Skip to main content

Thales partners to use big data for smarter transportation in Hong Kong

The Thales Innovation in Hong Kong and its partner the Hong Kong University of Science and Technology (HKUST) has been awarded a collaborative R&D project by the Hong Kong Innovation and Technology Commission to develop a big data platform with state-of-the-art technology. This will be used to prototype smart transportation applications, enabling current transportation challenges to be addressed: near real time crowd monitoring, predictive maintenance, etc. The Thales Innovation Hub aims to examine the c
March 24, 2016 Read time: 2 mins
The 596 Thales Innovation in Hong Kong and its partner the Hong Kong University of Science and Technology (HKUST) has been awarded a collaborative R&D project by the Hong Kong Innovation and Technology Commission to develop a big data platform with state-of-the-art technology. This will be used to prototype smart transportation applications, enabling current transportation challenges to be addressed: near real time crowd monitoring, predictive maintenance, etc.

The Thales Innovation Hub aims to examine the challenges of crowd management in transport facilities and the predictive maintenance of transport equipment in Hong Kong.

Its first project, for the Hong Kong MTR metro, which currently has large amounts of data at its disposal, began in August 2015 and aims to provide a ticketing data analytics platform to MTR for analysing the situations of train occupancy and platform crowding, in order to assist transport planning and reinforce marketing strategies. The project covers the current MTR rail network, as well as upcoming new lines and stations.

For more information on companies in this article

Related Content

  • Apps help passengers avoided overcrowded public transport
    May 30, 2013
    David Crawford reviews innovations in the comfort zone. Anyone who rides public transport knows that, perhaps second only to delays, overcrowding is a critical part of the passenger experience,” says Nir Erez, CEO of Moovit, the Israel-based social transportation app developer. The app is aimed at taking real-time user feedback on transit and making it available to a wider audience of travellers. Currently available on iPhone and Android, it plans to add Windows 8 and other platforms in the future. Moovit i
  • Advanced telematics and integration to revolutionise global connected car market
    May 22, 2015
    Advanced infotainment systems, over-the-air (OTA) updates, big data analytics, mobility services and in-car security are key technologies that will shape the global connected car market in 2015. Human machine interface (HMI) input and output solutions, as well as, heads up display (HUD) are set to take centre stage. However, car makers must create consumer-centric HMI solutions that will strike a balance between reducing driver distraction and meeting consumer need for connected services. New analysis f
  • Iteris partners with Here on advanced traffic data and analytics
    June 18, 2014
    Iteris has been selected, along with Here, to compete with a small group of other companies to provide traffic data and analytics for the I-95 Corridor Coalition, which stretches nearly 2,000 miles from Maine to Florida. Iteris will work in partnership with Here to deliver advanced traffic analytics to support the Coalition, allowing decision-makers to closely monitor traffic and weather conditions, measure performance, optimise operations, and communicate actionable information to traffic engineers.
  • The role of GIS in climate change resiliency
    May 29, 2014
    Climate change will pose global and local challenges and that includes risks to the transportation infrastructure. Climate change adaptation and resiliency has captured the attention of the transportation community for some time now. Because transportation infrastructure is often designed to last for 30, 50, or 100 years or even longer, transportation professionals are concerned not only about the impact on our existing investments, but also how to design more durable transportation systems for the future