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Mexico City 2026: Can Megacity Mobility Coordination Keep a World Cup City Moving?

Mexico city
Mexico City will face a rare stress test during the 2026 World Cup as matchday travel overlaps with daily commuter peaks. The article explores how megacity mobility coordination, not infrastructure expansion, will determine transport system resilience. Lessons from global events show why governance and demand management are becoming core urban mobility tools.
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AI-Powered Intelligent Transportation: How Changzhou Is Building a “Smooth City” System

Changzhou
Changzhou, Jiangsu province, China leverages AI to advance its intelligent transportation system. Key initiatives include the AI-driven "Cloud Bus," which optimizes routes and reduces wait times, and smart toll stations that enable seamless, efficient vehicle passage. These efforts enhance public transport, cut costs, and improve urban mobility, supporting the city's sustainable development goals.
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SaaS Traffic Control in Xuchang: A New Model for Seamless Congestion Management

Xuchang
Xuchang (Henan province, China) tackled traffic congestion caused by surging tourism by implementing AI-powered SaaS traffic control system. This lightweight solution, deployed in two weeks at one-tenth the traditional cost, reduced intersection delays by 13.39% and improved rush hour speeds by 13-15%. Integrated smart parking further optimized mobility, demonstrating technology's role in building efficient cities.
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Human-Centric Smart Mobility: Ethical Dilemmas and Solutions in the Age of Intelligent Connectivity

smart transportation
: Smart transportation's pursuit of efficiency raises ethical dilemmas: loss of driver control, data privacy concerns, and diminished social connectivity. Solutions include standardized human-machine interfaces, robust data governance, and technology-designed social interactions to preserve human-centric mobility.
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Reverse Variable Left-Turn Lane: An Innovative Solution for Smart Urban Traffic Optimization

a road with cars and trafic light for reverse variable turn lane
The reverse variable left-turn lane is an innovative traffic design that dynamically reconfigures exit lanes for left-turn use during specific signal phases. This urban traffic optimization strategy enhances intersection capacity without major construction, offering a smart, cost-effective solution for left-turn congestion.
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Smart City Expo World Congress 2025: Cities Take the Lead in Shaping a Human-Centered Urban Future

conference baner
Smart City Expo World Congress 2025 in Barcelona gathered 27,000+ participants from 143 countries to explore AI-driven urban innovation, sustainable mobility, digital transformation, and people-centered city solutions. Discover key insights, global collaborations, award-winning smart city projects, and the vision shaping the future of sustainable urban development.
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The Journey of Autonomous Buses: Interview with Eran Ofir, CEO of Imagry

In this interview, Eran Ofir, CEO of Imagry, discusses the rapid progress of autonomous buses and the unique challenges shaping their adoption. While technology and regulation advance quickly, Ofir stresses that public trust remains the key factor driving the future of autonomous mobility.
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Central Asia’s First Driverless Light Rail: The Future of Smart Urban Mobility in Kazakhstan

a train
In the article, Huawei’s partnership with Kazakhstan is explored through the development of Central Asia’s first driverless light rail system. Using LTE-M technology, the project aims to enhance urban transit efficiency and passenger experience, with operations expected to begin in 2025.
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