DriveU.auto provides a teleoperation connectivity platform for autonomous vehicles, enabling the remote operation and supervision of robot fleets.

DriveU.auto

DriveU.auto | 3,600 followers on LinkedIn. Superior connectivity platform for robots and autonomous vehicle teleoperation. 
 | The DriveU.auto connectivity platform enables the safe teleoperation of robots and autonomous vehicles using cellular bonding and dynamic encoding. The platform is already deployed and used live on public roads. It provides high speed, low latency, and ultra-reliable transmission of 4k video, audio streams, high-speed data, and control channels, and is available with hardware, or as a software only implementation.

Alon Podhurst

Doron Elinav

E2E marketing / G2Mteam

Einav Laviv

Director Of Innovation at DriveU.auto

Eli Shapira

Important clarification: remote driving does not mean there is no autonomous AI involved.

Forterra raised $75 million to fund the scaling of its autonomous Defense and Industrial vehicle development and deployment. The interesting part? The round was more than 2.5 times oversubscribed. There is a clear business case for off-road autonomous vehicles, driven by growing demand on one hand and labor shortages on the other. Link in the comments 👇 #autonomousvehilces #autonomoustrucks

Are we seeing the emergence of an #autonomousvehicle business Stack?

Truck idling time at ports or terminals creates islands of carbon emission.

Something worth repeating: autonomous vehicles contribute to decarbonization efforts. Here's how: Efficient routing: AI systems optimize routes not just for speed, but also for energy efficiency, reducing unnecessary miles driven for both passenger vehicles and delivery vehicles and trucks. 👉 Smoother driving: #AVs accelerate and brake more efficiently than humans, leading to better energy usage. 👉 Platooning: For trucking, autonomous technology enables vehicles to travel in close formation, significantly reducing air resistance and improving fuel economy. 👉 Reduced congestion: down the line, AVs will communicate with each other and traffic systems, AVs can help minimize traffic jams, cutting emissions from idling vehicles. 👉 Parking optimization: AVs don't need to circle blocks looking for parking spaces. They can drop passengers off and move on to the next trip, or park in less congested areas - reducing urban congestion and emissions. 👉 Vehicle right-sizing: With autonomous fleets, we can better match vehicle size to trip requirements, avoiding the inefficiency of using oversized vehicles for short trips with small loads. Delivery robots are already making a difference, reducing the number of delivery vehicles in crowded city centers. While the road to widespread AV adoption is still long, the potential for reducing our carbon footprint is substantial. What do you think - any other environmental benefits AVs can deliver? #autonomousvehicles #sustainabletransport #decarbonization Alon Podhurst Doron Elinav Dor Tzabari

The ultimate goal of autonomous vehicles is to drive efficiency. Integrations enabling complete scenarios deliver higher efficiency.

May Mobility is taking the road less traveled and it looks like it’s paying off. Most #robotaxi operations start off in urban areas with good driving weather. May Mobility on the other hand has launched its autonomous vehicles in a rural community with extreme winter weather and deep snow. Recently they shared that they have served 10,000 riders, 91% of them repeat customers. The service is a cross between public transport and a traditional ride-hail service. The free service operates in collaboration with the city council, following a fixed route with fixed stops, and is wheelchair accessible. The service is set to expand hours of operation and vehicles. #autonomousvehicles #driverless Alon Podhurst Doron Elinav Dor Tzabari

Another use case for autonomous vehicles: forest thinning. Forest thinning is important for keeping fires at bay. Yet, hiring drivers to work machinery in remote sites, drive back and forth on the same route, and in potentially dangerous situations, is getting harder. Kodama Systems leverages semi-autonomous tractors supported by remote drivers to perform these activities more safely and efficiently. The remote operators help navigate the machinery in trickier situations and maneuvers. New use cases continue to emerge where driverless technology can help improve the efficiency and safety of critical tasks. Image source: Kodama Systems #autonomouvehicles #teleoperation #remoteoperation Alon Podhurst Doron Elinav Dor Tzabari

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