Skip to main content

Rfpro develops platform to test AVs in simulated environment

UK-based Rfpro has launched a commercially available platform to train and develop autonomous vehicles (AVs) in simulation. The innovation is said to reduce the costs and time involved in developing these vehicles as well as provide a safe testing environment. The solution intends to replicate the real word to allow the various sensors of AVs to react naturally. In addition, Rfpro is producing a library of real roads created through precise scanning technology, to help form the basis of the simulation.
April 5, 2018 Read time: 2 mins

UK-based Rfpro has launched a commercially available platform to train and develop autonomous vehicles (AVs) in simulation. The innovation is said to reduce the costs and time involved in developing these vehicles as well as provide a safe testing environment.

The solution intends to replicate the real word to allow the various sensors of AVs to react naturally. In addition, Rfpro is producing a library of real roads created through precise scanning technology, to help form the basis of the simulation. The digital product is said to enable users to control all variables such as traffic, pedestrians, weather and location.

Chris Hoyle, Rfpro’s technical director said: “By using multiple computers 24/7, manufacturers can undertake millions of miles of testing every month using our platform. Humans can also be introduced into the simulation, controlling surrounding cars or pedestrians, so we can assess an autonomous vehicle’s decision making and also the interaction between the vehicle and the driver, but most importantly it is carried out in a safe environment.”

Related Content

  • Jaguar uses PTV microsimulation tool for C/AV concepts
    April 10, 2019
    Jaguar Land Rover is using PTV’s Vissim, a multi-modal microsimulation tool to simulate and test connected and automated vehicle (C/AV) concepts. Vissim can be used for the modelling of multi-modal urban or motorway networks and for testing the design and feasibility of transport infrastructure projects. It can also be used by researchers, vehicle manufacturers, transport planners, traffic engineers and public authorities to help design future transport systems, testing the impact of C/AVs on road network
  • Ready Player One: Oxbotica uses gamers in AV development
    May 15, 2020
    Real-time video game coding is helping autonomous software learn more efficiently
  • Grey areas: who's legally responsible for C/AVs?
    October 22, 2018
    Connected and autonomous vehicles are an exciting development in the ITS sector – but amid the hype some big questions about their deployment remain unanswered, finds Ben Spencer Connected and autonomous vehicles (C/AVs) have the potential to change the way we travel - and to eliminate road fatalities. But policy makers and regulators will need to ensure user and public safety is included in future planning. The legal and insurance industries will have to catch up, too. For example, questions over who is
  • New name offers new solutions
    November 26, 2013
    Pete Goldin examines Nokia’s rationale for combining its location services, digital mapping and other capabilities under the HERE brand. While it has divested itself of its mobile phone business to Microsoft, Nokia has kept hold of its HERE business unit and brand which incorporates the company’s location services with digital mapping and other capabilities. The creation of HERE is much more than rebranding as its services are heading off the map and into the cloud. “HERE offers the first location cloud