Voysys

07/04/2022

A big concern for anyone deploying teleoperation is the unreliability of streaming video over network connections. At Voysys we are committed to solving this technically challenging problem. We have developed our own communication protocol in order to have full control of every packet sent over the network. We have succeeded to use multiple links to efficiently provide safe video links also over unreliable network links.

In this video we are bringing three systems in a vehicle driving along our challenging test route outside Norrköping, Sweden.

- One system uses a fixed 2 Mbps stream over a Telia 4G/LTE link
- One system uses a fixed 2 Mbps stream over a Tele 2 4G/LTE link
- One system uses our multiple links technology over 2 Telia + 2 Tele 2 links.

The "No Signal" text is shown as soon as our system detects a delay above 200 milliseconds between two video frames, and is a safety feature used during teleoperation.

22/12/2021

Merry Christmas!

This video was made using two VR-operated robotic arms, one of them owned by Siemens Energy and part of the project . This robotic arm will soon be taking a job at the Siemens Energy plant and replace humans in toxic environments.

/Voysys Norrköping team and robotic arms from Universal Robots A/S and UFACTORY

25/11/2021

Interesting behind-the-scenes video from our partner AVL Racing showing a lot of close ups on our system and the AVL simulator used during the run. You can also see our co-founder Jonathan Nilsson in action in Graz while preparing for the Remote Run at Red Bull Ring I Projekt Spielberg.

Imagine steering a race car over a race track in full speed while sitting almost hundred kilometers away in a simulator. This vision became reality.Tim Heine...

07/09/2021

Racing at the Red Bull Ring - our teleoperation software had met no greater challenge before. Latency had to be ultra short and safe. Driver feedback had to be instant and correct. Safety could not be compromised. Network challenges were huge due to the audience and all the racing team's radio communication equipment.

https://grid.dtm.com/en-int/playerpage/917741

Thanks to all partners that made this weekend's remote racing possible: Schaeffler, DTM, RIEDEL Communications, Tripleye, AVL, Cisco, Memotec

The racing car can be seen at Schaeffler's booth at IAA

DTM and Schaeffler present the DTM Electric Remote Run at the Red Bull Ring in Spielberg

23/08/2021

Video on how our customer Skyline Cockpit uses our system to improve the working environment for crane operators and reduce risk of accidents at construction sites.

Skyline Cockpit - A tower crane teleoperation and AI monitoring system, leading the construction industry in remote operation! https://www.skcockpit.com/

16/07/2021

We are happy to see how much energy and knowledge our friends at Einride are engineering into their remote drive station.

https://fb.watch/6NceXBOBFb/

30/06/2021

How to do safe Environment Assessment with only 300 kbps bandwidth.

15/01/2021

Toyota Material Handling selects Voysys out of 73 applications for IndX2020.

"We have chosen one project to invest in; Voysys, who offers a solution for remote operation of equipment."

Hans Larsson, Director Strategic Innovation Toyota Material Handling

Read more:

Out of 73 applications to IndX2020, 10 ideas were choosen which on Monday resulted in five financed proof of concept studies. The four industrial corporates behind the initiative IndX2020; Siemens Energy, Saab Aeronautics, Toyota Material Handling and Väderstad, all agree IndX2020 is already a grea...

07/12/2020

Voysys' partners Casey Sapp (VRTUL) and The Sexton Corporation have equipped an OceanX ROV with a real-time VR video system embedding Voysys software. OceanX explorers can now use a VR headset to navigate their ROV in realtime from above sea level but with a fully immersive experience.

08/07/2020

Today I test flew a drone from our dome using a cloud-based ground station from Airpelago (www.airpelago.com).

The drone has been equipped with an NVIDIA Jetson Nano running Voysys video system, while the control pipeline is all by Airpelago. Their browser-based GUI enables the pilot to use any (almost) device with a browser to fly the drone.

The video is streamed over a public 4G network from Gothenburg where the drone is to Norrköping where the dome is.

12/06/2020

High-speed racing using teleoperation over 4G/LTE!

By deploying our teleoperation system on small 1:8 scale electric racing cars, we are able to test our system under extreme conditions, racing at full speed. Any latency peaks during such a race would be fatal to the driver, so it's a way for us to make sure our system always avoids them accordingly.

These cars use dual 4G/LTE links over a public Swedish mobile network, and we measured the true glass-to-glass latency (from camera lens to computer screen) to below 50 ms.

07/04/2020

Do like Voysys, support your favourite restaurant at the same time as you send a message of love to our heroes within health care.