Skip to main content

San Francisco deployment for Rideflag HOV verification app

Metropolitan Transportation Commission has one of world's largest express lane networks
By David Arminas October 12, 2023 Read time: 2 mins
High-occupancy vehicle verification is a key part of enforcement (© Andreistanescu | Dreamstime.com)

Rideflag Technologies is working with the San Francisco Bay Area Metropolitan Transportation Commission (MTC) on a multi-phased deployment of its high-occupancy vehicle (HOV) verification tool.

The Canadian company, based in the province of Ontario, recently showcased its occupancy detection smartphone app at the IBTTA Annual Meeting and Exhibition in Seattle in the US.

The Bay Area Express Lanes are a local network of managed lanes that are currently being implemented across the interstate highway through close coordination among regional agencies. 

Rideflag says that the applicability of its technology is particularly relevant for MTC as the agency is planning to deploy the tool on one of the largest Express lane networks in the world, in addition to San Francisco’s Golden Gate and Oakland Bay bridges. MTC has around 125 lane-miles of operating Express Lanes in an overall planned regional network of 737 lane-miles.

Rideflag’s vehicle occupancy detection (VOD) camera technology accurately counts and verifies vehicle occupants. Using only one smartphone, carpoolers can declare and verify their occupancy in around five seconds or less. Verification can be completed with a face mask, sunglasses, in all lighting conditions and with children.

As well, the technology can be integrated with agency back-office systems through an API call or can directly connect with transponder readers. The app can also fully integrate with advanced agency customer relationship management tools.

Importantly, says Rideflag, while the technology counts the number of occupants within a vehicle and determines whether they are real, it cannot determine occupant identity.

The technology also does not continuously track a user’s location. It looks only at their route on the highway. The location data is gathered only in order to grant the correct HOV benefits to carpoolers.

RideFlag Technologies is partnering with the University of South Florida in the US and which received a research grant from the National Institute for Congestion Reduction.

In collaboration with the Center for Urban Transportation Research at the university, Rideflag’s VOD smartphone app is being tested on multiple express lane facilities to help further improve the technology and optimise its impact on creating new and sustained carpools.

Related Content

  • December 19, 2017
    USDoT pilots show win-win potential for connected vehicles
    Pete Goldin discovers the state of play with connected vehicles trials in the US and the impact of Hurricane Irma on Tampa’s pilot. The US Department of Transportation’s (USDoT’s) connected vehicle (CV) pilot sites have moved into phase 2 of the deployment programme– design, build, test and, maybe most importantly, collaborate.
  • October 8, 2019
    Voom’s San Francisco helicopter service lifts off
    Voom is offering helicopter flights to five airports in the San Francisco Bay Area which it says will provide an affordable way to fly over traffic. Voom CEO Clément Monnet says: “Our service will make it easy and affordable for business travellers to travel quickly from locations such as the San Francisco airport to San Jose in only 20 minutes, rather than sitting in traffic for hours trying to get to a meeting.” Voom, an Airbus company with operations in São Paolo and Mexico City , can pool up to five
  • March 1, 2013
    DriveWyze wireless Preclear system speeds weighstation waiting
    Drivewyze aims to revolutionise the way weighstation bypass systems work with its Pre-Clear system. And it’s not just looking at weighstations, either… Pete Goldin reports. Truck drivers know the drill: pull off the high­way at every weighstation and wait. Carriers know the drill, too: every minute spent waiting there translates directly into dollars lost. Traditionally, the only alternative to this scenario is a transponder-based system, which allows trucks to bypass the sites using technology similar to
  • March 15, 2012
    Traffic signal priority initiatives aid better bus travel
    David Crawford investigates traffic signal priority initiatives developing for better bus travel on the US Pacific Coast Transit patronage rises by an average of 35% along commuter corridors equipped with bus rapid transit (BRT) systems, according to the US Department of Transportation’s Federal Transit Administration (FTA). BRT as defined as bus transit enhanced with ITS systems for better services, is winning new passengers attracted by opportunity to avoid increasing fuel costs and traffic congestion.