.

Neolix has a remarkable global presence, with over 16,000 autonomous vehicles deployed, dominating market sectors like fresh food and pharmaceutical deliveries. Its innovative RoboVan-as-a-Service model lowers barriers to entry for adopting autonomous logistics. As Neolix expands into international markets, including partnerships in the Middle East, its vision for a scalable, efficient urban logistics solution is becoming a reality, setting a global standard for autonomous delivery services.

DHL Supply Chain has forged a strategic five-year alliance with Robust.AI to enhance logistics automation in Latin America, commencing the rollout of its Carter robots in Mexico. This partnership aims to innovate, streamline deployment and bolster operational efficiency within DHL’s retail operations.

Robust.AI’s Carter robots stand out for their advanced human-robot interaction capabilities, making them user-friendly and versatile for various supply chain tasks like picking, putaway, and handling. The first deployment will consist of 15 Carter units, marking their inaugural introduction in Latin America and positioning DHL as a leader in employing collaborative robotics in the region.

The advantages of this initiative are significant. In North America, the integration of Carter robots has resulted in over a 60% productivity increase, alongside enhanced safety and efficiency. In Mexico, preliminary data reveals a 30% boost in productivity, showcasing robots’ potential to optimize operations effectively. This improvement is crucial not just for operational gains but also for ensuring customer satisfaction by maintaining accuracy and efficiency.

Furthermore, the partnership signifies DHL’s commitment to integrating technology into its logistics frameworks by 2026, planning a seamless incorporation of Carter robots into its Warehouse Management System (WMS). This strategic rollout also enables a high degree of flexibility, allowing for the relocation of robots to areas with the greatest need.

Anthony Jules, CEO of Robust.AI, stresses the importance of putting employees first, with robots designed to reduce physical strain through motor-assisted movements. Overall, this alliance not only demonstrates DHL’s readiness to innovate the supply chain landscape but also highlights its dedication to creating tangible value for customers and employees alike.

At CES 2026, Hyundai Motor Group unveiled its commitment to developing a Group Value Network focused on human-centered AI Robotics. Under the theme ‘Partnering Human Progress’, the Group aims to enhance human potential in both professional and personal domains through effective commercialization strategies for AI Robotics.

Hyundai's approach integrates the advanced robotics expertise of Boston Dynamics with its extensive manufacturing capabilities. This synergy enables the Group to implement AI Robotics across various sectors, including logistics, energy, and construction. The practical application of these technologies translates into tangible benefits, simplifying operations, improving efficiency, and reducing human workload in demanding environments.

The Group’s manufacturing facilities contribute significantly to the development of reliable robotics, providing the necessary infrastructure for testing and continuous improvement. The collaboration across affiliates fosters an ecosystem for innovation, allowing the mass production of high-performance robotic solutions tailored to meet customer needs. For instance, Hyundai Motor Company enhances manufacturing efficiency, while Hyundai Mobis optimizes actuator technology in conjunction with Boston Dynamics.

Hyundai’s AI Robotics are already making an impact across industries, partnering with major companies like DHL and Nestlé. Notably, the Atlas robot is poised for integration into the production line, aimed at aiding in physically demanding tasks while adapting to workplace environments. This ensures a collaborative relationship between humans and robots, enhancing productivity and workplace safety.

Through initiatives like the Software-Defined Factory and the Robot Metaplant Application Center, Hyundai is pioneering a transformation in manufacturing, revolutionizing training, deployment, and real-time adaptability of robots. The Group's collaboration with Google DeepMind signifies its ambition to expand AI Robotics capabilities into more complex tasks beyond manufacturing, aiming for widespread acceptance and integration into everyday life.

PS Logistics Enhances Driver Satisfaction with AI Phone System

PS Logistics, a leading flatbed operator based in Birmingham, Alabama, has implemented an innovative AI solution called VIC (Virtual Information Coordinator) to enhance driver convenience and satisfaction. Traditionally, drivers needed to pull over to access load information or maintenance updates through an app or call their managers, who might be unavailable. With VIC, drivers can effortlessly obtain real-time information simply by calling, eliminating the need for waiting times or navigating through lengthy phone menus.

VIC functions by integrating with PS Logistics' back-office systems, including TMS and vehicle maintenance management systems. When a driver calls, VIC recognizes their identity and provides personalized support, such as retrieving vital delivery details or updating them on repair status. For instance, if a driver requests the phone number for a delivery location, VIC quickly supplies the information and can send it directly to their mobile app or via text, enhancing accessibility.

In its initial three months of operation, VIC proved incredibly efficient by resolving 73% of driver queries without human intervention during 900 calls. This advancement not only minimizes frustration for drivers but also allows driver managers to focus on more critical issues that impact driver well-being, ultimately enhancing overall driver satisfaction. As PS Logistics continues to refine VIC, the AI system is expected to explore additional applications, including answering incoming calls and providing earning estimates, further streamlining operations and improving driver experience.