Indra deploys traffic monitoring system to improve mobility, Kuwait

Indra has created a new traffic control centre in Kuwait equipped with its smart traffic and tunnel management platform, Horus, to present a graphic format of collected traffic data to operators and citizens. Analysis of the data is designed with the intention ascertaining commuter patterns or traffic growth, plan traffic infrastructures and develop new mobility laws and legislation.
December 15, 2017 Read time: 2 mins
509 Indra has created a new traffic control centre in Kuwait equipped with its smart traffic and tunnel management platform, 7541 Horus, to present a graphic format of collected traffic data to operators and citizens. Analysis of the data is designed with the intention ascertaining commuter patterns or traffic growth, plan traffic infrastructures and develop new mobility laws and legislation.  


The platform combines and integrates real-time information from over 200 permanent traffic sensors deployed and 3,000 mobile sensors, installed at various locations across the Country.

Through Geographic Information Systems (GIS), it displays all the traffic information gleaned and validated by the control centre on an interactive map. The website can provide different agencies responsible for mobility or other public entities over 2,000 types of different traffic reports.

Kuwait’s emergency and law enforcement services can use the information to respond to incidents in a more coordinated manner.

Citizens can access the website and can check the status of traffic on their mobile devices along the two main arteries to enter and exit downtown Kuwait City as well as view estimated travel times.

The implemented technologies enable analysis of service levels on road networks, and traffic flows at intersections such as circles, crossings, junctions and transport hubs or points where traffic is backed up. Weighing systems are designed to monitor the transport of goods to gain a greater oversight on vehicle weights and their effects, primarily on roadbed wear and tear. These solutions provide authorities with the means to optimize the scheduling of maintenance and resurfacing and create legislation? for roadbed design.

For more information on companies in this article

Related Content

  • ITS needs data highways
    November 18, 2014
    Transport and traffic data is on the increase but there must be an integrated data highway to derive the maximum ITS benefits, argues Deutsche Telekom. From public transport operators recording increasingly precise and comprehensive data on their vehicle’s position and driving behaviour to local authorities using RFID and video systems to control traffic on their streets and highways, the amount of traffic data is growing rapidly.
    Read More
  • Huawei develops the next generation of wireless communications
    October 25, 2024
    Huawei has developed and already deployed high-integrity and richly featured cellular communications solutions for the railway sector which are based on the new FRMCS standard and 4-5G technology
    Read More
  • Traffic management market ‘worth US$17.64 billion by 2020’
    February 4, 2016
    According to a new market research report from MarketsandMarkets, the traffic management system market is expected to grow from US$4.12 billion in 2015 to US$17.64 billion by 2020, at a compound annual growth rate of 33.8 per cent during the period. The report, Traffic Management Market by Solutions (ELV, Full Pedestrian, Led Signals & Retrofit Solutions, Intersection Controllers Parking Space and Toll Management), Detection (AGPVD, Loop Detection, CCTV and ANPR), & by Region - Global forecast to 2020, s
    Read More
  • Queensland extends emergency vehcile priority system
    December 18, 2014
    Following encouraging results from an initial small-scale trial of an emergency vehicle priority system in Queensland, Australia, the scheme is now being extended. In an emergency every second counts. Nowhere is this more graphically illustrated than by the survivability statistics for the time to cardiopulmonary resuscitation of pre-hospital cardiac arrest: at four minutes the survival rate is 22% but by 14 minutes the survival has dropped to 5% - as can be seen from the graph below. There is a similar tre
    Read More

Highlighted Content