Skip to main content

Vivacity Labs rolls out AI-controlled junctions 

Initiative in Manchester, UK, is designed to facilitate higher levels of non-vehicle movements
By Adam Hill November 13, 2020 Read time: 2 mins
Algorithm can be used to prioritise vulnerable road users at AI-controlled junctions (© Vivacity Labs)

Vivacity Labs has deployed AI-controlled ‘smart’ traffic junctions in Manchester, UK, to enable the increase of active travel modes such as cycling and walking duing the pandemic. 

As more cyclists and pedestrians use junctions originally designed to prioritise cars and other vehicles, there is a need to look carefully at exactly who is using the roads and crossings and how they might most safely be able to move around.

“Since the pandemic, commuter trends and traffic hotspots have changed completely, and cities need AI to help protect people no matter what mode of transport they take,” said Mark Nicholson, CEO of Vivacity Labs. 

“Our vision is to help cities implement critical policies addressing safety, air quality, sustainable travel, and congestion, at a hyper-local level.” 

The programme - which won the Innovative Use of Technology award at the 2020 ITS (UK) Awards - uses sensors with inbuilt AI, enabling Transport for Greater Manchester (TfGM) to anonymously identify different types of road users at selected junctions and control traffic signals.

This means the authority can allow different modes of transportation - including cyclists and pedestrians - to be prioritised as and when required. 

Vivacity says it has developed an algorithm "that is able to adapt quickly to changing traffic conditions and efficiently implement high-level strategies at both local and city-wide scales".
 
The AI signal control system, which Vivacity says is the first of its kind, went live early this year and now simultaneously controls three neighbouring junctions in the Blackfriars area of Salford.

"Congestion and queuing can be reduced by traffic signals that respond better and more quickly to changes in traffic conditions than existing systems," the company adds.
 
This is part of a three-year Innovate UK co-funded programme to use AI to optimise traffic networks, and the UK government's 5G Create fund has been tapped for further cash to allow the project to scale up to 20 junctions in Manchester by the end of 2021.

Richard Dolphin,  TfGM highways network performance manager, says: “We’ve been really impressed with how Vivacity has approached this, assessing current ways of working and addressing the complexities of managing a multimodal transport network. Hopefully, this development will continue into something that will positively disrupt the industry and revolutionise active travel in urban areas.” 

For more information on companies in this article

Related Content

  • Stop thinking and act on cooperative infrastructures
    February 2, 2012
    OmniAir's Tim McGuckin looks at why metropolitan transportation networks might be the key to securing the long-term funding of cooperative infrastructure
  • Auckland reduces airport journey times
    April 16, 2018
    Getting from the centre of Auckland to the city’s airport used to be fraught with unwanted stress for passengers – but a new system combining radar, Bluetooth and Wi-Fi is smoothing things over. Andrew Stone investigates. Struggling to cope with steady growth in passenger numbers and the costly traffic congestion which that can entail, New Zealand’s Auckland International Airport has deployed an innovative system that is smoothing traffic and passenger flows. The same system is also offering new, data-led
  • When will Google wake up to MaaS gold mine?
    December 3, 2018
    Mobility services are a potential gold mine for data-hungry tech companies. That being the case, Andrew Bunn asks: what exactly happens when giants such as Google and Amazon decide to get their teeth into MaaS? There are many different perspectives on Mobility as a Service (MaaS), with many different views on what the latest and future applications of technology are going to bring to transportation infrastructure. However, there is one question that does not seem to come up at all. Up to now, MaaS-relate
  • TfL to launch world-leading trials of intelligent pedestrian crossing technology
    March 7, 2014
    The Mayor of London, Boris Johnson, and Transport for London (TfL) have outlined plans for trialling new pedestrian crossing sensors to help make it easier and safer for people to cross the road throughout the capital. The introduction of pedestrian Split Cycle Offset Optimisation Technique, or pedestrian SCOOT, is the first of its kind in the world and uses state-of-the-art video camera technology to automatically detect how many pedestrians are waiting at crossings. It enables the adjustment of traffi