German maker of optical tracking cameras and software for motion capture and robotics.
Camera maker; its EgoSync Wear kit syncs stereo head, arm and chest cameras for robot training data.
Changzhou ODM for egocentric capture rigs, including the EGO-DAQ 4-camera fisheye head unit.



Beijing maker of the DAS Ego 6-camera headband and DAS Fingers hand rig; sells 100k+ hrs/month of ego data.



Force-feedback haptic input devices for teleoperating robots and collecting demonstration data.



Haptic gloves used for robot teleoperation and demonstration capture with tactile feedback.



YC F26. EMG wristbands that add force and contact labels to egocentric video.



Hong Kong supplier of multi-camera ego headsets and sensing hardware for robot data capture.
Shenzhen maker of the KAI Halo 4-camera egocentric headband; publishes the KaiEgo dataset.



Motion-capture data gloves used for teleoperation and hand-tracking, supported in NVIDIA Isaac Teleop.



Perception Neuron inertial motion capture suits and gloves, used for humanoid teleoperation and motion learning.



Trinet: a lightweight mono and stereo camera that captures synced video, IMU and audio in different configurations.



Records human hand skill for robot training with a synced head camera, tactile glove and forearm EMG band.



Meta's research glasses (Aria Gen 2) for egocentric capture, plus open ego datasets.



Motion-capture suits and gloves marketed for animation, research and robotics data.
Force-feedback exoskeleton gloves; the R1 glove teleoperates humanoid hands and captures imitation learning data.



Soft-sensor motion capture gloves that record finger motion for robot learning and teleoperation.



Build mocap hardware with complete data capture pipeline and training tools



Inertial motion capture suits; Xsens Link outputs robot-ready kinematics for humanoid teleoperation and AI training.



Sells the Alia360 360-degree depth camera and runs custom robot data capture programs.



Tactile Tacta Glove records worker skills for training data; also sells the fluidic-tendon Tacta Hand.
The Robotics Map
A map of the robotics industry, from data and simulation to models, robots and deployments.
Filter Capture hardware
How to read this map ⌄
- Each station is one layer of the robotics stack, and its number counts the companies in it. The tiers read bottom-up, from data sources to what runs in the field.
- A line joins two layers that share companies, ones selling a real product in both. Its number says how many, and thicker lines mean more. Hover a line to see who; click it to keep the list open.
- +Zoom into a station, or click it, to open it. Companies only in that layer ring the station; companies that also work elsewhere sit on the line to that other layer.
- A company in four or more layers (today only NVIDIA) draws no lines. It sits inside every layer it works in instead.
Layers⌄
Busiest connections⌄
272 companies · 46 span more than one layer. Updated October 2026.
Maintained by Sam Padilla and Varun Nair