Targeting high-precision fingertip tracking via EMF (electromagnetic field) technology as the standard interface for robot teleoperation and imitation learning data collection Diver-X Inc. (Headquarters: Chiyoda-ku, Tokyo / Representative Director: Yamato Sakoda) announces the ContactGlove3 Pro, a robotics data glove. This product delivers high-precision fingertip tracking via EMF (electromagnetic field) technology with native ROS 2 / C++ / Python SDK support and cross-platform compatibility across Linux / macOS / Windows, starting at US$3,999 . It is a professional-grade interface designed for robot teleoperation and work data collection. What Is ContactGlove3 Pro? ContactGlove3 Pro is an industry-grade data glove designed primarily for robot teleoperation and work data collection. It features high-precision fingertip tracking via EMF (electromagnetic field) technology, a glove structure integrated to the fingertips of all five fingers, native ROS 2 / C++ / Python SDK support, and cross-platform compatibility across Linux / macOS / Windows. It aims to become the "standard interface for fingertip data collection" in R&D environments at research labs, startups, and enterprises. Grasping, assembly, and delicate object manipulation — the precise fingertip motions that cameras, markers, and rigid-body trackers struggle to capture — have long been a challenge in robot learning and teleoperation. ContactGlove3 Pro addresses this challenge head-on as an industry-grade interface, enabling large-scale, high-quality fingertip data collection required for recent robot learning research including Vision-Language-Action (VLA) models and imitation learning. Absolute Position Tracking via EMF (Electromagnetic Field) Technology ContactGlove3 Pro employs EMF (electromagnetic field) tracking. Unlike conventional bending sensors that estimate finger bending angles, the EMF method directly captures the 3D positions of fingertips and joints as absolute coordinates. This enables the foll