Skip to main content

Neuron e-scooters may collect road data

The Singaporean company said that every Neuron e-scooter in Melbourne, Australia, will have a front-facing camera that uses “artificial intelligence computer vision” technology.
By David Arminas July 31, 2024 Read time: 3 mins
The company recently announced that will soon launch the ScootSafe Vision camera system across its entire 1,250-strong fleet in Melbourne, Australia (image courtesy Neuron)

Neuron has said that its scooters could in future have the capability through its ScootSafe Vision camera system to collect data on road surfaces, including potholes.

The Singaporean maker of e-scooters said this could help map potentially hazardous areas and set speed limits throughout the riding areas, while also providing councils and road agencies with useful information for urban planning.

The company recently announced that will soon launch the ScootSafe Vision camera system across its entire 1,250-strong fleet in Melbourne, Australia. ScootSafe Vision system was tested in Melbourne over the past six months, covering over 30,000km to train the technology to recognise the city’s streets and footpaths.

The company said that every Neuron e-scooter will be equipped with a front-facing camera that uses “artificial intelligence computer vision” technology to detect and correct footpath riding. It will also be used to identify and warn riders of pedestrians in their path and collect valuable data on road surfaces.

The system, which was developed in-house, detects whether an e-scooter is on the footpath in under a second. Offending riders receive a real-time audio alert telling them, “footpath riding detected; please ride on the road”.

There will then be follow-up warnings and educational material. Repeat offenders can also be suspended after their trip. ScootSafe Vision can also be configured to reduce the e-scooter’s speed, effectively forcing riders to leave the footpath.

To further increase safety, the system alerts riders to pedestrians in their path using the e-scooter’s voice guidance that instructs them to “watch out for pedestrians and slow down”.

Neuron also recently launched its safety-first e-scooters and e-bikes in Edmonton in the western Canadian province of Alberta. The contract includes an initial 600 safety-first e-scooters and 200 e-bikes rolled out in the city centre area, the University of Alberta and Old Strathcona.

Neuron partners with the Traffic Injury Research Foundation to promote e-scooter safety and research in Canada. Users can visit Neuron’s online riding school, ScootSafe Academy, for their local riding rules and earn free credits for future rides. The company said that its “safety ambassadors” will also be out in greater numbers during the launch period to equip new riders with the confidence to safely ride and park our vehicles.

With the launch in Edmonton, Neuron now operates in 17 Canadian towns and cities, including seven in Alberta. Riders also benefit from a range of safety innovations including the voice guidance, topple detection, a 911 emergency button and a “Follow my Ride” function for added peace of mind. Advanced geofencing technology will also control where e-scooters are ridden and parked, and how fast they can travel in certain areas.
 

Related Content

  • VIDEO: Telstra drone LIDAR maps Melbourne’s EastLink Mullum Tunnel
    April 13, 2018
    One of the applications for LIDAR is to make high resolution 3-D maps. Self-driving cars are pre-loaded with a LIDAR map of the trials area in which they are permitted to fully self-drive themselves. The cars also have their own LIDAR scanner which captures a real-time LIDAR view of the vehicle’s surroundings. The fully autonomous driving system within these prototype cars compares the real-time LIDAR view against the pre-loaded LIDAR map to significantly increase the accuracy of their self-positioning
  • Slow down for road safety says FIA
    September 19, 2018
    Driving too fast is a leading cause of road fatalities, according to the Fédération Internationale de l’Automobile (FIA) Region I. Data from the FIA says that an estimated 40%-50% of people drive over the speed limit while a 5% reduction in average speed could result in a 30% decrease in number of fatal crashes. FIA Region I and its members in Europe, the Middle East and Africa are launching a campaign ‘Slowing Down Saves Lives’ and are urging drivers to respect speed limits. In support of the campaign, FI
  • Weighty matters for developing countries
    November 6, 2012
    One leading Weigh in Motion technology manufacturer is helping governments in developing countries reduce excessive road damage, while several others have seen their latest WIM systems recently used on the highways of Eastern Europe. Guy Woodford reports Recent Central Weighing WIM installations in Bangladesh are helping its national government reduce the financial burden of excessive road damage, while also protecting many bridges that are vital to transport and trade. The need for such installations was e
  • Hanwha on the Pedemontana Veneta
    November 1, 2022
    The need for a motorway to link the cities of Vicenza and Treviso in northern Italy emerged in the 1970s as the Venetian countryside became increasingly urbanised. Meanwhile, the enlargement of the European Union to the east in the 1990s also brought more traffic across the region