Tobor Harness™
Teleoperation System

Robotic teleoperation is the remote control of a robot by a human operator, ranging from simple joystick-based driving to full-body motion mapping for humanoid robots. It bridges the gap between manual work and full autonomy, allowing robots to perform complex, unstructured tasks that autonomous systems cannot yet handle reliably.

Key benefits include human-level dexterity for complex tasks, safe operation in hazardous or remote environments, significantly faster deployment than developing full autonomy, and the ability to collect high-quality demonstration data for training AI and robot-learning models. Teleoperation allows robots to become productive from the first day of deployment.

An autonomous robot makes decisions independently using AI, while a teleoperation robot is guided by a human operator in real time. In practice, they represent different stages of the same development path: many organizations begin with teleoperation to handle complex tasks and gather training data, then use that data to increase autonomy over time.

Toborlife AI provides full teleoperation for Unitree humanoid robots, including the G1 and H2. Unitree quadrupeds such as the Go2, when equipped with an additional robotic arm, support teleoperation for driving, inspection, and patrol tasks through a controller or mobile app.

Unitree remote-control technology allows operators to command Unitree robots using handheld controllers, mobile apps, or advanced teleoperation systems. It ranges from basic locomotion control for quadrupeds to full-body motion mapping through XR headsets and dexterous-hand control for humanoid models.

It keeps humans in the loop for judgment and precision while the robot assumes the physical risk and workload. This results in faster task setup, safer operation in dangerous areas, and reliable performance on tasks that autonomous systems cannot yet handle, while also generating data that supports future automation.

Unitree humanoids, including the G1 and H2, support both remote control and full teleoperation. Quadrupeds, including the Go2, A2, and B2, support remote control using a handheld controller or mobile app. Toborlife AI can help select the appropriate platform for your application.

Yes. Unitree humanoid robots such as the G1 and H2 can be remotely controlled at different levels, ranging from basic movement commands to full-body teleoperation using XR headsets and dexterous-hand mapping through Toborlife AI’s Tobor Harness™ Tele-Ops system.

Yes. Unitree quadruped robots such as the Go2, A2, and B2 can be remotely controlled using a handheld controller or mobile app. Live camera feeds support remote driving, inspection, and patrol, including operation beyond the operator’s line of sight over a suitable network.

A typical system includes the robot, an XR or VR headset or other controllers, motion-tracking hardware for humanoid control, a processing workstation, and a stable, low-latency network. Toborlife AI supplies and integrates the required components as a complete working system.

Yes. VR and XR headsets are fully supported, giving the operator an immersive first-person view through the robot’s onboard cameras and enabling natural head, leg, and hand control for precise manipulation.

Yes. Full motion tracking of the operator’s head, legs, arms, and hands is central to the system, enabling natural full-body control. Haptic feedback is not currently available.

Yes. Multiple camera feeds, including feeds from head-mounted, chest-mounted, and wrist-mounted cameras, can be integrated into a single teleoperation system. This provides operators with layered situational awareness and improves precision during close-range manipulation tasks.

The range is determined by the network rather than the robot. Over local Wi-Fi, operation can extend throughout a facility. Over the internet, robots can be operated from virtually anywhere, provided that sufficient bandwidth and low latency are available. Toborlife AI can help design the network setup for your required operating range.

Yes. With a suitable, low-latency internet connection, a teleoperation robot can be controlled from another city or country, enabling remote work, distributed data-collection operations, and expert operators to support multiple sites.

The system is designed with fail-safes. If the connection drops, the robot stops and maintains a safe, stable state until the link is restored, helping prevent uncontrolled movement. Deployment planning with Toborlife AI also includes network-redundancy recommendations to minimize interruptions.

Yes. Enterprise deployments can operate over encrypted connections and fully local networks. Toborlife AI also provides data-isolation options for organizations with strict security and privacy requirements, helping keep video, sensor, and operational data under the organization’s control.