Skip to main content

Indra implements smart tunnel technology

Texeira Duarte has awarded Indra a contract for the design, installation and commissioning of intelligent traffic systems (ITS), control and communications for the Marao tunnel, currently under construction and which, spanning close to 6 km, is said to be the longest in Portugal and the Iberian Peninsula. In addition, Indra will also implement its tunnel control technology for the tunnel of the Mashhad Metro Line 2 in Iran. The global value of these contracts for Indra is more than US$8 million Indra
July 20, 2015 Read time: 2 mins
Texeira Duarte has awarded 509 Indra a contract for the design, installation and commissioning of intelligent traffic systems (ITS), control and communications for the Marao tunnel, currently under construction and which, spanning close to 6 km, is said to be the longest in Portugal and the Iberian Peninsula.

In addition, Indra will also implement its tunnel control technology for the tunnel of the Mashhad Metro Line 2 in Iran. The global value of these contracts for Indra is more than US$8 million

Indra will equip the Marao tunnel control centre with its proprietary Horus intelligent traffic and tunnel management solution, integrating and enabling a centralised control of the tunnel's different intelligent traffic systems (ITS). Indra will also implement automatic incident detection and video surveillance systems using closed circuit television (CCTV), signalling systems, fire detection, communication, public address system, SOS posts, and loading gauges and dangerous goods controls.

An advanced video surveillance system with automatic incident detection using artificial vision will enable an immediate response to events that could endanger user safety or traffic. The Indra solution will also integrate an innovative control system for dangerous goods using video surveillance and a license plate recognition system based on algorithms.

For more information on companies in this article

Related Content

  • TransCore to design and build I-66 active traffic management system
    February 15, 2013
    One of the most congested interstates in Virginia, US, is to get an Active Traffic Management (ATM) system. The Virginia Department of Transportation (VDOT) has selected TransCore, a division of Roper Industries, to design and build its I-66 ATM system on northern Virginia’s main highway into the District of Columbia. The US$34 million contract is 90 percent federally funded and will support thirty-four miles of highway from the District of Columbia to Gainesville US-29 in Prince William County. The projec
  • Øresund bridges the front line for border crossing traffic
    September 15, 2016
    Timothy Compston considers the challenges faced by the operators of the Øresund Bridge between Denmark and Sweden, the largest structure of its kind across Europe. In light of the concerns about the ongoing security threat and the unprecedented flow of migrants, many of the countries that make up the Schengen Area in Europe have re-introduced border controls. For its part, Sweden has rolled out ID checks for train, bus and ferry passengers from Denmark placing the landmark Øresund Bridge very much on the fr
  • The Asia-Pacific poses a multitude of ITS challenges
    May 30, 2014
    The Asia-Pacific ITS Forum and Exhibition in Auckland, New Zealand, provided a focus for the region’s ITS Associations. Mary Bell reports. In late April, ITS New Zealand hosted the 13th Asia-Pacific ITS Forum and Exhibition in Auckland. Around 350 delegates from 24 nations gathered to share and advance ITS applications on both strategic and technical levels and to discuss the differing and various challenges faced in the region.
  • Victorian government to implement high capacity signalling on new rail line
    July 18, 2017
    The Victorian government, Australia has awarded CPB Contractors and Bombardier Transportation the contract to deliver the US$790 million (AU$1 billion) Rail Systems Alliance in Melbourne, which includes the roll-out of a 55 kilometre long high capacity signalling (HCS) and communications system. HCS allows trains to safely run closer together, meaning they can run more often. The technology will enable trains every two to three minutes, creating a ‘turn-up-and-go’ train network for Melbourne. The signalling