Vay, a Berlin-based provider of automotive-grade remote driving (teledriving) technology, is offering an alternative approach to autonomous driving.
Through the company’s app, a user can hail a car, and a professionally trained teledriver will remotely drive the vehicle to the customer’s location. Once the car arrives, the user manually drives it.
After completing their trip, the user can end the rental in the app and pull over to a safe location to exit the car, away from traffic flow. There’s no need to park the vehicle, as the teledriver will handle the parking or drive the car to the next customer.
This system offers sustainable, door-to-door mobility, with the unique advantage of having a human driver remotely controlling the vehicle in real time.
Vay’s Technology
Vay’s technology is built on the NVIDIA DRIVE AGX centralized compute platform, running the NVIDIA DriveOS operating system for safe, AI-defined autonomous vehicles. These technologies enable Vay’s fleets to process large volumes of camera and other vehicle data over the air. DRIVE AGX’s real-time, low-latency video streaming capabilities provide enhanced situational awareness for teledrivers, while its automotive-grade design ensures reliability in any driving condition.
High-Quality Video Stream
Vay’s advanced technology stack includes NVIDIA DRIVE AGX software that’s optimized for latency and processing power. By harnessing NVIDIA GPUs specifically designed for autonomous driving, the company’s teledriving system can process and transmit high-definition video feeds in real time, delivering critical situational awareness to the teledriver, even in complex environments. In the event of an emergency, the vehicle can safely bring itself to a complete stop.
Reshaping Mobility With Teledriving
Vay’s technology enables professionally trained teledrivers to remotely drive vehicles from specialized teledrive stations equipped with industry-standard controls, such as a steering wheel and pedals. The company’s teledrivers are totally immersed in the drive — road traffic sounds, such as those from emergency vehicles and other warning signals, are transmitted via microphones to the operator’s headphones. Camera sensors reproduce the car’s surroundings and transmit them to the screens of the teledrive station with minimum latency. The vehicles can operate at speeds of up to 26 mph.
Conclusion
Vay’s teledriving technology offers a unique solution for sustainable, door-to-door mobility. By leveraging NVIDIA’s AI and computing power, Vay is setting a new standard for remotely driven vehicles. This collaboration helps bring safe, reliable, and accessible driverless options to the market, providing an adaptable solution that can be deployed in real-world environments now — not years from now.
Frequently Asked Questions
Q: How does Vay’s teledriving technology work?
A: Through the company’s app, a user can hail a car, and a professionally trained teledriver will remotely drive the vehicle to the customer’s location.
Q: What is the advantage of Vay’s teledriving technology?
A: The unique advantage of having a human driver remotely controlling the vehicle in real time, ensuring safety and reliability.
Q: How does Vay’s technology process and transmit video feeds?
A: Vay’s advanced technology stack includes NVIDIA DRIVE AGX software that’s optimized for latency and processing power, allowing for high-definition video feeds to be processed and transmitted in real time.
Q: What is the speed limit for Vay’s teledriving vehicles?
A: The vehicles can operate at speeds of up to 26 mph.
Q: How does Vay’s technology address complex edge cases?
A: Vay’s technology effectively addresses complex edge cases with human supervision, enhancing safety while significantly reducing costs and development challenges.
