Skip to main content

Iteris enhances travel time system

Iteris has upgraded its Vantage detection solutions with Vantage Velocity 2.0, which includes several enhancements to its Bluetooth-based travel time system. Vantage Velocity, Iteris’ Bluetooth-based travel time system, employs sensors installed at defined segments along the road to capture the identity of passing Bluetooth-enabled devices. Utilising advanced algorithms, the host software analyses the matches between sensors to create accurate real-time speed and travel time data on freeways and arterial ro
August 9, 2013 Read time: 2 mins
73 Iteris has upgraded its Vantage detection solutions with Vantage Velocity 2.0, which includes several enhancements to its Bluetooth-based travel time system.
 
Vantage Velocity, Iteris’ Bluetooth-based travel time system, employs sensors installed at defined segments along the road to capture the identity of passing Bluetooth-enabled devices. Utilising advanced algorithms, the host software analyses the matches between sensors to create accurate real-time speed and travel time data on freeways and arterial roadways.

The enhancements in Vantage Velocity 2.0 provide public agencies with the flexibility to meet their traffic management needs by enabling them to create their own user-definable congestion maps. Improved reporting allows operators to obtain a complete view of real-time traffic and origin-destination data while understanding demand trends over periods of several days. The new field unit data viewer allows users to begin monitoring incoming Bluetooth matches directly from the installation site, which provides instant validation of the installation performance.

“These enhancements to our Vantage Velocity product are a result of the market’s growing demand for real-time traffic information,” said Todd Kreter, senior vice president of development and operations for Iteris’ Roadway Sensors segment. “The upgrade will provide our customers with the ability to monitor road conditions and respond faster to various traffic situations.”

For more information on companies in this article

Related Content

  • GPS delivers accurate journey time data for UTC
    January 27, 2012
    A new solution developed as a consequence of the UK's Freeflow project fuses GPS and UTC loop data to give more accurate predictions of journey times, benefting network managers and travellers alike. By Matt Cowley and Gareth Jones, Trakm8 and John Polak and Rajesh Krishnan, Imperial College London
  • New ANPR solutions overcome variables
    May 18, 2018
    The sheer range of variables makes it difficult to find a single algorithm to ensure a 100% standard of ANPR. David Crawford investigates new processing technology. Automatic number plate recognition (ANPR), using optical character recognition and image-processing to identify vehicles, plays key roles in traffic monitoring and law enforcement, access and parking control, electronic toll collection, vehicle security and crime deterrence. Overall, system performance is well rated, with high levels of
  • Minneapolis-St. Paul’s Go-To gets the Cubic touch
    April 23, 2024
    Contactless fare system is centrepiece of upgrade to transit ticketing in the Twin Cities
  • Monitoring during construction reveals benefits of new expressway
    June 6, 2014
    David Crawford reports on how the authorities in New Zealand are using Bluetooth technology to monitor the effects of a new expressway as it is being constructed. New Zealand Highway Agency (NZHA) is using Bluetooth-based vehicle detection to assess the impact of its biggest road building project as the various sections are completed. The large-scale deployment of a Bluetooth-based vehicle detection system is making substantial contributions to traffic data needs in progressing the new Waikato Expressway, a