Skip to main content

Gewi uses Waze data to initiate pothole repair projects

Gewi has announced a new component for its TIC software which will collect Waze data and automatically take action based on the specific event type and subtype, enabling the software to automatically create road repair projects based on user-generated pothole reports from Waze. The process uses the project feature of the software, which allows the user to decide what action to take when a pothole is reported, such as sending a notification to the maintenance department based on the pothole location. Furt
March 14, 2017 Read time: 2 mins
1862 Gewi has announced a new component for its TIC software which will collect 6897 Waze data and automatically take action based on the specific event type and subtype, enabling the software to automatically create road repair projects based on user-generated pothole reports from Waze.

The process uses the project feature of the software, which allows the user to decide what action to take when a pothole is reported, such as sending a notification to the maintenance department based on the pothole location. Further steps can be assigned based on the repair process specified by the local authority.

All the traffic information features of TIC are available within the repair project, so traffic information can be distributed to navigation devices, broadcasters, VMS signs, portable devices, web pages and directly to Waze.

Information about the repair can be distributed to Waze in the Waze data format, enabling analysis and management reports to be created.

TIC can also be configured to automatically or manually prioritise pothole repair projects based on road class so that more heavily-travelled roadways receive more immediate attention.

Related Content

  • February 23, 2017
    Single system simplicity for smarter city transport
    All encompassing, city-wide transport monitoring and control systems are beginning to make their way onto the market, as Colin Sowman hears. The futuristic vision of cities where everything is connected and operated with maximum efficiency by a gigantic computer remains a distant prospect but related sectors and services are beginning to coalesce: transport monitoring and control for instance.
  • March 16, 2012
    Google maps the future of traffic and travel information?
    Will the relentless growth of Google lead to it becoming the ultimate provider of travel information services? Huw Williams investigates Google’s strategy and David Crawford discovers what two principal rivals are doing to keep pace. In the first weeks of 2012 one company staked two divergent claims on the future of transport. One is the science fiction of only a decade ago, turned into reality: the driverless car. The other seems more prosaic, yet in its own way is just as significant a marker of the futur
  • January 30, 2012
    UK government to investigate best practice for travel information
    The UK Government has been advised by an internal inquiry that it should investigate examples of best practice in travel information services. So where might it look? Jon Masters reports. Publication of a UK Government report on road congestion this year has highlighted a need to look beyond home borders when searching out answers to pressing problems. With regard to issues of travel information in particular, UK transport professionals would do well to look overseas for solutions they can emulate.
  • November 20, 2017
    Trafik Stockholm uses data gathered from Bluetooth and Wi-Fi to alleviate congestion
    Trafik Stockholm (TS) has chosen Blip Track technology from Denmark-based Blip Systems to alleviate congestion on the city's road by providing live traffic information via real-time and historical travel flow data from road users’ Bluetooth and Wi-Fi devices. Travel times are continuously updated in line with the behaviour of road users so that by considering their route and the time they depart, they can help to reduce bottlenecks and keep traffic moving. The technology provides a birds-eye view of the