Skip to main content

Indra to implement Kuwait’s traffic monitoring system

In a contract valued at around US$18 million, Indra is to implement a traffic monitoring system in Kuwait City on behalf of the Kuwait Municipality. The contract includes the technology for the traffic management centre, installation of over 200 permanent traffic sensors and gathering and integration of data from about 3,000 locations throughout the city within the new monitoring system, including integration of different vehicle detection technologies, with radar systems, loops, video cameras and weighing
April 7, 2015 Read time: 2 mins
RSSIn a contract valued at around US$18 million, 509 Indra is to implement a traffic monitoring system in Kuwait City on behalf of the Kuwait Municipality.

The contract includes the technology for the traffic management centre, installation of over 200 permanent traffic sensors and gathering and integration of data from about 3,000 locations throughout the city within the new monitoring system, including integration of different vehicle detection technologies, with radar systems, loops, video cameras and weighing systems.

All these systems communicate with the Kuwaiti municipality’s traffic data centre via an advanced traffic data management system, also implemented by Indra, which will transmit the data to the departments responsible for the city’s traffic and mobility, maintenance teams, emergency services and police. It will also provide drivers with up to date travel information.

Indra claims the contract is a new step forward for the company in Kuwait, a country which plans to invest US$1 billion in its Infrastructure Development Plan with projects involving roads, ports, the railway which will connect with other countries of the Persian Gulf, and the Kuwaiti metro. Indra has already equipped the Kuwait City Airport with its air traffic management technology.

For more information on companies in this article

Related Content

  • Priority boosts ridership and cuts congestion
    May 4, 2016
    Transit priority is proving a win-win in Europe and Australia. David Crawford reports. Technology that integrates with the Australian-originated Sydney Coordinated Adaptive Traffic System (SCATS) is driving bus signal priority and performance analysis initiatives on both sides of the world; in its homeland, with a major deployment in 2015, and in the capital of the Republic of Ireland.
  • Vehicle identification systems aid dynamic bus operations
    April 24, 2013
    David Crawford looks at a global trend towards more efficiency in less space As buses gain increased profile in the public transport mix needed for modal shift, attention is turning towards improving terminal layouts for more efficient handling of services and passengers. Locations, too, tend to be in central areas of cities, where sites are restricted and land values high. Enter the dynamic bus station, which uses modern vehicle identification systems to optimise space use and streamline service operation
  • Avoiding the call of the wild
    June 29, 2018
    Hitting an animal on a rural road can be fatal for all parties involved – but detecting and avoiding them requires clever technology. Andrew Williams carefully scans the horizon for details. Wildlife-vehicle collisions are an ever-present threat in rural areas around the world, and there is certainly nothing funny about suddenly finding an angry moose in your headlights on a sharp bend. A variety of detection and avoidance systems are currently in use or under development to help prevent your vehicle being
  • In-vehicle automation of safety compliance and other traffic violations
    January 24, 2012
    David Crawford explores new initiatives in enforcement. Achieving the EU’s new road safety target of reducing road traffic deaths by 50 per cent by 2020 depends on removing legal and institutional barriers to the deployment of new enforcement technologies, stresses Jan Malenstein. The senior ITS Adviser to Dutch National Police Agency the KLPD, and a European-level spokesperson on road and traffic safety, points to the importance of, among other requirements, an effective EUwide type approval process for fr