Case Study | March 02, 2020
Air pollution in urban areas is already a headache for local governments, as it is challenging to monitor and manage. Cities are using professional air quality (AQ) stations that are installed at preselected locations to help their residents become aware of the level of air pollution. However, the ... Not part of subscription
Case Study | March 19, 2020
Decarbonization and rapid urbanization have spurred the transition to an increasingly multimodal urban mobility environment, and the city of Atlanta has become a hotbed of smart city and micromobility technology deployments, none more prevalent or acknowledged than the invasive e‑scooter. While ... Not part of subscription
Analyst Insight | December 16, 2020
This insight is part of the Lux Mobility Team's Year in Review series examining the highlights and key developments of the mobility sector in 2020. For an overview of the other storylines in the Future of Mobility program, see our insights on Future Energy for Mobility, Profiting from Shared ... Not part of subscription
by Chad Goldberg
The technology is being integrated with traffic signals in Reno, Nevada, to detect, count, and track pedestrians, cyclists, and traffic in an effort to improve traffic analytics, congestion management, and pedestrian safety. This is not the first time Lux has encountered lidar for this use case, as Pittsburgh's director of transportation informed us that her city was exploring the technology as a viable traffic management and data collection solution. Lidar may prove to be an effective traffic management tool based on a few factors, including its energy efficiency, ability to communicate data to connected vehicles, and lack of facial recognition features, a growing concern among the public that is prevalent in camera-based systems.
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