TomTom launches speed cameras service in Brazil

TomTom’s speed cameras service is now available in Brazil. The company has worked with MapaRadar to enhance the service, which will be delivered directly to devices as a hosted service, or via a server-to-server bulk feed. Drivers will benefit from up-to-date warnings of nearby fixed and red light cameras, as well as speed enforcement zones. Car manufacturers can easily integrate the world-class service in their in-dash and mobile navigation systems. Backed by OpenLR, the open standard for "procedure
March 12, 2014 Read time: 2 mins
1692 TomTom’s speed cameras service is now available in Brazil. The company has worked with MapaRadar to enhance the service, which will be delivered directly to devices as a hosted service, or via a server-to-server bulk feed.

Drivers will benefit from up-to-date warnings of nearby fixed and red light cameras, as well as speed enforcement zones.

Car manufacturers can easily integrate the world-class service in their in-dash and mobile navigation systems. Backed by OpenLR, the open standard for "procedures and formats for the encoding, transmission, and decoding of local data irrespective of the map" developed and introduced by TomTom in 2009, TomTom is able to pinpoint over 17,000 speed cameras across Brazil.

The TomTom Speed Cameras service is based on governmental sources, news feeds, field surveys, and third-party sources in selected countries. It's also based on community input from more than 3.5 million TomTom drivers around the world. Camera reports, confirmations and removals are processed automatically by our sophisticated Fusion engine, which runs 24/7, every day of the year. The real-time processing of over one million reports per month ensures that the TomTom Speed Cameras content is always up-to-date.
Location Based Systems

For more information on companies in this article

Related Content

  • Video developments in automatic incident detection
    May 22, 2012
    David Crawford reviews technological progress with automatic incident detection Highway safety problems are likely to intensify given recent predictions of future traffic growth across the world. In the United States, the National Highway Traffic Safety Administration (NHTSA) reports that currently over 30,000 deaths and 1.5 million injuries occur as the result of accidents on the nation’s roads each year. These figures will increase with the number of kilometres travelled each year in the US expected to gr
    Read More
  • Applied Information’s app gets Marietta connected
    October 26, 2017
    Must the benefits of connected vehicle technology wait for a generation of new or retrofitted vehicles? The US city of Marietta is about to find out. Can connected vehicle functionality be delivered via a smartphone? Well, in Marietta, Georgia, they are about to answer that question. The city is testing a smartphone app which warns motorists of nearby cyclists and pedestrians, approaching first responders, wrong-way driving, entering active school zones and much more.
    Read More
  • SafeZone schemes increase road safety in Brighton and Hastings
    February 28, 2018
    Two of Siemens’ SafeZone average speed schemes in Brighton and Hastings have received acclaim from Sussex Safer Roads Partnership (SSRP) following the first six months of operation which recorded 98.8% speed compliance. The cameras are intended to help improve road safety and reduce the risk of collisions. SafeZone’s average speed enforcement system was installed along Brighton Seafront on Marine Parade and on the A259 Grosvenor Crescent in Hastings. Both schemes also used infra-red lighting to avoid
    Read More
  • Vehicular networking architecture for local road weather services
    August 19, 2015
    The Finnish Meteorological Institute is currently testing two-way delivery of local weather data as Timo Sukuvaara explains. Road weather information is one of the key ways in which ITS can help reduce traffic accidents and fatalities – which is why the Finnish Meteorological Institute (FMI) has long provided road weather services. Now, the CoMoSeF (Cooperative Mobility Services of the Future) project has been developing communication methodologies to deliver road weather services directly to vehicles and g
    Read More

Highlighted Content