Skip to main content

Ford and StreetLight Data combine on safety  

Collision data and travel patterns are overlaid to see where road improvements are needed
By Adam Hill October 16, 2020 Read time: 2 mins
Bike, pedestrian and vehicle safety issues can be tackled, the two firms say (© Monopoly Monopoly | Dreamstime.com)

Ford Mobility and StreetLight Data have launched a data package which they say offers insights into road safety for departments of transportation and local authorities.

Safety Solutions brings together Ford’s Safety Insights tool - which uses collision data and connected vehicle input on near misses to find potential accident hotspots – and StreetLight’s Software as a Service (SaaS) platform StreetLight InSight, which supplies travel pattern data based on smartphones and navigation devices in connected vehicles, trucks and Internet of Things devices.

The new bundle can overlay crash information with vehicle, bicycle and pedestrian metrics to work out in which locations authorities should act to improve traffic safety.

“This kind of collation and analysis was previously very time-consuming and often lacked any visual representation to help planners and engineers rapidly identify, analyse and recommend countermeasures for particular safety concerns,” says Cal Coplai, product owner of Ford Mobility’s Safety Insights.

In a separate announcement, StreetLight’s data analysis has revealed that Covid-19 has changed traffic patterns in the US, shifting the morning rush hour in particular. 

Instead of the typical sharp increase in morning travel, followed by a drop and then an afternoon peak, the vehicle miles travelled (VMT) analysis shows weekday traffic building gradually toward a more sustained afternoon high.

In cities there are still ‘peak PM’ commutes – but the peaks are less pronounced.

Washington, DC, now has a slightly earlier peak for PM travel than during the same period in 2019, while Los Angeles and San Francisco have a “mini rush hour” just after lunch.

PM congestion begins earlier - but ends sooner – and there is more vehicle travel around midday than was the case last year.

For more information on companies in this article

Related Content

  • CARS group forms to protect rider privacy
    March 23, 2020
    A group has formed to raise awareness of how mobility data specification (MDS) can be used by local governments to track personal movements through a city.
  • Ohio DOT Selects Inrix and StreetLight Data for on-demand mobility intelligence
    September 26, 2017
    The Ohio Department of Transportation (ODOT) has added analytics and origin-destination to its existing Inrix traffic services to help monitor, measure and manage the state’s road network. As part of the agreement, StreetLight Data will enable ODOT to transform Inrix data into actionable intelligence. Ohio DOT will utilise analytic tools and traffic services from Inrix and StreetLight Data to improve system planning, traffic management and operations in Ohio.
  • Guide on how to improve bike network connectivity with modest changes
    June 1, 2012
    The Mineta Transportation Institute has released a peer-reviewed research report, Low-Stress Bicycling and Network Connectivity. As part of its work, the research team created measures of low-stress bicycle route connectivity that can be used to evaluate and guide bicycle network planning. As a result, the team proposed a set of criteria by which road segments can be classified into four levels of traffic stress (LTS). The report includes a sample case study in which every street in San Jose, California, is
  • Vehicle data translator for road weather monitoring
    February 1, 2012
    Sheldon Drobot, Michael Chapman and Amanda Anderson, NCAR, and Paul Pisano, FHWA, detail latest results of testing of a vehicle data translator for road weather monitoring and information applications. The use of vehicle sensor data to improve weather and road condition products, envisioned as part of the US Department of Transportation Research and Innovative Technology Administration's (RITA's) IntelliDriveSM initiative, could revolutionise the provision of road weather information to transportation syste