HomeNewsGroningen to get smart with Huawei as Ericsson connects bus stops

    Groningen to get smart with Huawei as Ericsson connects bus stops


    Huawei has revealed plans to expand its start city ambitions for the Netherlands, as rival Ericsson unveiled a new connected bus stop and traffic cloud.

    China-based Huawei has signed a Memorandum of Understanding (MoU) with the City of Groningen to explore connected solutions for healthcare, education and safety.

    The three-party MoU, signed between Huawei, the city’s government and Groningen’s University Medical Centre, will examine the possibilities of transforming Groningen into a smart city. It is the fourth Dutch city to sign such an MoU with the vendor, joining Amsterdam, The Hague and Tilburg.

    Smart solutions for government, energy, tourism, hospitals and emergency services will also be explored under the agreement.

    Huawei said it intends to explore further smart city partnerships in the areas surrounding Groningen and the Netherlands’ northern regions, adding that the latest agreement “underlines Huawei’s ambition to further digitalise the Netherlands by using innovative communications solutions”.

    In October last year, Huawei announced plans to up its spend in Europe to €3 billion in 2015 in an effort to boost its presence in the continent.

    Last month, the vendor opened a new 5G research centre in Belgium.

    Meanwhile, Ericsson unveiled a connected bus stop incorporating 3G, LTE and Wi-FI small cell technology, alongside a cloud solution for monitoring traffic and road conditions in real-time.

    The vendor said the bus stops could be fitted with touch screens to provide interactive maps and local information for commuters, as well as security features such as CCTV cameras and a “panic button”.

    Additionally, public transport operators could receive additional sources of revenue by leasing the stops’ small cell infrastructure to mobile operators, Ericsson claimed.

    Ericsson’s Connected Traffic Cloud, meanwhile, allows road traffic authorities to receive data on road conditions from connected cars in real-time.