Robot Teleoperation
TeleXperience
A general robot teleoperation system for remote operation, data collection, and deployment across 60+ robot configurations.
Overview
TeleXperience is IO's general robot teleoperation system, giving operators a consistent way to control different robot configurations. It already covers 60+ robots and can be adapted quickly to new platforms.
The system supports a full path from unboxing demos to physical robot deployment and advanced integration work, while deep integration with EmbodiFlow connects teleoperation data to annotation, management, and training-format export workflows.
See It In Action
TeleXperience in Action
See recent teleoperation adaptations and how the system is used in real robot scenarios.
TeleXperience: Fast adaptation for general robot teleoperation
Core Features
Built for versatility, low latency, and real deployment
General Adaptation Across Robot Types
Support 60+ robots across mainstream humanoids, robot arms, and high-DoF dexterous hands, with a foundation built for fast extension to new robots.
Third-Generation Low-Latency Operation
The third-generation system focuses on ultra-low-latency control, plug-and-play adaptation, and modular design, combining upgraded motion capture hardware and compute for more stable tracking, calibration, and immersive viewpoint control.
Clear Product Tiers and Configurations
Available in Standard, Pro, and Enterprise tiers so teams can choose an appropriate setup for demos, professional operation, or enterprise deployment.
Closed-Loop Data Workflow and Open Interfaces
With native EmbodiFlow integration, teleoperation data moves directly into annotation, management, and training-format export workflows, while open ROS1, ROS2, and DDS interfaces fit into existing robotics stacks.
Additional Features
Operational details that matter in practice
Precise Cartesian-space tracking
VR combined with motion capture delivers high-precision tracking that remains stable even under occlusion and other real-world constraints.
Optimized joint-space control
The in-house full-body motion capture system preserves natural human motion intent while working with robot-side constraints for more practical control.
Synchronized VR perception
The VR application delivers multi-channel visual and haptic feedback so operators can read robot state and workspace context more naturally.
From Demo to Physical Robot
Move from the out-of-box demo to a customer-specific physical robot mode quickly, shortening the path from first experience to real task validation.
Low-latency communication
Use communication links optimized for teleoperation, with multiple network options and full-module wired or wireless combinations for different deployment environments.
Advanced Integration and Development
Open ROS1, ROS2, and DDS interfaces, along with extensibility for secondary development, make it easier to integrate new devices, custom modules, and existing software stacks.
Get Started