Skip to main content

AID teams up with Luminar for advanced LiDAR sensing technology

AID-Autonomous Intelligent Driving, a wholly-owned subsidiary of Audi, is partnering with Luminar Technologies to deploy LiDAR products. Launched in March last year, AID has an autonomous vehicle (AV) test fleet in Munich and bills itself as the ‘centre of excellence’ for urban autonomous driving in the Volkswagen Group. Luminar LiDARs will be installed on the roof of the AVs to give a 360-degree field of view. “Perception remains a bottleneck today for autonomous mobility and we quickly worked to
December 21, 2018 Read time: 2 mins

AID-Autonomous Intelligent Driving, a wholly-owned subsidiary of 2125 Audi, is partnering with Luminar Technologies to deploy LiDAR products.

Launched in March last year, AID has an autonomous vehicle (AV) test fleet in %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external Munich false https://www.youtube.com/watch?v=SLGFB8hcpHU&amp;feature=youtu.be false false%> and bills itself as the ‘centre of excellence’ for urban autonomous driving in the 994 Volkswagen Group.

Luminar LiDARs will be installed on the roof of the AVs to give a 360-degree field of view.

“Perception remains a bottleneck today for autonomous mobility and we quickly worked to find the most powerful sensors to make the perception task easier,” says AID chief technology officer Alexandre Haag. “That's where Luminar comes in - the technology is clearly above the pack in terms of range and density, which is important for solving the most challenging problems in autonomy.”

LiDAR´s 3D mapping technology has become instrumental in enabling AVs to measure the distance of objects and ‘see’ the world in front of them, the company says.

“Including Luminar Technologies in our partnership programme brings us one step closer to

achieving our mission to drive fully autonomously by 2021 in urban areas,” Haag adds.

For more information on companies in this article

Related Content

  • Appyparking exhibits platform to help drivers and cities
    March 19, 2018
    Appyparking is using Intertraffic to showcase a connected car platform that is said to bridge mapping, data, Internet of Things and payments drivers to provide users with more choice for destinations. The solution aims to save drivers time and money while also reducing congestion and pollution in cities. The product is part of the company’s ambition to create an urban transport application programming interface for kerbside navigation that can integrate into intelligent mobility applications which has
  • Upcoming Flir traffic webinars
    October 30, 2015
    Flir Traficon Academy is organising several informative webinars for November, to provide participants with more about keeping traffic flowing. The vehicle and bicycle presence detector on 5 November at 7:00am, 1:30pm and 6:30pm will discuss the Flir ThermiCam/TrafiSense integrated thermal camera and detector that can be used for vehicle and bike detection, which uses thermal energy emitted from vehicles and bicyclists to detect their presence
  • Hamburg to bid for 2021 ITS World Congress
    August 26, 2016
    ITS Germany used its presence at the June 2016 Europe ITS Congress in Glasgow to make two major announcements from the city of Hamburg, country’s second-largest urban area. First came a formal bid to host the 2021 ITS World Congress; second, the global unveiling of new Roadwork Administration and Decision System (ROADS) software.ROADS has emerged to enable coordination of planned transport construction projects several years before start dates, to minimise impacts on traffic flows when work begins.
  • Sensefields’ wireless sensors simplify sensing
    March 24, 2014
    Sensefields’ traffic monitoring system uses easily installed wireless sensors to determine vehicle speed and, in urban situations, also for categorisation. Information from the sensor is sent in real time to the data processing station to determine the capacity (vehicles per hour) in each lane, average speed, speed distribution, average vehicle length, length distribution, density, average headway between vehicles and occupancy (%).