Remotely controlled, autonomous shuttle from Auva tech with Voysys software.

Software for safe teleoperation

Video communication solutions over unreliable public 4G/LTE networks. For monitoring and remote control of autonomous vehicles, machines and robots.

Teleoperation of a race car at Red bull ring
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Remote operation with high precision 

With down to 50ms glass-to-glass latency over LTE we provide a driver experience that supersedes the highest expectations. This combination of low latency, safe network streaming and unmatched flexibility is unique.

Software suitable for delicate tasks

Maintain a high productivity during delicate tasks with our super low latency and 3D support. Our comprehensive hardware compatibility enables you to integrate the software into any type of vehicle, machine or robot.

A person remotely controls a robot over 4G network
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Lidar point cloud rendered by the Voysys 3D engine

3D engine with C++ API:s

Voysys SDK allows you to build your own customized state-of-the-art 3D features, such as AR rendering for operator assistance, without compromising low and safe latency. 

USED IN MANY INDUSTRIES

Remotely controlled construction crane

Construction

2 customers

Teleoperated forestry machine lifts a log

Forestry

3 customers

Remotely operated street drone delivers a package

Street drones

1 customer

Remotely controlled autonomous truck

Trucks

2 customers

Remotely controlled autonomous shuttle bus in Riga

Shuttle buses

1 customer

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Mining

2 customers

Teleoperated forklift lifts a package. Remotely controlled by Voysys software

Forklift trucks

1 customer

Teleoperated aircraft. Remotely controlled by Voysys software

Aircrafts

1 customer

A software feature that enables environment assessment with low bandwidth.
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ADVANCED FEATURES FOR SAFE MONITORING OVER 3G

An additional 3D engine is located on the vehicle, and enables advanced features that save bandwidth. One such feature is Focus Region Streaming which enables operators to carry out full environment assessments using less than 300 kbps bandwidth.

In this example, three cameras with a total of 30 MPixel resolution are used on the vehicle. By only streaming the video in the direction the operator is looking, less than 1% of the total resolution has to be streamed over the network.

EFFICIENT VIDEO TRANSMISSION FROM AUTONOMOUS VEHICLES

We are at the beginning of our journey towards autonomous fleets. Requirements on user interfaces at the control tower will change as the market evolves.

Thanks to the powerful 3D engine with its extensive 3D editor, our software can be used as a flexible design tool for your control tower UI. The engine can capture huge amounts of video from vehicles in autonomous mode from infrastructure cameras, fleet monitoring systems and more (input via HDMI).

Operators can quickly change between different user interfaces as work tasks change, and objects in the UI can quickly be repositioned and scaled as per operator feedback.

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MULTIPLE LINKS FOR SAFE REMOTE CONTROL

By allowing a flexible configuration of multiple link features our software can efficiently fight dangerous latency peaks for your specific network environment. This includes dynamic bonding (boosting bandwidth), seamless redundancy and dynamic Forward Error Correction.

Redundancy is seamless and the operator is unaffected if a link is suddenly lost. The system can handle a mix of different types of links in public networks, such as 3G, 4G/LTE and 5G.

Find out more

Contact us for a detailed presentation of what we do and how our technology works.

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