Bluetooth monitoring to reduce Istanbul’s congestion

Spanish company Trafficnow and Isbak are working together to help in taming the congestion in Istanbul, one of Europe’s most congested cities. They are to install 250 DeepBlue Bluetrack sensors along all the major corridors and access points of the city, together with the DeepBlue core centralised system. The sensors use the signals emitted by Bluetooth-enabled devices such as GPS navigation systems and mobile phones to track vehicles and calculate travel times. With up to ten lanes of traffic, the city aut
May 14, 2013 Read time: 2 mins
Spanish company 6771 Trafficnow and 72 Isbak are working together to help in taming the congestion in Istanbul, one of Europe’s most congested cities.

They are to install 250 DeepBlue Bluetrack sensors along all the major corridors and access points of the city, together with the DeepBlue core centralised system. The sensors use the signals emitted by Bluetooth-enabled devices such as GPS navigation systems and mobile phones to track vehicles and calculate travel times.

With up to ten lanes of traffic, the city authorities opted for the DeepBlue DC Sensor; a unit specially designed for side-fire multi-lane operations. The DeepBlue DC Sensor features dual channel operation and powerful antennas.

This award follows a 30 month trial period in the city and could help make a major contribution reducing Istanbul’s congestion, which has some 2.6 million vehicles on its road network of 25,000km as well as a population of around thirteen million. Around 1.3 million vehicles a day cross between Istanbul’s European and Asian sides and the average journey time is around 72 minutes. The city’s authorities have taken several steps to address the congestion issues such as investing in intelligent transportation systems (ITS) technologies, building separated bus lanes and also planning to build a new crossing.

Travel time information will be published using ITS applications such as traffic density map, IMM mobile traffic, TCC’s web site (%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal tkm.ibb.gov.tr tkm.ibb.gov.tr/ false http://tkm.ibb.gov.tr/ false false%>), variable message signs, signalisation and call centre.
Networking & Communication Systems Urban Traffic Control

For more information on companies in this article

Related Content

  • RTA Dubai and Next Future Transport launch autonomous pods
    February 15, 2018
    The Roads Transport Authority (RTA) of Dubai, in collaboration with Next Future Transport, is testing autonomous mobility pods on the sidelines of the World Government Summit as part of its effort under the future accelerators initiatives. The trial also supports the city's Self-Driving Strategy to make 25% of public transport autonomous by 2030. These pods are designed with the intention of travelling short and medium distances in dedicated lanes and can be coupled in 15 to 20 seconds or detached, depen
    Read More
  • OKeenea has safer pedestrian crossings in view with aBeacon
    March 19, 2018
    Okeenea already produces its more conventional accessible pedestrian signal (APS). While it has been a successful product, according to the company, it is also noisier and so is not so convenient for visually impaired people. Now, Okeenea has launched the aBeacon, which it says is the perfect mix of the APS and high-end technologies like iBeacon to provide new digital services to improve mobility of all citizens. Key features of the easy-to-install aBeacon include less operational noise and also activation
    Read More
  • ASECAP annual study and information days
    February 6, 2014
    The 42nd annual ASECAP study and information days, to be held in Athens from 26 to 278 May 2014, will explore the role of the tolled roads in ensuring sustainability in times of dwindling traffic. It will allow high-level panellists representing toll road infrastructure operators, EU decision-makers and ministers to discuss sustainability issues related to infrastructure financing, operation, maintenance, safety and the environment, while considering how intelligent transport systems contribute to the achie
    Read More
  • ITF study: shared mobility can cut congestion and CO2 emissions
    October 12, 2017
    A new ITF mobility study in Helsinki confirms that a combination of 6-seater shared taxis and taxi buses can carry out all of today’s car journeys in the city area with just 4% of the current number of privately owned vehicles. These shared mobility platforms also mean fewer changes, less waiting and shorter travel times compared to traditional public transport. In addition, the results confirm improved access to jobs and public services, most notably for citizens in areas with few such offers.
    Read More

Highlighted Content