Skip to main content

Denso outlines vision for of future car technology

Global automotive components manufacturer Denso has used this week’s ITS World Congress to roll out its vision for the future of incar technology to the broader transport industry. Denso, which supplies components including management systems for petrol and diesel engines, hybrid vehicle products, transmission management system and cooling systems to most leading automotive OEMs, outlined its offerings for what it calls “co-operation among five key functions”.
October 11, 2016 Read time: 2 mins

Global automotive components manufacturer Denso has used this week’s ITS World Congress to roll out its vision for the future of incar technology to the broader transport industry. 4306 Denso Corporation, which supplies components including management systems for petrol and diesel engines, hybrid vehicle products, transmission management system and cooling systems to most leading automotive OEMs, outlined its offerings for what it calls “co-operation among five key functions”.

These five functions cover the driver interface, vehicle control assistance (in the event of a component failure), forecasting of road and traffic conditions, sensing of the outside environment, and cyber security.

Denso’s display covers elements of all five of these functions. The company’s stand also provides a “roadmap” for how it sees full autonomous driving developing over the next decade or so, from today’s “driver assistance” systems, to partial automated driving with monitoring by the driver, then to “conditional” automated driving where the driver responds only in certain circumstances, and finally fully autonomous driving.

For more information on companies in this article

Related Content

  • Future traffic management needs new thinking, new technology
    January 23, 2012
    One of the biggest problems facing US ITS professionals, says Georgia DOT's Hugh Colton, is the constrained thinking which is sometimes forced upon those making procurement decisions. It is time, he says, to look again at how we do things. In the November/December 2010 edition of this journal, Pete Goldin interviewed Joseph Sussman, chairman of the US's ITS Program Advisory Committee. Amongst other observations that Sussman made was that, technologically, ITS in the US is 10 years behind that in the world-l
  • Developing new detection and monitoring technologies
    November 21, 2012
    Established detection and monitoring technologies continue to evolve, but is it time to challenge their supremacy and take a serious look at less conventional ITS? Andy Graham considers the options with Jason Barnes. For ITS system providers, the most potentially lucrative markets over the next few years are going to be the BRIC (Brazil Russia India and China) group of countries, all of which are building many miles of new roads, applying tolling to existing ones (8,000km in China alone) and implementing w
  • Autonomous vehicles – saviour and threat, says report
    November 1, 2016
    A new report from IDTechEx Research notes that autonomous vehicles need no pilot, not even one in reserve. Many truly autonomous vehicles are unmanned mobile robots prowling everywhere from the ocean depths to nuclear power stations, the upper atmosphere and outer space. They create billion dollar businesses such as aircraft and airships aloft for five to ten years on sunshine alone carrying out surveillance or beaming the internet to the 4.5 billion people who lack it. Independence of energy and electri
  • Technology solution needed to counter mobile phone menace
    March 29, 2017
    With the UK set to increase the penalties for using mobile phones while driving, the RAC Foundation’s Steve Gooding considers what else can be done to combat this deadly distraction. The first mobile phone call was made in 1973, by an engineer working for Motorola. Today 4.7 billion people across the globe subscribe to a mobile service.