Voi partners with Drover AI to deploy computer vision to tackle pavement riding



  • Deployment of pc vision on e-scooters in Europe will see 1000’s of Voi autos put in with Drover’s PathPilot AI technological know-how in Oslo

  • Drover AI makes use of machine-studying and laptop eyesight to accurately and reliably detect whether the e-scooter is on the pavement, highway or cycle lane

  • PathPilot will supercharge Voi’s geo-fencing capabilities as very well as assist the operator and nearby authority govern and management how and exactly where scooters are ridden and parked

Micromobility supplier Voi has announced Europe’s initially deployment of personal computer vision on e-scooters in a partnership with Drover AI’s PathPilot challenge in Oslo.


Owning trialled the to start with international use of laptop vision on e-scooters last 12 months in Northampton, Voi’s entire-scale launch nowadays will see countless numbers of e-scooters in the Norwegian funds mounted with Drover’s PathPilot AI know-how. Drover AI’s technology employs equipment studying and pc vision to accurately and reliably discover whether or not the e-scooter is on the pavement, street or cycle lane, in order to enable prevent pavement driving, promises Voi. 


Voi claims PathPilot will also supercharge its geo-fencing capabilities in the metropolis making precise benefits at a amount that existing GPS-based mostly alternatives basically can’t provide, specially in a dense created-up environment like Oslo. The technologies, which is equivalent to the sensors applied in autonomous vehicles, can also be connected right to a scooter’s motor to quickly gradual the pace of the motor vehicle when it enters forbidden rider zones, such as pavements.


Moreover, PathPilot has the capability to practice its parking algorithm to location if a scooter is parked the right way. Applying the camera as a sensor, the technological innovation can help Voi and Oslo Metropolis Council govern and command how and where by scooters are parked

Via a successful rollout in the US, Drover AI has demonstrated that, out of the box, PathPilot is very adaptable and conveniently scaled to new environments with no the need for extreme schooling or high-priced labour-intensive pre-mapping. Also, the absolutely European health and fitness and basic safety authorised merchandise, does not involve availability of any GPS facts to purpose. 


Voi says need for shared micromobility is sky substantial in Oslo, with 70% of the city’s populace downloading Voi’s application all through Summer 2021. By collaborating with Drover, Voi  claims it will be in a position to create a file of the place and how the scooters are remaining ridden in Oslo, encouraging to advise algorithms that can prevent pavement using and help superior scooter parking.


PathPilot will also quickly produce actionable insights on fleet use and rider behaviours which Voi can then share with Oslo Metropolis Council to help make improvements to the support. This could see the area of e-scooters optimised to minimise the threat of pavement using while PathPilot can also recognise fallen scooters and flag them for corrective motion.  


Information of the new partnership will come adhering to the the latest launch of the Voiager 5, billed as Voi’s safest and most responsible scooter however. Next the rollout of the Voiager 4, Voi has created on the structure achievements of very last year’s model and manufactured them even far more sustainable for the V5. Amongst the new additions to enhance the V5’s safety and useability, is a new dashboard structure, an integrated cell phone holder and a more ergonomic handlebar layout aimed at all those with smaller arms. 


States Fredrik Hjelm, co-founder and CEO of Voi Technologies:


“Voi’s vision for 2030 is for micromobility to turn into a staple of city residing throughout the globe. But we know that eyesight can only come to be a fact if the micromobility field prioritises the protection of end users, pedestrians and other road people similarly. That is why we’re operating with Drover to tackle the concern of pavement driving after and for all. By incorporating AI into our micromobility giving we consider we can nudge riders towards superior parking and driving methods.”


Adds Alex Nesic, Co-founder & Chief Organization Officer at Drover AI:


“We’re delighted to be functioning with Voi on the initially entire-scale deployment of pc eyesight engineering in Europe. It is clear that micromobility has a vital function to play in a sustainable future for city transport and we know AI can help remedy some of the industry’s toughest challenges. We look forward to looking at what today’s news in Oslo will necessarily mean for the foreseeable future of micromobility.”

Chris Cost

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