Skip to main content

Toyota enters partnership to build HD maps for AVs from space

Toyota Research Institute-Advanced Development (TRI-AD), technology company Maxar Technologies and NTT Data are working together to build high-definition (HD) maps for autonomous vehicles (AV) using satellite imagery. TRI-AD carried out an analysis, saying that current HD maps cover less than 1% of the global road network and there is a need to broaden the coverage of urban areas and local roads before AVs can become a mainstream mobility technology. A HD map created from satellite imagery would all
May 3, 2019 Read time: 2 mins
1686 Toyota Research Institute-Advanced Development (TRI-AD), technology company Maxar Technologies and NTT Data are working together to build high-definition (HD) maps for autonomous vehicles (AV) using satellite imagery.


TRI-AD carried out an analysis, saying that current HD maps cover less than 1% of the global road network and there is a need to broaden the coverage of urban areas and local roads before AVs can become a mainstream mobility technology.

A HD map created from satellite imagery would allow the driving software to compare multiple data sources and signal the car to take action to stay safe, the company adds.

Utilising Maxar’s Geospatial Big Data Platform, imagery from the company’s satellite imagery library will be fed into NTT Data’s specialised algorithms using artificial intelligence to extract information to generate the road network. TRI-AD will then make HD maps available for delivery from its cloud into Toyota test vehicles.

Mandali Khalesi, vice president of automated driving at TRI-AD, says advances in electronics and aerospace engineering are leading to higher resolutions and more frequent updates of global imagery from space-based assets.

“Additionally, machine learning is helping automate the discovery and integration of semantic relationships between road elements within image data,” Khalesi adds.

NTT Data, an IT services provider, will use its artificial intelligence and enhanced image-processing resources to expand the coverage of HD maps.

Katsuichi Sonoda, vice president and head of NTT Data’s social infrastructure solution sector, says: “In the future, we hope to map worldwide road networks from space using our enhanced image-processing expertise.”

For more information on companies in this article

Related Content

  • Toyota puts $1bn into ride-hailing service Grab
    June 15, 2018
    Toyota Motor Corporation is investing $1 billion in Grab Holdings, the Singapore-based ride-hailing platform provider. Grab, which has merged with Uber in south-east Asia, offers services which use a variety of transport modes, from bicycles and shuttle buses to cars and taxis. The companies say Toyota’s investment means they will also “strengthen and expand their existing collaboration in the area of connected cars, to drive the adoption of new mobility solutions across south-east Asia”.
  • PTV and Econolite on road to future-proof solutions
    September 20, 2022
    Transportation simulation software specialist PTV Group and North American traffic management provider Econolite are working together to develop new mobility solutions globally. Econolite CEO Abbas Mohaddes and PTV CEO Christian Haas sat down with Daily News to talk about the challenges and opportunities they face…
  • Huawei addresses congested, separated rail networks with cloud solution
    December 20, 2024
    A shift to a cloud-based operating regime solves the problems of trying to make cluttered, geographically-discrete terrestrial systems work together
  • Getting to the point
    September 4, 2018
    Cars are starting to learn to understand the language of pointing – something that our closest relative, the chimpanzee, cannot do. And such image recognition technology has profound mobility implications, says Nils Lenke Pointing at objects – be it with language, using gaze, gestures or eyes only – is a very human ability. However, recent advances in technology have enabled smart, multimodal assistants - including those found in cars - to action similar pointing capabilities and replicate these human qual