Industrial

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  BrainCo Revo 3 Teleoperation with MANUS Joint-Angle and Fingertip Data

  BrainCo Revo 3 is a five-finger dexterous hand developed for humanoid robots, embodied AI research, teleoperation, and manipulation. Its 21 independently actuated degrees of freedom support a wide range of finger movements and grasp configurations.

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  ROBOTERA XHAND 1 Pro Teleoperation with MANUS

  ROBOTERA XHAND 1 Pro combines 21 active degrees of freedom with a fully actuated architecture and tactile sensing distributed across the entire hand surface. This combination of joint-level control and dense contact sensing supports complex grasping, in-hand manipulation, and reinforcement learning research. These applications require both precis…

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  Artly AI’s Approach to Scalable Embodied AI for Real-World Tasks

  Artly AI is a US-based technology company developing embodied AI systems that replicate human-level dexterity for the service industry. The company's Barista Bot doesn't simply dispense coffee, it executes the complex, fluid motions of an expert barista, from precisely controlled pours to the subtle wrist movements required for latte art.

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  TUM RoboGym: Europe's Largest Physical AI Training Center Capturing Real-World Manipulation Data a…

  Unlike large language models that can draw on billions of web pages for training, humanoid robots require high-quality, real-world physical interaction data. This data simply does not exist at scale on the internet, and simulation alone cannot replicate the complexity of real-world physics.

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  Mercedes-Benz Deploys Apptronik's Apollo at Factory Floor Using MANUS Gloves

  Deploying humanoid robots in unstructured, real-world manufacturing environments is one of the hardest unsolved problems in robotics. An effective path to that capability is teleoperation-driven imitation learning: capturing high-fidelity human motion data and using it to train robot policies that generalize across tasks and conditions.

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