by Walther Ploos van Amstel
A new report from London’s Cross River Partnership (CRP) highlights how digital kerbside management can transform freight operations and urban air quality. In collaboration with Grid Smarter Cities, CRP piloted a network of eight Virtual Loading Bays (VLBs) across London. Kerbside Management Technology Kerbside Management Technology is designed to dynamically manage urban kerb space, helping …
The historic city center of Žilina is taking smart steps to optimize the entry and movement of vehicles through its pedestrian zone. Using data-driven insights and intelligent technology, the city is working to regulate access more effectively, improve urban logistics, and make more efficient use of its limited public space. Researchers analyzed extensive data on …
Urban public space commonly accommodates freight delivery operations through on-street (un)loading zones (LZ). Given the scarcity of public space and its demand by various users, city authorities face the challenge of effectively managing LZ by understanding freight curbside needs and utilization. Despite the popularity of technological solutions and enforcement practices among policymakers to capture curbside …
ITS play a growing role in the mobility ecosystem. Cars, public transport, freight, Mobility-as-a-Service, and people and goods are increasingly connected within a collaborative ecosystem with lightning-fast information exchange. This allows us to tackle fundamental challenges in our built environment, such as traffic congestion, noise, pollutant emissions, etc., from a previously unthinkable perspective: dynamically. Geo-fencing …
The overall objective of the GeoSence project is to design, trial, and evaluate geofencing concepts and solutions for specific cases in cities, within the project and from other previous and ongoing geofencing initiatives and to propose new ways of successfully deploying geofencing technologies. Furthermore, tools for implementation and approaches to scaling up and spreading the …
In recent years, several quay walls have collapsed in Amsterdam (NL). The state of the quays is so problematic that an orthodox approach is no longer sufficient. Amsterdam has more than 600 kilometers of public quay wall, of which 200 kilometers are in poor condition. Of those 200 kilometers, 50 kilometers is very bad.
The University of Washington Urban Freight Lab released the results of a pilot study on Curb Allocation Change supporting easier and less disruptive passenger pick-ups and drop-offs by cabs. The study tested the traffic impacts of providing more passenger load zones paired with in-app geofencing technology that guided drivers and riders to designated load/unload locations.
A new report by the International Transport Forum (ITF) presents policy options for extending the life of road assets by mitigating deterioration caused by trucks. Beyond traditional engineering responses, it considers the role of trucks in road asset deterioration from a demand-oriented perspective.
Cities are taking measures to ensure that urban freight runs smoothly. These vary from stricter enforcement of illegal parking on loading and unloading zones and better route information for transporters (ITS) to optimization of delivery times windows. E-mobility will receive privileges in certain zones based on intelligent access.
City logistics in Amsterdam (NL) is becoming more complex resulting in unnecessary extra mileage and higher costs. At the end of 2017, the city of Amsterdam, together with Stichting Connekt, Topsector Logistiek and Amsterdam Smart City, wrote a competition: who would come up with a smart solution for the logistical problem in the city center?