RoboTWIN Universal AI Training Platform 2026/09/29

Introductions

Due to diverse robot brands, types, and configurations requiring extensive tuning, the RoboTWIN universal AI learning platform provides a high-fidelity simulation environment to train robot behaviors and tasks, enabling real-world deployment and cross-platform skill transfer.

Technical Advantages and Features

• High-precision Virtual-real Calibration: Achieves virtual-real geometric deviation below 1 mm, virtual-real perception error below 10%, and virtual-real motor control error below 10%, ensuring spatial positioning consistency, reliable AI control transfer, and reduced energy consumption.
• Cross-platform Task Transfer: Supports one-time training for multi-platform reuse, reducing system reset and integration time by 50%. On the same robot platform, multiple skills can be automatically generated, doubling task transfer success rate and speed.
• Scalable Perception Capabilities: Trains stable robot motion and balance with a 99% success rate, equips robots with navigation and obstacle avoidance capabilities, and supports expandable perception functions for inspection, material handling, and disaster response applications.

Industrial Applications and Business Opportunities

• Industry Applications
  • Semiconductor industry, electrical and electronics manufacturing, and metal processing and fabrication, supporting applications in inspection, material handling, and disaster response.
• Application Examples
  • Collaborated with leading global AI companies to develop brain-inspired AI for gait control and navigation of legged robots, enabling adaptation to diverse scenarios and task requirements.
  • Achieved vertical integration to develop domestically produced legged robots, reducing virtual-real integration errors and enabling AI training and deployment within three days.
  • The technologies cover dual-arm, bipedal, quadrupedal robots, and dexterous robotic hands.