Skip to main content

Flir launches TrafiOne Smart City Sensor

Flir Systems is launching the Flir TrafiOne Smart City Sensor, an all-round detection sensor for traffic monitoring and dynamic traffic signal control. Offered in a compact and easy-to-install package, the system uses thermal imaging and Wi-Fi technology to provide traffic engineers with high-resolution data on vehicles, bicycles and pedestrians at intersections and in urban environments. The Flir TrafiOne sensor uses thermal imaging to detect the presence of pedestrians and cyclists who are approaching or
June 13, 2016 Read time: 2 mins
Farid Semmahi of Control Technologies

6778 Flir Systems is launching the Flir TrafiOne Smart City Sensor, an all-round detection sensor for traffic monitoring and dynamic traffic signal control. Offered in a compact and easy-to-install package, the system uses thermal imaging and Wi-Fi technology to provide traffic engineers with high-resolution data on vehicles, bicycles and pedestrians at intersections and in urban environments.

The Flir TrafiOne sensor uses thermal imaging to detect the presence of pedestrians and cyclists who are approaching or waiting at the curbside or who are actually walking on a street crossing. Thermal imaging sensors can see in total darkness, through shadows and sun glare, which helps provide reliable traffic detection 24/7. The TrafiOne can even be combined with rapid flashing beacons to help warn approaching drivers that a pedestrian is present in a mid-block intersection.

Optional Wi-Fi technology can be used to capture traffic flow data and by monitoring Wi-Fi Mac addresses of devices such as smartphones, TrafiOne can determine travel and route times along road segments.

Via Wi-Fi signal strength information the device can also measure queue delay times at intersections. “Flir TrafiOne will help traffic engineers to improve traffic flows in the city in unseen ways,” says Stefaan Pinck, vice-President worldwide ITS Sales at Flir. “Through data collected by the TrafiOne sensor, they will be able to adapt traffic signal schemes, reduce vehicle idling time, monitor congestion, enhance safety for vulnerable road users and measure travel and delay times for different transport modes.”

The information collected by TrafiOne can be accessed for further analysis by Flir’s cloudbased analysis platform. Smart analytics transform the data into useful traffic insights, which are critical to understanding road network performance and to taking extra measures where and when they are needed.

For more information on companies in this article

Related Content

  • Siemens unveils Sepac 3.51 traffic control software
    July 31, 2012
    At this year’s IMSA (International Municipal Signal Association) Conference, which ends today in Orlando, Florida, Siemens has released the latest Sepac local traffic controller software which incorporates new features that help make intersections safer and improve the use of traffic signal priority for public mass transportation, without interrupting the general traffic flow.
  • Cost benefit: Wichita eases workzone congestion
    July 8, 2019
    Achieving higher diversion rates has helped one Kansas city to make traffic flow more efficient around workzones. David Crawford examines what’s behind a 10:1 benefit-to-cost ratio in Wichita Around 10% of highway congestion in the US results from delays in workzones, leading to an estimated annual loss of $700 million in fuel costs alone. The lack of accessible real-time traffic information to help motorists minimise their inconvenience – particularly at peak times - is a major contributor. One solut
  • Minnesota installs Smart Signal technology
    July 31, 2013
    Minnesota-based Smart Signal Technologies has installed its new iMonitor software on 52 intersections for the Minnesota Department of Transportation (MnDOT) to improve traffic signal performance along the Twin Cities’ congested signalised arterial corridors. Utilising already-installed controllers and detectors, iMonitor enables agencies to gather high resolution real time information to measure and monitor signal and corridor performance and calculate accurate travel times and queue lengths in real time
  • Ford to begin testing autonomous cars on California’s roads
    December 16, 2015
    Fully autonomous Ford Fusion Hybrid sedans are taking to California streets next year, as Ford Research and Innovation Centre in Palo Alto continues growing. Ford is officially enrolled in the California Autonomous Vehicle Testing Program to test autonomous vehicles on public roads. The testing is a further advance of Ford’s ten-year autonomous vehicle development program and a key element of Ford Smart Mobility, the plan to take the company to the next level in connectivity, mobility, autonomous vehicle