Skip to main content

Visteon’s enters partnership on autonomous driving and cockpit systems

Visteon Corporation has signed a strategic agreement with China-based vehicle manufacturer Guangzhou Automobile Group Co., Ltd. Automotive Engineering Institute (GAC Engineering) to further its efforts to develop and deploy autonomous driving and other cockpit electronics solutions. Through the agreement, both companies will collaborate on autonomous driving solutions using Visteon’s DriveCore platform on a vehicle program scheduled to launch in 2020. It will also focus on potential commercial engagements
January 11, 2018 Read time: 2 mins

2165 Visteon Corporation has signed a strategic agreement with China-based vehicle manufacturer Guangzhou Automobile Group Co., Ltd. Automotive Engineering Institute (GAC Engineering) to further its efforts to develop and deploy autonomous driving and other cockpit electronics solutions.

Through the agreement, both companies will collaborate on autonomous driving solutions using Visteon’s DriveCore platform on a vehicle program scheduled to launch in 2020. It will also focus on potential commercial engagements in instrument clusters, displays, augmented reality head-up displays and domain controllers using Visteon's SmartCore technology.

Additionally, these platforms will also be used to concentrate on the development of cockpit domain controller systems.

Wang Qiujing, president of GAC Engineering, added: "We are very pleased to be embarking on this collaboration with Visteon. Visteon's technology innovation and strong presence in China is well-aligned with our vision for automotive technology development. We believe that this cooperation with Visteon will play an important role in promoting the rapid development of autonomous driving and cockpit electronics systems."

For more information on companies in this article

Related Content

  • Denso to open automated vehicle technology centre in Tokyo
    November 1, 2018
    Denso is to open a facility at Haneda Airport in Tokyo in June 2020 to develop and test automated driving technologies. The company says the site will feature a building and proving ground for mobility systems research and development. It will also develop automated driving technology researched at its global R&D facility in Tokyo which opened in April. This office was developed to promote collaboration with Denso’s development partners which include automakers, universities, research institutes
  • New president for Cubic Transportation Systems
    October 18, 2023
    Former Parsons and Siemens exec Peter Torrellas has taken over from Jeff Lowinger
  • TM 2.0 boost TMC data feed and driver influence
    November 15, 2017
    TM 2.0 views connected vehicles and V2I as two-way communications channels, benefitting traffic management and drivers, as Alan Dron discovers. As connected vehicles are progressively rolled out there will come a point at which traffic managers and traffic management centres (TMCs) will have to gear up to cope with a rapidly-evolving road scenario. The TM 2.0 Platform (see box) is promoting a concept of new-generation traffic management (which carries the same TM 2.0 title) and is studying how future T
  • IBTTA: tolling embraces future of mobility
    August 15, 2019
    The future of mobility is a complex and changing topic. The IBTTA’s Bill Cramer finds the tolling industry is asking new questions – and finding some surprising new answers