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Jan 01, 2024
2 min read

Robot Telekinesis

Controlled an industrial robot from a WebXR view with TCP pose, camera feed, and digital-twin context.
KIST Korea University
Period
Jan 2024–Present
My role
System design / implementation · WebXR/ROS2 integration
Work

WebXR teleoperation UI for industrial robot control

ROS2 robot-state/TCP-pose sync with the digital-twin scene

Camera feed, near-field/remote-site control views, interaction logging experiments

Outcome

Korean CDE Society 2024 Summer Conference Outstanding Poster Award

Overview

Robot Telekinesis is a WebXR robot-teleoperation system for viewing TCP pose, camera feed, and digital-twin context in one browser-based XR interface. The project targets remote industrial robot control and remote collaboration scenarios where spatial context matters more than a raw camera stream.

System

  • WebXR control interface for near-field and remote-site operation views.
  • ROS2-connected robot-state and TCP-pose synchronization.
  • Digital-twin scene alignment with robot and camera context.
  • Interaction logging path for comparing view/interface designs.

Work

  • WebXR teleoperation UI and control-view prototypes.
  • ROS2 robot state, TCP pose, and camera feed integration in the browser interface.
  • Digital-twin context views for remote industrial-robot operation.

Results

  • Korean CDE Society 2024 Summer Conference Outstanding Poster Award.
  • Prototype validation for WebXR-based industrial robot teleoperation with digital-twin context.

Materials

The demo clips show the WebXR/digital-twin teleoperation interface across near-field, remote-site, and multi-view control states.

Robot Telekinesis demo clip 5
Robot Telekinesis demo clip 1
Robot Telekinesis demo clip 2
Robot Telekinesis demo clip 3
Robot Telekinesis demo clip 4
Robot Telekinesis demo clip 6