Universal Manipulation Exoskeleton releases physical-AI data stack

A new arXiv paper introduced Universal Manipulation Exoskeleton, or UME, an upper-limb exoskeleton that provides real-time haptic torque feedback while recording whole-arm configurations and joint torque signals for teleoperation. The system is designed to help collect data for compliant robot policies, including bimanual and whole-body manipulation in constrained spaces. The paper is relevant to physical AI because it targets one of the bottlenecks for real-world robotics foundation models: scalable, high-fidelity data collection that captures force and contact, not just vision and motion trajectories.

Key details: Published June 12, 2026 on arXiv, UME provides real-time haptic torque feedback for teleoperation, The system can teleoperate robots including OpenArm, Franka, and X-ARM, The authors released videos, code, and implementation details.

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