Skip to main content

Indra to expand bus lane monitoring system in Santiago, Chile

Spanish technology company Indra is to expand the bus lane monitoring solution used by Chile’s public transportation system Transantiago in the country’s capital, Santiago. The contract, valued at US$3.1 million (€2.8 million) expands the system previously installed by Indra and comprises a platform featuring video recording, management and analysis tools; vehicle registration plate detection and list cross-check applications, as well as traffic violation processing systems. Indra's technology will p
June 13, 2016 Read time: 2 mins
Spanish technology company 509 Indra is to expand the bus lane monitoring solution used by Chile’s public transportation system Transantiago in the country’s capital, Santiago.

The contract, valued at US$3.1 million (€2.8 million) expands the system previously installed by Indra and comprises a platform featuring video recording, management and analysis tools; vehicle registration plate detection and list cross-check applications, as well as traffic violation processing systems.

Indra's technology will provide additional vehicle registration plate monitoring at 106 points across the city, in addition to the 41 installed during the previous phase and checking them against a database of vehicles authorised to use bus lanes. In the event of an unauthorised vehicle, the system monitors it to verify whether it is driving in the bus lane exclusive for turning lane or using it to avoid traffic, in which case an infraction is issued when the vehicle passes along two consecutive inspection points.

The new contract includes 106 panoramic cameras and 134 cameras that can detect registration plates and report each traffic violation to the Strategic Inspection Centre for manual verification.

For more information on companies in this article

Related Content

  • Benefits of traffic light synchronisation
    January 27, 2012
    Alicia Parkway corridor, located in Orange County, California, was part of Phase 1 of an inter-jurisdictional Traffic Light Synchronisation Programme (TLSP) in Orange County designed to increase mobility and overall drive quality while reducing fuel consumption and greenhouse gas emissions. By increasing average speeds and reducing travel times via the reduction in stops, the programme sought to reduce vehicle acceleration and deceleration events along the corridor; these have been identified as the leadin
  • SmartDrive Systems adds active safety system data
    October 22, 2013
    US driving performance solutions provider SmartDrive Systems has added active safety system data elements to its SmartDrive Safety program via direct integration to its data and video event recording platform. This integration expands the capabilities of the SmartDrive platform by capturing data generated from a carrier’s third-party active safety systems and intelligently determining the difference between a high-risk and low-risk event.
  • Mexico implements Indra traffic management technology
    October 2, 2014
    Indra, in partnership with Auneti (Autopista Necaxa-Tihuatlán) and FCC, has deployed traffic management technology in the six tunnels of the new Necaxa-Tihuatlán highway in Mexico. The US$18 million project also includes intelligent transportation systems (ITS) and control and communication systems on the 83 kilometres of highway sections 1 and 2. A new operational control centre equipped with Indra's Horus integrated roadway and tunnel management solution manages traffic along the new road's two sectio
  • Cooperative systems and privacy not mutually exclusive
    February 1, 2012
    Are co-operative systems and personal privacy mutually exclusive? Not necessarily, says Neil Hoose. But the more advanced the application, the greater the concession of privacy may have to become. ITS Stockholm in 2009 and the Cooperative Mobility Showcase event which took place alongside Intertraffic in Amsterdam in March this year both featured live, on-street demonstrations of safety and driver information applications that used Vehicle-to-Infrastructure (V2I) and Vehicle-to-Vehicle (V2V) communications,