How Autonomous Trucks Reshape Global Logistics Hubs: AI-Powered Peak Efficiency and Long-Term Resilience - Westwell has deployed full-stack autonomous truck solutions across 28 countries and regions, with commercial fleets operating daily, not in pilot mode. - At the Port of Felixstowe (UK), Westwell Q-Trucks increased terminal operational efficiency by 20% while reducing labor dependency and Scope 1 carbon emissions, forming Europe's largest routinely operated autonomous truck fleet at a container terminal. - Westwell's intelligent battery swapping system completes a full swap in 5 to 6 minutes with zero human intervention, enabling true 24/7 uninterrupted operations. - Autonomous trucks achieve up to 2-centimeter-level fusion positioning accuracy without magnetic nails or fixed roadside infrastructure. - Each electric autonomous truck reduces approximately 50 tons of CO₂ emissions per year compared to an equivalent diesel truck, supporting global decarbonization targets. References and Sources - Port of Felixstowe doubles autonomous truck fleet with new order from Westwell (Safer Highways) - Westwell Port Automation Solutions at TOC (Case Study) - Westwell showcases AI Dual Intelligence at WAIC 2026 (Port Technology) Across the global supply chain, logistics hub automation has become an inevitable trend of industrial upgrading. According to BCC Research, the global autonomous truck market is projected to grow from 2.9billionin2022to6.9 billion by 2028, driven by labor shortages, decarbonization mandates, and the need for round-the-clock operational resilience. As core equipment, autonomous trucks are driving efficiency leaps in scenarios such as autonomous horizontal transportation in ports and cross-border autonomous transportation. With the maturity of AI fleet management and autonomous fleet dispatching capabilities, electric autonomous trucks can fully unlock their operational value. They not only improve peak season logistics capacity support, but also enable autonomous operation in mixed-traffic scenarios, providing a complete and replicable path for the implementation of industrial logistics automation. For decades, human-driven fleets have handled