Skip to main content

Guatemala urban mobility deal for Kapsch TrafficCom

Traffic signal contract in central American country extends footprint in the region
By Adam Hill October 3, 2024 Read time: 1 min
Traffic in Guatemala City (© Vladislav Jirousek | Dreamstime.com)

Kapsch TrafficCom has extended its footprint in Latin America by picking up a contract with authorities in Guatemala City.

The company will implement a centralised traffic signal system in the capital of Guatemala through a control centre to allow the operation of hundreds of intersections with traffic lights. It will also train personnel responsible for the operation and management of the system.

In addition, Kapsch is tasked with providing all the infrastructure for the renovation of the traffic control centre, including hardware and software to implement its mobility management tech platform EcoTrafiX. 

The platform will enable fixed, actuated, responsive and adaptive time regulation modes: EcoTrafiX controllers will control 511 intersections, which will be renewed with new traffic lights, video detection cameras and variable messaging panels. 

An open and standardised communication protocol will be used to enable and facilitate interconnection between equipment from different vendors.

Kapsch already runs urban mobility schemes in Buenos Aires (Argentina), Quito (Ecuador), Lima (Peru) and Panama City (Panama).

Santiago Rosas, Kapsch TrafficCom's solution consulting manager for Latin America, says: “The traffic light centralisation is one of the first steps towards intelligent mobility management, and will impact on better mobility for citizens in Guatemala City.”

For more information on companies in this article

Related Content

  • Integrated corridor management 'to enhance travel efficiency'
    August 29, 2012
    New systems of software are coming together to form the technological backbone of a project that will apply practically to one corridor in Dallas, but influence travel across a wider area. Dallas Area Rapid Transit (DART) is the lead agency for an extensive Integrated Corridor Management (ICM) project in Dallas, covering an area stretching north east of downtown Dallas, 20 miles long by two miles wide. The corridor is defined loosely by the US-75 freeway and DART’s light rail ‘red line’. These are the theor
  • Tighten up on cyber security before hackers infiltrate ITS infrastructure
    October 19, 2015
    This year’s ITS World Congress in Bordeaux will have three sessions dedicated to cyber security and the issue will also be addressed under connected and automated vehicles categories. Jon Masters finds out why. American security researchers Charlie Miller and Chris Valasek attracted international press coverage recently when they demonstrated how they could hack into and take control of a vehicle from a remote laptop. While the implications are clearly serious for vehicle manufacturers, highway and transpor
  • Managing Seattle’s congestion with Siemens intelligent software
    May 18, 2016
    The City of Seattle, Washington, is to implement Siemens’ Concert, an integrated traffic management platform that connects both Siemens and third-party systems across the city including traffic control centres, intersection controllers and parking guidance systems. The Concert platform will integrate Siemens’ TACTICS traffic control system as well as the city’s existing dynamic message sign management system the local travel time system and the Washington Department of Transportation (WSDOT) freeway sys
  • Kapsch TrafficCom wins big in Sydney
    December 9, 2014
    The WestConnex Delivery Authority (WDA) in Sydney, Australia, has awarded Kapsch CarrierCom subsidiary, Kapsch CarrierCom Australia, the contract to supply a roadside tolling system to support capacity enhancement to the M4 motorway widening project as part of Stage 1 of the WestConnex motorway scheme in Sydney. The award covers two contracts for the initial phase of the project, one for the roadside equipment for the M4 widening segment and one for maintenance and support. The project is designed to in