AMSTERDAM, Netherlands - March 2026 - Soliton Systems, a lead developer in live streaming and communication solutions for remote teleoperations, is proud to announce a strategic collaboration with MobileTronics, a specialized German systems integrator for mobile machinery. This partnership aims to accelerate the deployment of high-quality teleoperation and driverless solutions across construction sectors in Germany and Europe.

As industries increasingly adopt autonomous machinery, the reliability of these systems remains a critical challenge. Even the most advanced autonomous machines will occasionally halt operation due to environmental variables or safety protocols. To ensure continuous productivity, especially in the construction-related domain, a reliable remote access system allows a human operator to manually maneuver the machine or vehicle from a distance.

At the core of this alliance stands the Zao product range, Soliton's powerful appliance-based offering that facilitates seamless and secure teleoperation. For MobileTronics, the availability of Soliton's ultra-low latency video transmission via public networks serves as the missing link for implementing robust driverless solutions.

Expertise Beyond Connectivity

MobileTronics serves as the vital system integrator in this collaboration, going far beyond mere technology delivery. With over 20 years of experience, MobileTronics specializes in turning innovations into industrial practice.

Leveraging deep roots in functional safety, MobileTronics acts as a comprehensive system integrator. The company unites software and mechanical engineering to create turnkey autonomous and teleoperated machines. These solutions are vital for the construction, mining, and defense industries, ensuring continuous operation despite hazardous conditions or a limited on-site workforce.

Redefining Remote Operations

Where existing setups often rely on private radio frequencies with limited range, this collaboration introduces new options for remote operations. By integrating Soliton's technology, MobileTronics can now offer solutions that harness multiple public networks including 4G, 5G, and Wi-Fi.

This removes line-of-sight obstacles and allows machinery to be controlled wirelessly from virtually anywhere. This ensures that when an autonomous machine stops, an operator can immediately take over, view the environment in real time with glass-to-glass latency as low as 35 ms, and resolve the issue without entering a hazardous environment.

"The availability of ultra-low latency video via different public networks is crucial for the implementation of high-quality teleoperation," said Christoph Mueller, CEO at MobileTronics. "This functionality is now fully realized with Soliton's range of Zao appliance solutions allowing secure video and control communications."

Kerim Sare, Global Business at Soliton Systems, added: "Partnering with MobileTronics gives us access to their extensive experience in turning complex innovations into practical industrial solutions. This collaboration is not just about connectivity; it is about providing a complete, reliable ecosystem where remote operators can work safely and efficiently, regardless of where the machine is located."

About MobileTronics

MobileTronics is a German systems integrator with more than 20 years of experience in remote-controlled, teleoperated, and driverless ("autonomous") mobile machinery. The company specializes in turning innovations into industrial practice and designing and implementing functionally safe mobile machine solutions. From electronics and software to mechanical design, MobileTronics guides projects from the concept phase to full industrial implementation.

About Soliton Systems

Soliton Systems specializes in live streaming, teleoperation technology, and IT security solutions, shaping the future of remote operations across various industries including construction, surveillance, and government organizations. Soliton's flagship Zao appliance-based integrated solutions use proprietary protocols to provide reliable, ultra-low latency video streaming over cellular networks, enabling the remote operation of unmanned vehicles and heavy machinery used in construction.