Complete Streets policies promote safe and equitable outcomes for all road users. Here’s how they do it, and how digital traffic data helps.| StreetLight
As traffic patterns shift, traditional road traffic counter methods increasingly fall short — but transportation analytics can fill in the gaps.| StreetLight
How a protected bike lane in North Kansas City impacted ridership, speeding, and congestion.| StreetLight
Learn how you can use turning movement counts to facilitate safety planning, signal retiming, commuter and tourism planning, and retail site selection.| StreetLight
In Oakland, CA, 2023 plans for Grand Ave. prioritize traffic flow over road safety, but big data analysis could support a traffic calming strategy that balances both.| StreetLight
What is AADT? Annual Average Daily Traffic data is key to successful transportation planning, and analytics are making it more powerful.| StreetLight
Road diets remove lanes to improve safety, cut emissions, and calm traffic. See real road diet examples and the data behind their success.| StreetLight
Solve traffic congestion in your region without costly highway expansion using these strategies.| learn.streetlightdata.com
How a bike lane changed ridership in Waterloo, Ontario| learn.streetlightdata.com
See where the top 30 American cities rank on unsafe traffic speeds and learn how you can use speed data to advance pedestrian safety.| learn.streetlightdata.com
In 2020, headlines touted a boost in biking activity. Our new report explores the latest bike analytics to determine whether that lasted, and where daily bicycle volumes have grown the most.| learn.streetlightdata.com
This handbook shows how vehicle, bicycle, and pedestrian analytics can power transportation safety initiatives like Vision Zero, Complete Streets, MIRE, and work zone safety.| learn.streetlightdata.com
With pedestrian activity declining, our new analysis of walking and mode share data shows where U.S. cities and states rank and what this means for safety.| learn.streetlightdata.com