1. China: Four Ministries Jointly Issue "Smart Shipping 2030 Action Plan"
Source: Ministry of Transport of the People's Republic of China
The Ministry of Transport, the Ministry of Industry and Information Technology, the State-owned Assets Supervision and Administration Commission (SASAC), and the State Administration for Market Regulation have jointly issued the "Smart Shipping 2030 Action Plan."
The plan sets clear targets: by 2027, artificial intelligence will be deeply integrated with shipping elements, with breakthroughs in core technologies. It aims to establish more than three comprehensive smart shipping pilot zones, open more than five smart shipping trial routes, create more than 10 replicable smart shipping scenarios, and operate more than 100 smart vessels.
By 2030, China will fully master core key technologies, form a new model for coordinated development of technology, industry, and governance, and achieve internationally advanced levels in smart shipping.
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2. Switzerland: New Rules Allow Autonomous Vehicles on Roads, Using AI to Solve Traffic Issues
Source: Swiss Deep Tech News
As of March 1, 2025, Switzerland has officially implemented the new version of the "Autonomous Vehicle Amendment," allowing L3 and L4 autonomous vehicles to drive on Swiss roads, while also opening up applications for logistics and "last-mile" delivery scenarios.
Under the new regulations, vehicles equipped with certified highway autopilot systems can activate autonomous mode on highways, though drivers must remain ready to take over control at any time. Fully unmanned vehicles are permitted to operate on designated routes for public transport or cargo delivery. Automated parking systems have also been legalized.
Switzerland has been exploring autonomous driving technology for nearly a decade. In 2016, the city of Sion launched one of the world's first autonomous public transport buses. Federal authorities note that this technology can improve traffic flow and reduce accident risks. Leading institutions such as ETH Zurich are conducting cutting-edge research on AI environmental perception and decision-making algorithms.
Analysts believe the new regulations will bring significant opportunities to Swiss AI mobility startups, helping the country maintain a global leading position in smart mobility.
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3. How Smart City Solutions Are Shaping the Future of Cities
Source: Solarimpulse
By 2050, nearly 70% of the world's population will live in urban areas. Developing smart cities has become key to making cities more livable and sustainable. Smart cities use information and communication technologies (ICT) and the Internet of Things (IoT) to achieve refined management of transportation, energy, water supply, waste treatment, and other resources.
Advantages include: reducing carbon emissions, improving energy efficiency, optimizing traffic flow, and enhancing public safety. Through smart grids, smart water systems, real-time traffic updates, and intelligent surveillance (including facial recognition, smoke detection, and fire alarms), cities can significantly improve operational efficiency and residents' quality of life.
However, smart cities also face three major challenges: First, sensor deployment requires complex and costly infrastructure. Second, the proliferation of IoT brings risks of cyberattacks and data privacy breaches. Third, there is a risk of excluding vulnerable populations from data collection and application. Experts emphasize that inclusive urbanization and public participation are key prerequisites for sustainable smart city development.
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4. Warrington Installs Smart Flood Warning System for Drivers
Source: Citti magazine
Warrington Borough Council has installed a smart flood warning system to help guide drivers away from two locations prone to flooding during severe weather.
The flood warning system requires a series of flood detection sensors. The system includes LED Vehicle Activated Signs (VAS) connected to traffic signal controllers, installed on Holly Lane in the Dallam area of Warrington, and on Burford Lane near the suburb of Lymm.
In January 2025, flooding caused water to accumulate under the bridge on Holly Lane, closing the road for several days. Although flood warning signs already existed in the city, Warrington Borough Council needed a more comprehensive and integrated system to provide drivers with clearer, more timely information.
The new detection sensors monitor rising water levels on road surfaces, automatically illuminating warning signs to display flood alerts, while switching traffic lights to red to indicate road closures. The signal controllers are connected to control and communication field stations, installed at higher elevations near both locations to prevent components from being damaged by flooding.
Warrington Borough Council can remotely monitor and manage both flood warning systems anytime, anywhere, receiving push notifications directly to mobile phones or other devices when flooding occurs.
A Warrington Borough Council spokesperson said: "Flood events are increasing. After deploying automated flood warning systems at two of the town's 'hotspots,' we have effectively reduced risks to both people and property by discouraging drivers from driving through floodwaters. The system automatically activates flood warning signs near each location, sets traffic signals to all-red, and publishes hazard information to the wider community via social media."
