NEO's Hands – An API to the Physical World (www.1x.tech)

1X has introduced a groundbreaking 25 Degree of Freedom (DOF) tendon-driven hand for its NEO humanoid platform, designed to achieve near-human dexterity, strength, and reliability. This development represents a leap forward in robotics, as the new hands aim to eliminate the hardware limitations previously faced by humanoid robots, making data the primary barrier to capability. With advanced force control and backdrivability, the hands can perform intricate tasks such as manipulating objects delicately or employing tools, effectively transforming how robots interact with their environments. The significance of this technology lies in its comprehensive design, which integrates high-resolution tactile sensing and proprioception, allowing NEO to gather tactile feedback while manipulating objects. Each hand is capable of performing numerous actions that match or exceed human capabilities, from small-object manipulation to more complex tasks like sign language communication. The hands are also built for durability and flexibility, with the capacity for mass production, enabling scalable experimentation crucial for advancing artificial general intelligence (AGI). This innovation marks a pivotal moment in humanoid robotics, promising to enhance the way robots can learn and adapt through physical interaction.