Cisco shows solution for traffic signal prioritisation

Part of its company-wide Smart +Connected Communities initiative, Cisco is highlighting a new traffic signal prioritisation solution, showing how vehicles can reliably and securely interact with signal infrastructure on the fly. While other vendors at the World Congress are focused on specific ITS solutions, Cisco builds the network infrastructure that connects the diverse devices to each other and to traffic management centres The traffic signal prioritisation solution is an example of this connectivity
September 10, 2014 Read time: 2 mins
Jason Dachtler of Cisco

Part of its company-wide Smart +Connected Communities initiative, 1028 Cisco is highlighting a new traffic signal prioritisation solution, showing how vehicles can reliably and securely interact with signal infrastructure on the fly.

While other vendors at the World Congress are focused on specific ITS solutions, Cisco builds the network infrastructure that connects the diverse devices to each other and to traffic management centres The traffic signal prioritisation solution is an example of this connectivity, making sure that infrastructure is aware of vehicles as they approach intersections and when they are still far away.

“We really make these connected networks scalable and flexible,” said Jason Dachtler, systems architect, Cisco. “It’s easy to create a solution with one cabinet, but it’s when you have thousands of cabinets spread out over a metropolitan area; that is the challenge.”

The traffic signal prioritisation solution is in the testing phase and, according to Dachtler, Cisco is pouring significant resources into end-to-end validation of the product in lab environments with partners. The result will be a Cisco-validated design that will help organisations deploy solutions based on a set of implementation guides.

www.Cisco.com

For more information on companies in this article

Related Content

  • MIT researchers hack into traffic lights
    August 22, 2014
    With permission from a local road agency, researchers in from the University of Michigan hacked into nearly 100 wirelessly networked traffic lights, highlighting security issues that they say are likely to pervade networked traffic infrastructure around the country. More than 40 states currently use such systems to keep traffic flowing as efficiently as possible, helping to reduce emissions and delays. The team, led by University of Michigan computer scientist J. Alex Halderman, found three major weaknes
    Read More
  • Meeting the challenges of smartcard fare payment
    July 4, 2012
    David Crawford monitors a growing trend in contactless smartcard ticketing The north east United States has become a hive of activity in the smart fare payment arena. In October 2011, the New York Metropolitan Transportation Authority (MTA) published, as a preliminary to an imminent procurement process, the detailed concept of its New Fare Payment System (NFPS). Based on open payment industry standards, this is designed to be implemented on all MTA bus and subway services operated by New York City Transit (
    Read More
  • Q-Free unveils QPoint positioning technology during ITS World Congress 2012
    October 23, 2012
    Q-Free ‘s message at this World Congress centres around its global strength and capabilities, underpinned by advanced technology, such as the QPoint positioning technology which is being unveiled here in Vienna. It’s less than a month since the company was awarded a contract for the design, supply and installation of an electronic tolling system for the iconic Sydney Harbour Bridge, just a few months after Brisbane Airport Corporation in Australia appointed Q-Free to design and construct an electronic acces
    Read More
  • Applus IDIADA collision avoidance
    September 7, 2014
    Spanish company Applus IDIADA is showing the technology behind its Project VRAIN (Vehicular Risk Awareness Intelligent Network), which aims to improve safety for its clients in the automotive industry.
    Read More

Highlighted Content