Skip to main content

Aimsun unveils test platform for AVs in digital cities

Aimsun has released a software platform for the large-scale design and validation of path-planning algorithms for autonomous vehicles (AVs). The company says Aimsun Auto allows test vehicles to drive inside digital cities - virtual copies of transportation networks, where users can safely explore the limits of AV technology. Paolo Rinelli, global head of product management at Aimsun, says Auto removes the need to drive around seeking conditions that users want to test or to “script each actor’s behaviou
August 7, 2019 Read time: 2 mins
16 Aimsun has released a software platform for the large-scale design and validation of path-planning algorithms for autonomous vehicles (AVs).


The company says Aimsun Auto allows test vehicles to drive inside digital cities - virtual copies of transportation networks, where users can safely explore the limits of AV technology.

Paolo Rinelli, global head of product management at Aimsun, says Auto removes the need to drive around seeking conditions that users want to test or to “script each actor’s behaviour frame-by-frame”.

“Auto can execute thousands of concurrent instances much faster than real time on private or commercial cloud infrastructure, effectively covering the equivalent of millions of autonomous miles overnight,” he adds.

The solution is expected to complement sensor-testing tools and driving simulation software, being able to integrate into a test environment and providing a scenario generation engine for both ordinary and non-compliant solutions.

It can be used to analyse traffic violations such as rolling stops, running red lights, jaywalking or speeding as well as the dilemma of an AV ‘choosing’ who to spare in a fatal accident, the company adds.

Artificial intelligence start-ups can use Auto to validate the development of the AV stack – domain controllers which handle perception, decision and control. Government regulators can use the platform to test and authorise the deployment of AVs on public roads while AV test tracks can utilise Auto to generate synthetic traffic for testing AVs in an augmented reality environment.

For more information on companies in this article

Related Content

  • Options abound for road weather sensing
    September 6, 2017
    Meteorological organisations invest millions in super-computers to crunch data for ever-more accurate forecasts but inherent unpredictability means that other methods of alerting drivers and road authorities to fast-changing weather and highway conditions are essential. For years, static weather sensors to measure factors such as surface water, ice or high roadway temperatures have been embedded in highways to provide such data. But that is changing.
  • Auckland reduces airport journey times
    April 16, 2018
    Getting from the centre of Auckland to the city’s airport used to be fraught with unwanted stress for passengers – but a new system combining radar, Bluetooth and Wi-Fi is smoothing things over. Andrew Stone investigates. Struggling to cope with steady growth in passenger numbers and the costly traffic congestion which that can entail, New Zealand’s Auckland International Airport has deployed an innovative system that is smoothing traffic and passenger flows. The same system is also offering new, data-led
  • VW and partners to bring EV autonomous ride-hailing service to Israel
    November 2, 2018
    Volkswagen (VW), Mobileye and Champion Motors are to deploy a self-driving taxi service in Israel over the next four years. Operating under the name ‘New Mobility in Israel,’ the service is being tested as part of a Mobility as a Service (MaaS) model which uses autonomous electric vehicles (EV). Mobileye, an Intel company, will equip VW’s EVs with a level-4 autonomous vehicle kit – a driverless solution which consists of hardware, driving policy, safety software and map data. Champion Motors, an Isr
  • ST Engineering to develop ITS and AV technology in Israel
    November 5, 2018
    Singapore technology company ST Engineering intends to develop ITS and autonomous vehicle (AV) capabilities in Israel following an agreement with the municipality of Ashdod. The scope of the agreement includes ITS for roads and a fleet management system for buses.